diff --git a/version/dev/_downloads/117176301f64cff9559037cbbbb447b2/001-materials.ipynb b/version/dev/_downloads/117176301f64cff9559037cbbbb447b2/001-materials.ipynb index 1c8368747..2c4bb4ba4 100644 --- a/version/dev/_downloads/117176301f64cff9559037cbbbb447b2/001-materials.ipynb +++ b/version/dev/_downloads/117176301f64cff9559037cbbbb447b2/001-materials.ipynb @@ -4,7 +4,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Materials {#materials_example}\n=========\n\nThis example demonstrates how to create the different type of materials,\nimport, or export them. It only shows the PyACP part of the setup. For a\ncomplete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n\nACP distinguishes between four types of material:\n\n- Raw **Material** that defines the mechanical properties of the\n material.\n- **Fabric** is where a material can be associated with a set\n thickness.\n- **Stackup** is used to combine fabrics into a non-crimp fabric, such\n as a \\[0 45 90\\] combination.\n- **Sublaminate** is used to group fabrics and stackups for frequently\n used lay-ups.\n\nFabrics, Stackups and Sublaminates can be used to create plies. It is\nrecommended to look a the Ansys help for more information on the\ndifferent types of materials.\n" + "# Materials {#materials_example}\n\nThis example demonstrates how to create the different type of materials,\nimport, or export them. It only shows the PyACP part of the setup. For a\ncomplete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n\nACP distinguishes between four types of material:\n\n- Raw **Material** that defines the mechanical properties of the\n material.\n- **Fabric** is where a material can be associated with a set\n thickness.\n- **Stackup** is used to combine fabrics into a non-crimp fabric, such\n as a \\[0 45 90\\] combination.\n- **Sublaminate** is used to group fabrics and stackups for frequently\n used lay-ups.\n\nFabrics, Stackups and Sublaminates can be used to create plies. It is\nrecommended to look a the Ansys help for more information on the\ndifferent types of materials.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n\n%% Get the example file from the server.\n" + "# Start ACP and load the model\n\n%% Get the example file from the server.\n" ] }, { @@ -101,7 +101,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a Material\n=================\n\n%% Create property sets elastic constants, strain and stress limits.\n" + "# Create a Material\n\n%% Create property sets elastic constants, strain and stress limits.\n" ] }, { @@ -137,7 +137,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a Fabric\n===============\n\nCreate a fabric with a thickness of 0.2 mmm. A material can be used for\nmultiple fabrics.\n" + "# Create a Fabric\n\nCreate a fabric with a thickness of 0.2 mmm. A material can be used for\nmultiple fabrics.\n" ] }, { @@ -155,7 +155,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a Stackup\n================\n\nCreate a non-crimped fabric. In that case a biax.\n" + "# Create a Stackup\n\nCreate a non-crimped fabric. In that case a biax.\n" ] }, { @@ -173,7 +173,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a Sub-Laminate\n=====================\n\nA Sublaminate is a group of fabrics and stackups which eases the\nmodeling if the same sequence of materials is used multiple times. The\nfinal material sequence of this Sublaminate is \\[E-Glass -45\u00b0, E-Glass\n45\u00b0, E-Glass 90\u00b0, E-Glass 45\u00b0, E-Glass -45\u00b0\\].\n" + "# Create a Sub-Laminate\n\nA Sublaminate is a group of fabrics and stackups which eases the\nmodeling if the same sequence of materials is used multiple times. The\nfinal material sequence of this Sublaminate is \\[E-Glass -45\u00b0, E-Glass\n45\u00b0, E-Glass 90\u00b0, E-Glass 45\u00b0, E-Glass -45\u00b0\\].\n" ] }, { @@ -191,7 +191,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Import and Export Materials\n===========================\n\nMaterials can be imported and exported from and to external sources. By\ndefault, materials are loaded from the CDB file when the model is\nloaded. An alternative is to load materials from an Engineering Data\nfile via `.Model.import_materials`{.interpreted-text role=\"meth\"}.\n" + "# Import and Export Materials\n\nMaterials can be imported and exported from and to external sources. By\ndefault, materials are loaded from the CDB file when the model is\nloaded. An alternative is to load materials from an Engineering Data\nfile via `.Model.import_materials`{.interpreted-text role=\"meth\"}.\n" ] }, { diff --git a/version/dev/_downloads/16609ec8d177a7be545c1ad169866df8/031-imported-solid-model.zip b/version/dev/_downloads/16609ec8d177a7be545c1ad169866df8/031-imported-solid-model.zip index c5b208ddb..d2d4d05fc 100644 Binary files a/version/dev/_downloads/16609ec8d177a7be545c1ad169866df8/031-imported-solid-model.zip and b/version/dev/_downloads/16609ec8d177a7be545c1ad169866df8/031-imported-solid-model.zip differ diff --git a/version/dev/_downloads/1ba9993db10fefb6d38cccca1a91d1f8/01-optimizing-ply-angles.ipynb b/version/dev/_downloads/1ba9993db10fefb6d38cccca1a91d1f8/01-optimizing-ply-angles.ipynb index 7ebfaed8e..c5e82d18b 100644 --- a/version/dev/_downloads/1ba9993db10fefb6d38cccca1a91d1f8/01-optimizing-ply-angles.ipynb +++ b/version/dev/_downloads/1ba9993db10fefb6d38cccca1a91d1f8/01-optimizing-ply-angles.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Optimizing ply angles {#optimization_example}\n=====================\n\nThis example demonstrates how to use the ACP, MAPDL, and DPF servers to\noptimize the ply angles in a composite lay-up. The optimization aims to\nminimize the maximum inverse reserve factor (IRF) of the composite\nstructure under two load cases.\n\nThe example uses the :py`scipy.optimize.minimize`{.interpreted-text\nrole=\"func\"} function to perform the optimization. While the procedure\nitself is not the focus of this example and could be improved, it\ndemonstrates the process of optimizing a composite lay-up with PyACP.\n" + "# Optimizing ply angles {#optimization_example}\n\nThis example demonstrates how to use the ACP, MAPDL, and DPF servers to\noptimize the ply angles in a composite lay-up. The optimization aims to\nminimize the maximum inverse reserve factor (IRF) of the composite\nstructure under two load cases.\n\nThe example uses the `scipy.optimize.minimize`{.interpreted-text\nrole=\"py:func\"} function to perform the optimization. While the\nprocedure itself is not the focus of this example and could be improved,\nit demonstrates the process of optimizing a composite lay-up with PyACP.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules and setup\n========================\n\nTo setup the environment for this optimization example, you must perform\nthese steps which are covered in the subsequent example code:\n\n- Import the required libraries.\n- Launch the ACP, MAPDL, and DPF servers.\n- Create a temporary directory to store the input and output files.\n" + "# Import modules and setup\n\nTo setup the environment for this optimization example, you must perform\nthese steps which are covered in the subsequent example code:\n\n- Import the required libraries.\n- Launch the ACP, MAPDL, and DPF servers.\n- Create a temporary directory to store the input and output files.\n" ] }, { @@ -126,7 +126,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Prepare the ACP model\n=====================\n\nThis example uses the `optimization_model.dat` file, which contains a\nsimple ACP model of a rounded square tube.\n\nThe `prepare_acp_model` function imports the `optimization_model.dat`\nfile into a new ACP model and creates a lay-up with six plies. It\nreturns the `.Model`{.interpreted-text role=\"class\"} instance.\n" + "# Prepare the ACP model\n\nThis example uses the `optimization_model.dat` file, which contains a\nsimple ACP model of a rounded square tube.\n\nThe `prepare_acp_model` function imports the `optimization_model.dat`\nfile into a new ACP model and creates a lay-up with six plies. It\nreturns the `.Model`{.interpreted-text role=\"class\"} instance.\n" ] }, { @@ -162,7 +162,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create functions for the optimization\n=====================================\n\nTo optimize the ply angles, you must define functions to update, solve,\nand postprocess the ACP model for a given set of ply angles.\n\nThe `update_ply_angles()` function changes the ply angles in the model\nto the given values and updates the model.\n" + "# Create functions for the optimization\n\nTo optimize the ply angles, you must define functions to update, solve,\nand postprocess the ACP model for a given set of ply angles.\n\nThe `update_ply_angles()` function changes the ply angles in the model\nto the given values and updates the model.\n" ] }, { @@ -216,7 +216,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Optimize the ply angles\n=======================\n\nFor the optimization, you must define a single function that takes the\nply angles as its input and returns the maximum IRF. The\n`get_max_irf_for_parameters()` function combines the previously defined\nfunctions to perform all the necessary steps for a given set of ply\nangles.\n" + "# Optimize the ply angles\n\nFor the optimization, you must define a single function that takes the\nply angles as its input and returns the maximum IRF. The\n`get_max_irf_for_parameters()` function combines the previously defined\nfunctions to perform all the necessary steps for a given set of ply\nangles.\n" ] }, { @@ -270,7 +270,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "To build this example, the number of function evaluations is limited to\n1. In practice, you should increase or remove this limit.\n" + "To build this example, the number of function evaluations is limited\nto 1. In practice, you should increase or remove this limit.\n" ] }, { @@ -288,7 +288,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Results\n=======\n\nWithout the `maxfev` limit, the optimization would take roughly 30\nminutes to complete and converge to the following result:\n" + "# Results\n\nWithout the `maxfev` limit, the optimization would take roughly 30\nminutes to complete and converge to the following result:\n\n> \\>\\>\\> print(res)\n>\n> : message: Optimization terminated successfully. success: True\n> status: 0 fun: 0.9129640864440078 x: \\[ 7.826e+01 1.777e+00\n> 1.042e+02 8.848e+01 1.083e+01 -1.288e+01\\] nit: 88 nfev: 156\n> final_simplex: (array(\\[\\[ 7.826e+01, 1.777e+00, \\..., 1.083e+01,\n> -1.288e+01\\], \\[ 7.820e+01, 1.691e+00, \\..., 1.046e+01,\n> -1.292e+01\\], \\..., \\[ 7.821e+01, 1.067e+00, \\..., 1.113e+01,\n> -1.299e+01\\], \\[ 7.832e+01, 1.725e+00, \\..., 1.090e+01,\n> -1.303e+01\\]\\]), array(\\[ 9.130e-01, 9.130e-01, 9.132e-01,\n> 9.133e-01, 9.133e-01, 9.133e-01, 9.134e-01\\]))\n" ] }, { diff --git a/version/dev/_downloads/1c3ea8e539254f01aebf9cfc45c13a71/007-sensor.zip b/version/dev/_downloads/1c3ea8e539254f01aebf9cfc45c13a71/007-sensor.zip index df6acc800..10c875bcd 100644 Binary files a/version/dev/_downloads/1c3ea8e539254f01aebf9cfc45c13a71/007-sensor.zip and b/version/dev/_downloads/1c3ea8e539254f01aebf9cfc45c13a71/007-sensor.zip differ diff --git a/version/dev/_downloads/1e750f59c648aaccb5335cc11a8f5c98/02-advanced-pymapdl-workflow.ipynb b/version/dev/_downloads/1e750f59c648aaccb5335cc11a8f5c98/02-advanced-pymapdl-workflow.ipynb index c7e43f8c8..b6f96460b 100644 --- a/version/dev/_downloads/1e750f59c648aaccb5335cc11a8f5c98/02-advanced-pymapdl-workflow.ipynb +++ b/version/dev/_downloads/1e750f59c648aaccb5335cc11a8f5c98/02-advanced-pymapdl-workflow.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Advanced PyMAPDL workflow {#advanced_pymapdl_workflow_example}\n=========================\n\nThis example shows how to define a composite lay-up with PyACP, solve\nthe resulting model with PyMAPDL, and run a failure analysis with PyDPF\n- Composites.\n\nBegin with an MAPDL CDB file that contains the mesh, material data, and\nboundary conditions. Import the file to PyACP to define the lay-up, and\nthen export the resulting model to PyMAPDL. Once the results are\navailable, the RST file is loaded in PyDPF - Composites for\npostprocessing. The additional input files (`material.xml` and\n`ACPCompositeDefinitions.h5`) can also be stored with PyACP and passed\nto PyDPF - Composites.\n" + "# Advanced PyMAPDL workflow {#advanced_pymapdl_workflow_example}\n\nThis example shows how to define a composite lay-up with PyACP, solve\nthe resulting model with PyMAPDL, and run a failure analysis with\nPyDPF - Composites.\n\nBegin with an MAPDL CDB file that contains the mesh, material data, and\nboundary conditions. Import the file to PyACP to define the lay-up, and\nthen export the resulting model to PyMAPDL. Once the results are\navailable, the RST file is loaded in PyDPF - Composites for\npostprocessing. The additional input files (`material.xml` and\n`ACPCompositeDefinitions.h5`) can also be stored with PyACP and passed\nto PyDPF - Composites.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules and start ACP\n============================\n" + "# Import modules and start ACP\n" ] }, { @@ -72,7 +72,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Get example input files\n=======================\n\nCreate a temporary working directory, and download the example input\nfiles to this directory.\n" + "# Get example input files\n\nCreate a temporary working directory, and download the example input\nfiles to this directory.\n" ] }, { @@ -90,7 +90,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Load mesh and materials from CDB file\n=====================================\n" + "# Load mesh and materials from CDB file\n" ] }, { @@ -133,14 +133,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Build Composite Lay-up\n======================\n\nCreate the model (MPA unit system).\n" + "# Build Composite Lay-up\n\nCreate the model (MPA unit system).\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Materials\n=========\n" + "# Materials\n" ] }, { @@ -158,7 +158,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Fabrics\n=======\n" + "# Fabrics\n" ] }, { @@ -176,7 +176,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Rosettes\n========\n" + "# Rosettes\n" ] }, { @@ -194,7 +194,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Oriented Selection Sets\n=======================\n\nNote that the element sets are imported from the initial mesh (CBD\nfile).\n" + "# Oriented Selection Sets\n\nNote that the element sets are imported from the initial mesh (CBD\nfile).\n" ] }, { @@ -230,7 +230,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Modeling Plies\n==============\n" + "# Modeling Plies\n" ] }, { @@ -356,7 +356,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Write out ACP Model\n===================\n" + "# Write out ACP Model\n" ] }, { @@ -410,7 +410,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Solve with PyMAPDL\n==================\n" + "# Solve with PyMAPDL\n" ] }, { @@ -489,7 +489,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Postprocessing with PyDPF - Composites\n======================================\n\nTo postprocess the results, you must configure the imports, connect to\nthe PyDPF - Composites server, and load its plugin.\n" + "# Postprocessing with PyDPF - Composites\n\nTo postprocess the results, you must configure the imports, connect to\nthe PyDPF - Composites server, and load its plugin.\n" ] }, { diff --git a/version/dev/_downloads/248aa0b06cb4d5c4f050de205fe8d666/03-pymechanical-shell-workflow.zip b/version/dev/_downloads/248aa0b06cb4d5c4f050de205fe8d666/03-pymechanical-shell-workflow.zip index b5447e947..64e87d85a 100644 Binary files a/version/dev/_downloads/248aa0b06cb4d5c4f050de205fe8d666/03-pymechanical-shell-workflow.zip and b/version/dev/_downloads/248aa0b06cb4d5c4f050de205fe8d666/03-pymechanical-shell-workflow.zip differ diff --git a/version/dev/_downloads/3539f81a66014002ab8791341fa41627/010-sandwich-panel-layup.ipynb b/version/dev/_downloads/3539f81a66014002ab8791341fa41627/010-sandwich-panel-layup.ipynb index a729bf1e4..5efcba36c 100644 --- a/version/dev/_downloads/3539f81a66014002ab8791341fa41627/010-sandwich-panel-layup.ipynb +++ b/version/dev/_downloads/3539f81a66014002ab8791341fa41627/010-sandwich-panel-layup.ipynb @@ -4,7 +4,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Sandwich panel {#sandwich_panel_example}\n==============\n\nThis example defines a composite lay-up for a sandwich panel using\nPyACP. It only shows the PyACP part of the setup. For a complete\ncomposite analysis, see `pymapdl_workflow_example`{.interpreted-text\nrole=\"ref\"}.\n" + "# Sandwich panel {#sandwich_panel_example}\n\nThis example defines a composite lay-up for a sandwich panel using\nPyACP. It only shows the PyACP part of the setup. For a complete\ncomposite analysis, see `pymapdl_workflow_example`{.interpreted-text\nrole=\"ref\"}.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n" + "# Start ACP and load the model\n" ] }, { @@ -126,7 +126,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create the sandwich materials\n=============================\n" + "# Create the sandwich materials\n" ] }, { @@ -187,7 +187,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create the Lay-up\n=================\n" + "# Create the Lay-up\n" ] }, { diff --git a/version/dev/_downloads/35a79a7162b2e687bdfeffe4c161a68b/002-rosettes-ply-directions.zip b/version/dev/_downloads/35a79a7162b2e687bdfeffe4c161a68b/002-rosettes-ply-directions.zip index 92b1f6594..087d64591 100644 Binary files a/version/dev/_downloads/35a79a7162b2e687bdfeffe4c161a68b/002-rosettes-ply-directions.zip and b/version/dev/_downloads/35a79a7162b2e687bdfeffe4c161a68b/002-rosettes-ply-directions.zip differ diff --git a/version/dev/_downloads/3b64627f21f8b9ae25da82a49bdafdac/001-materials.zip b/version/dev/_downloads/3b64627f21f8b9ae25da82a49bdafdac/001-materials.zip index 1269493df..d633b83f4 100644 Binary files a/version/dev/_downloads/3b64627f21f8b9ae25da82a49bdafdac/001-materials.zip and b/version/dev/_downloads/3b64627f21f8b9ae25da82a49bdafdac/001-materials.zip differ diff --git a/version/dev/_downloads/3e34af9b6d369a31e1dc3efffb6121d4/010-sandwich-panel-layup.zip b/version/dev/_downloads/3e34af9b6d369a31e1dc3efffb6121d4/010-sandwich-panel-layup.zip index f6598ec01..c3cf8dd9e 100644 Binary files a/version/dev/_downloads/3e34af9b6d369a31e1dc3efffb6121d4/010-sandwich-panel-layup.zip and b/version/dev/_downloads/3e34af9b6d369a31e1dc3efffb6121d4/010-sandwich-panel-layup.zip differ diff --git a/version/dev/_downloads/44ff5308b754384578a8f37adcfd4114/005-ply-direction-lookup-table.ipynb b/version/dev/_downloads/44ff5308b754384578a8f37adcfd4114/005-ply-direction-lookup-table.ipynb index 35ecd1673..84305ff6e 100644 --- a/version/dev/_downloads/44ff5308b754384578a8f37adcfd4114/005-ply-direction-lookup-table.ipynb +++ b/version/dev/_downloads/44ff5308b754384578a8f37adcfd4114/005-ply-direction-lookup-table.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Direction definition {#direction_definition_example}\n====================\n\nThis example shows how to define directions from lookup tables. They can\nbe either reference directions for oriented selection sets or draping\nangles for modeling plies. The example only shows the PyACP part of the\nsetup. For a complete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n" + "# Direction definition {#direction_definition_example}\n\nThis example shows how to define directions from lookup tables. They can\nbe either reference directions for oriented selection sets or draping\nangles for modeling plies. The example only shows the PyACP part of the\nsetup. For a complete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules\n==============\n\nImport the standard library and third-party dependencies.\n" + "# Import modules\n\nImport the standard library and third-party dependencies.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n" + "# Start ACP and load the model\n" ] }, { @@ -108,7 +108,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Setup materials and oriented selection set\n==========================================\n" + "# Setup materials and oriented selection set\n" ] }, { @@ -198,7 +198,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define reference direction from lookup table\n============================================\n" + "# Define reference direction from lookup table\n" ] }, { @@ -331,7 +331,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define draping angles from lookup table\n=======================================\n\n%% Compute a correction angle to define circular fiber paths.\n" + "# Define draping angles from lookup table\n\n%% Compute a correction angle to define circular fiber paths.\n" ] }, { diff --git a/version/dev/_downloads/5797d3b7b517a3e4aa468b445ce8d25d/031-imported-solid-model.ipynb b/version/dev/_downloads/5797d3b7b517a3e4aa468b445ce8d25d/031-imported-solid-model.ipynb index ac89684a7..d35dfdfb6 100644 --- a/version/dev/_downloads/5797d3b7b517a3e4aa468b445ce8d25d/031-imported-solid-model.ipynb +++ b/version/dev/_downloads/5797d3b7b517a3e4aa468b445ce8d25d/031-imported-solid-model.ipynb @@ -4,7 +4,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Imported solid model {#imported_solid_model_example}\n====================\n\nThis example guides you through the definition of an\n`.ImportedSolidModel`{.interpreted-text role=\"class\"} which allows to\nmap the layup onto an external solid mesh. In contrast to the\n`.SolidModel`{.interpreted-text role=\"class\"}, the raw solid mesh of\n`.ImportedSolidModel`{.interpreted-text role=\"class\"} is loaded from an\nexternal source, such as a CDB file. In this example, the layup is\napplied onto a t-joint which consists of different parts such as shell,\nstringer, and bonding skins. The example only shows the PyACP part of\nthe setup. For a complete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n\nThis example starts from an ACP model with layup. It shows how to:\n\n- Create an `.ImportedSolidModel`{.interpreted-text role=\"class\"} from\n an external mesh.\n- Define the `.LayupMappingObject`{.interpreted-text role=\"class\"} to\n apply the layup onto the solid mesh.\n- Scope plies to specific parts of the solid mesh.\n- Visualize the mapped layup.\n\nIt is recommended to look at the Ansys help for all the details. This\nexample shows the basic setup only.\n" + "# Imported solid model {#imported_solid_model_example}\n\nThis example guides you through the definition of an\n`.ImportedSolidModel`{.interpreted-text role=\"class\"} which allows to\nmap the layup onto an external solid mesh. In contrast to the\n`.SolidModel`{.interpreted-text role=\"class\"}, the raw solid mesh of\n`.ImportedSolidModel`{.interpreted-text role=\"class\"} is loaded from an\nexternal source, such as a CDB file. In this example, the layup is\napplied onto a t-joint which consists of different parts such as shell,\nstringer, and bonding skins. The example only shows the PyACP part of\nthe setup. For a complete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n\nThis example starts from an ACP model with layup. It shows how to:\n\n- Create an `.ImportedSolidModel`{.interpreted-text role=\"class\"} from\n an external mesh.\n- Define the `.LayupMappingObject`{.interpreted-text role=\"class\"} to\n apply the layup onto the solid mesh.\n- Scope plies to specific parts of the solid mesh.\n- Visualize the mapped layup.\n\nIt is recommended to look at the Ansys help for all the details. This\nexample shows the basic setup only.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n\n%% Get the example file from the server.\n" + "# Start ACP and load the model\n\n%% Get the example file from the server.\n" ] }, { @@ -101,7 +101,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Import external solid model\n===========================\n\nGet the solid mesh file and create an ImportedSolidModel, load the\ninitial mesh and show the raw mesh without any mapping.\n" + "# Import external solid model\n\nGet the solid mesh file and create an ImportedSolidModel, load the\ninitial mesh and show the raw mesh without any mapping.\n" ] }, { @@ -137,7 +137,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Add mapping objects\n===================\n\nLink the layup (plies) of the top skin of the sandwich with the\ncorresponding named selections of the solid mesh and show the updated\nsolid model.\n" + "# Add mapping objects\n\nLink the layup (plies) of the top skin of the sandwich with the\ncorresponding named selections of the solid mesh and show the updated\nsolid model.\n" ] }, { @@ -263,7 +263,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Show extent and thickness of mapped plies\n=========================================\n\nUse `.print_model`{.interpreted-text role=\"func\"} to get the list of\nplies. After identifying the ply of interest, for example the thickness\ncan be visualized. Note that only ply-wise data of\n`.AnalysisPly`{.interpreted-text role=\"class\"} can be visualized on the\nsolid mesh. `.ProductionPly`{.interpreted-text role=\"class\"} and\n`.ModelingPly`{.interpreted-text role=\"class\"} cannot be visualized on\nthe solid mesh.\n" + "# Show extent and thickness of mapped plies\n\nUse `.print_model`{.interpreted-text role=\"func\"} to get the list of\nplies. After identifying the ply of interest, for example the thickness\ncan be visualized. Note that only ply-wise data of\n`.AnalysisPly`{.interpreted-text role=\"class\"} can be visualized on the\nsolid mesh. `.ProductionPly`{.interpreted-text role=\"class\"} and\n`.ModelingPly`{.interpreted-text role=\"class\"} cannot be visualized on\nthe solid mesh.\n" ] }, { @@ -281,7 +281,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Other features\n==============\n\nThe `.CutOffGeometry`{.interpreted-text role=\"class\"} can be used in\ncombination witt the `.ImportedSolidModel`{.interpreted-text\nrole=\"class\"} as well. See example\n`solid_model_example`{.interpreted-text role=\"ref\"} for more details.\nMore plotting capabilities are shown in the example\n`solid_model_example`{.interpreted-text role=\"ref\"} as well.\n\nAn example of an `.ImportedSolidModel`{.interpreted-text role=\"class\"}\nin combination with `.ImportedModelingPly`{.interpreted-text\nrole=\"class\"} is shown in `imported_plies_example`{.interpreted-text\nrole=\"ref\"}.\n\nThe solid mesh can be exported as CDB for MAPDL or to PyMechanical for\nfurther analysis. These workflows are shown in\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"} and\n`pymechanical_solid_example`{.interpreted-text role=\"ref\"}.\n" + "# Other features\n\nThe `.CutOffGeometry`{.interpreted-text role=\"class\"} can be used in\ncombination witt the `.ImportedSolidModel`{.interpreted-text\nrole=\"class\"} as well. See example\n`solid_model_example`{.interpreted-text role=\"ref\"} for more details.\nMore plotting capabilities are shown in the example\n`solid_model_example`{.interpreted-text role=\"ref\"} as well.\n\nAn example of an `.ImportedSolidModel`{.interpreted-text role=\"class\"}\nin combination with `.ImportedModelingPly`{.interpreted-text\nrole=\"class\"} is shown in `imported_plies_example`{.interpreted-text\nrole=\"ref\"}.\n\nThe solid mesh can be exported as CDB for MAPDL or to PyMechanical for\nfurther analysis. These workflows are shown in\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"} and\n`pymechanical_solid_example`{.interpreted-text role=\"ref\"}.\n" ] } ], diff --git a/version/dev/_downloads/58f38b60d6f443aaa2051cfdaa43c502/03-pymechanical-shell-workflow.ipynb b/version/dev/_downloads/58f38b60d6f443aaa2051cfdaa43c502/03-pymechanical-shell-workflow.ipynb index 29273e49b..723c6f283 100644 --- a/version/dev/_downloads/58f38b60d6f443aaa2051cfdaa43c502/03-pymechanical-shell-workflow.ipynb +++ b/version/dev/_downloads/58f38b60d6f443aaa2051cfdaa43c502/03-pymechanical-shell-workflow.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "PyMechanical shell workflow {#pymechanical_shell_example}\n===========================\n\nThis example shows how to set up a simple shell model with PyACP and\nPyMechanical:\n\n- The geometry is imported into Mechanical and meshed.\n- The mesh is exported to ACP.\n- A simple lay-up is defined in ACP.\n- Plies and materials are exported from ACP, and imported into\n Mechanical.\n- Boundary conditions are set in Mechanical.\n- The model is solved.\n- The results are post-processed in PyDPF - Composites.\n\n::: {.warning}\n::: {.title}\nWarning\n:::\n\nThe PyACP / PyMechanical integration is still experimental. Refer to the\n`limitations section `{.interpreted-text role=\"ref\"} for\nmore information.\n:::\n" + "# PyMechanical shell workflow {#pymechanical_shell_example}\n\nThis example shows how to set up a simple shell model with PyACP and\nPyMechanical:\n\n- The geometry is imported into Mechanical and meshed.\n- The mesh is exported to ACP.\n- A simple lay-up is defined in ACP.\n- Plies and materials are exported from ACP, and imported into\n Mechanical.\n- Boundary conditions are set in Mechanical.\n- The model is solved.\n- The results are post-processed in PyDPF - Composites.\n\n::: warning\n::: title\nWarning\n:::\n\nThe PyACP / PyMechanical integration is still experimental. Refer to the\n`limitations section `{.interpreted-text role=\"ref\"} for\nmore information.\n:::\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules and start the Ansys products\n===========================================\n" + "# Import modules and start the Ansys products\n" ] }, { @@ -72,7 +72,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Get example input files\n=======================\n\nCreate a temporary working directory, and download the example input\nfiles to this directory.\n" + "# Get example input files\n\nCreate a temporary working directory, and download the example input\nfiles to this directory.\n" ] }, { @@ -90,7 +90,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Generate the mesh in PyMechanical\n=================================\n\nLoad the geometry into Mechanical, generate the mesh, and export it to\nthe appropriate transfer format for ACP.\n" + "# Generate the mesh in PyMechanical\n\nLoad the geometry into Mechanical, generate the mesh, and export it to\nthe appropriate transfer format for ACP.\n" ] }, { @@ -108,7 +108,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Set up the ACP model\n====================\n\nSetup basic ACP lay-up based on the mesh in `mesh_path`, and export\nmaterial and composite definition file to output\\_path.\n" + "# Set up the ACP model\n\nSetup basic ACP lay-up based on the mesh in `mesh_path`, and export\nmaterial and composite definition file to output_path.\n" ] }, { @@ -126,7 +126,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Update and Save the ACP model\n=============================\n" + "# Update and Save the ACP model\n" ] }, { @@ -144,7 +144,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Import materials and plies into Mechanical\n==========================================\n\nImport materials into Mechanical\n" + "# Import materials and plies into Mechanical\n\nImport materials into Mechanical\n" ] }, { @@ -180,7 +180,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Set boundary condition and solve\n================================\n" + "# Set boundary condition and solve\n" ] }, { @@ -198,7 +198,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Postprocess results\n===================\n\nEvaluate the failure criteria using the PyDPF - Composites.\n" + "# Postprocess results\n\nEvaluate the failure criteria using the PyDPF - Composites.\n" ] }, { diff --git a/version/dev/_downloads/649e98ff5f5f52a9a5ac408a86559a76/030-imported-plies.ipynb b/version/dev/_downloads/649e98ff5f5f52a9a5ac408a86559a76/030-imported-plies.ipynb index 6c2564c41..a50b8d553 100644 --- a/version/dev/_downloads/649e98ff5f5f52a9a5ac408a86559a76/030-imported-plies.ipynb +++ b/version/dev/_downloads/649e98ff5f5f52a9a5ac408a86559a76/030-imported-plies.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Imported ply {#imported_plies_example}\n============\n\nThe definition and use of imported plies is demonstrated in this\nexample. In a nutshell, the difference between\n`.ImportedModelingPly`{.interpreted-text role=\"class\"} and\n`.ModelingPly`{.interpreted-text role=\"class\"} is that the surface mesh\nof an `.ImportedModelingPly`{.interpreted-text role=\"class\"} is defined\nby an external source, such as a CAD surface, where a\n`.ModelingPly`{.interpreted-text role=\"class\"} is always defined on the\ninitial loaded shell mesh. Therefore, an imported ply can only be used\nin combination with an `.ImportedSolidModel`{.interpreted-text\nrole=\"class\"}.\n\nThis examples shows hot to:\n\n- Load an initial mesh\n- Add a `.Material`{.interpreted-text role=\"class\"} and\n `.Fabric`{.interpreted-text role=\"class\"}\n- Import geometries which will be used to define the surface of the\n `.ImportedModelingPly`{.interpreted-text role=\"class\"}\n- Add two imported modeling plies\n- Create an `.ImportedSolidModel`{.interpreted-text role=\"class\"}\n- Map the imported plies to the solid model\n- Visualized the mapped plies.\n" + "# Imported ply {#imported_plies_example}\n\nThe definition and use of imported plies is demonstrated in this\nexample. In a nutshell, the difference between\n`.ImportedModelingPly`{.interpreted-text role=\"class\"} and\n`.ModelingPly`{.interpreted-text role=\"class\"} is that the surface mesh\nof an `.ImportedModelingPly`{.interpreted-text role=\"class\"} is defined\nby an external source, such as a CAD surface, where a\n`.ModelingPly`{.interpreted-text role=\"class\"} is always defined on the\ninitial loaded shell mesh. Therefore, an imported ply can only be used\nin combination with an `.ImportedSolidModel`{.interpreted-text\nrole=\"class\"}.\n\nThis examples shows hot to:\n\n- Load an initial mesh\n- Add a `.Material`{.interpreted-text role=\"class\"} and\n `.Fabric`{.interpreted-text role=\"class\"}\n- Import geometries which will be used to define the surface of the\n `.ImportedModelingPly`{.interpreted-text role=\"class\"}\n- Add two imported modeling plies\n- Create an `.ImportedSolidModel`{.interpreted-text role=\"class\"}\n- Map the imported plies to the solid model\n- Visualized the mapped plies.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules\n==============\n\nImport the standard library and third-party dependencies.\n" + "# Import modules\n\nImport the standard library and third-party dependencies.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n" + "# Start ACP and load the model\n" ] }, { @@ -126,7 +126,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Import CAD geometries\n=====================\n\nImport two cad surfaces to define the surface of the imported modeling\nplies.\n" + "# Import CAD geometries\n\nImport two cad surfaces to define the surface of the imported modeling\nplies.\n" ] }, { @@ -144,7 +144,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Definition of Imported Plies\n============================\n" + "# Definition of Imported Plies\n" ] }, { @@ -180,7 +180,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Map Imported Plies onto a solid mesh\n====================================\n\nAn external solid mesh is loaded now to map the imported plies onto the\nsolid model. The next figure shows the imported solid mesh and the\nimported plies.\n" + "# Map Imported Plies onto a solid mesh\n\nAn external solid mesh is loaded now to map the imported plies onto the\nsolid model. The next figure shows the imported solid mesh and the\nimported plies.\n" ] }, { diff --git a/version/dev/_downloads/66812baa5177ab94605e929d91929737/02-advanced-pymapdl-workflow.zip b/version/dev/_downloads/66812baa5177ab94605e929d91929737/02-advanced-pymapdl-workflow.zip index c4a50bd34..a89336e3f 100644 Binary files a/version/dev/_downloads/66812baa5177ab94605e929d91929737/02-advanced-pymapdl-workflow.zip and b/version/dev/_downloads/66812baa5177ab94605e929d91929737/02-advanced-pymapdl-workflow.zip differ diff --git a/version/dev/_downloads/6735c8316a908928288bdadfc38942e5/006-layup-thickness-definitions.zip b/version/dev/_downloads/6735c8316a908928288bdadfc38942e5/006-layup-thickness-definitions.zip index 7084fb281..dbb978cb0 100644 Binary files a/version/dev/_downloads/6735c8316a908928288bdadfc38942e5/006-layup-thickness-definitions.zip and b/version/dev/_downloads/6735c8316a908928288bdadfc38942e5/006-layup-thickness-definitions.zip differ diff --git a/version/dev/_downloads/7ec803bddcc73bcfebeee8a749bf4435/050-composite_cae_h5.zip b/version/dev/_downloads/7ec803bddcc73bcfebeee8a749bf4435/050-composite_cae_h5.zip index 46d0aaf8a..7e6b457d9 100644 Binary files a/version/dev/_downloads/7ec803bddcc73bcfebeee8a749bf4435/050-composite_cae_h5.zip and b/version/dev/_downloads/7ec803bddcc73bcfebeee8a749bf4435/050-composite_cae_h5.zip differ diff --git a/version/dev/_downloads/85ba58a95fc79eea453190101435ce5a/05-pymechanical-to-cdb-workflow.ipynb b/version/dev/_downloads/85ba58a95fc79eea453190101435ce5a/05-pymechanical-to-cdb-workflow.ipynb index 08e8d200d..ed26529c0 100644 --- a/version/dev/_downloads/85ba58a95fc79eea453190101435ce5a/05-pymechanical-to-cdb-workflow.ipynb +++ b/version/dev/_downloads/85ba58a95fc79eea453190101435ce5a/05-pymechanical-to-cdb-workflow.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "PyMechanical to CDB shell workflow {#pymechanical_to_cdb_example}\n==================================\n\nThis example shows how to set up a workflow that uses PyMechanical to\nmesh the geometry and define the load case, PyACP to define a layup,\nPyMAPDL to solve the model, and PyDPF - Composites to post-process the\nresults.\n\nThis workflow does *not* suffer from the limitations of the PyACP to\nPyMechanical integration.\n" + "# PyMechanical to CDB shell workflow {#pymechanical_to_cdb_example}\n\nThis example shows how to set up a workflow that uses PyMechanical to\nmesh the geometry and define the load case, PyACP to define a layup,\nPyMAPDL to solve the model, and PyDPF - Composites to post-process the\nresults.\n\nThis workflow does *not* suffer from the limitations of the PyACP to\nPyMechanical integration.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules and start the Ansys products\n===========================================\n" + "# Import modules and start the Ansys products\n" ] }, { @@ -72,7 +72,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Get example input files\n=======================\n\nCreate a temporary working directory, and download the example input\nfiles to this directory.\n" + "# Get example input files\n\nCreate a temporary working directory, and download the example input\nfiles to this directory.\n" ] }, { @@ -90,7 +90,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Generate the mesh in PyMechanical\n=================================\n\nLoad the geometry into Mechanical, generate the mesh, and define the\nload case.\n" + "# Generate the mesh in PyMechanical\n\nLoad the geometry into Mechanical, generate the mesh, and define the\nload case.\n" ] }, { @@ -108,7 +108,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Set up the ACP model\n====================\n\nSetup basic ACP lay-up based on the CDB file.\n" + "# Set up the ACP model\n\nSetup basic ACP lay-up based on the CDB file.\n" ] }, { @@ -126,7 +126,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Update and Save the ACP model\n=============================\n" + "# Update and Save the ACP model\n" ] }, { @@ -144,7 +144,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Solve with PyMAPDL\n==================\n" + "# Solve with PyMAPDL\n" ] }, { @@ -234,7 +234,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Postprocessing with PyDPF - Composites\n======================================\n\nSpecify the combined failure criterion.\n" + "# Postprocessing with PyDPF - Composites\n\nSpecify the combined failure criterion.\n" ] }, { diff --git a/version/dev/_downloads/867fe652268402241d5a6c49e9bcff29/003-simple-selection-rules.zip b/version/dev/_downloads/867fe652268402241d5a6c49e9bcff29/003-simple-selection-rules.zip index bcb55c852..dc0e9c32e 100644 Binary files a/version/dev/_downloads/867fe652268402241d5a6c49e9bcff29/003-simple-selection-rules.zip and b/version/dev/_downloads/867fe652268402241d5a6c49e9bcff29/003-simple-selection-rules.zip differ diff --git a/version/dev/_downloads/8c1329a178e8c030897aa16ebd074848/04-pymechanical-solid-workflow.zip b/version/dev/_downloads/8c1329a178e8c030897aa16ebd074848/04-pymechanical-solid-workflow.zip index 8e5c28ccd..9c3ea3989 100644 Binary files a/version/dev/_downloads/8c1329a178e8c030897aa16ebd074848/04-pymechanical-solid-workflow.zip and b/version/dev/_downloads/8c1329a178e8c030897aa16ebd074848/04-pymechanical-solid-workflow.zip differ diff --git a/version/dev/_downloads/8dc012f91b1613f2db81ae04fd51a6dd/002-rosettes-ply-directions.ipynb b/version/dev/_downloads/8dc012f91b1613f2db81ae04fd51a6dd/002-rosettes-ply-directions.ipynb index 9cbab023b..4b1b9e475 100644 --- a/version/dev/_downloads/8dc012f91b1613f2db81ae04fd51a6dd/002-rosettes-ply-directions.ipynb +++ b/version/dev/_downloads/8dc012f91b1613f2db81ae04fd51a6dd/002-rosettes-ply-directions.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Rosette {#rosette_example}\n=======\n\nThis example illustrates how you can use rosettes to define the\nreference directions of a ply. It only shows the PyACP part of the\nsetup. For a complete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n" + "# Rosette {#rosette_example}\n\nThis example illustrates how you can use rosettes to define the\nreference directions of a ply. It only shows the PyACP part of the\nsetup. For a complete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules\n==============\n\nImport the standard library and third-party dependencies.\n" + "# Import modules\n\nImport the standard library and third-party dependencies.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n" + "# Start ACP and load the model\n" ] }, { @@ -108,7 +108,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define directions with a parallel rosette\n=========================================\n" + "# Define directions with a parallel rosette\n" ] }, { @@ -223,7 +223,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define directions with a radial rosette\n=======================================\n\nCreate a radial rosette and plot the resulting reference directions. For\na radial rosette, a line is constructed that goes through the origin.\nIts direction vector is normal to a plane spanned by `dir1` and `dir2`.\nTherefore, the reference directions are parallel to the shortest\nconnection from the line to each point for which it is computed.\n" + "# Define directions with a radial rosette\n\nCreate a radial rosette and plot the resulting reference directions. For\na radial rosette, a line is constructed that goes through the origin.\nIts direction vector is normal to a plane spanned by `dir1` and `dir2`.\nTherefore, the reference directions are parallel to the shortest\nconnection from the line to each point for which it is computed.\n" ] }, { @@ -241,7 +241,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define directions with a cylindrical rosette\n============================================\n\nCreate a cylindrical rosette and plot the resulting reference\ndirections. For a cylindrical rosette, the reference directions are\ntangential to the circles around the origin that lie in a plane spanned\nby `dir1` and `dir2`.\n" + "# Define directions with a cylindrical rosette\n\nCreate a cylindrical rosette and plot the resulting reference\ndirections. For a cylindrical rosette, the reference directions are\ntangential to the circles around the origin that lie in a plane spanned\nby `dir1` and `dir2`.\n" ] }, { @@ -259,7 +259,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define directions with a spherical rosette\n==========================================\n\nCreate a spherical rosette and plot the resulting reference directions.\nFor a spherical rosette, the reference directions are tangential to a\nsphere around the origin. Note that for this example, the reference\ndirections of the spherical rosette are the same as those of the\ncylindrical rosette.\n" + "# Define directions with a spherical rosette\n\nCreate a spherical rosette and plot the resulting reference directions.\nFor a spherical rosette, the reference directions are tangential to a\nsphere around the origin. Note that for this example, the reference\ndirections of the spherical rosette are the same as those of the\ncylindrical rosette.\n" ] }, { @@ -277,14 +277,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define directions with an edge-wise rosette\n===========================================\n\nCreate an edge-wise rosette and plot the resulting reference directions.\nThe reference directions are given by a projection of `dir1` and the\npath of the edge set. `dir1` of the rosette is projected onto the point\non the edge that is closest to the rosette\\'s origin. This determines\nthe reference directions along the edge set. You can reverse the\nreference directions by inverting `dir1`. An element within an OSS gets\nits reference directions from the direction of the point on the edge\nthat is closest to the element centroid.\n" + "# Define directions with an edge-wise rosette\n\nCreate an edge-wise rosette and plot the resulting reference directions.\nThe reference directions are given by a projection of `dir1` and the\npath of the edge set. `dir1` of the rosette is projected onto the point\non the edge that is closest to the rosette\\'s origin. This determines\nthe reference directions along the edge set. You can reverse the\nreference directions by inverting `dir1`. An element within an OSS gets\nits reference directions from the direction of the point on the edge\nthat is closest to the element centroid.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Create the edge set from the \\\"All\\_Elements\\\" element set. Because you\nassigned 120 degrees to the limit angle, all the edges are selected.\n" + "Create the edge set from the \\\"All_Elements\\\" element set. Because you\nassigned 120 degrees to the limit angle, all the edges are selected.\n" ] }, { @@ -302,7 +302,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Combine rosettes\n================\n" + "# Combine rosettes\n" ] }, { diff --git a/version/dev/_downloads/93d0eb01705ae140cb63ef08afb5552d/050-composite_cae_h5.ipynb b/version/dev/_downloads/93d0eb01705ae140cb63ef08afb5552d/050-composite_cae_h5.ipynb index ad13081e2..6c79da250 100644 --- a/version/dev/_downloads/93d0eb01705ae140cb63ef08afb5552d/050-composite_cae_h5.ipynb +++ b/version/dev/_downloads/93d0eb01705ae140cb63ef08afb5552d/050-composite_cae_h5.ipynb @@ -4,7 +4,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "HDF5 Composite CAE {#composite_cae_h5_example}\n==================\n\nThe HDF5 Composite CAE interface of PyACP is demonstrated in this\nexample. It shows how to write (export) and read (import) layup data to\nand from a HDF5 Composite CAE file, respectively. The HDF5 Composite CAE\nformat is a vendor independent format to exchange composite layup\ninformation between CAE tools.\n\nThis examples demonstrates how to: - Load and manipulate a model -\nExport data to a HDF5 Composite CAE file - Import and map layup from\nHDF5 Composite CAE onto a different model (mesh) - Export data with ply\noffsets (3D plies) - Import a layup as\n`.ImportedModelingPly`{.interpreted-text role=\"class\"} - Import HDF5\nComposite CAE with 3D plies and map the layup onto an\n`.ImportedSolidModel`{.interpreted-text role=\"class\"}\n" + "# HDF5 Composite CAE {#composite_cae_h5_example}\n\nThe HDF5 Composite CAE interface of PyACP is demonstrated in this\nexample. It shows how to write (export) and read (import) layup data to\nand from a HDF5 Composite CAE file, respectively. The HDF5 Composite CAE\nformat is a vendor independent format to exchange composite layup\ninformation between CAE tools.\n\nThis examples demonstrates how to: - Load and manipulate a model -\nExport data to a HDF5 Composite CAE file - Import and map layup from\nHDF5 Composite CAE onto a different model (mesh) - Export data with ply\noffsets (3D plies) - Import a layup as\n`.ImportedModelingPly`{.interpreted-text role=\"class\"} - Import HDF5\nComposite CAE with 3D plies and map the layup onto an\n`.ImportedSolidModel`{.interpreted-text role=\"class\"}\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n\n%% Get the example file from the server.\n" + "# Start ACP and load the model\n\n%% Get the example file from the server.\n" ] }, { @@ -137,7 +137,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Write HDF5 Composite CAE file\n=============================\n\nExport the entire layup to a HDF5 Composite CAE file.\n" + "# Write HDF5 Composite CAE file\n\nExport the entire layup to a HDF5 Composite CAE file.\n" ] }, { @@ -155,7 +155,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Load HDF5 Composite CAE file into a different model\n===================================================\n\nA new acp model is created by importing a refined mesh of the same\ngeometry. Both meshes (initial mesh in blue, refined one in red) are\nshown below.\n" + "# Load HDF5 Composite CAE file into a different model\n\nA new acp model is created by importing a refined mesh of the same\ngeometry. Both meshes (initial mesh in blue, refined one in red) are\nshown below.\n" ] }, { @@ -209,7 +209,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "3D plies with ply-offsets\n=========================\n\nThe HDF5 Composite CAE interface also allows to export the 3D plies\n(plies with offsets) which can then be used to create imported modeling\nplies. The initial model is used to write a new HDF5 with\n`layup_representation_3d` enabled.\n" + "# 3D plies with ply-offsets\n\nThe HDF5 Composite CAE interface also allows to export the 3D plies\n(plies with offsets) which can then be used to create imported modeling\nplies. The initial model is used to write a new HDF5 with\n`layup_representation_3d` enabled.\n" ] }, { diff --git a/version/dev/_downloads/94d4e16e61ea78471aa531fe49dd63f3/06-cdb-to-pymechanical-workflow.zip b/version/dev/_downloads/94d4e16e61ea78471aa531fe49dd63f3/06-cdb-to-pymechanical-workflow.zip index 707ce96fb..a3a8939d6 100644 Binary files a/version/dev/_downloads/94d4e16e61ea78471aa531fe49dd63f3/06-cdb-to-pymechanical-workflow.zip and b/version/dev/_downloads/94d4e16e61ea78471aa531fe49dd63f3/06-cdb-to-pymechanical-workflow.zip differ diff --git a/version/dev/_downloads/9e430ca05847f8842c3e2c457f6f04d4/007-sensor.ipynb b/version/dev/_downloads/9e430ca05847f8842c3e2c457f6f04d4/007-sensor.ipynb index 3652d7d8f..61d58de6b 100644 --- a/version/dev/_downloads/9e430ca05847f8842c3e2c457f6f04d4/007-sensor.ipynb +++ b/version/dev/_downloads/9e430ca05847f8842c3e2c457f6f04d4/007-sensor.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Sensor {#sensor_example}\n======\n\nThe `.Sensor`{.interpreted-text role=\"class\"} capabilities to analyze\nthe composite structure is demonstrated in this example. A sensor is\nused to compute the weight, area, cost, etc. of the model or specific\nentities such as ply material, modeling ply, etc.\n" + "# Sensor {#sensor_example}\n\nThe `.Sensor`{.interpreted-text role=\"class\"} capabilities to analyze\nthe composite structure is demonstrated in this example. A sensor is\nused to compute the weight, area, cost, etc. of the model or specific\nentities such as ply material, modeling ply, etc.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules\n==============\n\nImport the standard library and third-party dependencies.\n" + "# Import modules\n\nImport the standard library and third-party dependencies.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n" + "# Start ACP and load the model\n" ] }, { @@ -126,14 +126,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Sensor by area\n==============\n" + "# Sensor by area\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Entire Model\n============\n\nThe first sensor is applied to the entire model to compute for example\nthe total weight, area of production material, and material cost.\n" + "# Entire Model\n\nThe first sensor is applied to the entire model to compute for example\nthe total weight, area of production material, and material cost.\n" ] }, { @@ -187,7 +187,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Scope to a specific component\n=============================\n\nCompute the measures for the nose only. Note that\n`.OrientedSelectionSet`{.interpreted-text role=\"class\"} can also be used\nto scope the sensor.\n" + "# Scope to a specific component\n\nCompute the measures for the nose only. Note that\n`.OrientedSelectionSet`{.interpreted-text role=\"class\"} can also be used\nto scope the sensor.\n" ] }, { @@ -205,7 +205,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Sensor by material\n==================\n\nA sensor can also be used to compute the amount of a certain ply\nmaterial (`.Fabric`{.interpreted-text role=\"class\"},\n`.Stackup`{.interpreted-text role=\"class\"},\n`.SubLaminate`{.interpreted-text role=\"class\"}).\n" + "# Sensor by material\n\nA sensor can also be used to compute the amount of a certain ply\nmaterial (`.Fabric`{.interpreted-text role=\"class\"},\n`.Stackup`{.interpreted-text role=\"class\"},\n`.SubLaminate`{.interpreted-text role=\"class\"}).\n" ] }, { @@ -223,7 +223,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Sensor by ply\n=============\n\nA sensor can also be scoped to a specific ply or a list of plies. In\nthis example, a ply of the suction side and a ply of the pressure side\nof wing 3 are selected.\n" + "# Sensor by ply\n\nA sensor can also be scoped to a specific ply or a list of plies. In\nthis example, a ply of the suction side and a ply of the pressure side\nof wing 3 are selected.\n" ] }, { diff --git a/version/dev/_downloads/a240adcdbc7db107f980079f1e399118/004-advanced-selection-rules.ipynb b/version/dev/_downloads/a240adcdbc7db107f980079f1e399118/004-advanced-selection-rules.ipynb index 467a0d58f..7e94abf34 100644 --- a/version/dev/_downloads/a240adcdbc7db107f980079f1e399118/004-advanced-selection-rules.ipynb +++ b/version/dev/_downloads/a240adcdbc7db107f980079f1e399118/004-advanced-selection-rules.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Advanced selection rules {#advanced_selection_rules_example}\n========================\n\nThis example shows how to use advanced rules, including the geometrical,\ncut-off, and variable offset rules. It also demonstrates how rules can\nbe templated and reused with different parameters. For more basic rules,\nsee `basic_selection_rules_example`{.interpreted-text role=\"ref\"}.\n\nThis example only shows the PyACP part of the setup. For a complete\ncomposite analysis, see `pymapdl_workflow_example`{.interpreted-text\nrole=\"ref\"}.\n" + "# Advanced selection rules {#advanced_selection_rules_example}\n\nThis example shows how to use advanced rules, including the geometrical,\ncut-off, and variable offset rules. It also demonstrates how rules can\nbe templated and reused with different parameters. For more basic rules,\nsee `basic_selection_rules_example`{.interpreted-text role=\"ref\"}.\n\nThis example only shows the PyACP part of the setup. For a complete\ncomposite analysis, see `pymapdl_workflow_example`{.interpreted-text\nrole=\"ref\"}.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules\n==============\n\nImport the standard library and third-party dependencies.\n" + "# Import modules\n\nImport the standard library and third-party dependencies.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n" + "# Start ACP and load the model\n" ] }, { @@ -126,7 +126,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Parametrized Parallel Rule\n==========================\n" + "# Parametrized Parallel Rule\n" ] }, { @@ -230,7 +230,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a geometrical selection rule\n===================================\n" + "# Create a geometrical selection rule\n" ] }, { @@ -309,7 +309,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a cut-off selection rule\n===============================\n" + "# Create a cut-off selection rule\n" ] }, { @@ -352,7 +352,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create the cut\\_off selection rule.\n" + "Create the cut_off selection rule.\n" ] }, { @@ -370,7 +370,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Assign the cut\\_off selection rule to the ply. Plot the ply extent with\nthe outline of the geometry.\n" + "Assign the cut_off selection rule to the ply. Plot the ply extent with\nthe outline of the geometry.\n" ] }, { @@ -388,7 +388,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a variable offset selection rule\n=======================================\n" + "# Create a variable offset selection rule\n" ] }, { @@ -449,7 +449,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create the edge set from the \\\"All\\_Elements\\\" element set. Because you\nassigned 30 degrees to the limit angle, only one edge at x=0 is\nselected.\n" + "Create the edge set from the \\\"All_Elements\\\" element set. Because you\nassigned 30 degrees to the limit angle, only one edge at x=0 is\nselected.\n" ] }, { @@ -503,7 +503,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a boolean selection rule\n===============================\n" + "# Create a boolean selection rule\n" ] }, { diff --git a/version/dev/_downloads/a2c0eca3ddc21a73104de38e4b4639c7/030-imported-plies.zip b/version/dev/_downloads/a2c0eca3ddc21a73104de38e4b4639c7/030-imported-plies.zip index f81462481..1d32938ab 100644 Binary files a/version/dev/_downloads/a2c0eca3ddc21a73104de38e4b4639c7/030-imported-plies.zip and b/version/dev/_downloads/a2c0eca3ddc21a73104de38e4b4639c7/030-imported-plies.zip differ diff --git a/version/dev/_downloads/a4febf270254b5571b260dfe4ae3e3ee/006-layup-thickness-definitions.ipynb b/version/dev/_downloads/a4febf270254b5571b260dfe4ae3e3ee/006-layup-thickness-definitions.ipynb index 7f5f934d8..d4798714a 100644 --- a/version/dev/_downloads/a4febf270254b5571b260dfe4ae3e3ee/006-layup-thickness-definitions.ipynb +++ b/version/dev/_downloads/a4febf270254b5571b260dfe4ae3e3ee/006-layup-thickness-definitions.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Thickness definition {#thickness_definition_example}\n====================\n\nThis example shows how the thickness of a ply can be defined by a\ngeometry or a lookup table. The example only shows the PyACP part of the\nsetup. For a complete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n" + "# Thickness definition {#thickness_definition_example}\n\nThis example shows how the thickness of a ply can be defined by a\ngeometry or a lookup table. The example only shows the PyACP part of the\nsetup. For a complete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules\n==============\n\nImport the standard library and third-party dependencies.\n" + "# Import modules\n\nImport the standard library and third-party dependencies.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n" + "# Start ACP and load the model\n" ] }, { @@ -108,7 +108,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define the thickness from a geometry\n====================================\n" + "# Define the thickness from a geometry\n" ] }, { @@ -187,7 +187,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define the thickness from a lookup table\n========================================\n" + "# Define the thickness from a lookup table\n" ] }, { diff --git a/version/dev/_downloads/ae08bf761aa06b104802ba9fe2cbfd6a/005-ply-direction-lookup-table.zip b/version/dev/_downloads/ae08bf761aa06b104802ba9fe2cbfd6a/005-ply-direction-lookup-table.zip index 2605b870f..021aa24a4 100644 Binary files a/version/dev/_downloads/ae08bf761aa06b104802ba9fe2cbfd6a/005-ply-direction-lookup-table.zip and b/version/dev/_downloads/ae08bf761aa06b104802ba9fe2cbfd6a/005-ply-direction-lookup-table.zip differ diff --git a/version/dev/_downloads/afa93083ec4dd144d3319ffdab2255b9/04-pymechanical-solid-workflow.ipynb b/version/dev/_downloads/afa93083ec4dd144d3319ffdab2255b9/04-pymechanical-solid-workflow.ipynb index 1417ad77d..96e4d56b5 100644 --- a/version/dev/_downloads/afa93083ec4dd144d3319ffdab2255b9/04-pymechanical-solid-workflow.ipynb +++ b/version/dev/_downloads/afa93083ec4dd144d3319ffdab2255b9/04-pymechanical-solid-workflow.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "PyMechanical solid workflow {#pymechanical_solid_example}\n===========================\n\nThis example shows how to set up a simple solid model with PyACP and\nPyMechanical:\n\n- The geometry is imported into Mechanical and meshed.\n- The mesh is exported to ACP.\n- A simple lay-up and solid model is defined in ACP.\n- The solid model is exported, to a CDB file and a composite\n definition file.\n- In a separate Mechanical instance, the solid model is imported.\n- Materials and plies are imported.\n- Boundary conditions are set.\n- The model is solved.\n- The results are post-processed in PyDPF - Composites.\n\n::: {.warning}\n::: {.title}\nWarning\n:::\n\nThe PyACP / PyMechanical integration is still experimental. Refer to the\n`limitations section `{.interpreted-text role=\"ref\"} for\nmore information.\n:::\n" + "# PyMechanical solid workflow {#pymechanical_solid_example}\n\nThis example shows how to set up a simple solid model with PyACP and\nPyMechanical:\n\n- The geometry is imported into Mechanical and meshed.\n- The mesh is exported to ACP.\n- A simple lay-up and solid model is defined in ACP.\n- The solid model is exported, to a CDB file and a composite\n definition file.\n- In a separate Mechanical instance, the solid model is imported.\n- Materials and plies are imported.\n- Boundary conditions are set.\n- The model is solved.\n- The results are post-processed in PyDPF - Composites.\n\n::: warning\n::: title\nWarning\n:::\n\nThe PyACP / PyMechanical integration is still experimental. Refer to the\n`limitations section `{.interpreted-text role=\"ref\"} for\nmore information.\n:::\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules and start the Ansys products\n===========================================\n" + "# Import modules and start the Ansys products\n" ] }, { @@ -72,7 +72,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Get example input files\n=======================\n\nCreate a temporary working directory, and download the example input\nfiles to this directory.\n" + "# Get example input files\n\nCreate a temporary working directory, and download the example input\nfiles to this directory.\n" ] }, { @@ -90,7 +90,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Generate the mesh in PyMechanical\n=================================\n\nLoad the geometry into Mechanical, generate the mesh, and export it to\nthe appropriate transfer format for ACP.\n" + "# Generate the mesh in PyMechanical\n\nLoad the geometry into Mechanical, generate the mesh, and export it to\nthe appropriate transfer format for ACP.\n" ] }, { @@ -108,7 +108,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Set up the ACP model\n====================\n\nSetup basic ACP lay-up based on the mesh in `mesh_path`, and export the\nfollowing files to `output_path`:\n\n- Materials XML file\n- Composite definitions HDF5 file\n- Solid model composite definitions HDF5 file\n- Solid model CDB file\n" + "# Set up the ACP model\n\nSetup basic ACP lay-up based on the mesh in `mesh_path`, and export the\nfollowing files to `output_path`:\n\n- Materials XML file\n- Composite definitions HDF5 file\n- Solid model composite definitions HDF5 file\n- Solid model CDB file\n" ] }, { @@ -126,7 +126,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Update and Save the ACP model\n=============================\n" + "# Update and Save the ACP model\n" ] }, { @@ -144,7 +144,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Import mesh, materials and plies into Mechanical\n================================================\n\nImport geometry, mesh, and named selections into Mechanical\n" + "# Import mesh, materials and plies into Mechanical\n\nImport geometry, mesh, and named selections into Mechanical\n" ] }, { @@ -198,7 +198,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Set boundary condition and solve\n================================\n\nSet boundary condition and solve\n" + "# Set boundary condition and solve\n\nSet boundary condition and solve\n" ] }, { @@ -216,7 +216,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Postprocess results\n===================\n\nEvaluate the failure criteria using the PyDPF - Composites.\n" + "# Postprocess results\n\nEvaluate the failure criteria using the PyDPF - Composites.\n" ] }, { diff --git a/version/dev/_downloads/c5ef05e12c25257469e6b7222b716b65/01-optimizing-ply-angles.zip b/version/dev/_downloads/c5ef05e12c25257469e6b7222b716b65/01-optimizing-ply-angles.zip index a19631844..662161bc1 100644 Binary files a/version/dev/_downloads/c5ef05e12c25257469e6b7222b716b65/01-optimizing-ply-angles.zip and b/version/dev/_downloads/c5ef05e12c25257469e6b7222b716b65/01-optimizing-ply-angles.zip differ diff --git a/version/dev/_downloads/cd106a14dc9af5fdd1bd3fa9495f2430/003-simple-selection-rules.ipynb b/version/dev/_downloads/cd106a14dc9af5fdd1bd3fa9495f2430/003-simple-selection-rules.ipynb index a00dcc8a1..bcaa80be0 100644 --- a/version/dev/_downloads/cd106a14dc9af5fdd1bd3fa9495f2430/003-simple-selection-rules.ipynb +++ b/version/dev/_downloads/cd106a14dc9af5fdd1bd3fa9495f2430/003-simple-selection-rules.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Basic selection rules {#basic_selection_rules_example}\n=====================\n\nThis example shows the basic usage of selection rules, which enable you\nto select elements through geometrical operations and thus to shape\nplies. The example only shows the PyACP part of the setup. For more\nadvanced selection rule usage, see\n`advanced_selection_rules_example`{.interpreted-text role=\"ref\"}. For a\ncomplete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n" + "# Basic selection rules {#basic_selection_rules_example}\n\nThis example shows the basic usage of selection rules, which enable you\nto select elements through geometrical operations and thus to shape\nplies. The example only shows the PyACP part of the setup. For more\nadvanced selection rule usage, see\n`advanced_selection_rules_example`{.interpreted-text role=\"ref\"}. For a\ncomplete composite analysis, see\n`pymapdl_workflow_example`{.interpreted-text role=\"ref\"}.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules\n==============\n\nImport the standard library and third-party dependencies.\n" + "# Import modules\n\nImport the standard library and third-party dependencies.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Start ACP and load the model\n============================\n" + "# Start ACP and load the model\n" ] }, { @@ -126,7 +126,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a Parallel Rule\n======================\n" + "# Create a Parallel Rule\n" ] }, { @@ -169,7 +169,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a Cylindrical Rule\n=========================\n" + "# Create a Cylindrical Rule\n" ] }, { @@ -212,7 +212,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a Spherical Rule\n=======================\n" + "# Create a Spherical Rule\n" ] }, { @@ -255,7 +255,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a Tube Rule\n==================\n" + "# Create a Tube Rule\n" ] }, { diff --git a/version/dev/_downloads/da7ce63a8501aea217eccb0b2d404db3/06-cdb-to-pymechanical-workflow.ipynb b/version/dev/_downloads/da7ce63a8501aea217eccb0b2d404db3/06-cdb-to-pymechanical-workflow.ipynb index 2418450da..0be1d746f 100644 --- a/version/dev/_downloads/da7ce63a8501aea217eccb0b2d404db3/06-cdb-to-pymechanical-workflow.ipynb +++ b/version/dev/_downloads/da7ce63a8501aea217eccb0b2d404db3/06-cdb-to-pymechanical-workflow.ipynb @@ -4,14 +4,14 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "CDB to PyMechanical shell workflow {#cdb_to_pymechanical_example}\n==================================\n\nThis example shows how to define a composite lay-up in PyACP based on a\nmesh from a CDB file, import the model into PyMechanical for defining\nthe load and boundary conditions, and run a failure analysis with PyDPF\n- Composites.\n\n::: {.warning}\n::: {.title}\nWarning\n:::\n\nThe PyACP / PyMechanical integration is still experimental. Refer to the\n`limitations section `{.interpreted-text role=\"ref\"} for\nmore information.\n:::\n" + "# CDB to PyMechanical shell workflow {#cdb_to_pymechanical_example}\n\nThis example shows how to define a composite lay-up in PyACP based on a\nmesh from a CDB file, import the model into PyMechanical for defining\nthe load and boundary conditions, and run a failure analysis with\nPyDPF - Composites.\n\n::: warning\n::: title\nWarning\n:::\n\nThe PyACP / PyMechanical integration is still experimental. Refer to the\n`limitations section `{.interpreted-text role=\"ref\"} for\nmore information.\n:::\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules and start the Ansys products\n===========================================\n" + "# Import modules and start the Ansys products\n" ] }, { @@ -72,7 +72,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Get example input files\n=======================\n\nCreate a temporary working directory, and download the example input\nfiles to this directory.\n" + "# Get example input files\n\nCreate a temporary working directory, and download the example input\nfiles to this directory.\n" ] }, { @@ -90,7 +90,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Set up the ACP model\n====================\n\nSetup basic ACP lay-up based on the CDB file.\n" + "# Set up the ACP model\n\nSetup basic ACP lay-up based on the CDB file.\n" ] }, { @@ -126,7 +126,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define the composite lay-up\n===========================\n\nCreate an orthotropic material and fabric including strain limits, which\nare later used to postprocess the simulation.\n" + "# Define the composite lay-up\n\nCreate an orthotropic material and fabric including strain limits, which\nare later used to postprocess the simulation.\n" ] }, { @@ -216,7 +216,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Save the ACP model\n==================\n" + "# Save the ACP model\n" ] }, { @@ -234,7 +234,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Import mesh, materials and plies into Mechanical\n================================================\n\nImport geometry, mesh, and named selections into Mechanical\n" + "# Import mesh, materials and plies into Mechanical\n\nImport geometry, mesh, and named selections into Mechanical\n" ] }, { @@ -288,7 +288,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Set boundary condition and solve\n================================\n" + "# Set boundary condition and solve\n" ] }, { @@ -306,7 +306,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Postprocess results\n===================\n\nEvaluate the failure criteria using the PyDPF - Composites.\n" + "# Postprocess results\n\nEvaluate the failure criteria using the PyDPF - Composites.\n" ] }, { diff --git a/version/dev/_downloads/daedd35e64321e86d2de616ad122942f/020-solid_model.zip b/version/dev/_downloads/daedd35e64321e86d2de616ad122942f/020-solid_model.zip index f89581501..70b29406a 100644 Binary files a/version/dev/_downloads/daedd35e64321e86d2de616ad122942f/020-solid_model.zip and b/version/dev/_downloads/daedd35e64321e86d2de616ad122942f/020-solid_model.zip differ diff --git a/version/dev/_downloads/de2b1a9001626c9c1e09a00394b10569/004-advanced-selection-rules.zip b/version/dev/_downloads/de2b1a9001626c9c1e09a00394b10569/004-advanced-selection-rules.zip index addb46dc0..3718a4971 100644 Binary files a/version/dev/_downloads/de2b1a9001626c9c1e09a00394b10569/004-advanced-selection-rules.zip and b/version/dev/_downloads/de2b1a9001626c9c1e09a00394b10569/004-advanced-selection-rules.zip differ diff --git a/version/dev/_downloads/e46c1f81cb0f525fbc45c7a6219cd9f5/05-pymechanical-to-cdb-workflow.zip b/version/dev/_downloads/e46c1f81cb0f525fbc45c7a6219cd9f5/05-pymechanical-to-cdb-workflow.zip index c3617a49c..96104c248 100644 Binary files a/version/dev/_downloads/e46c1f81cb0f525fbc45c7a6219cd9f5/05-pymechanical-to-cdb-workflow.zip and b/version/dev/_downloads/e46c1f81cb0f525fbc45c7a6219cd9f5/05-pymechanical-to-cdb-workflow.zip differ diff --git a/version/dev/_downloads/e497ef533e11450b102076bc981992fa/01-pymapdl-workflow.zip b/version/dev/_downloads/e497ef533e11450b102076bc981992fa/01-pymapdl-workflow.zip index d54baa18a..591346acc 100644 Binary files a/version/dev/_downloads/e497ef533e11450b102076bc981992fa/01-pymapdl-workflow.zip and b/version/dev/_downloads/e497ef533e11450b102076bc981992fa/01-pymapdl-workflow.zip differ diff --git a/version/dev/_downloads/ea142b5d53ac9a64a8eb6a34d51147b1/01-pymapdl-workflow.ipynb b/version/dev/_downloads/ea142b5d53ac9a64a8eb6a34d51147b1/01-pymapdl-workflow.ipynb index 34ab0a83f..8f254bb66 100644 --- a/version/dev/_downloads/ea142b5d53ac9a64a8eb6a34d51147b1/01-pymapdl-workflow.ipynb +++ b/version/dev/_downloads/ea142b5d53ac9a64a8eb6a34d51147b1/01-pymapdl-workflow.ipynb @@ -4,21 +4,21 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "PyMAPDL workflow {#pymapdl_workflow_example}\n================\n\nThis example shows how to define a composite lay-up with PyACP, solve\nthe resulting model with PyMAPDL, and run a failure analysis with PyDPF\n- Composites.\n" + "# PyMAPDL workflow {#pymapdl_workflow_example}\n\nThis example shows how to define a composite lay-up with PyACP, solve\nthe resulting model with PyMAPDL, and run a failure analysis with\nPyDPF - Composites.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Description\n===========\n\nIn a basic PyACP workflow, you begin with an MAPDL DAT file containing\nthe mesh, material data, and boundary conditions. For more information\non creating input files, see `input_file_for_pyacp`{.interpreted-text\nrole=\"ref\"}. Then, you import the DAT file into PyACP to define the\ncomposite lay-up. Finally, you export the resulting model from PyACP to\nPyMAPDL. Once the results are available, the RST file is loaded in PyDPF\n- Composites for analysis. The additional input files (`material.xml`\nand `ACPCompositeDefinitions.h5`) can also be stored with PyACP and\npassed to PyDPF - Composites.\n" + "# Description\n\nIn a basic PyACP workflow, you begin with an MAPDL DAT file containing\nthe mesh, material data, and boundary conditions. For more information\non creating input files, see `input_file_for_pyacp`{.interpreted-text\nrole=\"ref\"}. Then, you import the DAT file into PyACP to define the\ncomposite lay-up. Finally, you export the resulting model from PyACP to\nPyMAPDL. Once the results are available, the RST file is loaded in\nPyDPF - Composites for analysis. The additional input files\n(`material.xml` and `ACPCompositeDefinitions.h5`) can also be stored\nwith PyACP and passed to PyDPF - Composites.\n" ] }, { "cell_type": "markdown", "metadata": {}, "source": [ - "Import modules\n==============\n\nImport the standard library and third-party dependencies.\n" + "# Import modules\n\nImport the standard library and third-party dependencies.\n" ] }, { @@ -54,7 +54,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Launch PyACP\n============\n\nDownload the example input file.\n" + "# Launch PyACP\n\nDownload the example input file.\n" ] }, { @@ -90,7 +90,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create an ACP workflow instance and load the model\n==================================================\n\nImport the model from the input file.\n" + "# Create an ACP workflow instance and load the model\n\nImport the model from the input file.\n" ] }, { @@ -126,7 +126,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Define the composite lay-up\n===========================\n\nCreate an orthotropic material and fabric including strain limits, which\nare later used to postprocess the simulation.\n" + "# Define the composite lay-up\n\nCreate an orthotropic material and fabric including strain limits, which\nare later used to postprocess the simulation.\n" ] }, { @@ -216,7 +216,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Solve the model with PyMAPDL\n============================\n\nLaunch the PyMAPDL instance.\n" + "# Solve the model with PyMAPDL\n\nLaunch the PyMAPDL instance.\n" ] }, { @@ -306,7 +306,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Postprocessing with PyDPF - Composites\n======================================\n\nTo postprocess the results, you must configure the imports, connect to\nthe PyDPF - Composites server, and load its plugin.\n" + "# Postprocessing with PyDPF - Composites\n\nTo postprocess the results, you must configure the imports, connect to\nthe PyDPF - Composites server, and load its plugin.\n" ] }, { diff --git a/version/dev/_downloads/fee40c689d044c23fee77c0d16856c81/020-solid_model.ipynb b/version/dev/_downloads/fee40c689d044c23fee77c0d16856c81/020-solid_model.ipynb index 0e123b36a..51d8ca045 100644 --- a/version/dev/_downloads/fee40c689d044c23fee77c0d16856c81/020-solid_model.ipynb +++ b/version/dev/_downloads/fee40c689d044c23fee77c0d16856c81/020-solid_model.ipynb @@ -4,7 +4,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Solid Model {#solid_model_example}\n===========\n\nThis example shows how to create and shape a solid model.\n\nThe solid model implements an extrusion algorithm which creates a\nlayered solid mesh based on the shell mesh and layup definition. This\nsolid mesh can be further processed by\n`.ExtrusionGuide`{.interpreted-text role=\"class\"},\n`.SnapToGeometry`{.interpreted-text role=\"class\"}, and\n`.CutOffGeometry`{.interpreted-text role=\"class\"}.\n" + "# Solid Model {#solid_model_example}\n\nThis example shows how to create and shape a solid model.\n\nThe solid model implements an extrusion algorithm which creates a\nlayered solid mesh based on the shell mesh and layup definition. This\nsolid mesh can be further processed by\n`.ExtrusionGuide`{.interpreted-text role=\"class\"},\n`.SnapToGeometry`{.interpreted-text role=\"class\"}, and\n`.CutOffGeometry`{.interpreted-text role=\"class\"}.\n" ] }, { @@ -47,7 +47,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Load a minimal model\n====================\n" + "# Load a minimal model\n" ] }, { @@ -101,7 +101,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create a simple layup\n=====================\n\n%% Add more layers to the modeling ply so that it is easier to see the\neffects of the selection rules.\n" + "# Create a simple layup\n\n%% Add more layers to the modeling ply so that it is easier to see the\neffects of the selection rules.\n" ] }, { @@ -119,7 +119,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Create an initial solid model\n=============================\n\nBy default, the layup is extruded along the normal direction of the\nshell mesh.\n" + "# Create an initial solid model\n\nBy default, the layup is extruded along the normal direction of the\nshell mesh.\n" ] }, { @@ -137,7 +137,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Snap the top to a geometry\n==========================\n\nThe `.SnapToGeometry`{.interpreted-text role=\"class\"} allows to shape\nthe bottom or top of the solid model. First, import the geometry and\nthen add the snap-to feature to the solid model.\n" + "# Snap the top to a geometry\n\nThe `.SnapToGeometry`{.interpreted-text role=\"class\"} allows to shape\nthe bottom or top of the solid model. First, import the geometry and\nthen add the snap-to feature to the solid model.\n" ] }, { @@ -155,7 +155,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Shape the walls\n===============\n\nThe `.ExtrusionGuide`{.interpreted-text role=\"class\"} is used to shape\nthe side walls of the solid model. The feature can be defined by a\ndirection as shown here or through a geometry.\n" + "# Shape the walls\n\nThe `.ExtrusionGuide`{.interpreted-text role=\"class\"} is used to shape\nthe side walls of the solid model. The feature can be defined by a\ndirection as shown here or through a geometry.\n" ] }, { @@ -173,7 +173,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Cut-off an edge\n===============\n\nThe `.CutOffGeometry`{.interpreted-text role=\"class\"} is used to crop\nelements from the solid model.\n" + "# Cut-off an edge\n\nThe `.CutOffGeometry`{.interpreted-text role=\"class\"} is used to crop\nelements from the solid model.\n" ] }, { @@ -191,7 +191,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Plot results on the solid mesh\n==============================\n\nThe plotting capabilities also support the visualization of ply-wise\nresults, such as directions or thicknesses as shown here.\n" + "# Plot results on the solid mesh\n\nThe plotting capabilities also support the visualization of ply-wise\nresults, such as directions or thicknesses as shown here.\n" ] }, { @@ -216,7 +216,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Plot fiber directions\n=====================\n" + "# Plot fiber directions\n" ] }, { @@ -234,7 +234,7 @@ "cell_type": "markdown", "metadata": {}, "source": [ - "Plot thicknesses\n================\n" + "# Plot thicknesses\n" ] }, { diff --git a/version/dev/_images/examples/modeling_features/images/sphx_glr_002-rosettes-ply-directions_001.vtksz b/version/dev/_images/examples/modeling_features/images/sphx_glr_002-rosettes-ply-directions_001.vtksz index 3a05fa987..9f38c8403 100644 Binary files a/version/dev/_images/examples/modeling_features/images/sphx_glr_002-rosettes-ply-directions_001.vtksz and b/version/dev/_images/examples/modeling_features/images/sphx_glr_002-rosettes-ply-directions_001.vtksz differ diff --git a/version/dev/_images/examples/modeling_features/images/sphx_glr_002-rosettes-ply-directions_002.vtksz b/version/dev/_images/examples/modeling_features/images/sphx_glr_002-rosettes-ply-directions_002.vtksz index 23a358a25..92701f650 100644 Binary files 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a/version/dev/_sources/examples/modeling_features/001-materials.rst.txt b/version/dev/_sources/examples/modeling_features/001-materials.rst.txt index 2a032c82b..a7b5d0166 100644 --- a/version/dev/_sources/examples/modeling_features/001-materials.rst.txt +++ b/version/dev/_sources/examples/modeling_features/001-materials.rst.txt @@ -337,7 +337,7 @@ Some workflows require the materials to be exported to an XML file. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 8.207 seconds) + **Total running time of the script:** (0 minutes 10.503 seconds) .. _sphx_glr_download_examples_modeling_features_001-materials.py: diff --git a/version/dev/_sources/examples/modeling_features/002-rosettes-ply-directions.rst.txt b/version/dev/_sources/examples/modeling_features/002-rosettes-ply-directions.rst.txt index 2f615b29a..3d5424b63 100644 --- a/version/dev/_sources/examples/modeling_features/002-rosettes-ply-directions.rst.txt +++ b/version/dev/_sources/examples/modeling_features/002-rosettes-ply-directions.rst.txt @@ -713,7 +713,7 @@ Plot the resulting reference directions. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 8.668 seconds) + **Total running time of the script:** (0 minutes 8.664 seconds) .. _sphx_glr_download_examples_modeling_features_002-rosettes-ply-directions.py: diff --git a/version/dev/_sources/examples/modeling_features/003-simple-selection-rules.rst.txt b/version/dev/_sources/examples/modeling_features/003-simple-selection-rules.rst.txt index 9d4578f98..574a1f625 100644 --- a/version/dev/_sources/examples/modeling_features/003-simple-selection-rules.rst.txt +++ b/version/dev/_sources/examples/modeling_features/003-simple-selection-rules.rst.txt @@ -489,7 +489,7 @@ Plot the ply thickness. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 4.921 seconds) + **Total running time of the script:** (0 minutes 6.034 seconds) .. _sphx_glr_download_examples_modeling_features_003-simple-selection-rules.py: diff --git a/version/dev/_sources/examples/modeling_features/004-advanced-selection-rules.rst.txt b/version/dev/_sources/examples/modeling_features/004-advanced-selection-rules.rst.txt index dd194dccd..22202fc7f 100644 --- a/version/dev/_sources/examples/modeling_features/004-advanced-selection-rules.rst.txt +++ b/version/dev/_sources/examples/modeling_features/004-advanced-selection-rules.rst.txt @@ -924,7 +924,7 @@ Plot the ply extent. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 5.786 seconds) + **Total running time of the script:** (0 minutes 6.969 seconds) .. _sphx_glr_download_examples_modeling_features_004-advanced-selection-rules.py: diff --git a/version/dev/_sources/examples/modeling_features/005-ply-direction-lookup-table.rst.txt b/version/dev/_sources/examples/modeling_features/005-ply-direction-lookup-table.rst.txt index 699cd2ee9..44a697a2b 100644 --- a/version/dev/_sources/examples/modeling_features/005-ply-direction-lookup-table.rst.txt +++ b/version/dev/_sources/examples/modeling_features/005-ply-direction-lookup-table.rst.txt @@ -627,7 +627,7 @@ Next, plot the draped directions, including the correction angles, from the look .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 4.013 seconds) + **Total running time of the script:** (0 minutes 5.095 seconds) .. _sphx_glr_download_examples_modeling_features_005-ply-direction-lookup-table.py: diff --git a/version/dev/_sources/examples/modeling_features/006-layup-thickness-definitions.rst.txt b/version/dev/_sources/examples/modeling_features/006-layup-thickness-definitions.rst.txt index 6a5994ed1..579e89f32 100644 --- a/version/dev/_sources/examples/modeling_features/006-layup-thickness-definitions.rst.txt +++ b/version/dev/_sources/examples/modeling_features/006-layup-thickness-definitions.rst.txt @@ -509,7 +509,7 @@ Plot the ply thickness. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 4.250 seconds) + **Total running time of the script:** (0 minutes 5.804 seconds) .. _sphx_glr_download_examples_modeling_features_006-layup-thickness-definitions.py: diff --git a/version/dev/_sources/examples/modeling_features/007-sensor.rst.txt b/version/dev/_sources/examples/modeling_features/007-sensor.rst.txt index 40b5b65b6..ccf82ed50 100644 --- a/version/dev/_sources/examples/modeling_features/007-sensor.rst.txt +++ b/version/dev/_sources/examples/modeling_features/007-sensor.rst.txt @@ -454,7 +454,7 @@ a ply of the suction side and a ply of the pressure side of wing 3 are selected. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 24.622 seconds) + **Total running time of the script:** (0 minutes 25.371 seconds) .. _sphx_glr_download_examples_modeling_features_007-sensor.py: diff --git a/version/dev/_sources/examples/modeling_features/010-sandwich-panel-layup.rst.txt b/version/dev/_sources/examples/modeling_features/010-sandwich-panel-layup.rst.txt index b521d1139..b2898ba9f 100644 --- a/version/dev/_sources/examples/modeling_features/010-sandwich-panel-layup.rst.txt +++ b/version/dev/_sources/examples/modeling_features/010-sandwich-panel-layup.rst.txt @@ -482,7 +482,7 @@ Update and print the model. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 6.260 seconds) + **Total running time of the script:** (0 minutes 10.930 seconds) .. _sphx_glr_download_examples_modeling_features_010-sandwich-panel-layup.py: diff --git a/version/dev/_sources/examples/modeling_features/020-solid_model.rst.txt b/version/dev/_sources/examples/modeling_features/020-solid_model.rst.txt index 4d08d94ad..0429ea3d4 100644 --- a/version/dev/_sources/examples/modeling_features/020-solid_model.rst.txt +++ b/version/dev/_sources/examples/modeling_features/020-solid_model.rst.txt @@ -552,7 +552,7 @@ Plot thicknesses .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 5.578 seconds) + **Total running time of the script:** (0 minutes 6.663 seconds) .. _sphx_glr_download_examples_modeling_features_020-solid_model.py: diff --git a/version/dev/_sources/examples/modeling_features/030-imported-plies.rst.txt b/version/dev/_sources/examples/modeling_features/030-imported-plies.rst.txt index 51e0eb251..13fe2194a 100644 --- a/version/dev/_sources/examples/modeling_features/030-imported-plies.rst.txt +++ b/version/dev/_sources/examples/modeling_features/030-imported-plies.rst.txt @@ -481,7 +481,7 @@ as shown in the examples :ref:`pymechanical_solid_example` and .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 4.555 seconds) + **Total running time of the script:** (0 minutes 6.149 seconds) .. _sphx_glr_download_examples_modeling_features_030-imported-plies.py: diff --git a/version/dev/_sources/examples/modeling_features/031-imported-solid-model.rst.txt b/version/dev/_sources/examples/modeling_features/031-imported-solid-model.rst.txt index b8bec7d21..e1579da6c 100644 --- a/version/dev/_sources/examples/modeling_features/031-imported-solid-model.rst.txt +++ b/version/dev/_sources/examples/modeling_features/031-imported-solid-model.rst.txt @@ -697,7 +697,7 @@ These workflows are shown in :ref:`pymapdl_workflow_example` and .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 19.299 seconds) + **Total running time of the script:** (0 minutes 20.137 seconds) .. _sphx_glr_download_examples_modeling_features_031-imported-solid-model.py: diff --git a/version/dev/_sources/examples/modeling_features/050-composite_cae_h5.rst.txt b/version/dev/_sources/examples/modeling_features/050-composite_cae_h5.rst.txt index 4715118b5..5a4ade6d5 100644 --- a/version/dev/_sources/examples/modeling_features/050-composite_cae_h5.rst.txt +++ b/version/dev/_sources/examples/modeling_features/050-composite_cae_h5.rst.txt @@ -551,7 +551,7 @@ in ACP standalone. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 4.865 seconds) + **Total running time of the script:** (0 minutes 5.975 seconds) .. _sphx_glr_download_examples_modeling_features_050-composite_cae_h5.py: diff --git a/version/dev/_sources/examples/modeling_features/sg_execution_times.rst.txt b/version/dev/_sources/examples/modeling_features/sg_execution_times.rst.txt index 362d8553a..8b29d184e 100644 --- a/version/dev/_sources/examples/modeling_features/sg_execution_times.rst.txt +++ b/version/dev/_sources/examples/modeling_features/sg_execution_times.rst.txt @@ -6,7 +6,7 @@ Computation times ================= -**01:41.023** total execution time for 12 files **from examples/modeling_features**: +**01:58.294** total execution time for 12 files **from examples/modeling_features**: .. container:: @@ -33,38 +33,38 @@ Computation times - Time - Mem (MB) * - :ref:`sphx_glr_examples_modeling_features_007-sensor.py` (``007-sensor.py``) - - 00:24.622 + - 00:25.371 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_031-imported-solid-model.py` (``031-imported-solid-model.py``) - - 00:19.299 + - 00:20.137 - 0.0 - * - :ref:`sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py` (``002-rosettes-ply-directions.py``) - - 00:08.668 + * - :ref:`sphx_glr_examples_modeling_features_010-sandwich-panel-layup.py` (``010-sandwich-panel-layup.py``) + - 00:10.930 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_001-materials.py` (``001-materials.py``) - - 00:08.207 + - 00:10.503 - 0.0 - * - :ref:`sphx_glr_examples_modeling_features_010-sandwich-panel-layup.py` (``010-sandwich-panel-layup.py``) - - 00:06.260 + * - :ref:`sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py` (``002-rosettes-ply-directions.py``) + - 00:08.664 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_004-advanced-selection-rules.py` (``004-advanced-selection-rules.py``) - - 00:05.786 + - 00:06.969 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_020-solid_model.py` (``020-solid_model.py``) - - 00:05.578 + - 00:06.663 + - 0.0 + * - :ref:`sphx_glr_examples_modeling_features_030-imported-plies.py` (``030-imported-plies.py``) + - 00:06.149 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_003-simple-selection-rules.py` (``003-simple-selection-rules.py``) - - 00:04.921 + - 00:06.034 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_050-composite_cae_h5.py` (``050-composite_cae_h5.py``) - - 00:04.865 - - 0.0 - * - :ref:`sphx_glr_examples_modeling_features_030-imported-plies.py` (``030-imported-plies.py``) - - 00:04.555 + - 00:05.975 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py` (``006-layup-thickness-definitions.py``) - - 00:04.250 + - 00:05.804 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py` (``005-ply-direction-lookup-table.py``) - - 00:04.013 + - 00:05.095 - 0.0 diff --git a/version/dev/_sources/examples/use_cases/01-optimizing-ply-angles.rst.txt b/version/dev/_sources/examples/use_cases/01-optimizing-ply-angles.rst.txt index 404df02ae..27345358f 100644 --- a/version/dev/_sources/examples/use_cases/01-optimizing-ply-angles.rst.txt +++ b/version/dev/_sources/examples/use_cases/01-optimizing-ply-angles.rst.txt @@ -785,7 +785,7 @@ Visualize the resulting fiber directions. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 42.578 seconds) + **Total running time of the script:** (0 minutes 53.136 seconds) .. _sphx_glr_download_examples_use_cases_01-optimizing-ply-angles.py: diff --git a/version/dev/_sources/examples/use_cases/sg_execution_times.rst.txt b/version/dev/_sources/examples/use_cases/sg_execution_times.rst.txt index 291897b2e..bce190a56 100644 --- a/version/dev/_sources/examples/use_cases/sg_execution_times.rst.txt +++ b/version/dev/_sources/examples/use_cases/sg_execution_times.rst.txt @@ -6,7 +6,7 @@ Computation times ================= -**00:42.578** total execution time for 1 file **from examples/use_cases**: +**00:53.136** total execution time for 1 file **from examples/use_cases**: .. container:: @@ -33,5 +33,5 @@ Computation times - Time - Mem (MB) * - :ref:`sphx_glr_examples_use_cases_01-optimizing-ply-angles.py` (``01-optimizing-ply-angles.py``) - - 00:42.578 + - 00:53.136 - 0.0 diff --git a/version/dev/_sources/examples/workflows/01-pymapdl-workflow.rst.txt b/version/dev/_sources/examples/workflows/01-pymapdl-workflow.rst.txt index 8c3e561ea..7c178e100 100644 --- a/version/dev/_sources/examples/workflows/01-pymapdl-workflow.rst.txt +++ b/version/dev/_sources/examples/workflows/01-pymapdl-workflow.rst.txt @@ -512,7 +512,7 @@ Load the CDB file into PyMAPDL. .. code-block:: none - '\n /INPUT FILE= analysis_model.cdb LINE= 0\n\n\n\n DO NOT WRITE ELEMENT RESULTS INTO DATABASE\n\n *GET _WALLSTRT FROM ACTI ITEM=TIME WALL VALUE= 18.7616667 \n\n TITLE= \n wbnew--Static Structural (A5) \n\n ACT Extensions:\n LSDYNA, 2024.1\n 5f463412-bd3e-484b-87e7-cbc0a665e474, wbex\n /COM, ANSYSMotion, 2024.2\n 20180725-3f81-49eb-9f31-41364844c769, wbex\n \n\n SET PARAMETER DIMENSIONS ON _WB_PROJECTSCRATCH_DIR\n TYPE=STRI DIMENSIONS= 248 1 1\n\n PARAMETER _WB_PROJECTSCRATCH_DIR(1) = D:\\ARM_Reports\\ACP_IMP_LAY_SEC_037_01102024082855\\TBSolves\\WB_jvonrick_50936_2\\wbnew_files\\dp0\\SYS\\MECH\\\n\n SET PARAMETER DIMENSIONS ON _WB_SOLVERFILES_DIR\n TYPE=STRI DIMENSIONS= 248 1 1\n\n PARAMETER _WB_SOLVERFILES_DIR(1) = D:\\ARM_Reports\\ACP_IMP_LAY_SEC_037_01102024082855\\TBSolves\\WB_jvonrick_50936_2\\wbnew_files\\dp0\\SYS\\MECH\\\n\n SET PARAMETER DIMENSIONS ON _WB_USERFILES_DIR\n TYPE=STRI DIMENSIONS= 248 1 1\n\n PARAMETER _WB_USERFILES_DIR(1) = D:\\ARM_Reports\\ACP_IMP_LAY_SEC_037_01102024082855\\TBSolves\\WB_jvonrick_50936_2\\wbnew_files\\user_files\\\n --- Data in consistent MKS units. See Solving Units in the help system for more\n\n MKS UNITS SPECIFIED FOR INTERNAL \n LENGTH (l) = METER (M)\n MASS (M) = KILOGRAM (KG)\n TIME (t) = SECOND (SEC)\n TEMPERATURE (T) = CELSIUS (C)\n TOFFSET = 273.0\n CHARGE (Q) = COULOMB\n FORCE (f) = NEWTON (N) (KG-M/SEC2)\n HEAT = JOULE (N-M)\n\n PRESSURE = PASCAL (NEWTON/M**2)\n ENERGY (W) = JOULE (N-M)\n POWER (P) = WATT (N-M/SEC)\n CURRENT (i) = AMPERE (COULOMBS/SEC)\n CAPACITANCE (C) = FARAD\n INDUCTANCE (L) = HENRY\n MAGNETIC FLUX = WEBER\n RESISTANCE (R) = OHM\n ELECTRIC POTENTIAL = VOLT\n\n INPUT UNITS ARE ALSO SET TO MKS \n\n *** MAPDL - ENGINEERING ANALYSIS SYSTEM RELEASE 25.2BETA ***\n Ansys Mechanical Enterprise \n 00000000 VERSION=LINUX x64 18:45:42 JAN 09, 2025 CP= 0.933\n\n wbnew--Static Structural (A5) \n\n\n\n ** WARNING: PRE-RELEASE VERSION OF MAPDL 25.2BETA\n ANSYS,INC TESTING IS NOT COMPLETE - CHECK RESULTS CAREFULLY **\n\n ***** MAPDL ANALYSIS DEFINITION (PREP7) *****\n *********** Nodes for the whole assembly ***********\n *********** Elements for Body 1 "SYS\\Surface" ***********\n *********** Send User Defined Coordinate System(s) ***********\n *********** Set Reference Temperature ***********\n *********** Send Materials ***********\n *********** Send Sheet Properties ***********\n *********** Fixed Supports ***********\n *********** Define Force Using Surface Effect Elements ***********\n\n\n ***** ROUTINE COMPLETED ***** CP = 0.935\n\n\n --- Number of total nodes = 81\n --- Number of contact elements = 8\n --- Number of spring elements = 0\n --- Number of bearing elements = 0\n --- Number of solid elements = 64\n --- Number of condensed parts = 0\n --- Number of total elements = 72\n\n *GET _WALLBSOL FROM ACTI ITEM=TIME WALL VALUE= 18.7616667 \n ****************************************************************************\n ************************* SOLUTION ********************************\n ****************************************************************************\n\n ***** MAPDL SOLUTION ROUTINE *****\n\n\n PERFORM A STATIC ANALYSIS\n THIS WILL BE A NEW ANALYSIS\n\n PARAMETER _THICKRATIO = 0.000000000 \n\n USE SPARSE MATRIX DIRECT SOLVER\n\n CONTACT INFORMATION PRINTOUT LEVEL 1\n\n CHECK INITIAL OPEN/CLOSED STATUS OF SELECTED CONTACT ELEMENTS\n AND LIST DETAILED CONTACT PAIR INFORMATION\n\n SPLIT CONTACT SURFACES AT SOLVE PHASE\n\n NUMBER OF SPLITTING TBD BY PROGRAM\n\n DO NOT COMBINE ELEMENT MATRIX FILES (.emat) AFTER DISTRIBUTED PARALLEL SOLUTION\n\n DO NOT COMBINE ELEMENT SAVE DATA FILES (.esav) AFTER DISTRIBUTED PARALLEL SOLUTION\n\n NLDIAG: Nonlinear diagnostics CONT option is set to ON. \n Writing frequency : each ITERATION.\n\n DO NOT SAVE ANY RESTART FILES AT ALL\n ****************************************************\n ******************* SOLVE FOR LS 1 OF 1 ****************\n\n SELECT FOR ITEM=TYPE COMPONENT= \n IN RANGE 2 TO 2 STEP 1\n\n 8 ELEMENTS (OF 72 DEFINED) SELECTED BY ESEL COMMAND.\n\n SELECT ALL NODES HAVING ANY ELEMENT IN ELEMENT SET.\n\n 9 NODES (OF 81 DEFINED) SELECTED FROM\n 8 SELECTED ELEMENTS BY NSLE COMMAND.\n\n SPECIFIED SURFACE LOAD PRES FOR ALL SELECTED ELEMENTS LKEY = 1 KVAL = 1\n VALUES = 0.0000 0.0000 0.0000 0.0000 \n\n SPECIFIED SURFACE LOAD PRES FOR ALL SELECTED ELEMENTS LKEY = 2 KVAL = 1\n VALUES = -10000. -10000. -10000. -10000. \n\n SPECIFIED SURFACE LOAD PRES FOR ALL SELECTED ELEMENTS LKEY = 3 KVAL = 1\n VALUES = 0.0000 0.0000 0.0000 0.0000 \n\n ALL SELECT FOR ITEM=NODE COMPONENT= \n IN RANGE 1 TO 81 STEP 1\n\n 81 NODES (OF 81 DEFINED) SELECTED BY NSEL COMMAND.\n\n ALL SELECT FOR ITEM=ELEM COMPONENT= \n IN RANGE 1 TO 72 STEP 1\n\n 72 ELEMENTS (OF 72 DEFINED) SELECTED BY ESEL COMMAND.\n\n PRINTOUT RESUMED BY /GOP\n\n USE 1 SUBSTEPS INITIALLY THIS LOAD STEP FOR ALL DEGREES OF FREEDOM\n FOR AUTOMATIC TIME STEPPING:\n USE 1 SUBSTEPS AS A MAXIMUM\n USE 1 SUBSTEPS AS A MINIMUM\n\n TIME= 1.0000 \n\n ERASE THE CURRENT DATABASE OUTPUT CONTROL TABLE.\n\n\n WRITE ALL ITEMS TO THE DATABASE WITH A FREQUENCY OF NONE\n FOR ALL APPLICABLE ENTITIES\n\n WRITE NSOL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE RSOL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE EANG ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE ETMP ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE VENG ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE STRS ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE EPEL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE EPPL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE CONT ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n *GET ANSINTER_ FROM ACTI ITEM=INT VALUE= 0.00000000 \n\n *IF ANSINTER_ ( = 0.00000 ) NE \n 0 ( = 0.00000 ) THEN \n\n *ENDIF\n\n ***** MAPDL SOLVE COMMAND *****\n\n *** WARNING *** CP = 0.936 TIME= 18:45:42\n Element shape checking is currently inactive. Issue SHPP,ON or \n SHPP,WARN to reactivate, if desired. \n\n *** NOTE *** CP = 0.936 TIME= 18:45:42\n The model data was checked and warning messages were found. \n Please review output or errors file ( /file.err ) for these warning \n messages. \n\n *** MAPDL - ENGINEERING ANALYSIS SYSTEM RELEASE 25.2BETA ***\n Ansys Mechanical Enterprise \n 00000000 VERSION=LINUX x64 18:45:42 JAN 09, 2025 CP= 0.936\n\n wbnew--Static Structural (A5) \n\n\n\n ** WARNING: PRE-RELEASE VERSION OF MAPDL 25.2BETA\n ANSYS,INC TESTING IS NOT COMPLETE - CHECK RESULTS CAREFULLY **\n\n S O L U T I O N O P T I O N S\n\n PROBLEM DIMENSIONALITY. . . . . . . . . . . . .3-D \n DEGREES OF FREEDOM. . . . . . UX UY UZ ROTX ROTY ROTZ\n ANALYSIS TYPE . . . . . . . . . . . . . . . . .STATIC (STEADY-STATE)\n OFFSET TEMPERATURE FROM ABSOLUTE ZERO . . . . . 273.15 \n EQUATION SOLVER OPTION. . . . . . . . . . . . .SPARSE \n GLOBALLY ASSEMBLED MATRIX . . . . . . . . . . .SYMMETRIC \n\n *** NOTE *** CP = 0.936 TIME= 18:45:42\n Poisson\'s ratio PR input has been converted to NU input. \n\n L O A D S T E P O P T I O N S\n\n LOAD STEP NUMBER. . . . . . . . . . . . . . . . 1\n TIME AT END OF THE LOAD STEP. . . . . . . . . . 1.0000 \n NUMBER OF SUBSTEPS. . . . . . . . . . . . . . . 1\n STEP CHANGE BOUNDARY CONDITIONS . . . . . . . . NO\n COPY INTEGRATION POINT VALUES TO NODE . . . . . YES\n PRINT OUTPUT CONTROLS . . . . . . . . . . . . .NO PRINTOUT\n DATABASE OUTPUT CONTROLS\n ITEM FREQUENCY COMPONENT\n ALL NONE \n NSOL ALL \n RSOL ALL \n EANG ALL \n ETMP ALL \n VENG ALL \n STRS ALL \n EPEL ALL \n EPPL ALL \n CONT ALL \n\n\n SOLUTION MONITORING INFO IS WRITTEN TO FILE= file.mntr \n\n *** NOTE *** CP = 0.939 TIME= 18:45:42\n Predictor is ON by default for structural elements with rotational \n degrees of freedom. Use the PRED,OFF command to turn the predictor \n OFF if it adversely affects the convergence. \n\n\n Range of element maximum matrix coefficients in global coordinates\n Maximum = 8.014568245E+11 at element 53. \n Minimum = 8.014568181E+11 at element 21. \n\n *** ELEMENT MATRIX FORMULATION TIMES\n TYPE NUMBER ENAME TOTAL CP AVE CP\n\n 1 64 SHELL181 0.013 0.000205\n 2 8 SURF156 0.000 0.000023\n Time at end of element matrix formulation CP = 0.952669978. \n\n SPARSE MATRIX DIRECT SOLVER.\n Number of equations = 432, Maximum wavefront = 42\n\n\n Memory allocated on this process\n -------------------------------------------------------------------\n Equation solver memory allocated = 0.733 MB\n Equation solver memory required for in-core mode = 0.708 MB\n Equation solver memory required for out-of-core mode = 0.503 MB\n Total (solver and non-solver) memory allocated = 554.648 MB\n\n *** NOTE *** CP = 0.954 TIME= 18:45:42\n The Sparse Matrix Solver is currently running in the in-core memory \n mode. This memory mode uses the most amount of memory in order to \n avoid using the hard drive as much as possible, which most often \n results in the fastest solution time. This mode is recommended if \n enough physical memory is present to accommodate all of the solver \n data. \n Sparse solver maximum pivot= 3.20582728E+12 at node 57 UX. \n Sparse solver minimum pivot= 144881.263 at node 68 ROTY. \n Sparse solver minimum pivot in absolute value= 144881.263 at node 68 \n ROTY. \n\n *** ELEMENT RESULT CALCULATION TIMES\n TYPE NUMBER ENAME TOTAL CP AVE CP\n\n 1 64 SHELL181 0.029 0.000456\n 2 8 SURF156 0.000 0.000019\n\n *** NODAL LOAD CALCULATION TIMES\n TYPE NUMBER ENAME TOTAL CP AVE CP\n\n 1 64 SHELL181 0.001 0.000014\n 2 8 SURF156 0.000 0.000005\n *** LOAD STEP 1 SUBSTEP 1 COMPLETED. CUM ITER = 1\n *** TIME = 1.00000 TIME INC = 1.00000 NEW TRIANG MATRIX\n\n\n *** MAPDL BINARY FILE STATISTICS\n BUFFER SIZE USED= 16384\n 0.062 MB WRITTEN ON ELEMENT MATRIX FILE: file.emat\n 0.125 MB WRITTEN ON ASSEMBLED MATRIX FILE: file.full\n 0.562 MB WRITTEN ON RESULTS FILE: file.rst\n *************** Write FE CONNECTORS *********\n\n WRITE OUT CONSTRAINT EQUATIONS TO FILE= file.ce \n ****************************************************\n *************** FINISHED SOLVE FOR LS 1 *************\n\n *GET _WALLASOL FROM ACTI ITEM=TIME WALL VALUE= 18.7616667 \n\n PRINTOUT RESUMED BY /GOP\n\n FINISH SOLUTION PROCESSING\n\n\n ***** ROUTINE COMPLETED ***** CP = 0.989\n\n\n\n *** MAPDL - ENGINEERING ANALYSIS SYSTEM RELEASE 25.2BETA ***\n Ansys Mechanical Enterprise \n 00000000 VERSION=LINUX x64 18:45:42 JAN 09, 2025 CP= 0.990\n\n wbnew--Static Structural (A5) \n\n\n\n ** WARNING: PRE-RELEASE VERSION OF MAPDL 25.2BETA\n ANSYS,INC TESTING IS NOT COMPLETE - CHECK RESULTS CAREFULLY **\n\n ***** MAPDL RESULTS INTERPRETATION (POST1) *****\n\n Set Encoding of XML File to:ISO-8859-1\n\n Set Output of XML File to:\n PARM, , , , , , , , , , , ,\n , , , , , , ,\n\n DATABASE WRITTEN ON FILE parm.xml \n\n EXIT THE MAPDL POST1 DATABASE PROCESSOR\n\n\n ***** ROUTINE COMPLETED ***** CP = 0.990\n\n\n\n PRINTOUT RESUMED BY /GOP\n\n *GET _WALLDONE FROM ACTI ITEM=TIME WALL VALUE= 18.7616667 \n\n PARAMETER _PREPTIME = 0.000000000 \n\n PARAMETER _SOLVTIME = 0.000000000 \n\n PARAMETER _POSTTIME = 0.000000000 \n\n PARAMETER _TOTALTIM = 0.000000000 \n\n *GET _DLBRATIO FROM ACTI ITEM=SOLU DLBR VALUE= 0.00000000 \n\n *GET _COMBTIME FROM ACTI ITEM=SOLU COMB VALUE= 0.00000000 \n\n *GET _SSMODE FROM ACTI ITEM=SOLU SSMM VALUE= 2.00000000 \n\n *GET _NDOFS FROM ACTI ITEM=SOLU NDOF VALUE= 432.000000 \n\n *GET _SOL_END_TIME FROM ACTI ITEM=SET TIME VALUE= 1.00000000 \n\n *IF _sol_end_time ( = 1.00000 ) EQ \n 1.000000 ( = 1.00000 ) THEN \n\n /FCLEAN COMMAND REMOVING ALL LOCAL FILES\n\n *ENDIF\n --- Total number of nodes = 81\n --- Total number of elements = 72\n --- Element load balance ratio = 0\n --- Time to combine distributed files = 0\n --- Sparse memory mode = 2\n --- Number of DOF = 432\n' + '\n /INPUT FILE= analysis_model.cdb LINE= 0\n\n\n\n DO NOT WRITE ELEMENT RESULTS INTO DATABASE\n\n *GET _WALLSTRT FROM ACTI ITEM=TIME WALL VALUE= 9.63555556 \n\n TITLE= \n wbnew--Static Structural (A5) \n\n ACT Extensions:\n LSDYNA, 2024.1\n 5f463412-bd3e-484b-87e7-cbc0a665e474, wbex\n /COM, ANSYSMotion, 2024.2\n 20180725-3f81-49eb-9f31-41364844c769, wbex\n \n\n SET PARAMETER DIMENSIONS ON _WB_PROJECTSCRATCH_DIR\n TYPE=STRI DIMENSIONS= 248 1 1\n\n PARAMETER _WB_PROJECTSCRATCH_DIR(1) = D:\\ARM_Reports\\ACP_IMP_LAY_SEC_037_01102024082855\\TBSolves\\WB_jvonrick_50936_2\\wbnew_files\\dp0\\SYS\\MECH\\\n\n SET PARAMETER DIMENSIONS ON _WB_SOLVERFILES_DIR\n TYPE=STRI DIMENSIONS= 248 1 1\n\n PARAMETER _WB_SOLVERFILES_DIR(1) = D:\\ARM_Reports\\ACP_IMP_LAY_SEC_037_01102024082855\\TBSolves\\WB_jvonrick_50936_2\\wbnew_files\\dp0\\SYS\\MECH\\\n\n SET PARAMETER DIMENSIONS ON _WB_USERFILES_DIR\n TYPE=STRI DIMENSIONS= 248 1 1\n\n PARAMETER _WB_USERFILES_DIR(1) = D:\\ARM_Reports\\ACP_IMP_LAY_SEC_037_01102024082855\\TBSolves\\WB_jvonrick_50936_2\\wbnew_files\\user_files\\\n --- Data in consistent MKS units. See Solving Units in the help system for more\n\n MKS UNITS SPECIFIED FOR INTERNAL \n LENGTH (l) = METER (M)\n MASS (M) = KILOGRAM (KG)\n TIME (t) = SECOND (SEC)\n TEMPERATURE (T) = CELSIUS (C)\n TOFFSET = 273.0\n CHARGE (Q) = COULOMB\n FORCE (f) = NEWTON (N) (KG-M/SEC2)\n HEAT = JOULE (N-M)\n\n PRESSURE = PASCAL (NEWTON/M**2)\n ENERGY (W) = JOULE (N-M)\n POWER (P) = WATT (N-M/SEC)\n CURRENT (i) = AMPERE (COULOMBS/SEC)\n CAPACITANCE (C) = FARAD\n INDUCTANCE (L) = HENRY\n MAGNETIC FLUX = WEBER\n RESISTANCE (R) = OHM\n ELECTRIC POTENTIAL = VOLT\n\n INPUT UNITS ARE ALSO SET TO MKS \n\n *** MAPDL - ENGINEERING ANALYSIS SYSTEM RELEASE 25.2BETA ***\n Ansys Mechanical Enterprise \n 00000000 VERSION=LINUX x64 09:38:08 JAN 13, 2025 CP= 0.954\n\n wbnew--Static Structural (A5) \n\n\n\n ** WARNING: PRE-RELEASE VERSION OF MAPDL 25.2BETA\n ANSYS,INC TESTING IS NOT COMPLETE - CHECK RESULTS CAREFULLY **\n\n ***** MAPDL ANALYSIS DEFINITION (PREP7) *****\n *********** Nodes for the whole assembly ***********\n *********** Elements for Body 1 "SYS\\Surface" ***********\n *********** Send User Defined Coordinate System(s) ***********\n *********** Set Reference Temperature ***********\n *********** Send Materials ***********\n *********** Send Sheet Properties ***********\n *********** Fixed Supports ***********\n *********** Define Force Using Surface Effect Elements ***********\n\n\n ***** ROUTINE COMPLETED ***** CP = 0.956\n\n\n --- Number of total nodes = 81\n --- Number of contact elements = 8\n --- Number of spring elements = 0\n --- Number of bearing elements = 0\n --- Number of solid elements = 64\n --- Number of condensed parts = 0\n --- Number of total elements = 72\n\n *GET _WALLBSOL FROM ACTI ITEM=TIME WALL VALUE= 9.63555556 \n ****************************************************************************\n ************************* SOLUTION ********************************\n ****************************************************************************\n\n ***** MAPDL SOLUTION ROUTINE *****\n\n\n PERFORM A STATIC ANALYSIS\n THIS WILL BE A NEW ANALYSIS\n\n PARAMETER _THICKRATIO = 0.000000000 \n\n USE SPARSE MATRIX DIRECT SOLVER\n\n CONTACT INFORMATION PRINTOUT LEVEL 1\n\n CHECK INITIAL OPEN/CLOSED STATUS OF SELECTED CONTACT ELEMENTS\n AND LIST DETAILED CONTACT PAIR INFORMATION\n\n SPLIT CONTACT SURFACES AT SOLVE PHASE\n\n NUMBER OF SPLITTING TBD BY PROGRAM\n\n DO NOT COMBINE ELEMENT MATRIX FILES (.emat) AFTER DISTRIBUTED PARALLEL SOLUTION\n\n DO NOT COMBINE ELEMENT SAVE DATA FILES (.esav) AFTER DISTRIBUTED PARALLEL SOLUTION\n\n NLDIAG: Nonlinear diagnostics CONT option is set to ON. \n Writing frequency : each ITERATION.\n\n DO NOT SAVE ANY RESTART FILES AT ALL\n ****************************************************\n ******************* SOLVE FOR LS 1 OF 1 ****************\n\n SELECT FOR ITEM=TYPE COMPONENT= \n IN RANGE 2 TO 2 STEP 1\n\n 8 ELEMENTS (OF 72 DEFINED) SELECTED BY ESEL COMMAND.\n\n SELECT ALL NODES HAVING ANY ELEMENT IN ELEMENT SET.\n\n 9 NODES (OF 81 DEFINED) SELECTED FROM\n 8 SELECTED ELEMENTS BY NSLE COMMAND.\n\n SPECIFIED SURFACE LOAD PRES FOR ALL SELECTED ELEMENTS LKEY = 1 KVAL = 1\n VALUES = 0.0000 0.0000 0.0000 0.0000 \n\n SPECIFIED SURFACE LOAD PRES FOR ALL SELECTED ELEMENTS LKEY = 2 KVAL = 1\n VALUES = -10000. -10000. -10000. -10000. \n\n SPECIFIED SURFACE LOAD PRES FOR ALL SELECTED ELEMENTS LKEY = 3 KVAL = 1\n VALUES = 0.0000 0.0000 0.0000 0.0000 \n\n ALL SELECT FOR ITEM=NODE COMPONENT= \n IN RANGE 1 TO 81 STEP 1\n\n 81 NODES (OF 81 DEFINED) SELECTED BY NSEL COMMAND.\n\n ALL SELECT FOR ITEM=ELEM COMPONENT= \n IN RANGE 1 TO 72 STEP 1\n\n 72 ELEMENTS (OF 72 DEFINED) SELECTED BY ESEL COMMAND.\n\n PRINTOUT RESUMED BY /GOP\n\n USE 1 SUBSTEPS INITIALLY THIS LOAD STEP FOR ALL DEGREES OF FREEDOM\n FOR AUTOMATIC TIME STEPPING:\n USE 1 SUBSTEPS AS A MAXIMUM\n USE 1 SUBSTEPS AS A MINIMUM\n\n TIME= 1.0000 \n\n ERASE THE CURRENT DATABASE OUTPUT CONTROL TABLE.\n\n\n WRITE ALL ITEMS TO THE DATABASE WITH A FREQUENCY OF NONE\n FOR ALL APPLICABLE ENTITIES\n\n WRITE NSOL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE RSOL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE EANG ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE ETMP ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE VENG ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE STRS ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE EPEL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE EPPL ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n WRITE CONT ITEMS TO THE DATABASE WITH A FREQUENCY OF ALL \n FOR ALL APPLICABLE ENTITIES\n\n *GET ANSINTER_ FROM ACTI ITEM=INT VALUE= 0.00000000 \n\n *IF ANSINTER_ ( = 0.00000 ) NE \n 0 ( = 0.00000 ) THEN \n\n *ENDIF\n\n ***** MAPDL SOLVE COMMAND *****\n\n *** WARNING *** CP = 0.957 TIME= 09:38:08\n Element shape checking is currently inactive. Issue SHPP,ON or \n SHPP,WARN to reactivate, if desired. \n\n *** NOTE *** CP = 0.958 TIME= 09:38:08\n The model data was checked and warning messages were found. \n Please review output or errors file ( /file.err ) for these warning \n messages. \n\n *** MAPDL - ENGINEERING ANALYSIS SYSTEM RELEASE 25.2BETA ***\n Ansys Mechanical Enterprise \n 00000000 VERSION=LINUX x64 09:38:08 JAN 13, 2025 CP= 0.958\n\n wbnew--Static Structural (A5) \n\n\n\n ** WARNING: PRE-RELEASE VERSION OF MAPDL 25.2BETA\n ANSYS,INC TESTING IS NOT COMPLETE - CHECK RESULTS CAREFULLY **\n\n S O L U T I O N O P T I O N S\n\n PROBLEM DIMENSIONALITY. . . . . . . . . . . . .3-D \n DEGREES OF FREEDOM. . . . . . UX UY UZ ROTX ROTY ROTZ\n ANALYSIS TYPE . . . . . . . . . . . . . . . . .STATIC (STEADY-STATE)\n OFFSET TEMPERATURE FROM ABSOLUTE ZERO . . . . . 273.15 \n EQUATION SOLVER OPTION. . . . . . . . . . . . .SPARSE \n GLOBALLY ASSEMBLED MATRIX . . . . . . . . . . .SYMMETRIC \n\n *** NOTE *** CP = 0.958 TIME= 09:38:08\n Poisson\'s ratio PR input has been converted to NU input. \n\n L O A D S T E P O P T I O N S\n\n LOAD STEP NUMBER. . . . . . . . . . . . . . . . 1\n TIME AT END OF THE LOAD STEP. . . . . . . . . . 1.0000 \n NUMBER OF SUBSTEPS. . . . . . . . . . . . . . . 1\n STEP CHANGE BOUNDARY CONDITIONS . . . . . . . . NO\n COPY INTEGRATION POINT VALUES TO NODE . . . . . YES\n PRINT OUTPUT CONTROLS . . . . . . . . . . . . .NO PRINTOUT\n DATABASE OUTPUT CONTROLS\n ITEM FREQUENCY COMPONENT\n ALL NONE \n NSOL ALL \n RSOL ALL \n EANG ALL \n ETMP ALL \n VENG ALL \n STRS ALL \n EPEL ALL \n EPPL ALL \n CONT ALL \n\n\n SOLUTION MONITORING INFO IS WRITTEN TO FILE= file.mntr \n\n *** NOTE *** CP = 0.960 TIME= 09:38:08\n Predictor is ON by default for structural elements with rotational \n degrees of freedom. Use the PRED,OFF command to turn the predictor \n OFF if it adversely affects the convergence. \n\n\n Range of element maximum matrix coefficients in global coordinates\n Maximum = 8.014568245E+11 at element 53. \n Minimum = 8.014568181E+11 at element 21. \n\n *** ELEMENT MATRIX FORMULATION TIMES\n TYPE NUMBER ENAME TOTAL CP AVE CP\n\n 1 64 SHELL181 0.014 0.000211\n 2 8 SURF156 0.000 0.000020\n Time at end of element matrix formulation CP = 0.974617958. \n\n SPARSE MATRIX DIRECT SOLVER.\n Number of equations = 432, Maximum wavefront = 42\n\n\n Memory allocated on this process\n -------------------------------------------------------------------\n Equation solver memory allocated = 0.733 MB\n Equation solver memory required for in-core mode = 0.708 MB\n Equation solver memory required for out-of-core mode = 0.503 MB\n Total (solver and non-solver) memory allocated = 548.726 MB\n\n *** NOTE *** CP = 0.976 TIME= 09:38:08\n The Sparse Matrix Solver is currently running in the in-core memory \n mode. This memory mode uses the most amount of memory in order to \n avoid using the hard drive as much as possible, which most often \n results in the fastest solution time. This mode is recommended if \n enough physical memory is present to accommodate all of the solver \n data. \n Sparse solver maximum pivot= 3.20582728E+12 at node 57 UX. \n Sparse solver minimum pivot= 144881.263 at node 68 ROTY. \n Sparse solver minimum pivot in absolute value= 144881.263 at node 68 \n ROTY. \n\n *** ELEMENT RESULT CALCULATION TIMES\n TYPE NUMBER ENAME TOTAL CP AVE CP\n\n 1 64 SHELL181 0.029 0.000447\n 2 8 SURF156 0.000 0.000017\n\n *** NODAL LOAD CALCULATION TIMES\n TYPE NUMBER ENAME TOTAL CP AVE CP\n\n 1 64 SHELL181 0.001 0.000014\n 2 8 SURF156 0.000 0.000004\n *** LOAD STEP 1 SUBSTEP 1 COMPLETED. CUM ITER = 1\n *** TIME = 1.00000 TIME INC = 1.00000 NEW TRIANG MATRIX\n\n\n *** MAPDL BINARY FILE STATISTICS\n BUFFER SIZE USED= 16384\n 0.062 MB WRITTEN ON ELEMENT MATRIX FILE: file.emat\n 0.125 MB WRITTEN ON ASSEMBLED MATRIX FILE: file.full\n 0.562 MB WRITTEN ON RESULTS FILE: file.rst\n *************** Write FE CONNECTORS *********\n\n WRITE OUT CONSTRAINT EQUATIONS TO FILE= file.ce \n ****************************************************\n *************** FINISHED SOLVE FOR LS 1 *************\n\n *GET _WALLASOL FROM ACTI ITEM=TIME WALL VALUE= 9.63555556 \n\n PRINTOUT RESUMED BY /GOP\n\n FINISH SOLUTION PROCESSING\n\n\n ***** ROUTINE COMPLETED ***** CP = 1.010\n\n\n\n *** MAPDL - ENGINEERING ANALYSIS SYSTEM RELEASE 25.2BETA ***\n Ansys Mechanical Enterprise \n 00000000 VERSION=LINUX x64 09:38:08 JAN 13, 2025 CP= 1.011\n\n wbnew--Static Structural (A5) \n\n\n\n ** WARNING: PRE-RELEASE VERSION OF MAPDL 25.2BETA\n ANSYS,INC TESTING IS NOT COMPLETE - CHECK RESULTS CAREFULLY **\n\n ***** MAPDL RESULTS INTERPRETATION (POST1) *****\n\n Set Encoding of XML File to:ISO-8859-1\n\n Set Output of XML File to:\n PARM, , , , , , , , , , , ,\n , , , , , , ,\n\n DATABASE WRITTEN ON FILE parm.xml \n\n EXIT THE MAPDL POST1 DATABASE PROCESSOR\n\n\n ***** ROUTINE COMPLETED ***** CP = 1.011\n\n\n\n PRINTOUT RESUMED BY /GOP\n\n *GET _WALLDONE FROM ACTI ITEM=TIME WALL VALUE= 9.63555556 \n\n PARAMETER _PREPTIME = 0.000000000 \n\n PARAMETER _SOLVTIME = 0.000000000 \n\n PARAMETER _POSTTIME = 0.000000000 \n\n PARAMETER _TOTALTIM = 0.000000000 \n\n *GET _DLBRATIO FROM ACTI ITEM=SOLU DLBR VALUE= 0.00000000 \n\n *GET _COMBTIME FROM ACTI ITEM=SOLU COMB VALUE= 0.00000000 \n\n *GET _SSMODE FROM ACTI ITEM=SOLU SSMM VALUE= 2.00000000 \n\n *GET _NDOFS FROM ACTI ITEM=SOLU NDOF VALUE= 432.000000 \n\n *GET _SOL_END_TIME FROM ACTI ITEM=SET TIME VALUE= 1.00000000 \n\n *IF _sol_end_time ( = 1.00000 ) EQ \n 1.000000 ( = 1.00000 ) THEN \n\n /FCLEAN COMMAND REMOVING ALL LOCAL FILES\n\n *ENDIF\n --- Total number of nodes = 81\n --- Total number of elements = 72\n --- Element load balance ratio = 0\n --- Time to combine distributed files = 0\n --- Sparse memory mode = 2\n --- Number of DOF = 432\n' @@ -539,18 +539,18 @@ Solve the model. ***** MAPDL SOLVE COMMAND ***** - *** WARNING *** CP = 0.996 TIME= 18:45:42 + *** WARNING *** CP = 1.017 TIME= 09:38:08 Element shape checking is currently inactive. Issue SHPP,ON or SHPP,WARN to reactivate, if desired. - *** NOTE *** CP = 0.997 TIME= 18:45:42 + *** NOTE *** CP = 1.018 TIME= 09:38:08 The model data was checked and warning messages were found. Please review output or errors file ( /file.err ) for these warning messages. *** MAPDL - ENGINEERING ANALYSIS SYSTEM RELEASE 25.2BETA *** Ansys Mechanical Enterprise - 00000000 VERSION=LINUX x64 18:45:42 JAN 09, 2025 CP= 0.997 + 00000000 VERSION=LINUX x64 09:38:08 JAN 13, 2025 CP= 1.018 wbnew--Static Structural (A5) @@ -592,7 +592,7 @@ Solve the model. SOLUTION MONITORING INFO IS WRITTEN TO FILE= file.mntr - *** NOTE *** CP = 0.999 TIME= 18:45:42 + *** NOTE *** CP = 1.020 TIME= 09:38:08 Predictor is ON by default for structural elements with rotational degrees of freedom. Use the PRED,OFF command to turn the predictor OFF if it adversely affects the convergence. @@ -605,9 +605,9 @@ Solve the model. *** ELEMENT MATRIX FORMULATION TIMES TYPE NUMBER ENAME TOTAL CP AVE CP - 1 64 SHELL181 0.013 0.000206 - 2 8 SURF156 0.000 0.000020 - Time at end of element matrix formulation CP = 1.01329494. + 1 64 SHELL181 0.013 0.000208 + 2 8 SURF156 0.000 0.000023 + Time at end of element matrix formulation CP = 1.03432393. SPARSE MATRIX DIRECT SOLVER. Number of equations = 432, Maximum wavefront = 42 @@ -618,9 +618,9 @@ Solve the model. Equation solver memory allocated = 0.733 MB Equation solver memory required for in-core mode = 0.708 MB Equation solver memory required for out-of-core mode = 0.503 MB - Total (solver and non-solver) memory allocated = 554.648 MB + Total (solver and non-solver) memory allocated = 548.726 MB - *** NOTE *** CP = 1.014 TIME= 18:45:42 + *** NOTE *** CP = 1.035 TIME= 09:38:08 The Sparse Matrix Solver is currently running in the in-core memory mode. This memory mode uses the most amount of memory in order to avoid using the hard drive as much as possible, which most often @@ -635,14 +635,14 @@ Solve the model. *** ELEMENT RESULT CALCULATION TIMES TYPE NUMBER ENAME TOTAL CP AVE CP - 1 64 SHELL181 0.028 0.000430 - 2 8 SURF156 0.000 0.000016 + 1 64 SHELL181 0.028 0.000436 + 2 8 SURF156 0.000 0.000017 *** NODAL LOAD CALCULATION TIMES TYPE NUMBER ENAME TOTAL CP AVE CP - 1 64 SHELL181 0.001 0.000013 - 2 8 SURF156 0.000 0.000004 + 1 64 SHELL181 0.001 0.000014 + 2 8 SURF156 0.000 0.000006 *** LOAD STEP 1 SUBSTEP 1 COMPLETED. CUM ITER = 1 *** TIME = 1.00000 TIME INC = 1.00000 NEW TRIANG MATRIX @@ -892,7 +892,7 @@ Release the composite model to close the open streams to the result file. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 6.528 seconds) + **Total running time of the script:** (0 minutes 10.246 seconds) .. _sphx_glr_download_examples_workflows_01-pymapdl-workflow.py: diff --git a/version/dev/_sources/examples/workflows/02-advanced-pymapdl-workflow.rst.txt b/version/dev/_sources/examples/workflows/02-advanced-pymapdl-workflow.rst.txt index 6dac0535c..52a55666e 100644 --- a/version/dev/_sources/examples/workflows/02-advanced-pymapdl-workflow.rst.txt +++ b/version/dev/_sources/examples/workflows/02-advanced-pymapdl-workflow.rst.txt @@ -759,7 +759,7 @@ Load the CDB file into PyMAPDL. .. code-block:: none - '\n /INPUT FILE= class40_analysis_model.cdb LINE= 0\n ANSYS RELEASE 11.0 UP20070125 16:39:41 03/10/2009\n\n *** MAPDL - ENGINEERING ANALYSIS SYSTEM RELEASE 25.2BETA ***\n Ansys Mechanical Enterprise \n 00000000 VERSION=LINUX x64 18:46:04 JAN 09, 2025 CP= 1.269\n\n \n\n\n\n ** WARNING: PRE-RELEASE VERSION OF MAPDL 25.2BETA\n ANSYS,INC TESTING IS NOT COMPLETE - CHECK RESULTS CAREFULLY **\n\n ***** MAPDL ANALYSIS DEFINITION (PREP7) *****\n\n\n ***** ROUTINE COMPLETED ***** CP = 1.331\n\n\n' + '\n /INPUT FILE= class40_analysis_model.cdb LINE= 0\n ANSYS RELEASE 11.0 UP20070125 16:39:41 03/10/2009\n\n *** MAPDL - ENGINEERING ANALYSIS SYSTEM RELEASE 25.2BETA ***\n Ansys Mechanical Enterprise \n 00000000 VERSION=LINUX x64 09:38:33 JAN 13, 2025 CP= 1.289\n\n \n\n\n\n ** WARNING: PRE-RELEASE VERSION OF MAPDL 25.2BETA\n ANSYS,INC TESTING IS NOT COMPLETE - CHECK RESULTS CAREFULLY **\n\n ***** MAPDL ANALYSIS DEFINITION (PREP7) *****\n\n\n ***** ROUTINE COMPLETED ***** CP = 1.351\n\n\n' @@ -786,7 +786,7 @@ Solve the model. ***** MAPDL SOLVE COMMAND ***** - *** NOTE *** CP = 1.344 TIME= 18:46:04 + *** NOTE *** CP = 1.364 TIME= 09:38:33 There is no title defined for this analysis. *** SELECTION OF ELEMENT TECHNOLOGIES FOR APPLICABLE ELEMENTS *** @@ -811,7 +811,7 @@ Solve the model. *** MAPDL - ENGINEERING ANALYSIS SYSTEM RELEASE 25.2BETA *** Ansys Mechanical Enterprise - 00000000 VERSION=LINUX x64 18:46:04 JAN 09, 2025 CP= 1.381 + 00000000 VERSION=LINUX x64 09:38:33 JAN 13, 2025 CP= 1.401 @@ -827,14 +827,14 @@ Solve the model. ANALYSIS TYPE . . . . . . . . . . . . . . . . .STATIC (STEADY-STATE) GLOBALLY ASSEMBLED MATRIX . . . . . . . . . . .SYMMETRIC - *** NOTE *** CP = 1.383 TIME= 18:46:04 + *** NOTE *** CP = 1.403 TIME= 09:38:33 Poisson's ratio PR input has been converted to NU input. - *** NOTE *** CP = 1.387 TIME= 18:46:04 + *** NOTE *** CP = 1.406 TIME= 09:38:33 Present time 0 is less than or equal to the previous time. Time will default to 1. - *** NOTE *** CP = 1.387 TIME= 18:46:04 + *** NOTE *** CP = 1.406 TIME= 09:38:33 The conditions for direct assembly have been met. No .emat or .erot files will be produced. @@ -852,7 +852,7 @@ Solve the model. SOLUTION MONITORING INFO IS WRITTEN TO FILE= file.mntr - *** NOTE *** CP = 1.449 TIME= 18:46:04 + *** NOTE *** CP = 1.470 TIME= 09:38:33 Predictor is ON by default for structural elements with rotational degrees of freedom. Use the PRED,OFF command to turn the predictor OFF if it adversely affects the convergence. @@ -901,10 +901,10 @@ Solve the model. *** ELEMENT MATRIX FORMULATION TIMES TYPE NUMBER ENAME TOTAL CP AVE CP - 1 3973 SHELL181 2.396 0.000603 - 2 88 BEAM188 0.004 0.000051 - 3 22 SHELL181 0.004 0.000195 - Time at end of element matrix formulation CP = 3.87271428. + 1 3973 SHELL181 2.423 0.000610 + 2 88 BEAM188 0.004 0.000040 + 3 22 SHELL181 0.004 0.000191 + Time at end of element matrix formulation CP = 3.919415. SPARSE MATRIX DIRECT SOLVER. Number of equations = 24096, Maximum wavefront = 66 @@ -915,9 +915,9 @@ Solve the model. Equation solver memory allocated = 66.685 MB Equation solver memory required for in-core mode = 64.079 MB Equation solver memory required for out-of-core mode = 28.690 MB - Total (solver and non-solver) memory allocated = 684.552 MB + Total (solver and non-solver) memory allocated = 676.943 MB - *** NOTE *** CP = 3.924 TIME= 18:46:06 + *** NOTE *** CP = 3.965 TIME= 09:38:36 The Sparse Matrix Solver is currently running in the in-core memory mode. This memory mode uses the most amount of memory in order to avoid using the hard drive as much as possible, which most often @@ -932,16 +932,16 @@ Solve the model. *** ELEMENT RESULT CALCULATION TIMES TYPE NUMBER ENAME TOTAL CP AVE CP - 1 3973 SHELL181 5.211 0.001312 - 2 88 BEAM188 0.008 0.000086 - 3 22 SHELL181 0.007 0.000327 + 1 3973 SHELL181 5.384 0.001355 + 2 88 BEAM188 0.006 0.000073 + 3 22 SHELL181 0.007 0.000329 *** NODAL LOAD CALCULATION TIMES TYPE NUMBER ENAME TOTAL CP AVE CP - 1 3973 SHELL181 0.056 0.000014 - 2 88 BEAM188 0.001 0.000017 - 3 22 SHELL181 0.000 0.000014 + 1 3973 SHELL181 0.058 0.000015 + 2 88 BEAM188 0.002 0.000017 + 3 22 SHELL181 0.000 0.000015 *** LOAD STEP 1 SUBSTEP 1 COMPLETED. CUM ITER = 1 *** TIME = 1.00000 TIME INC = 1.00000 NEW TRIANG MATRIX @@ -1182,7 +1182,7 @@ Query and plot the results. .. rst-class:: sphx-glr-timing - **Total running time of the script:** (0 minutes 27.369 seconds) + **Total running time of the script:** (0 minutes 29.975 seconds) .. _sphx_glr_download_examples_workflows_02-advanced-pymapdl-workflow.py: diff --git a/version/dev/_sources/examples/workflows/sg_execution_times.rst.txt b/version/dev/_sources/examples/workflows/sg_execution_times.rst.txt index a269c36a3..412f33f38 100644 --- a/version/dev/_sources/examples/workflows/sg_execution_times.rst.txt +++ b/version/dev/_sources/examples/workflows/sg_execution_times.rst.txt @@ -6,7 +6,7 @@ Computation times ================= -**00:33.897** total execution time for 6 files **from examples/workflows**: +**00:40.221** total execution time for 6 files **from examples/workflows**: .. container:: @@ -33,10 +33,10 @@ Computation times - Time - Mem (MB) * - :ref:`sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py` (``02-advanced-pymapdl-workflow.py``) - - 00:27.369 + - 00:29.975 - 0.0 * - :ref:`sphx_glr_examples_workflows_01-pymapdl-workflow.py` (``01-pymapdl-workflow.py``) - - 00:06.528 + - 00:10.246 - 0.0 * - :ref:`sphx_glr_examples_workflows_03-pymechanical-shell-workflow.py` (``03-pymechanical-shell-workflow.py``) - 00:00.000 diff --git a/version/dev/_sources/sg_execution_times.rst.txt b/version/dev/_sources/sg_execution_times.rst.txt index 65295025a..4efde61ca 100644 --- a/version/dev/_sources/sg_execution_times.rst.txt +++ b/version/dev/_sources/sg_execution_times.rst.txt @@ -6,7 +6,7 @@ Computation times ================= -**02:57.498** total execution time for 19 files **from all galleries**: +**03:31.651** total execution time for 19 files **from all galleries**: .. container:: @@ -33,49 +33,49 @@ Computation times - Time - Mem (MB) * - :ref:`sphx_glr_examples_use_cases_01-optimizing-ply-angles.py` (``../../examples/use_cases/01-optimizing-ply-angles.py``) - - 00:42.578 + - 00:53.136 - 0.0 * - :ref:`sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py` (``../../examples/workflows/02-advanced-pymapdl-workflow.py``) - - 00:27.369 + - 00:29.975 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_007-sensor.py` (``../../examples/modeling_features/007-sensor.py``) - - 00:24.622 + - 00:25.371 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_031-imported-solid-model.py` (``../../examples/modeling_features/031-imported-solid-model.py``) - - 00:19.299 + - 00:20.137 - 0.0 - * - :ref:`sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py` (``../../examples/modeling_features/002-rosettes-ply-directions.py``) - - 00:08.668 + * - :ref:`sphx_glr_examples_modeling_features_010-sandwich-panel-layup.py` (``../../examples/modeling_features/010-sandwich-panel-layup.py``) + - 00:10.930 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_001-materials.py` (``../../examples/modeling_features/001-materials.py``) - - 00:08.207 + - 00:10.503 - 0.0 * - :ref:`sphx_glr_examples_workflows_01-pymapdl-workflow.py` (``../../examples/workflows/01-pymapdl-workflow.py``) - - 00:06.528 + - 00:10.246 - 0.0 - * - :ref:`sphx_glr_examples_modeling_features_010-sandwich-panel-layup.py` (``../../examples/modeling_features/010-sandwich-panel-layup.py``) - - 00:06.260 + * - :ref:`sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py` (``../../examples/modeling_features/002-rosettes-ply-directions.py``) + - 00:08.664 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_004-advanced-selection-rules.py` (``../../examples/modeling_features/004-advanced-selection-rules.py``) - - 00:05.786 + - 00:06.969 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_020-solid_model.py` (``../../examples/modeling_features/020-solid_model.py``) - - 00:05.578 + - 00:06.663 + - 0.0 + * - :ref:`sphx_glr_examples_modeling_features_030-imported-plies.py` (``../../examples/modeling_features/030-imported-plies.py``) + - 00:06.149 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_003-simple-selection-rules.py` (``../../examples/modeling_features/003-simple-selection-rules.py``) - - 00:04.921 + - 00:06.034 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_050-composite_cae_h5.py` (``../../examples/modeling_features/050-composite_cae_h5.py``) - - 00:04.865 - - 0.0 - * - :ref:`sphx_glr_examples_modeling_features_030-imported-plies.py` (``../../examples/modeling_features/030-imported-plies.py``) - - 00:04.555 + - 00:05.975 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py` (``../../examples/modeling_features/006-layup-thickness-definitions.py``) - - 00:04.250 + - 00:05.804 - 0.0 * - :ref:`sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py` (``../../examples/modeling_features/005-ply-direction-lookup-table.py``) - - 00:04.013 + - 00:05.095 - 0.0 * - :ref:`sphx_glr_examples_workflows_03-pymechanical-shell-workflow.py` (``../../examples/workflows/03-pymechanical-shell-workflow.py``) - 00:00.000 diff --git a/version/dev/_static/search.json b/version/dev/_static/search.json index 5174af19f..d47e6b582 100644 --- a/version/dev/_static/search.json +++ b/version/dev/_static/search.json @@ -1,4658 +1,4140 @@ [ { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.delete", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.delete.html#delete", - 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Optional\narguments start and end are interpreted as in slice notation.\nRaises ValueError when the substring is not found.\nindex" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.index", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.index.html#ansys.acp.core.LaunchMode.index", - "title": "index > index > index", - "section": "index > index", - "text": "LaunchMode.index(sub, [start, [end]]) -> int\n\nReturn the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nRaises ValueError when the substring is not found.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.entities", + "href": "api/_autosummary/ansys.acp.core.Sensor.entities.html#entities", + "title": "entities", + "section": "entities", + "text": "entities" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.data", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.data.html#data", - "title": "data", - "section": "data", - "text": "data" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.entities", + "href": "api/_autosummary/ansys.acp.core.Sensor.entities.html#ansys.acp.core.Sensor.entities", + "title": "entities > entities > entities", + "section": "entities > entities", + "text": "property Sensor.entities: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.data", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.data.html#ansys.acp.core.LookUpTable3DColumn.data", - "title": "data > data > data", - "section": "data > data", - "text": "property LookUpTable3DColumn.data: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.entities", + "href": "api/_autosummary/ansys.acp.core.Sensor.entities.html#examples-using-sensorentities", + "title": "entities > Examples using Sensor.entities", + "section": "Examples using Sensor.entities", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using Sensor.entities" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType.ANALYSIS_PLY_CUTOFF", - "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.ANALYSIS_PLY_CUTOFF.html#analysis_ply_cutoff", - "title": "ANALYSIS_PLY_CUTOFF", - "section": "ANALYSIS_PLY_CUTOFF", - "text": "ANALYSIS_PLY_CUTOFF" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.istitle", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.istitle.html#istitle", + "title": "istitle", + "section": "istitle", + "text": "Return True if the string is a title-cased string, False otherwise.\nIn a title-cased string, upper- and title-case characters may only\nfollow uncased characters and lowercase characters only cased ones.\nistitle" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType.ANALYSIS_PLY_CUTOFF", - "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.ANALYSIS_PLY_CUTOFF.html#ansys.acp.core.PlyCutOffType.ANALYSIS_PLY_CUTOFF", - "title": "ANALYSIS_PLY_CUTOFF > ANALYSIS_PLY_CUTOFF > ANALYSIS_PLY_CUTOFF", - "section": "ANALYSIS_PLY_CUTOFF > ANALYSIS_PLY_CUTOFF", - "text": "PlyCutOffType.ANALYSIS_PLY_CUTOFF = 'analysis_ply_cutoff'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.istitle", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.istitle.html#ansys.acp.core.LaunchMode.istitle", + "title": "istitle > istitle > istitle", + "section": "istitle > istitle", + "text": "LaunchMode.istitle(/)\n\nReturn True if the string is a title-cased string, False otherwise.\n\nIn a title-cased string, upper- and title-case characters may only\nfollow uncased characters and lowercase characters only cased ones.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MINIMAL_FLAT_PLATE", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MINIMAL_FLAT_PLATE.html#minimal_flat_plate", - "title": "MINIMAL_FLAT_PLATE", - "section": "MINIMAL_FLAT_PLATE", - "text": "MINIMAL_FLAT_PLATE" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_direction.html#draped_fiber_direction", + "title": "draped_fiber_direction", + "section": "draped_fiber_direction", + "text": "draped_fiber_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MINIMAL_FLAT_PLATE", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MINIMAL_FLAT_PLATE.html#ansys.acp.core.extras.example_helpers.ExampleKeys.MINIMAL_FLAT_PLATE", - "title": "MINIMAL_FLAT_PLATE > MINIMAL_FLAT_PLATE > MINIMAL_FLAT_PLATE", - "section": "MINIMAL_FLAT_PLATE > MINIMAL_FLAT_PLATE", - "text": "ExampleKeys.MINIMAL_FLAT_PLATE = 10\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_direction", + "title": "draped_fiber_direction > draped_fiber_direction > draped_fiber_direction", + "section": "draped_fiber_direction > draped_fiber_direction", + "text": "AnalysisPlyElementalData.draped_fiber_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.id", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.element_labels.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "AnalysisPlyElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.id", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.id.html#ansys.acp.core.LookUpTable1D.id", + "title": "id > id > id", + "section": "id > id", + "text": "property LookUpTable1D.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.parent.html#parent", + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.parent", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.parent.html#parent", "title": "parent", "section": "parent", "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.parent.html#ansys.acp.core.VariableOffsetSelectionRule.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property VariableOffsetSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_x", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_x.html#rotation_angle_x", - "title": "rotation_angle_x", - "section": "rotation_angle_x", - "text": "rotation_angle_x" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_x", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_x.html#ansys.acp.core.CoordinateTransformation.rotation_angle_x", - "title": "rotation_angle_x > rotation_angle_x > rotation_angle_x", - "section": "rotation_angle_x > rotation_angle_x", - "text": "CoordinateTransformation.rotation_angle_x: float = 0.0\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.depth", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.depth.html#depth", - "title": "depth", - "section": "depth", - "text": "depth" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.depth", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.depth.html#ansys.acp.core.ExtrusionGuide.depth", - "title": "depth > depth > depth", - "section": "depth > depth", - "text": "property ExtrusionGuide.depth: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.active", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.active.html#active", - "title": "active", - "section": "active", - "text": "active" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.active", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.active.html#ansys.acp.core.ImportedSolidModel.active", - "title": "active > active > active", - "section": "active > active", - "text": "property ImportedSolidModel.active: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ImportedSolidModelElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ImportedSolidModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.boolean_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.boolean_selection_rules.html#boolean_selection_rules", - "title": "boolean_selection_rules", - "section": "boolean_selection_rules", - "text": "boolean_selection_rules" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.boolean_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.boolean_selection_rules.html#ansys.acp.core.Model.boolean_selection_rules", - "title": "boolean_selection_rules > boolean_selection_rules > boolean_selection_rules", - "section": "boolean_selection_rules > boolean_selection_rules", - "text": "property Model.boolean_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.COPY", - "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.COPY.html#copy", - "title": "COPY", - "section": "COPY", - "text": "COPY" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.COPY", - "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.COPY.html#ansys.acp.core.LinkedObjectHandling.COPY", - "title": "COPY > COPY > COPY", - "section": "COPY > COPY", - "text": "LinkedObjectHandling.COPY = 'copy'\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SolidElementSetElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "SolidElementSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.direction", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.direction.html#direction", - "title": "direction", - "section": "direction", - "text": "direction" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.direction", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.direction.html#ansys.acp.core.SamplingPoint.direction", - "title": "direction > direction > direction", - "section": "direction > direction", - "text": "property SamplingPoint.direction: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.html#importedsolidmodel", - "title": "ImportedSolidModel", - "section": "ImportedSolidModel", - "text": "Instantiate an imported solid model.\nname (str) – Name of the imported solid model.\nactive (bool) – Inactive imported solid models are ignored in the analysis.\nformat (SolidModelImportFormat) – Specifies the format of the file to be imported.\nunit_system (UnitSystemType) – Specifies the unit system of the external solid mesh.\nexternal_path (str | PathLike[str]) – Path of the file to be imported.\ndelete_bad_elements (bool) – If True, run an element check and delete erroneous elements. Bad elements\ncan falsify the mapping.\nwarping_limit (float) – Maximum allowable warping. Elements with a warping above this limit are\ndeleted.\nOnly used if delete_bad_elements is True.\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are deleted.\nOnly used if delete_bad_elements is True.\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\nexport_settings (ImportedSolidModelExportSettings) – Defines the settings for exporting the imported solid model.\nAdded in ACP server version 25.1.\nImportedSolidModel.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nImportedSolidModel.create_cut_off_geometry(*)\nInstantiate a cut-off geometry.\nImportedSolidModel.create_layup_mapping_object(*)\nInstantiate a layup mapping object.\nImportedSolidModel.delete()\nDelete the object.\nImportedSolidModel.export(path, *, format)\nExport the solid model to a file.\nImportedSolidModel.export_skin(path, *, format)\nExport the skin of the solid model to a file.\nImportedSolidModel.import_initial_mesh()\nImport the solid mesh and its element sets.\nImportedSolidModel.refresh(path[, format])\nRe-import the solid model from the external file.\nImportedSolidModel.store(parent)\nStore the object on the server.\nImportedSolidModel.active\n\nImportedSolidModel.cut_off_geometries\n\nImportedSolidModel.cut_off_material\n\nImportedSolidModel.delete_bad_elements\n\nImportedSolidModel.elemental_data\n\nImportedSolidModel.export_settings\n\nImportedSolidModel.external_path\n\nImportedSolidModel.format\n\nImportedSolidModel.id\nIdentifier of the object, used for example as key in maps.\nImportedSolidModel.layup_mapping_objects\n\nImportedSolidModel.locked\n\nImportedSolidModel.minimum_volume\n\nImportedSolidModel.name\nThe name of the object.\nImportedSolidModel.nodal_data\n\nImportedSolidModel.parent\nThe parent of the object.\nImportedSolidModel.solid_element_sets\n\nImportedSolidModel.solid_mesh\nSolid mesh associated with the object.\nImportedSolidModel.status\n\nImportedSolidModel.unit_system\n\nImportedSolidModel.warping_limit\n\nImportedSolidModel\ndelete_bad_elements\ndelete_bad_elements\ncut_off_material_handling\nGLOBAL\nImportedSolidModel.clone\nImportedSolidModel.create_cut_off_geometry\nImportedSolidModel.create_layup_mapping_object\nImportedSolidModel.delete\nImportedSolidModel.export\nImportedSolidModel.export_skin\nImportedSolidModel.import_initial_mesh\nImportedSolidModel.refresh\nImportedSolidModel.store\nImportedSolidModel.active\nImportedSolidModel.cut_off_geometries\nImportedSolidModel.cut_off_material\nImportedSolidModel.delete_bad_elements\nImportedSolidModel.elemental_data\nImportedSolidModel.export_settings\nImportedSolidModel.external_path\nImportedSolidModel.format\nImportedSolidModel.id\nImportedSolidModel.layup_mapping_objects\nImportedSolidModel.locked\nImportedSolidModel.minimum_volume\nImportedSolidModel.name\nImportedSolidModel.nodal_data\nImportedSolidModel.parent\nImportedSolidModel.solid_element_sets\nImportedSolidModel.solid_mesh\nImportedSolidModel.status\nImportedSolidModel.unit_system\nImportedSolidModel.warping_limit" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.html#ansys.acp.core.ImportedSolidModel", - "title": "ImportedSolidModel > ImportedSolidModel > ImportedSolidModel", - "section": "ImportedSolidModel > ImportedSolidModel", - "text": "class ansys.acp.core.ImportedSolidModel(*, name='ImportedSolidModel', active=True, format='ansys:cdb', unit_system='from_file', external_path='', delete_bad_elements=True, warping_limit=0.4, minimum_volume=0.0, cut_off_material=None, export_settings=)\n\nInstantiate an imported solid model.\n\nParameters\n\nname (str) – Name of the imported solid model.\n\nactive (bool) – Inactive imported solid models are ignored in the analysis.\n\nformat (SolidModelImportFormat) – Specifies the format of the file to be imported.\n\nunit_system (UnitSystemType) – Specifies the unit system of the external solid mesh.\n\nexternal_path (str | PathLike[str]) – Path of the file to be imported.\n\ndelete_bad_elements (bool) – If True, run an element check and delete erroneous elements. Bad elements\ncan falsify the mapping.\n\nwarping_limit (float) – Maximum allowable warping. Elements with a warping above this limit are\ndeleted.\nOnly used if delete_bad_elements is True.\n\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are deleted.\nOnly used if delete_bad_elements is True.\n\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\nexport_settings (ImportedSolidModelExportSettings) – Defines the settings for exporting the imported solid model.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nImportedSolidModel.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nImportedSolidModel.create_cut_off_geometry(*)\n\nInstantiate a cut-off geometry.\n\nImportedSolidModel.create_layup_mapping_object(*)\n\nInstantiate a layup mapping object.\n\nImportedSolidModel.delete()\n\nDelete the object.\n\nImportedSolidModel.export(path, *, format)\n\nExport the solid model to a file.\n\nImportedSolidModel.export_skin(path, *, format)\n\nExport the skin of the solid model to a file.\n\nImportedSolidModel.import_initial_mesh()\n\nImport the solid mesh and its element sets.\n\nImportedSolidModel.refresh(path[, format])\n\nRe-import the solid model from the external file.\n\nImportedSolidModel.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedSolidModel.active\n\n\n\nImportedSolidModel.cut_off_geometries\n\n\n\nImportedSolidModel.cut_off_material\n\n\n\nImportedSolidModel.delete_bad_elements\n\n\n\nImportedSolidModel.elemental_data\n\n\n\nImportedSolidModel.export_settings\n\n\n\nImportedSolidModel.external_path\n\n\n\nImportedSolidModel.format\n\n\n\nImportedSolidModel.id\n\nIdentifier of the object, used for example as key in maps.\n\nImportedSolidModel.layup_mapping_objects\n\n\n\nImportedSolidModel.locked\n\n\n\nImportedSolidModel.minimum_volume\n\n\n\nImportedSolidModel.name\n\nThe name of the object.\n\nImportedSolidModel.nodal_data\n\n\n\nImportedSolidModel.parent\n\nThe parent of the object.\n\nImportedSolidModel.solid_element_sets\n\n\n\nImportedSolidModel.solid_mesh\n\nSolid mesh associated with the object.\n\nImportedSolidModel.status\n\n\n\nImportedSolidModel.unit_system\n\n\n\nImportedSolidModel.warping_limit\n\n\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.html#examples-using-importedsolidmodel", - "title": "ImportedSolidModel > Examples using ImportedSolidModel", - "section": "Examples using ImportedSolidModel", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ImportedSolidModel" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_2.html#nu12_2", - "title": "nu12_2", - "section": "nu12_2", - "text": "nu12_2" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_2", - "title": "nu12_2 > nu12_2 > nu12_2", - "section": "nu12_2 > nu12_2", - "text": "property ConstantWovenCharacterization.nu12_2: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_element_set", - "href": "api/_autosummary/ansys.acp.core.Model.create_element_set.html#create_element_set", - "title": "create_element_set", - "section": "create_element_set", - "text": "Instantiate an Element Set.\nname (str) – The name of the Element Set.\nmiddle_offset (bool) – If True, enforce that the laminate mid-plane is moved onto the reference surface.\nelement_labels (Collection[int]) – Label of elements to be assigned to Element Set\nElementSet\nAdded in ACP server version 24.2.\ncreate_element_set" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_element_set", - "href": "api/_autosummary/ansys.acp.core.Model.create_element_set.html#ansys.acp.core.Model.create_element_set", - "title": "create_element_set > create_element_set > create_element_set", - "section": "create_element_set > create_element_set", - "text": "Model.create_element_set(*, name='ElementSet', middle_offset=False, element_labels=())\n\nInstantiate an Element Set.\n\nParameters\n\nname (str) – The name of the Element Set.\n\nmiddle_offset (bool) – If True, enforce that the laminate mid-plane is moved onto the reference surface.\n\nelement_labels (Collection[int]) – Label of elements to be assigned to Element Set\n\nReturn type\n\nElementSet\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isidentifier", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isidentifier.html#isidentifier", - "title": "isidentifier", - "section": "isidentifier", - "text": "Return True if the string is a valid Python identifier, False otherwise.\nCall keyword.iskeyword(s) to test whether string s is a reserved identifier,\nsuch as “def” or “class”.\nisidentifier" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isidentifier", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isidentifier.html#ansys.acp.core.material_property_sets.PuckMaterialType.isidentifier", - "title": "isidentifier > isidentifier > isidentifier", - "section": "isidentifier > isidentifier", - "text": "PuckMaterialType.isidentifier(/)\n\nReturn True if the string is a valid Python identifier, False otherwise.\n\nCall keyword.iskeyword(s) to test whether string s is a reserved identifier,\nsuch as “def” or “class”.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.s", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.s.html#s", - "title": "s", - "section": "s", - "text": "s" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.s", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.s.html#ansys.acp.core.material_property_sets.VariablePuckConstants.s", - "title": "s > s > s", - "section": "s > s", - "text": "property VariablePuckConstants.s: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions", - "href": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions.html#export_shell_composite_definitions", - "title": "export_shell_composite_definitions", - "section": "export_shell_composite_definitions", - "text": "Export the lay-up of the shell as HDF5 used by DPF Composites or Mechanical.\npath (str | PathLike[str]) – File path. Eg. /tmp/ACPCompositeDefinitions.h5\nexport_shell_composite_definitions" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions", - "href": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions.html#ansys.acp.core.Model.export_shell_composite_definitions", - "title": "export_shell_composite_definitions > export_shell_composite_definitions > export_shell_composite_definitions", - "section": "export_shell_composite_definitions > export_shell_composite_definitions", - "text": "Model.export_shell_composite_definitions(path)\n\nExport the lay-up of the shell as HDF5 used by DPF Composites or Mechanical.\n\nParameters\n\npath (str | PathLike[str]) – File path. Eg. /tmp/ACPCompositeDefinitions.h5\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions", - "href": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions.html#examples-using-modelexport_shell_composite_definitions", - "title": "export_shell_composite_definitions > Examples using Model.export_shell_composite_definitions", - "section": "Examples using Model.export_shell_composite_definitions", - "text": "sphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.export_shell_composite_definitions" - }, - { - "objectID": "examples/modeling_features/031-imported-solid-model", - "href": "examples/modeling_features/031-imported-solid-model.html#imported-solid-model", - "title": "Imported solid model", - "section": "Imported solid model", - "text": "This example guides you through the definition of an ImportedSolidModel\nwhich allows to map the layup onto an external solid mesh.\nIn contrast to the SolidModel, the raw solid mesh of\nImportedSolidModel is loaded from an external source, such as a CDB file.\nIn this example, the layup is applied onto a t-joint which consists of different\nparts such as shell, stringer, and bonding skins.\nThe example only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nThis example starts from an ACP model with layup. It shows how to:\nCreate an ImportedSolidModel from an external mesh.\nDefine the LayupMappingObject to apply the layup onto the solid mesh.\nScope plies to specific parts of the solid mesh.\nVisualize the mapped layup.\nIt is recommended to look at the Ansys help for all the details. This example shows the\nbasic setup only.\nImport the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImported solid model\nImportedSolidModel\nSolidModel\nImportedSolidModel\nImportedSolidModel\nLayupMappingObject" - }, - { - "objectID": "examples/modeling_features/031-imported-solid-model", - "href": "examples/modeling_features/031-imported-solid-model.html#start-acp-and-load-the-model", - "title": "Imported solid model > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "%%\nGet the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from an acph5 file\nStart ACP and load the model" - }, - { - "objectID": "examples/modeling_features/031-imported-solid-model", - "href": "examples/modeling_features/031-imported-solid-model.html#import-external-solid-model", - "title": "Imported solid model > Import external solid model", - "section": "Import external solid model", - "text": "Get the solid mesh file and create an ImportedSolidModel,\nload the initial mesh and show the raw mesh without any mapping.\nThe solid element sets are used as target for the mapping later.\nHere is the full list and one is visualized.\nImport external solid model" - }, - { - "objectID": "examples/modeling_features/031-imported-solid-model", - "href": "examples/modeling_features/031-imported-solid-model.html#add-mapping-objects", - "title": "Imported solid model > Add mapping objects", - "section": "Add mapping objects", - "text": "Link the layup (plies) of the top skin of the sandwich\nwith the corresponding named selections of the solid mesh\nand show the updated solid model.\nShow the mass of the solid model elements\nAdd other mapping objects\nShow intermediate result\nThe mapping can also be done for specific plies\nas shown for the core materials.\nAdd filler mapping objects where the solid mesh is “filled”\nwith a single material. No plies from the layup are used here.\nShow final solid mesh with mapped layup\nAdd mapping objects" - }, - { - "objectID": "examples/modeling_features/031-imported-solid-model", - "href": "examples/modeling_features/031-imported-solid-model.html#show-extent-and-thickness-of-mapped-plies", - "title": "Imported solid model > Show extent and thickness of mapped plies", - "section": "Show extent and thickness of mapped plies", - "text": "Use print_model() to get the list of plies. After identifying the ply\nof interest, for example the thickness can be visualized. Note that\nonly ply-wise data of AnalysisPly can be visualized on the\nsolid mesh. ProductionPly and ModelingPly cannot\nbe visualized on the solid mesh.\nShow extent and thickness of mapped plies\nprint_model()\nAnalysisPly\nProductionPly\nModelingPly" - }, - { - "objectID": "examples/modeling_features/031-imported-solid-model", - "href": "examples/modeling_features/031-imported-solid-model.html#other-features", - "title": "Imported solid model > Other features", - "section": "Other features", - "text": "The CutOffGeometry can be used in combination witt the ImportedSolidModel\nas well. See example solid_model_example for more details.\nMore plotting capabilities are shown in the example solid_model_example as well.\nAn example of an ImportedSolidModel in combination with ImportedModelingPly\nis shown in imported_plies_example.\nThe solid mesh can be exported as CDB for MAPDL or to PyMechanical for further analysis.\nThese workflows are shown in pymapdl_workflow_example and\npymechanical_solid_example.\nTotal running time of the script: (0 minutes 19.299 seconds)\nDownload Jupyter notebook: 031-imported-solid-model.ipynb\nDownload Python source code: 031-imported-solid-model.py\nDownload zipped: 031-imported-solid-model.zip\nGallery generated by Sphinx-Gallery\nOther features\nCutOffGeometry\nImportedSolidModel\nImportedSolidModel\nImportedModelingPly\nDownload Jupyter notebook: 031-imported-solid-model.ipynb\nDownload Python source code: 031-imported-solid-model.py\nDownload zipped: 031-imported-solid-model.zip" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material", - "href": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material.html#cut_off_material", - "title": "cut_off_material", - "section": "cut_off_material", - "text": "cut_off_material" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material", - "href": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material.html#ansys.acp.core.Fabric.cut_off_material", - "title": "cut_off_material > cut_off_material > cut_off_material", - "section": "cut_off_material > cut_off_material", - "text": "property Fabric.cut_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_solid_model", - "href": "api/_autosummary/ansys.acp.core.Model.create_solid_model.html#create_solid_model", - "title": "create_solid_model", - "section": "create_solid_model", - "text": "Instantiate a solid model.\nname (str) – Name of the solid model.\nactive (bool) – Inactive solid models are not computed, and ignored in the analysis.\nelement_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets determining the extent of\nthe solid model.\nextrusion_method (ExtrusionMethod) – Determines how plies are bundled in the layered solid elements.\nmax_element_thickness (float) – Maximum thickness of the layered solid elements. A new element is\nintroduced if the thickness exceeds this value.\nOnly used if the extrusion_method is one of SPECIFY_THICKNESS,\nMATERIAL_WISE, or SANDWICH_WISE.\nply_group_pointers (Iterable[ModelingPly]) – Explicitly defines modeling plies where a new element is introduced.\nOnly used if the extrusion_method is USER_DEFINED.\noffset_direction_type (SolidModelOffsetDirectionType) – Determines how the extrusion direction is defined. With SHELL_NORMAL,\nthe normal direction of the shell is used during the entire extrusion.\nWith SURFACE_NORMAL, the offset direction is re-evaluated based\non the surface of the solid model during the extrusion.\nskip_elements_without_plies (bool) – If True, elements without plies are automatically removed from the\nregion of extrusion. This means that no drop-off elements are created\nfor these elements.\ndrop_off_material (Material | None) – This material is assigned to the layered solid drop-off elements if\ndrop_off_material_handling is set to GLOBAL in the fabric\ndefinition.\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\ndelete_bad_elements (bool) – If True, a final element check is performed to remove erroneous elements.\nwarping_limit (float) – Maximum allowable warping limit used in the element shape check. Elements\nwith a warping limit exceeding this value are removed.\nOnly used if delete_bad_elements is True.\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are removed.\nWith the default value of 0, only inverted or zero-volume elements\nare removed.\nOnly used if delete_bad_elements is True.\ndrop_off_settings (DropOffSettings) – Determines how drop-off elements are handled in the solid model extrusion.\nexport_settings (SolidModelExportSettings) – Defines the settings for exporting the solid model.\nSolidModel\nAdded in ACP server version 25.1.\ncreate_solid_model\nextrusion_method\nSPECIFY_THICKNESS\nMATERIAL_WISE\nSANDWICH_WISE\nextrusion_method\nUSER_DEFINED\nSHELL_NORMAL\nSURFACE_NORMAL\ndrop_off_material_handling\nGLOBAL\ncut_off_material_handling\nGLOBAL\ndelete_bad_elements\n0\ndelete_bad_elements" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_solid_model", - "href": "api/_autosummary/ansys.acp.core.Model.create_solid_model.html#ansys.acp.core.Model.create_solid_model", - "title": "create_solid_model > create_solid_model > create_solid_model", - "section": "create_solid_model > create_solid_model", - "text": "Model.create_solid_model(*, name='SolidModel', active=True, element_sets=(), extrusion_method='analysis_ply_wise', max_element_thickness=1.0, ply_group_pointers=(), offset_direction_type='shell_normal', skip_elements_without_plies=False, drop_off_material=None, cut_off_material=None, delete_bad_elements=True, warping_limit=0.4, minimum_volume=0.0, drop_off_settings=, export_settings=)\n\nInstantiate a solid model.\n\nParameters\n\nname (str) – Name of the solid model.\n\nactive (bool) – Inactive solid models are not computed, and ignored in the analysis.\n\nelement_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets determining the extent of\nthe solid model.\n\nextrusion_method (ExtrusionMethod) – Determines how plies are bundled in the layered solid elements.\n\nmax_element_thickness (float) – Maximum thickness of the layered solid elements. A new element is\nintroduced if the thickness exceeds this value.\nOnly used if the extrusion_method is one of SPECIFY_THICKNESS,\nMATERIAL_WISE, or SANDWICH_WISE.\n\nply_group_pointers (Iterable[ModelingPly]) – Explicitly defines modeling plies where a new element is introduced.\nOnly used if the extrusion_method is USER_DEFINED.\n\noffset_direction_type (SolidModelOffsetDirectionType) – Determines how the extrusion direction is defined. With SHELL_NORMAL,\nthe normal direction of the shell is used during the entire extrusion.\nWith SURFACE_NORMAL, the offset direction is re-evaluated based\non the surface of the solid model during the extrusion.\n\nskip_elements_without_plies (bool) – If True, elements without plies are automatically removed from the\nregion of extrusion. This means that no drop-off elements are created\nfor these elements.\n\ndrop_off_material (Material | None) – This material is assigned to the layered solid drop-off elements if\ndrop_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\ndelete_bad_elements (bool) – If True, a final element check is performed to remove erroneous elements.\n\nwarping_limit (float) – Maximum allowable warping limit used in the element shape check. Elements\nwith a warping limit exceeding this value are removed.\nOnly used if delete_bad_elements is True.\n\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are removed.\nWith the default value of 0, only inverted or zero-volume elements\nare removed.\nOnly used if delete_bad_elements is True.\n\ndrop_off_settings (DropOffSettings) – Determines how drop-off elements are handled in the solid model extrusion.\n\nexport_settings (SolidModelExportSettings) – Defines the settings for exporting the solid model.\n\nReturn type\n\nSolidModel\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_solid_model", - "href": "api/_autosummary/ansys.acp.core.Model.create_solid_model.html#examples-using-modelcreate_solid_model", - "title": "create_solid_model > Examples using Model.create_solid_model", - "section": "Examples using Model.create_solid_model", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using Model.create_solid_model" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE", - "href": "api/_autosummary/ansys.acp.core.PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE.html#orthotropic_homogeneous_core", - "title": "ORTHOTROPIC_HOMOGENEOUS_CORE", - "section": "ORTHOTROPIC_HOMOGENEOUS_CORE", - "text": "ORTHOTROPIC_HOMOGENEOUS_CORE" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE", - "href": "api/_autosummary/ansys.acp.core.PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE.html#ansys.acp.core.PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE", - "title": "ORTHOTROPIC_HOMOGENEOUS_CORE > ORTHOTROPIC_HOMOGENEOUS_CORE > ORTHOTROPIC_HOMOGENEOUS_CORE", - "section": "ORTHOTROPIC_HOMOGENEOUS_CORE > ORTHOTROPIC_HOMOGENEOUS_CORE", - "text": "PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE = 'orthotropic_homogeneous_core'\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT.html#creatablevaluet", - "title": "CreatableValueT", - "section": "CreatableValueT", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nCreatableValueT\ninfer_variance=True\ncovariant=True\ncontravariant=True" - }, - { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT.html#ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT", - "title": "CreatableValueT > CreatableValueT > CreatableValueT", - "section": "CreatableValueT > CreatableValueT", - "text": "ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT = ~CreatableValueT\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_fabric", - "href": "api/_autosummary/ansys.acp.core.Model.create_fabric.html#create_fabric", - "title": "create_fabric", - "section": "create_fabric", - "text": "Instantiate a Fabric.\nname (str) – Name of the fabric.\nmaterial (Material | None) – Material of the fabric.\nthickness (float) – Thickness of the fabric.\narea_price (float) – Price per area of the fabric.\nignore_for_postprocessing (bool) – Enable this option that the failure computation skips all plies made of this fabric.\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\narea_weight – Weight per area of the fabric. Read only.\nFabric\nAdded in ACP server version 24.2.\ncreate_fabric" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_fabric", - "href": "api/_autosummary/ansys.acp.core.Model.create_fabric.html#ansys.acp.core.Model.create_fabric", - "title": "create_fabric > create_fabric > create_fabric", - "section": "create_fabric > create_fabric", - "text": "Model.create_fabric(*, name='Fabric', material=None, thickness=0.0, area_price=0.0, ignore_for_postprocessing=False, drop_off_material_handling='global', drop_off_material=None, cut_off_material_handling='computed', cut_off_material=None, draping_material_model='woven', draping_ud_coefficient=0.0)\n\nInstantiate a Fabric.\n\nParameters\n\nname (str) – Name of the fabric.\n\nmaterial (Material | None) – Material of the fabric.\n\nthickness (float) – Thickness of the fabric.\n\narea_price (float) – Price per area of the fabric.\n\nignore_for_postprocessing (bool) – Enable this option that the failure computation skips all plies made of this fabric.\n\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\n\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\n\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\n\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\n\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\n\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\n\narea_weight – Weight per area of the fabric. Read only.\n\nReturn type\n\nFabric\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_fabric", - "href": "api/_autosummary/ansys.acp.core.Model.create_fabric.html#examples-using-modelcreate_fabric", - "title": "create_fabric > Examples using Model.create_fabric", - "section": "Examples using Model.create_fabric", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.create_fabric" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.html#launchmode", - "title": "LaunchMode", - "section": "LaunchMode", - "text": "Available launch modes for ACP.\nLaunchMode.encode(/[, encoding, errors])\nEncode the string using the codec registered for encoding.\nLaunchMode.replace(old, new[, count])\nReturn a copy with all occurrences of substring old replaced by new.\nLaunchMode.split(/[, sep, maxsplit])\nReturn a list of the substrings in the string, using sep as the separator string.\nLaunchMode.rsplit(/[, sep, maxsplit])\nReturn a list of the substrings in the string, using sep as the separator string.\nLaunchMode.join(iterable, /)\nConcatenate any number of strings.\nLaunchMode.capitalize(/)\nReturn a capitalized version of the string.\nLaunchMode.casefold(/)\nReturn a version of the string suitable for caseless comparisons.\nLaunchMode.title(/)\nReturn a version of the string where each word is titlecased.\nLaunchMode.center(width[, fillchar])\nReturn a centered string of length width.\nLaunchMode.count(sub[, start[, end]])\nReturn the number of non-overlapping occurrences of substring sub in string S[start:end].\nLaunchMode.expandtabs(/[, tabsize])\nReturn a copy where all tab characters are expanded using spaces.\nLaunchMode.find(sub[, start[, end]])\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\nLaunchMode.partition(sep, /)\nPartition the string into three parts using the given separator.\nLaunchMode.index(sub[, start[, end]])\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\nLaunchMode.ljust(width[, fillchar])\nReturn a left-justified string of length width.\nLaunchMode.lower(/)\nReturn a copy of the string converted to lowercase.\nLaunchMode.lstrip([chars])\nReturn a copy of the string with leading whitespace removed.\nLaunchMode.rfind(sub[, start[, end]])\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\nLaunchMode.rindex(sub[, start[, end]])\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\nLaunchMode.rjust(width[, fillchar])\nReturn a right-justified string of length width.\nLaunchMode.rstrip([chars])\nReturn a copy of the string with trailing whitespace removed.\nLaunchMode.rpartition(sep, /)\nPartition the string into three parts using the given separator.\nLaunchMode.splitlines(/[, keepends])\nReturn a list of the lines in the string, breaking at line boundaries.\nLaunchMode.strip([chars])\nReturn a copy of the string with leading and trailing whitespace removed.\nLaunchMode.swapcase(/)\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\nLaunchMode.translate(table, /)\nReplace each character in the string using the given translation table.\nLaunchMode.upper(/)\nReturn a copy of the string converted to uppercase.\nLaunchMode.startswith(prefix[, start[, end]])\nReturn True if S starts with the specified prefix, False otherwise.\nLaunchMode.endswith(suffix[, start[, end]])\nReturn True if S ends with the specified suffix, False otherwise.\nLaunchMode.removeprefix(prefix, /)\nReturn a str with the given prefix string removed if present.\nLaunchMode.removesuffix(suffix, /)\nReturn a str with the given suffix string removed if present.\nLaunchMode.isascii(/)\nReturn True if all characters in the string are ASCII, False otherwise.\nLaunchMode.islower(/)\nReturn True if the string is a lowercase string, False otherwise.\nLaunchMode.isupper(/)\nReturn True if the string is an uppercase string, False otherwise.\nLaunchMode.istitle(/)\nReturn True if the string is a title-cased string, False otherwise.\nLaunchMode.isspace(/)\nReturn True if the string is a whitespace string, False otherwise.\nLaunchMode.isdecimal(/)\nReturn True if the string is a decimal string, False otherwise.\nLaunchMode.isdigit(/)\nReturn True if the string is a digit string, False otherwise.\nLaunchMode.isnumeric(/)\nReturn True if the string is a numeric string, False otherwise.\nLaunchMode.isalpha(/)\nReturn True if the string is an alphabetic string, False otherwise.\nLaunchMode.isalnum(/)\nReturn True if the string is an alpha-numeric string, False otherwise.\nLaunchMode.isidentifier(/)\nReturn True if the string is a valid Python identifier, False otherwise.\nLaunchMode.isprintable(/)\nReturn True if the string is printable, False otherwise.\nLaunchMode.zfill(width, /)\nPad a numeric string with zeros on the left, to fill a field of the given width.\nLaunchMode.format(*args, **kwargs)\nReturn a formatted version of S, using substitutions from args and kwargs.\nLaunchMode.format_map(mapping)\nReturn a formatted version of S, using substitutions from mapping.\nLaunchMode.maketrans(x[, y, z])\nReturn a translation table usable for str.translate().\nLaunchMode.DIRECT\n\nLaunchMode.DOCKER_COMPOSE\n\nLaunchMode.CONNECT\n\nLaunchMode\nLaunchMode.encode\nLaunchMode.replace\nLaunchMode.split\nLaunchMode.rsplit\nLaunchMode.join\nLaunchMode.capitalize\nLaunchMode.casefold\nLaunchMode.title\nLaunchMode.center\nLaunchMode.count\nLaunchMode.expandtabs\nLaunchMode.find\nLaunchMode.partition\nLaunchMode.index\nLaunchMode.ljust\nLaunchMode.lower\nLaunchMode.lstrip\nLaunchMode.rfind\nLaunchMode.rindex\nLaunchMode.rjust\nLaunchMode.rstrip\nLaunchMode.rpartition\nLaunchMode.splitlines\nLaunchMode.strip\nLaunchMode.swapcase\nLaunchMode.translate\nLaunchMode.upper\nLaunchMode.startswith\nLaunchMode.endswith\nLaunchMode.removeprefix\nLaunchMode.removesuffix\nLaunchMode.isascii\nLaunchMode.islower\nLaunchMode.isupper\nLaunchMode.istitle\nLaunchMode.isspace\nLaunchMode.isdecimal\nLaunchMode.isdigit\nLaunchMode.isnumeric\nLaunchMode.isalpha\nLaunchMode.isalnum\nLaunchMode.isidentifier\nLaunchMode.isprintable\nLaunchMode.zfill\nLaunchMode.format\nLaunchMode.format_map\nLaunchMode.maketrans\nLaunchMode.DIRECT\nLaunchMode.DOCKER_COMPOSE\nLaunchMode.CONNECT" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.html#ansys.acp.core.LaunchMode", - "title": "LaunchMode > LaunchMode > LaunchMode", - "section": "LaunchMode > LaunchMode", - "text": "class ansys.acp.core.LaunchMode(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nAvailable launch modes for ACP.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLaunchMode.encode(/[, encoding, errors])\n\nEncode the string using the codec registered for encoding.\n\nLaunchMode.replace(old, new[, count])\n\nReturn a copy with all occurrences of substring old replaced by new.\n\nLaunchMode.split(/[, sep, maxsplit])\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nLaunchMode.rsplit(/[, sep, maxsplit])\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nLaunchMode.join(iterable, /)\n\nConcatenate any number of strings.\n\nLaunchMode.capitalize(/)\n\nReturn a capitalized version of the string.\n\nLaunchMode.casefold(/)\n\nReturn a version of the string suitable for caseless comparisons.\n\nLaunchMode.title(/)\n\nReturn a version of the string where each word is titlecased.\n\nLaunchMode.center(width[, fillchar])\n\nReturn a centered string of length width.\n\nLaunchMode.count(sub[, start[, end]])\n\nReturn the number of non-overlapping occurrences of substring sub in string S[start:end].\n\nLaunchMode.expandtabs(/[, tabsize])\n\nReturn a copy where all tab characters are expanded using spaces.\n\nLaunchMode.find(sub[, start[, end]])\n\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nLaunchMode.partition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nLaunchMode.index(sub[, start[, end]])\n\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nLaunchMode.ljust(width[, fillchar])\n\nReturn a left-justified string of length width.\n\nLaunchMode.lower(/)\n\nReturn a copy of the string converted to lowercase.\n\nLaunchMode.lstrip([chars])\n\nReturn a copy of the string with leading whitespace removed.\n\nLaunchMode.rfind(sub[, start[, end]])\n\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nLaunchMode.rindex(sub[, start[, end]])\n\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nLaunchMode.rjust(width[, fillchar])\n\nReturn a right-justified string of length width.\n\nLaunchMode.rstrip([chars])\n\nReturn a copy of the string with trailing whitespace removed.\n\nLaunchMode.rpartition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nLaunchMode.splitlines(/[, keepends])\n\nReturn a list of the lines in the string, breaking at line boundaries.\n\nLaunchMode.strip([chars])\n\nReturn a copy of the string with leading and trailing whitespace removed.\n\nLaunchMode.swapcase(/)\n\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\n\nLaunchMode.translate(table, /)\n\nReplace each character in the string using the given translation table.\n\nLaunchMode.upper(/)\n\nReturn a copy of the string converted to uppercase.\n\nLaunchMode.startswith(prefix[, start[, end]])\n\nReturn True if S starts with the specified prefix, False otherwise.\n\nLaunchMode.endswith(suffix[, start[, end]])\n\nReturn True if S ends with the specified suffix, False otherwise.\n\nLaunchMode.removeprefix(prefix, /)\n\nReturn a str with the given prefix string removed if present.\n\nLaunchMode.removesuffix(suffix, /)\n\nReturn a str with the given suffix string removed if present.\n\nLaunchMode.isascii(/)\n\nReturn True if all characters in the string are ASCII, False otherwise.\n\nLaunchMode.islower(/)\n\nReturn True if the string is a lowercase string, False otherwise.\n\nLaunchMode.isupper(/)\n\nReturn True if the string is an uppercase string, False otherwise.\n\nLaunchMode.istitle(/)\n\nReturn True if the string is a title-cased string, False otherwise.\n\nLaunchMode.isspace(/)\n\nReturn True if the string is a whitespace string, False otherwise.\n\nLaunchMode.isdecimal(/)\n\nReturn True if the string is a decimal string, False otherwise.\n\nLaunchMode.isdigit(/)\n\nReturn True if the string is a digit string, False otherwise.\n\nLaunchMode.isnumeric(/)\n\nReturn True if the string is a numeric string, False otherwise.\n\nLaunchMode.isalpha(/)\n\nReturn True if the string is an alphabetic string, False otherwise.\n\nLaunchMode.isalnum(/)\n\nReturn True if the string is an alpha-numeric string, False otherwise.\n\nLaunchMode.isidentifier(/)\n\nReturn True if the string is a valid Python identifier, False otherwise.\n\nLaunchMode.isprintable(/)\n\nReturn True if the string is printable, False otherwise.\n\nLaunchMode.zfill(width, /)\n\nPad a numeric string with zeros on the left, to fill a field of the given width.\n\nLaunchMode.format(*args, **kwargs)\n\nReturn a formatted version of S, using substitutions from args and kwargs.\n\nLaunchMode.format_map(mapping)\n\nReturn a formatted version of S, using substitutions from mapping.\n\nLaunchMode.maketrans(x[, y, z])\n\nReturn a translation table usable for str.translate().\n\n\n\nAttributes\n\n\n\n\n\n\n\nLaunchMode.DIRECT\n\n\n\nLaunchMode.DOCKER_COMPOSE\n\n\n\nLaunchMode.CONNECT\n\n\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.effective_stress", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.effective_stress.html#effective_stress", - "title": "effective_stress", - "section": "effective_stress", - "text": "effective_stress" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.effective_stress", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.effective_stress.html#ansys.acp.core.material_property_sets.VariableStressLimits.effective_stress", - "title": "effective_stress > effective_stress > effective_stress", - "section": "effective_stress > effective_stress", - "text": "property VariableStressLimits.effective_stress: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.cad_geometry", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.cad_geometry.html#cad_geometry", - "title": "cad_geometry", - "section": "cad_geometry", - "text": "cad_geometry" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.cad_geometry", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.cad_geometry.html#ansys.acp.core.CutOffGeometry.cad_geometry", - "title": "cad_geometry > cad_geometry > cad_geometry", - "section": "cad_geometry > cad_geometry", - "text": "property CutOffGeometry.cad_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.field_variables.html#field_variables", - "title": "field_variables", - "section": "field_variables", - "text": "field_variables" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.field_variables.html#ansys.acp.core.material_property_sets.VariableStrainLimits.field_variables", - "title": "field_variables > field_variables > field_variables", - "section": "field_variables > field_variables", - "text": "property VariableStrainLimits.field_variables: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.compose_file", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.compose_file.html#compose_file", - "title": "compose_file", - "section": "compose_file", - "text": "compose_file" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.compose_file", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.compose_file.html#ansys.acp.core.DockerComposeLaunchConfig.compose_file", - "title": "compose_file > compose_file > compose_file", - "section": "compose_file > compose_file", - "text": "DockerComposeLaunchConfig.compose_file: str | None = None\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.UNDEFINED", - "href": "api/_autosummary/ansys.acp.core.PlyType.UNDEFINED.html#undefined", - "title": "UNDEFINED", - "section": "UNDEFINED", - "text": "UNDEFINED" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.UNDEFINED", - "href": "api/_autosummary/ansys.acp.core.PlyType.UNDEFINED.html#ansys.acp.core.PlyType.UNDEFINED", - "title": "UNDEFINED > UNDEFINED > UNDEFINED", - "section": "UNDEFINED > UNDEFINED", - "text": "PlyType.UNDEFINED = 'undefined'\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.html#lookuptablecolumnvaluetype", - "title": "LookUpTableColumnValueType", - "section": "LookUpTableColumnValueType", - "text": "Options for the column type (data location, scalar data, directional data) of look-up table columns.\nLookUpTableColumnValueType.SCALAR\n\nLookUpTableColumnValueType.DIRECTION\n\nLookUpTableColumnValueType.LOCATION\n\nLookUpTableColumnValueType\nLookUpTableColumnValueType.SCALAR\nLookUpTableColumnValueType.DIRECTION\nLookUpTableColumnValueType.LOCATION" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.html#ansys.acp.core.LookUpTableColumnValueType", - "title": "LookUpTableColumnValueType > LookUpTableColumnValueType > LookUpTableColumnValueType", - "section": "LookUpTableColumnValueType > LookUpTableColumnValueType", - "text": "class ansys.acp.core.LookUpTableColumnValueType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the column type (data location, scalar data, directional data) of look-up table columns.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nLookUpTableColumnValueType.SCALAR\n\n\n\nLookUpTableColumnValueType.DIRECTION\n\n\n\nLookUpTableColumnValueType.LOCATION\n\n\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.html#examples-using-lookuptablecolumnvaluetype", - "title": "LookUpTableColumnValueType > Examples using LookUpTableColumnValueType", - "section": "Examples using LookUpTableColumnValueType", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using LookUpTableColumnValueType" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxz.html#sxz", - "title": "Sxz", - "section": "Sxz", - "text": "Sxz" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxz.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Sxz", - "title": "Sxz > Sxz > Sxz", - "section": "Sxz > Sxz", - "text": "property ConstantStressLimits.Sxz: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.replace", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.replace.html#replace", - "title": "replace", - "section": "replace", - "text": "Return a copy with all occurrences of substring old replaced by new.\nMaximum number of occurrences to replace.\n-1 (the default value) means replace all occurrences.\nIf the optional argument count is given, only the first count occurrences are\nreplaced.\nreplace" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.replace", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.replace.html#ansys.acp.core.material_property_sets.PuckMaterialType.replace", - "title": "replace > replace > replace", - "section": "replace > replace", - "text": "PuckMaterialType.replace(old, new, count=-1, /)\n\nReturn a copy with all occurrences of substring old replaced by new.\n\ncount\n\nMaximum number of occurrences to replace.\n-1 (the default value) means replace all occurrences.\n\nIf the optional argument count is given, only the first count occurrences are\nreplaced.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_z", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_z.html#rotation_angle_z", - "title": "rotation_angle_z", - "section": "rotation_angle_z", - "text": "rotation_angle_z" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_z", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_z.html#ansys.acp.core.CoordinateTransformation.rotation_angle_z", - "title": "rotation_angle_z > rotation_angle_z > rotation_angle_z", - "section": "rotation_angle_z > rotation_angle_z", - "text": "CoordinateTransformation.rotation_angle_z: float = 0.0\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.ignore_for_postprocessing", - "href": "api/_autosummary/ansys.acp.core.Stackup.ignore_for_postprocessing.html#ignore_for_postprocessing", - "title": "ignore_for_postprocessing", - "section": "ignore_for_postprocessing", - "text": "ignore_for_postprocessing" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.ignore_for_postprocessing", - "href": "api/_autosummary/ansys.acp.core.Stackup.ignore_for_postprocessing.html#ansys.acp.core.Stackup.ignore_for_postprocessing", - "title": "ignore_for_postprocessing > ignore_for_postprocessing > ignore_for_postprocessing", - "section": "ignore_for_postprocessing > ignore_for_postprocessing", - "text": "property Stackup.ignore_for_postprocessing: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.material_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.material_index.html#material_index", - "title": "material_index", - "section": "material_index", - "text": "material_index" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.material_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.material_index.html#ansys.acp.core.SolidModelExportSettings.material_index", - "title": "material_index > material_index > material_index", - "section": "material_index > material_index", - "text": "property SolidModelExportSettings.material_index: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.sampling_points", - "href": "api/_autosummary/ansys.acp.core.Model.sampling_points.html#sampling_points", - "title": "sampling_points", - "section": "sampling_points", - "text": "sampling_points" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.sampling_points", - "href": "api/_autosummary/ansys.acp.core.Model.sampling_points.html#ansys.acp.core.Model.sampling_points", - "title": "sampling_points > sampling_points > sampling_points", - "section": "sampling_points > sampling_points", - "text": "property Model.sampling_points: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.selection_rules", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.selection_rules.html#selection_rules", - "title": "selection_rules", - "section": "selection_rules", - "text": "selection_rules" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.selection_rules", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.selection_rules.html#ansys.acp.core.BooleanSelectionRule.selection_rules", - "title": "selection_rules > selection_rules > selection_rules", - "section": "selection_rules > selection_rules", - "text": "property BooleanSelectionRule.selection_rules: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.to_pyvista", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.to_pyvista.html#to_pyvista", - "title": "to_pyvista", - "section": "to_pyvista", - "text": "Convert the mesh data to a PyVista object.\nPolyData\nto_pyvista" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.to_pyvista", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.to_pyvista.html#ansys.acp.core.mesh_data.TriangleMesh.to_pyvista", - "title": "to_pyvista > to_pyvista > to_pyvista", - "section": "to_pyvista > to_pyvista", - "text": "TriangleMesh.to_pyvista()\n\nConvert the mesh data to a PyVista object.\n\n!! processed by numpydoc !!\n\nReturn type\n\nPolyData" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.format", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.format.html#format", - "title": "format", - "section": "format", - "text": "Return a formatted version of S, using substitutions from args and kwargs.\nThe substitutions are identified by braces (‘{’ and ‘}’).\nformat" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.format", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.format.html#ansys.acp.core.LaunchMode.format", - "title": "format > format > format", - "section": "format > format", - "text": "LaunchMode.format(*args, **kwargs) -> str\n\nReturn a formatted version of S, using substitutions from args and kwargs.\nThe substitutions are identified by braces (‘{’ and ‘}’).\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type.html#operation_type", - "title": "operation_type", - "section": "operation_type", - "text": "Operation to combine the selection rule with other selection rules.\noperation_type" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type.html#ansys.acp.core.LinkedSelectionRule.operation_type", - "title": "operation_type > operation_type > operation_type", - "section": "operation_type > operation_type", - "text": "property LinkedSelectionRule.operation_type: BooleanOperationType\n\nOperation to combine the selection rule with other selection rules.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type.html#examples-using-linkedselectionruleoperation_type", - "title": "operation_type > Examples using LinkedSelectionRule.operation_type", - "section": "Examples using LinkedSelectionRule.operation_type", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LinkedSelectionRule.operation_type" - }, - { - "objectID": "api/other_utils", - "href": "api/other_utils.html#other-utilities", - "title": "Other utilities", - "section": "Other utilities", - "text": "get_model_tree(model, *[, hide_empty])\nGet a tree representation of the model.\nprint_model(model, *[, hide_empty])\nPrint a tree representation of the model.\nrecursive_copy(*, source_objects, parent_mapping)\nRecursively copy a tree of ACP objects.\nOther utilities\nget_model_tree\nprint_model\nrecursive_copy" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply.html#create_modeling_ply", - "title": "create_modeling_ply", - "section": "create_modeling_ply", - "text": "Instantiate a Modeling Ply.\nname (str) – The name of the Modeling Ply\nply_material (Fabric | Stackup | SubLaminate | None) – The material (fabric, stackup or sub-laminate) of the ply.\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\nnumber_of_layers (int) – Number of times the plies are generated.\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\nglobal_ply_nr (int) – Defines the global ply order.\nselection_rules (Iterable[LinkedSelectionRule]) – Selection Rules which may limit the extent of the ply.\ndraping_type (DrapingType) – Chooses between different draping formulations.\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\nauto_draping_direction (bool) – If True, the fiber direction of the production ply at the draping\n\nseed point is used as draping direction.\nseed point is used as draping direction.\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\nuse_default_draping_mesh_size (bool) – Whether to use the average element size of the shell mesh for the draping.\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\ndraping_thickness_correction (bool) – Enables the thickness correction of draped plies based on the draping\nshear angle.\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\nthickness_type (ThicknessType) – Choose between ThicknessType.FROM_GEOMETRY or\nThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\nthickness_geometry (VirtualGeometry | None) – Defines the geometry used to determine the ply thickness. Only applies if\nthickness_type is ThicknessType.FROM_GEOMETRY.\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\ntaper_edges (Iterable[TaperEdge]) – Defines the taper edges of the ply.\nModelingPly\nAdded in ACP server version 24.2.\ncreate_modeling_ply\nTrue\nauto_draping_direction\nFalse\n-1.\ndraping_angle_1_field\nThicknessType.FROM_GEOMETRY\nThicknessType.FROM_TABLE\nThicknessType.NOMINAL\nthickness_type\nThicknessType.FROM_GEOMETRY\nthickness_type\nThicknessType.FROM_TABLE\nthickness_type\nThicknessType.FROM_TABLE\nThicknessFieldType.ABSOLUTE_VALUES\nThicknessFieldType.RELATIVE_SCALING_FACTOR" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply.html#ansys.acp.core.ModelingGroup.create_modeling_ply", - "title": "create_modeling_ply > create_modeling_ply > create_modeling_ply", - "section": "create_modeling_ply > create_modeling_ply", - "text": "ModelingGroup.create_modeling_ply(*, name='ModelingPly', ply_material=None, oriented_selection_sets=(), ply_angle=0.0, number_of_layers=1, active=True, global_ply_nr=0, selection_rules=(), draping_type='no_draping', draping_seed_point=(0.0, 0.0, 0.0), auto_draping_direction=True, draping_direction=(1.0, 0.0, 0.0), use_default_draping_mesh_size=True, draping_mesh_size=0.0, draping_thickness_correction=True, draping_angle_1_field=None, draping_angle_2_field=None, thickness_type='nominal', thickness_geometry=None, thickness_field=None, thickness_field_type='absolute_values', taper_edges=())\n\nInstantiate a Modeling Ply.\n\nParameters\n\nname (str) – The name of the Modeling Ply\n\nply_material (Fabric | Stackup | SubLaminate | None) – The material (fabric, stackup or sub-laminate) of the ply.\n\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\n\nnumber_of_layers (int) – Number of times the plies are generated.\n\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\n\nglobal_ply_nr (int) – Defines the global ply order.\n\nselection_rules (Iterable[LinkedSelectionRule]) – Selection Rules which may limit the extent of the ply.\n\ndraping_type (DrapingType) – Chooses between different draping formulations.\n\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\n\nauto_draping_direction (bool) – If True, the fiber direction of the production ply at the draping\n\nseed point is used as draping direction.\n\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\n\nuse_default_draping_mesh_size (bool) – Whether to use the average element size of the shell mesh for the draping.\n\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\n\ndraping_thickness_correction (bool) – Enables the thickness correction of draped plies based on the draping\nshear angle.\n\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\n\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\n\nthickness_type (ThicknessType) – Choose between ThicknessType.FROM_GEOMETRY or\nThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\n\nthickness_geometry (VirtualGeometry | None) – Defines the geometry used to determine the ply thickness. Only applies if\nthickness_type is ThicknessType.FROM_GEOMETRY.\n\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\n\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\n\ntaper_edges (Iterable[TaperEdge]) – Defines the taper edges of the ply.\n\nReturn type\n\nModelingPly\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply.html#examples-using-modelinggroupcreate_modeling_ply", - "title": "create_modeling_ply > Examples using ModelingGroup.create_modeling_ply", - "section": "Examples using ModelingGroup.create_modeling_ply", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using ModelingGroup.create_modeling_ply" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.status", - "href": "api/_autosummary/ansys.acp.core.SectionCut.status.html#status", - "title": "status", - "section": "status", - "text": "status" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.status", - "href": "api/_autosummary/ansys.acp.core.SectionCut.status.html#ansys.acp.core.SectionCut.status", - "title": "status > status > status", - "section": "status > status", - "text": "property SectionCut.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.parent", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.parent.html#ansys.acp.core.ImportedProductionPly.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property ImportedProductionPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.relative_thickness_tolerance", - "href": "api/_autosummary/ansys.acp.core.Model.relative_thickness_tolerance.html#relative_thickness_tolerance", - "title": "relative_thickness_tolerance", - "section": "relative_thickness_tolerance", - "text": "relative_thickness_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.html#booleanselectionrule", + "title": "BooleanSelectionRule", + "section": "BooleanSelectionRule", + "text": "Instantiate a Boolean Selection Rule.\nname (str) – Name of the Boolean Selection Rule.\nselection_rules (Iterable[LinkedSelectionRule])\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nAdded in ACP server version 24.2.\nBooleanSelectionRule.add_selection_rule(...)\nAdd a LinkedSelectionRule to the BooleanSelectionRule.\nBooleanSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nBooleanSelectionRule.delete()\nDelete the object.\nBooleanSelectionRule.store(parent)\nStore the object on the server.\nBooleanSelectionRule.elemental_data\n\nBooleanSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nBooleanSelectionRule.include_rule\n\nBooleanSelectionRule.mesh\nFull mesh associated with the object.\nBooleanSelectionRule.name\nThe name of the object.\nBooleanSelectionRule.nodal_data\n\nBooleanSelectionRule.parent\nThe parent of the object.\nBooleanSelectionRule.selection_rules\n\nBooleanSelectionRule.shell_mesh\nShell mesh associated with the object.\nBooleanSelectionRule.status\n\nBooleanSelectionRule\nFalse\nBooleanSelectionRule.add_selection_rule\nBooleanSelectionRule.clone\nBooleanSelectionRule.delete\nBooleanSelectionRule.store\nBooleanSelectionRule.elemental_data\nBooleanSelectionRule.id\nBooleanSelectionRule.include_rule\nBooleanSelectionRule.mesh\nBooleanSelectionRule.name\nBooleanSelectionRule.nodal_data\nBooleanSelectionRule.parent\nBooleanSelectionRule.selection_rules\nBooleanSelectionRule.shell_mesh\nBooleanSelectionRule.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.relative_thickness_tolerance", - "href": "api/_autosummary/ansys.acp.core.Model.relative_thickness_tolerance.html#ansys.acp.core.Model.relative_thickness_tolerance", - "title": "relative_thickness_tolerance > relative_thickness_tolerance > relative_thickness_tolerance", - "section": "relative_thickness_tolerance > relative_thickness_tolerance", - "text": "property Model.relative_thickness_tolerance: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.html#ansys.acp.core.BooleanSelectionRule", + "title": "BooleanSelectionRule > BooleanSelectionRule > BooleanSelectionRule", + "section": "BooleanSelectionRule > BooleanSelectionRule", + "text": "class ansys.acp.core.BooleanSelectionRule(*, name='BooleanSelectionrule', selection_rules=(), include_rule=True)\n\nInstantiate a Boolean Selection Rule.\n\nParameters\n\nname (str) – Name of the Boolean Selection Rule.\n\nselection_rules (Iterable[LinkedSelectionRule])\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nBooleanSelectionRule.add_selection_rule(...)\n\nAdd a LinkedSelectionRule to the BooleanSelectionRule.\n\nBooleanSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nBooleanSelectionRule.delete()\n\nDelete the object.\n\nBooleanSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nBooleanSelectionRule.elemental_data\n\n\n\nBooleanSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nBooleanSelectionRule.include_rule\n\n\n\nBooleanSelectionRule.mesh\n\nFull mesh associated with the object.\n\nBooleanSelectionRule.name\n\nThe name of the object.\n\nBooleanSelectionRule.nodal_data\n\n\n\nBooleanSelectionRule.parent\n\nThe parent of the object.\n\nBooleanSelectionRule.selection_rules\n\n\n\nBooleanSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nBooleanSelectionRule.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.html#examples-using-booleanselectionrule", + "title": "BooleanSelectionRule > Examples using BooleanSelectionRule", + "section": "Examples using BooleanSelectionRule", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using BooleanSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "GeometricalSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_ACPH5", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_ACPH5.html#race_car_nose_acph5", + "title": "RACE_CAR_NOSE_ACPH5", + "section": "RACE_CAR_NOSE_ACPH5", + "text": "RACE_CAR_NOSE_ACPH5" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.html#cutoffgeometry", - "title": "CutOffGeometry", - "section": "CutOffGeometry", - "text": "Instantiate a cut-off geometry.\nname (str) – Name of the cut-off geometry.\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\nAdded in ACP server version 25.1.\nCutOffGeometry.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nCutOffGeometry.delete()\nDelete the object.\nCutOffGeometry.store(parent)\nStore the object on the server.\nCutOffGeometry.active\n\nCutOffGeometry.cad_geometry\n\nCutOffGeometry.id\nIdentifier of the object, used for example as key in maps.\nCutOffGeometry.name\nThe name of the object.\nCutOffGeometry.orientation_type\n\nCutOffGeometry.parent\nThe parent of the object.\nCutOffGeometry.relative_merge_tolerance\n\nCutOffGeometry.status\n\nCutOffGeometry\nCutOffGeometry.clone\nCutOffGeometry.delete\nCutOffGeometry.store\nCutOffGeometry.active\nCutOffGeometry.cad_geometry\nCutOffGeometry.id\nCutOffGeometry.name\nCutOffGeometry.orientation_type\nCutOffGeometry.parent\nCutOffGeometry.relative_merge_tolerance\nCutOffGeometry.status" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_ACPH5", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_ACPH5.html#ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_ACPH5", + "title": "RACE_CAR_NOSE_ACPH5 > RACE_CAR_NOSE_ACPH5 > RACE_CAR_NOSE_ACPH5", + "section": "RACE_CAR_NOSE_ACPH5 > RACE_CAR_NOSE_ACPH5", + "text": "ExampleKeys.RACE_CAR_NOSE_ACPH5 = 5\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.html#ansys.acp.core.CutOffGeometry", - "title": "CutOffGeometry > CutOffGeometry > CutOffGeometry", - "section": "CutOffGeometry > CutOffGeometry", - "text": "class ansys.acp.core.CutOffGeometry(*, name='CutOffGeometry', active=True, cad_geometry=None, orientation_type='up', relative_merge_tolerance=0.1)\n\nInstantiate a cut-off geometry.\n\nParameters\n\nname (str) – Name of the cut-off geometry.\n\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\n\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\n\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\n\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCutOffGeometry.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nCutOffGeometry.delete()\n\nDelete the object.\n\nCutOffGeometry.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCutOffGeometry.active\n\n\n\nCutOffGeometry.cad_geometry\n\n\n\nCutOffGeometry.id\n\nIdentifier of the object, used for example as key in maps.\n\nCutOffGeometry.name\n\nThe name of the object.\n\nCutOffGeometry.orientation_type\n\n\n\nCutOffGeometry.parent\n\nThe parent of the object.\n\nCutOffGeometry.relative_merge_tolerance\n\n\n\nCutOffGeometry.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.direction", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.direction.html#direction", + "title": "direction", + "section": "direction", + "text": "direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_solsh_elements", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_solsh_elements.html#use_solsh_elements", - "title": "use_solsh_elements", - "section": "use_solsh_elements", - "text": "use_solsh_elements" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.direction", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.direction.html#ansys.acp.core.SamplingPoint.direction", + "title": "direction > direction > direction", + "section": "direction > direction", + "text": "property SamplingPoint.direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_solsh_elements", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_solsh_elements.html#ansys.acp.core.SolidModelExportSettings.use_solsh_elements", - "title": "use_solsh_elements > use_solsh_elements > use_solsh_elements", - "section": "use_solsh_elements > use_solsh_elements", - "text": "property SolidModelExportSettings.use_solsh_elements: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field_type", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field_type.html#thickness_field_type", + "title": "thickness_field_type", + "section": "thickness_field_type", + "text": "thickness_field_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.write_degenerated_elements", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.write_degenerated_elements.html#write_degenerated_elements", - "title": "write_degenerated_elements", - "section": "write_degenerated_elements", - "text": "write_degenerated_elements" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field_type", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field_type.html#ansys.acp.core.ModelingPly.thickness_field_type", + "title": "thickness_field_type > thickness_field_type > thickness_field_type", + "section": "thickness_field_type > thickness_field_type", + "text": "property ModelingPly.thickness_field_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.write_degenerated_elements", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.write_degenerated_elements.html#ansys.acp.core.SolidModelExportSettings.write_degenerated_elements", - "title": "write_degenerated_elements > write_degenerated_elements > write_degenerated_elements", - "section": "write_degenerated_elements > write_degenerated_elements", - "text": "property SolidModelExportSettings.write_degenerated_elements: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.NORMAL", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.NORMAL.html#normal", + "title": "NORMAL", + "section": "NORMAL", + "text": "NORMAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.NORMAL", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.NORMAL.html#ansys.acp.core.ElementalDataType.NORMAL", + "title": "NORMAL > NORMAL > NORMAL", + "section": "NORMAL > NORMAL", + "text": "ElementalDataType.NORMAL = 'normal'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.status.html#ansys.acp.core.ParallelSelectionRule.status", - "title": "status > status > status", - "section": "status > status", - "text": "property ParallelSelectionRule.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.store", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.name", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.store", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.store.html#ansys.acp.core.SubLaminate.store", + "title": "store > store > store", + "section": "store > store", + "text": "SubLaminate.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.name", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.name.html#ansys.acp.core.SolidElementSet.name", - "title": "name > name > name", - "section": "name > name", - "text": "property SolidElementSet.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DrapingType", + "href": "api/_autosummary/ansys.acp.core.DrapingType.html#drapingtype", + "title": "DrapingType", + "section": "DrapingType", + "text": "Options for the draping algorithm used.\nDrapingType.NO_DRAPING\n\nDrapingType.INTERNAL_DRAPING\n\nDrapingType.TABULAR_VALUES\n\nDrapingType\nDrapingType.NO_DRAPING\nDrapingType.INTERNAL_DRAPING\nDrapingType.TABULAR_VALUES" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.html#analysisplyelementaldata", - "title": "AnalysisPlyElementalData", - "section": "AnalysisPlyElementalData", - "text": "Represents elemental data for a Analysis Ply.\nAnalysisPlyElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nAnalysisPlyElementalData.area\n\nAnalysisPlyElementalData.cog\n\nAnalysisPlyElementalData.design_angle\n\nAnalysisPlyElementalData.draped_fiber_angle\n\nAnalysisPlyElementalData.draped_fiber_direction\n\nAnalysisPlyElementalData.draped_transverse_angle\n\nAnalysisPlyElementalData.draped_transverse_direction\n\nAnalysisPlyElementalData.fiber_direction\n\nAnalysisPlyElementalData.mass\n\nAnalysisPlyElementalData.material_1_direction\n\nAnalysisPlyElementalData.normal\n\nAnalysisPlyElementalData.offset\n\nAnalysisPlyElementalData.orientation\n\nAnalysisPlyElementalData.price\n\nAnalysisPlyElementalData.reference_direction\n\nAnalysisPlyElementalData.relative_thickness_correction\n\nAnalysisPlyElementalData.shear_angle\n\nAnalysisPlyElementalData.thickness\n\nAnalysisPlyElementalData.transverse_direction\n\nAnalysisPlyElementalData.volume\n\nAnalysisPlyElementalData.element_labels\n\nAnalysisPlyElementalData\nAnalysisPlyElementalData.get_pyvista_mesh\nAnalysisPlyElementalData.area\nAnalysisPlyElementalData.cog\nAnalysisPlyElementalData.design_angle\nAnalysisPlyElementalData.draped_fiber_angle\nAnalysisPlyElementalData.draped_fiber_direction\nAnalysisPlyElementalData.draped_transverse_angle\nAnalysisPlyElementalData.draped_transverse_direction\nAnalysisPlyElementalData.fiber_direction\nAnalysisPlyElementalData.mass\nAnalysisPlyElementalData.material_1_direction\nAnalysisPlyElementalData.normal\nAnalysisPlyElementalData.offset\nAnalysisPlyElementalData.orientation\nAnalysisPlyElementalData.price\nAnalysisPlyElementalData.reference_direction\nAnalysisPlyElementalData.relative_thickness_correction\nAnalysisPlyElementalData.shear_angle\nAnalysisPlyElementalData.thickness\nAnalysisPlyElementalData.transverse_direction\nAnalysisPlyElementalData.volume\nAnalysisPlyElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.DrapingType", + "href": "api/_autosummary/ansys.acp.core.DrapingType.html#ansys.acp.core.DrapingType", + "title": "DrapingType > DrapingType > DrapingType", + "section": "DrapingType > DrapingType", + "text": "class ansys.acp.core.DrapingType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the draping algorithm used.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nDrapingType.NO_DRAPING\n\n\n\nDrapingType.INTERNAL_DRAPING\n\n\n\nDrapingType.TABULAR_VALUES\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData", - "title": "AnalysisPlyElementalData > AnalysisPlyElementalData > AnalysisPlyElementalData", - "section": "AnalysisPlyElementalData > AnalysisPlyElementalData", - "text": "class ansys.acp.core.mesh_data.AnalysisPlyElementalData(element_labels, normal=None, orientation=None, reference_direction=None, fiber_direction=None, draped_fiber_direction=None, transverse_direction=None, draped_transverse_direction=None, thickness=None, relative_thickness_correction=None, design_angle=None, shear_angle=None, draped_fiber_angle=None, draped_transverse_angle=None, area=None, price=None, volume=None, mass=None, offset=None, material_1_direction=None, cog=None)\n\nRepresents elemental data for a Analysis Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nAnalysisPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nAnalysisPlyElementalData.area\n\n\n\nAnalysisPlyElementalData.cog\n\n\n\nAnalysisPlyElementalData.design_angle\n\n\n\nAnalysisPlyElementalData.draped_fiber_angle\n\n\n\nAnalysisPlyElementalData.draped_fiber_direction\n\n\n\nAnalysisPlyElementalData.draped_transverse_angle\n\n\n\nAnalysisPlyElementalData.draped_transverse_direction\n\n\n\nAnalysisPlyElementalData.fiber_direction\n\n\n\nAnalysisPlyElementalData.mass\n\n\n\nAnalysisPlyElementalData.material_1_direction\n\n\n\nAnalysisPlyElementalData.normal\n\n\n\nAnalysisPlyElementalData.offset\n\n\n\nAnalysisPlyElementalData.orientation\n\n\n\nAnalysisPlyElementalData.price\n\n\n\nAnalysisPlyElementalData.reference_direction\n\n\n\nAnalysisPlyElementalData.relative_thickness_correction\n\n\n\nAnalysisPlyElementalData.shear_angle\n\n\n\nAnalysisPlyElementalData.thickness\n\n\n\nAnalysisPlyElementalData.transverse_direction\n\n\n\nAnalysisPlyElementalData.volume\n\n\n\nAnalysisPlyElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DrapingType", + "href": "api/_autosummary/ansys.acp.core.DrapingType.html#examples-using-drapingtype", + "title": "DrapingType > Examples using DrapingType", + "section": "Examples using DrapingType", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using DrapingType" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.open_area_sets", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.open_area_sets.html#open_area_sets", - "title": "open_area_sets", - "section": "open_area_sets", - "text": "open_area_sets" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.search_radius", + "href": "api/_autosummary/ansys.acp.core.SectionCut.search_radius.html#search_radius", + "title": "search_radius", + "section": "search_radius", + "text": "search_radius" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.open_area_sets", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.open_area_sets.html#ansys.acp.core.InterfaceLayer.open_area_sets", - "title": "open_area_sets > open_area_sets > open_area_sets", - "section": "open_area_sets > open_area_sets", - "text": "property InterfaceLayer.open_area_sets: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.search_radius", + "href": "api/_autosummary/ansys.acp.core.SectionCut.search_radius.html#ansys.acp.core.SectionCut.search_radius", + "title": "search_radius > search_radius > search_radius", + "section": "search_radius > search_radius", + "text": "property SectionCut.search_radius: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.materials", - "href": "api/_autosummary/ansys.acp.core.Model.materials.html#materials", - "title": "materials", - "section": "materials", - "text": "materials" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export_settings", + "href": "api/_autosummary/ansys.acp.core.SolidModel.export_settings.html#export_settings", + "title": "export_settings", + "section": "export_settings", + "text": "export_settings" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.materials", - "href": "api/_autosummary/ansys.acp.core.Model.materials.html#ansys.acp.core.Model.materials", - "title": "materials > materials > materials", - "section": "materials > materials", - "text": "property Model.materials: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export_settings", + "href": "api/_autosummary/ansys.acp.core.SolidModel.export_settings.html#ansys.acp.core.SolidModel.export_settings", + "title": "export_settings > export_settings > export_settings", + "section": "export_settings > export_settings", + "text": "property SolidModel.export_settings: AttribT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.materials", - "href": "api/_autosummary/ansys.acp.core.Model.materials.html#examples-using-modelmaterials", - "title": "materials > Examples using Model.materials", - "section": "Examples using Model.materials", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Model.materials" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.delete", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removeprefix", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removeprefix.html#removeprefix", - "title": "removeprefix", - "section": "removeprefix", - "text": "Return a str with the given prefix string removed if present.\nIf the string starts with the prefix string, return string[len(prefix):].\nOtherwise, return a copy of the original string.\nremoveprefix" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.delete", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.delete.html#ansys.acp.core.LookUpTable3D.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "LookUpTable3D.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removeprefix", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removeprefix.html#ansys.acp.core.material_property_sets.PuckMaterialType.removeprefix", - "title": "removeprefix > removeprefix > removeprefix", - "section": "removeprefix > removeprefix", - "text": "PuckMaterialType.removeprefix(prefix, /)\n\nReturn a str with the given prefix string removed if present.\n\nIf the string starts with the prefix string, return string[len(prefix):].\nOtherwise, return a copy of the original string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.active", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_NORMAL", - "href": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_NORMAL.html#surface_normal", - "title": "SURFACE_NORMAL", - "section": "SURFACE_NORMAL", - "text": "SURFACE_NORMAL" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.active", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.active.html#ansys.acp.core.FieldDefinition.active", + "title": "active > active > active", + "section": "active > active", + "text": "property FieldDefinition.active: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.find", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.find.html#find", + "title": "find", + "section": "find", + "text": "Return the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nReturn -1 on failure.\nfind" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_NORMAL", - "href": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_NORMAL.html#ansys.acp.core.ExtrusionType.SURFACE_NORMAL", - "title": "SURFACE_NORMAL > SURFACE_NORMAL > SURFACE_NORMAL", - "section": "SURFACE_NORMAL > SURFACE_NORMAL", - "text": "ExtrusionType.SURFACE_NORMAL = 'surface_normal'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.find", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.find.html#ansys.acp.core.material_property_sets.PuckMaterialType.find", + "title": "find > find > find", + "section": "find > find", + "text": "PuckMaterialType.find(sub, [start, [end]]) -> int\n\nReturn the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nReturn -1 on failure.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.status", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.status.html#status", + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.status", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.status.html#status", "title": "status", "section": "status", "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.status", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.status.html#ansys.acp.core.AnalysisPly.status", + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.status", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.status.html#ansys.acp.core.ImportedModelingPly.status", "title": "status > status > status", "section": "status > status", - "text": "property AnalysisPly.status: Any\n\n!! processed by numpydoc !!" + "text": "property ImportedModelingPly.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.extrusion_guide_type", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.extrusion_guide_type.html#extrusion_guide_type", + "title": "extrusion_guide_type", + "section": "extrusion_guide_type", + "text": "extrusion_guide_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.store.html#ansys.acp.core.ParallelSelectionRule.store", - "title": "store > store > store", - "section": "store > store", - "text": "ParallelSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.extrusion_guide_type", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.extrusion_guide_type.html#ansys.acp.core.ExtrusionGuide.extrusion_guide_type", + "title": "extrusion_guide_type > extrusion_guide_type > extrusion_guide_type", + "section": "extrusion_guide_type > extrusion_guide_type", + "text": "property ExtrusionGuide.extrusion_guide_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.status", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.oriented_selection_set", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.oriented_selection_set.html#oriented_selection_set", + "title": "oriented_selection_set", + "section": "oriented_selection_set", + "text": "oriented_selection_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.status", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.status.html#ansys.acp.core.OrientedSelectionSet.status", - "title": "status > status > status", - "section": "status > status", - "text": "property OrientedSelectionSet.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.oriented_selection_set", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.oriented_selection_set.html#ansys.acp.core.SnapToGeometry.oriented_selection_set", + "title": "oriented_selection_set > oriented_selection_set > oriented_selection_set", + "section": "oriented_selection_set > oriented_selection_set", + "text": "property SnapToGeometry.oriented_selection_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.parent", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_material_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_material_index.html#use_default_material_index", + "title": "use_default_material_index", + "section": "use_default_material_index", + "text": "use_default_material_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.parent", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.parent.html#ansys.acp.core.AnalysisPly.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property AnalysisPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_material_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_material_index.html#ansys.acp.core.ImportedSolidModelExportSettings.use_default_material_index", + "title": "use_default_material_index > use_default_material_index > use_default_material_index", + "section": "use_default_material_index > use_default_material_index", + "text": "property ImportedSolidModelExportSettings.use_default_material_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY.html#cut_off_geometry", - "title": "CUT_OFF_GEOMETRY", - "section": "CUT_OFF_GEOMETRY", - "text": "CUT_OFF_GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY.html#ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY", - "title": "CUT_OFF_GEOMETRY > CUT_OFF_GEOMETRY > CUT_OFF_GEOMETRY", - "section": "CUT_OFF_GEOMETRY > CUT_OFF_GEOMETRY", - "text": "ExampleKeys.CUT_OFF_GEOMETRY = 7\n\n" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.clone.html#ansys.acp.core.BooleanSelectionRule.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "BooleanSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH.html#length", - "title": "LENGTH", - "section": "LENGTH", - "text": "LENGTH" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.mesh", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH.html#ansys.acp.core.PhysicalDimension.LENGTH", - "title": "LENGTH > LENGTH > LENGTH", - "section": "LENGTH > LENGTH", - "text": "PhysicalDimension.LENGTH = 'length'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.mesh", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.mesh.html#ansys.acp.core.AnalysisPly.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property AnalysisPly.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH.html#examples-using-physicaldimensionlength", - "title": "LENGTH > Examples using PhysicalDimension.LENGTH", - "section": "Examples using PhysicalDimension.LENGTH", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using PhysicalDimension.LENGTH" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.status", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.snap_to_geometries", - "href": "api/_autosummary/ansys.acp.core.SolidModel.snap_to_geometries.html#snap_to_geometries", - "title": "snap_to_geometries", - "section": "snap_to_geometries", - "text": "snap_to_geometries" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.status", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.status.html#ansys.acp.core.ExtrusionGuide.status", + "title": "status > status > status", + "section": "status > status", + "text": "property ExtrusionGuide.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.snap_to_geometries", - "href": "api/_autosummary/ansys.acp.core.SolidModel.snap_to_geometries.html#ansys.acp.core.SolidModel.snap_to_geometries", - "title": "snap_to_geometries > snap_to_geometries > snap_to_geometries", - "section": "snap_to_geometries > snap_to_geometries", - "text": "property SolidModel.snap_to_geometries: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.count", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.count.html#count", + "title": "count", + "section": "count", + "text": "Return the number of non-overlapping occurrences of substring sub in\nstring S[start:end]. Optional arguments start and end are\ninterpreted as in slice notation.\ncount" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants.html#from_orthotropic_constants", - "title": "from_orthotropic_constants", - "section": "from_orthotropic_constants", - "text": "Create an orthotropic strain limits property set.\neXc (float) – Compressive strain limit in material 1 direction.\neYc (float) – Compressive strain limit in material 2 direction.\neZc (float) – Compressive strain limit in out-of-plane direction.\neXt (float) – Tensile strain limit in material 1 direction.\neYt (float) – Tensile strain limit in material 2 direction.\neZt (float) – Tensile strain limit in out-of-plane direction.\neSxy (float) – Shear strain limit in-plane (e_{12}).\neSyz (float) – Shear strain limit out-of-plane (e_{23}).\neSxz (float) – Shear strain limit out-of-plane (e_{13}).\nAn orthotropic strain limits property set.\nSelf\nfrom_orthotropic_constants" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.count", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.count.html#ansys.acp.core.material_property_sets.PuckMaterialType.count", + "title": "count > count > count", + "section": "count > count", + "text": "PuckMaterialType.count(sub, [start, [end]]) -> int\n\nReturn the number of non-overlapping occurrences of substring sub in\nstring S[start:end]. Optional arguments start and end are\ninterpreted as in slice notation.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants", - "title": "from_orthotropic_constants > from_orthotropic_constants > from_orthotropic_constants", - "section": "from_orthotropic_constants > from_orthotropic_constants", - "text": "classmethod ConstantStrainLimits.from_orthotropic_constants(*, eXc=0.0, eYc=0.0, eZc=0.0, eXt=0.0, eYt=0.0, eZt=0.0, eSxy=0.0, eSyz=0.0, eSxz=0.0)\n\nCreate an orthotropic strain limits property set.\n\nParameters\n\neXc (float) – Compressive strain limit in material 1 direction.\n\neYc (float) – Compressive strain limit in material 2 direction.\n\neZc (float) – Compressive strain limit in out-of-plane direction.\n\neXt (float) – Tensile strain limit in material 1 direction.\n\neYt (float) – Tensile strain limit in material 2 direction.\n\neZt (float) – Tensile strain limit in out-of-plane direction.\n\neSxy (float) – Shear strain limit in-plane (e_{12}).\n\neSyz (float) – Shear strain limit out-of-plane (e_{23}).\n\neSxz (float) – Shear strain limit out-of-plane (e_{13}).\n\nReturns\n\nAn orthotropic strain limits property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field.html#thickness_field", + "title": "thickness_field", + "section": "thickness_field", + "text": "thickness_field" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants.html#examples-using-constantstrainlimitsfrom_orthotropic_constants", - "title": "from_orthotropic_constants > Examples using ConstantStrainLimits.from_orthotropic_constants", - "section": "Examples using ConstantStrainLimits.from_orthotropic_constants", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nExamples using ConstantStrainLimits.from_orthotropic_constants" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field.html#ansys.acp.core.ImportedModelingPly.thickness_field", + "title": "thickness_field > thickness_field > thickness_field", + "section": "thickness_field > thickness_field", + "text": "property ImportedModelingPly.thickness_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.node_labels.html#node_labels", + "objectID": "api/_autosummary/ansys.acp.core.Model.sampling_points", + "href": "api/_autosummary/ansys.acp.core.Model.sampling_points.html#sampling_points", + "title": "sampling_points", + "section": "sampling_points", + "text": "sampling_points" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.sampling_points", + "href": "api/_autosummary/ansys.acp.core.Model.sampling_points.html#ansys.acp.core.Model.sampling_points", + "title": "sampling_points > sampling_points > sampling_points", + "section": "sampling_points > sampling_points", + "text": "property Model.sampling_points: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.name", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.name", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.name.html#ansys.acp.core.OrientedSelectionSet.name", + "title": "name > name > name", + "section": "name > name", + "text": "property OrientedSelectionSet.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.node_labels.html#node_labels", "title": "node_labels", "section": "node_labels", "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.node_labels", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.node_labels", "title": "node_labels > node_labels > node_labels", "section": "node_labels > node_labels", - "text": "SphericalSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" + "text": "TubeSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet", - "href": "api/_autosummary/ansys.acp.core.ElementSet.html#elementset", - "title": "ElementSet", - "section": "ElementSet", - "text": "Instantiate an Element Set.\nname (str) – The name of the Element Set.\nmiddle_offset (bool) – If True, enforce that the laminate mid-plane is moved onto the reference surface.\nelement_labels (Collection[int]) – Label of elements to be assigned to Element Set\nAdded in ACP server version 24.2.\nElementSet.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nElementSet.delete()\nDelete the object.\nElementSet.store(parent)\nStore the object on the server.\nElementSet.element_labels\n\nElementSet.elemental_data\n\nElementSet.id\nIdentifier of the object, used for example as key in maps.\nElementSet.locked\n\nElementSet.mesh\nFull mesh associated with the object.\nElementSet.middle_offset\n\nElementSet.name\nThe name of the object.\nElementSet.nodal_data\n\nElementSet.parent\nThe parent of the object.\nElementSet.shell_mesh\nShell mesh associated with the object.\nElementSet.status\n\nElementSet\nElementSet.clone\nElementSet.delete\nElementSet.store\nElementSet.element_labels\nElementSet.elemental_data\nElementSet.id\nElementSet.locked\nElementSet.mesh\nElementSet.middle_offset\nElementSet.name\nElementSet.nodal_data\nElementSet.parent\nElementSet.shell_mesh\nElementSet.status" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.intersection_type", + "href": "api/_autosummary/ansys.acp.core.SectionCut.intersection_type.html#intersection_type", + "title": "intersection_type", + "section": "intersection_type", + "text": "intersection_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet", - "href": "api/_autosummary/ansys.acp.core.ElementSet.html#ansys.acp.core.ElementSet", - "title": "ElementSet > ElementSet > ElementSet", - "section": "ElementSet > ElementSet", - "text": "class ansys.acp.core.ElementSet(*, name='ElementSet', middle_offset=False, element_labels=())\n\nInstantiate an Element Set.\n\nParameters\n\nname (str) – The name of the Element Set.\n\nmiddle_offset (bool) – If True, enforce that the laminate mid-plane is moved onto the reference surface.\n\nelement_labels (Collection[int]) – Label of elements to be assigned to Element Set\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nElementSet.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nElementSet.delete()\n\nDelete the object.\n\nElementSet.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nElementSet.element_labels\n\n\n\nElementSet.elemental_data\n\n\n\nElementSet.id\n\nIdentifier of the object, used for example as key in maps.\n\nElementSet.locked\n\n\n\nElementSet.mesh\n\nFull mesh associated with the object.\n\nElementSet.middle_offset\n\n\n\nElementSet.name\n\nThe name of the object.\n\nElementSet.nodal_data\n\n\n\nElementSet.parent\n\nThe parent of the object.\n\nElementSet.shell_mesh\n\nShell mesh associated with the object.\n\nElementSet.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.intersection_type", + "href": "api/_autosummary/ansys.acp.core.SectionCut.intersection_type.html#ansys.acp.core.SectionCut.intersection_type", + "title": "intersection_type > intersection_type > intersection_type", + "section": "intersection_type > intersection_type", + "text": "property SectionCut.intersection_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet", - "href": "api/_autosummary/ansys.acp.core.ElementSet.html#examples-using-elementset", - "title": "ElementSet > Examples using ElementSet", - "section": "Examples using ElementSet", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using ElementSet" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.clone", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.clone", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.clone.html#ansys.acp.core.ImportedSolidModel.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "ImportedSolidModel.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.html#interfacelayer", - "title": "InterfaceLayer", - "section": "InterfaceLayer", - "text": "Instantiate an interface layer.\nThe interface layer is a separation layer in the stacking sequence. It can be\nused to analyze the crack growth of existing cracks. They can also be used to\ndefine contacts zones between two layers.\nThe topology is defined with an interface layer in ACP, while all other fracture\nsettings need to be specified in the downstream analysis (MAPDL or Mechanical).\nname (str) – Name of the interface layer.\nglobal_ply_nr (int) – Global ply number for the stacking sequence.\nactive (bool) – Inactive interface layers are ignored in ACP and the downstream analysis.\noriented_selection_sets (Iterable[OrientedSelectionSet]) – Oriented Selection Set for the expansion of the interface layer.\nopen_area_sets (Iterable[ElementSet | OrientedSelectionSet]) – Defines the initial crack of a Virtual Crack Closure Technique (VCCT) layer.\nCan contain OrientedSelectionSet and ElementSet objects.\nAdded in ACP server version 25.1.\nInterfaceLayer.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nInterfaceLayer.delete()\nDelete the object.\nInterfaceLayer.store(parent)\nStore the object on the server.\nInterfaceLayer.active\n\nInterfaceLayer.elemental_data\n\nInterfaceLayer.global_ply_nr\n\nInterfaceLayer.id\nIdentifier of the object, used for example as key in maps.\nInterfaceLayer.mesh\nFull mesh associated with the object.\nInterfaceLayer.name\nThe name of the object.\nInterfaceLayer.nodal_data\n\nInterfaceLayer.open_area_sets\n\nInterfaceLayer.oriented_selection_sets\n\nInterfaceLayer.parent\nThe parent of the object.\nInterfaceLayer.shell_mesh\nShell mesh associated with the object.\nInterfaceLayer.status\n\nInterfaceLayer\nOrientedSelectionSet\nElementSet\nInterfaceLayer.clone\nInterfaceLayer.delete\nInterfaceLayer.store\nInterfaceLayer.active\nInterfaceLayer.elemental_data\nInterfaceLayer.global_ply_nr\nInterfaceLayer.id\nInterfaceLayer.mesh\nInterfaceLayer.name\nInterfaceLayer.nodal_data\nInterfaceLayer.open_area_sets\nInterfaceLayer.oriented_selection_sets\nInterfaceLayer.parent\nInterfaceLayer.shell_mesh\nInterfaceLayer.status" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.id", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.html#ansys.acp.core.InterfaceLayer", - "title": "InterfaceLayer > InterfaceLayer > InterfaceLayer", - "section": "InterfaceLayer > InterfaceLayer", - "text": "class ansys.acp.core.InterfaceLayer(*, name='InterfaceLayer', global_ply_nr=0, active=True, oriented_selection_sets=(), open_area_sets=())\n\nInstantiate an interface layer.\n\nThe interface layer is a separation layer in the stacking sequence. It can be\nused to analyze the crack growth of existing cracks. They can also be used to\ndefine contacts zones between two layers.\nThe topology is defined with an interface layer in ACP, while all other fracture\nsettings need to be specified in the downstream analysis (MAPDL or Mechanical).\n\nParameters\n\nname (str) – Name of the interface layer.\n\nglobal_ply_nr (int) – Global ply number for the stacking sequence.\n\nactive (bool) – Inactive interface layers are ignored in ACP and the downstream analysis.\n\noriented_selection_sets (Iterable[OrientedSelectionSet]) – Oriented Selection Set for the expansion of the interface layer.\n\nopen_area_sets (Iterable[ElementSet | OrientedSelectionSet]) – Defines the initial crack of a Virtual Crack Closure Technique (VCCT) layer.\nCan contain OrientedSelectionSet and ElementSet objects.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nInterfaceLayer.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nInterfaceLayer.delete()\n\nDelete the object.\n\nInterfaceLayer.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nInterfaceLayer.active\n\n\n\nInterfaceLayer.elemental_data\n\n\n\nInterfaceLayer.global_ply_nr\n\n\n\nInterfaceLayer.id\n\nIdentifier of the object, used for example as key in maps.\n\nInterfaceLayer.mesh\n\nFull mesh associated with the object.\n\nInterfaceLayer.name\n\nThe name of the object.\n\nInterfaceLayer.nodal_data\n\n\n\nInterfaceLayer.open_area_sets\n\n\n\nInterfaceLayer.oriented_selection_sets\n\n\n\nInterfaceLayer.parent\n\nThe parent of the object.\n\nInterfaceLayer.shell_mesh\n\nShell mesh associated with the object.\n\nInterfaceLayer.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.id", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.id.html#ansys.acp.core.ModelingPly.id", + "title": "id > id > id", + "section": "id > id", + "text": "property ModelingPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.MKS", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.MKS.html#mks", + "title": "MKS", + "section": "MKS", + "text": "MKS" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.normal.html#ansys.acp.core.mesh_data.ModelElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "ModelElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.MKS", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.MKS.html#ansys.acp.core.UnitSystemType.MKS", + "title": "MKS > MKS > MKS", + "section": "MKS > MKS", + "text": "UnitSystemType.MKS = 'mks'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.radius", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.radius.html#radius", - "title": "radius", - "section": "radius", - "text": "radius" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.html#vectordata", + "title": "VectorData", + "section": "VectorData", + "text": "Class that encapsulates vector data.\nVectorData.get_pyvista_glyphs(*, mesh[, ...])\nGet a pyvista glyph object from the vector data.\nVectorData.component_name\nName of the component.\nVectorData.values\nVector data values as a numpy array.\nVectorData\nVectorData.get_pyvista_glyphs\nVectorData.component_name\nVectorData.values" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.radius", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.radius.html#ansys.acp.core.ExtrusionGuide.radius", - "title": "radius > radius > radius", - "section": "radius > radius", - "text": "property ExtrusionGuide.radius: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.html#ansys.acp.core.mesh_data.VectorData", + "title": "VectorData > VectorData > VectorData", + "section": "VectorData > VectorData", + "text": "class ansys.acp.core.mesh_data.VectorData(field_names, labels, values, component_name)\n\nClass that encapsulates vector data.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nVectorData.get_pyvista_glyphs(*, mesh[, ...])\n\nGet a pyvista glyph object from the vector data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nVectorData.component_name\n\nName of the component.\n\nVectorData.values\n\nVector data values as a numpy array.\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.html#importedmodelinggroup", - "title": "ImportedModelingGroup", - "section": "ImportedModelingGroup", - "text": "Instantiate an imported modeling group.\nname (str) – Name of the imported modeling group.\nAdded in ACP server version 25.1.\nImportedModelingGroup.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nImportedModelingGroup.create_imported_modeling_ply(*)\nInstantiate an Imported Modeling Ply.\nImportedModelingGroup.delete()\nDelete the object.\nImportedModelingGroup.store(parent)\nStore the object on the server.\nImportedModelingGroup.id\nIdentifier of the object, used for example as key in maps.\nImportedModelingGroup.imported_modeling_plies\n\nImportedModelingGroup.name\nThe name of the object.\nImportedModelingGroup.parent\nThe parent of the object.\nImportedModelingGroup\nImportedModelingGroup.clone\nImportedModelingGroup.create_imported_modeling_ply\nImportedModelingGroup.delete\nImportedModelingGroup.store\nImportedModelingGroup.id\nImportedModelingGroup.imported_modeling_plies\nImportedModelingGroup.name\nImportedModelingGroup.parent" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.THICKNESS_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.THICKNESS_GEOMETRY.html#thickness_geometry", + "title": "THICKNESS_GEOMETRY", + "section": "THICKNESS_GEOMETRY", + "text": "THICKNESS_GEOMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.html#ansys.acp.core.ImportedModelingGroup", - "title": "ImportedModelingGroup > ImportedModelingGroup > ImportedModelingGroup", - "section": "ImportedModelingGroup > ImportedModelingGroup", - "text": "class ansys.acp.core.ImportedModelingGroup(*, name='ImportedModelingGroup')\n\nInstantiate an imported modeling group.\n\nParameters\n\nname (str) – Name of the imported modeling group.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nImportedModelingGroup.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nImportedModelingGroup.create_imported_modeling_ply(*)\n\nInstantiate an Imported Modeling Ply.\n\nImportedModelingGroup.delete()\n\nDelete the object.\n\nImportedModelingGroup.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedModelingGroup.id\n\nIdentifier of the object, used for example as key in maps.\n\nImportedModelingGroup.imported_modeling_plies\n\n\n\nImportedModelingGroup.name\n\nThe name of the object.\n\nImportedModelingGroup.parent\n\nThe parent of the object.\n\n" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.THICKNESS_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.THICKNESS_GEOMETRY.html#ansys.acp.core.extras.example_helpers.ExampleKeys.THICKNESS_GEOMETRY", + "title": "THICKNESS_GEOMETRY > THICKNESS_GEOMETRY > THICKNESS_GEOMETRY", + "section": "THICKNESS_GEOMETRY > THICKNESS_GEOMETRY", + "text": "ExampleKeys.THICKNESS_GEOMETRY = 9\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.html#examples-using-importedmodelinggroup", - "title": "ImportedModelingGroup > Examples using ImportedModelingGroup", - "section": "Examples using ImportedModelingGroup", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedModelingGroup" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.casefold", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.casefold.html#casefold", + "title": "casefold", + "section": "casefold", + "text": "Return a version of the string suitable for caseless comparisons.\ncasefold" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.html#puckmaterialtype", - "title": "PuckMaterialType", - "section": "PuckMaterialType", - "text": "Possible Puck material types.\nPuckMaterialType.encode(/[, encoding, errors])\nEncode the string using the codec registered for encoding.\nPuckMaterialType.replace(old, new[, count])\nReturn a copy with all occurrences of substring old replaced by new.\nPuckMaterialType.split(/[, sep, maxsplit])\nReturn a list of the substrings in the string, using sep as the separator string.\nPuckMaterialType.rsplit(/[, sep, maxsplit])\nReturn a list of the substrings in the string, using sep as the separator string.\nPuckMaterialType.join(iterable, /)\nConcatenate any number of strings.\nPuckMaterialType.capitalize(/)\nReturn a capitalized version of the string.\nPuckMaterialType.casefold(/)\nReturn a version of the string suitable for caseless comparisons.\nPuckMaterialType.title(/)\nReturn a version of the string where each word is titlecased.\nPuckMaterialType.center(width[, fillchar])\nReturn a centered string of length width.\nPuckMaterialType.count(sub[, start[, end]])\nReturn the number of non-overlapping occurrences of substring sub in string S[start:end].\nPuckMaterialType.expandtabs(/[, tabsize])\nReturn a copy where all tab characters are expanded using spaces.\nPuckMaterialType.find(sub[, start[, end]])\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\nPuckMaterialType.partition(sep, /)\nPartition the string into three parts using the given separator.\nPuckMaterialType.index(sub[, start[, end]])\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\nPuckMaterialType.ljust(width[, fillchar])\nReturn a left-justified string of length width.\nPuckMaterialType.lower(/)\nReturn a copy of the string converted to lowercase.\nPuckMaterialType.lstrip([chars])\nReturn a copy of the string with leading whitespace removed.\nPuckMaterialType.rfind(sub[, start[, end]])\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\nPuckMaterialType.rindex(sub[, start[, end]])\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\nPuckMaterialType.rjust(width[, fillchar])\nReturn a right-justified string of length width.\nPuckMaterialType.rstrip([chars])\nReturn a copy of the string with trailing whitespace removed.\nPuckMaterialType.rpartition(sep, /)\nPartition the string into three parts using the given separator.\nPuckMaterialType.splitlines(/[, keepends])\nReturn a list of the lines in the string, breaking at line boundaries.\nPuckMaterialType.strip([chars])\nReturn a copy of the string with leading and trailing whitespace removed.\nPuckMaterialType.swapcase(/)\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\nPuckMaterialType.translate(table, /)\nReplace each character in the string using the given translation table.\nPuckMaterialType.upper(/)\nReturn a copy of the string converted to uppercase.\nPuckMaterialType.startswith(prefix[, start[, ...)\nReturn True if S starts with the specified prefix, False otherwise.\nPuckMaterialType.endswith(suffix[, start[, end]])\nReturn True if S ends with the specified suffix, False otherwise.\nPuckMaterialType.removeprefix(prefix, /)\nReturn a str with the given prefix string removed if present.\nPuckMaterialType.removesuffix(suffix, /)\nReturn a str with the given suffix string removed if present.\nPuckMaterialType.isascii(/)\nReturn True if all characters in the string are ASCII, False otherwise.\nPuckMaterialType.islower(/)\nReturn True if the string is a lowercase string, False otherwise.\nPuckMaterialType.isupper(/)\nReturn True if the string is an uppercase string, False otherwise.\nPuckMaterialType.istitle(/)\nReturn True if the string is a title-cased string, False otherwise.\nPuckMaterialType.isspace(/)\nReturn True if the string is a whitespace string, False otherwise.\nPuckMaterialType.isdecimal(/)\nReturn True if the string is a decimal string, False otherwise.\nPuckMaterialType.isdigit(/)\nReturn True if the string is a digit string, False otherwise.\nPuckMaterialType.isnumeric(/)\nReturn True if the string is a numeric string, False otherwise.\nPuckMaterialType.isalpha(/)\nReturn True if the string is an alphabetic string, False otherwise.\nPuckMaterialType.isalnum(/)\nReturn True if the string is an alpha-numeric string, False otherwise.\nPuckMaterialType.isidentifier(/)\nReturn True if the string is a valid Python identifier, False otherwise.\nPuckMaterialType.isprintable(/)\nReturn True if the string is printable, False otherwise.\nPuckMaterialType.zfill(width, /)\nPad a numeric string with zeros on the left, to fill a field of the given width.\nPuckMaterialType.format(*args, **kwargs)\nReturn a formatted version of S, using substitutions from args and kwargs.\nPuckMaterialType.format_map(mapping)\nReturn a formatted version of S, using substitutions from mapping.\nPuckMaterialType.maketrans(x[, y, z])\nReturn a translation table usable for str.translate().\nPuckMaterialType.IGNORED\n\nPuckMaterialType.CARBON\n\nPuckMaterialType.GLASS\n\nPuckMaterialType.MATERIAL_SPECIFIC\n\nPuckMaterialType\nPuckMaterialType.encode\nPuckMaterialType.replace\nPuckMaterialType.split\nPuckMaterialType.rsplit\nPuckMaterialType.join\nPuckMaterialType.capitalize\nPuckMaterialType.casefold\nPuckMaterialType.title\nPuckMaterialType.center\nPuckMaterialType.count\nPuckMaterialType.expandtabs\nPuckMaterialType.find\nPuckMaterialType.partition\nPuckMaterialType.index\nPuckMaterialType.ljust\nPuckMaterialType.lower\nPuckMaterialType.lstrip\nPuckMaterialType.rfind\nPuckMaterialType.rindex\nPuckMaterialType.rjust\nPuckMaterialType.rstrip\nPuckMaterialType.rpartition\nPuckMaterialType.splitlines\nPuckMaterialType.strip\nPuckMaterialType.swapcase\nPuckMaterialType.translate\nPuckMaterialType.upper\nPuckMaterialType.startswith\nPuckMaterialType.endswith\nPuckMaterialType.removeprefix\nPuckMaterialType.removesuffix\nPuckMaterialType.isascii\nPuckMaterialType.islower\nPuckMaterialType.isupper\nPuckMaterialType.istitle\nPuckMaterialType.isspace\nPuckMaterialType.isdecimal\nPuckMaterialType.isdigit\nPuckMaterialType.isnumeric\nPuckMaterialType.isalpha\nPuckMaterialType.isalnum\nPuckMaterialType.isidentifier\nPuckMaterialType.isprintable\nPuckMaterialType.zfill\nPuckMaterialType.format\nPuckMaterialType.format_map\nPuckMaterialType.maketrans\nPuckMaterialType.IGNORED\nPuckMaterialType.CARBON\nPuckMaterialType.GLASS\nPuckMaterialType.MATERIAL_SPECIFIC" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.casefold", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.casefold.html#ansys.acp.core.LaunchMode.casefold", + "title": "casefold > casefold > casefold", + "section": "casefold > casefold", + "text": "LaunchMode.casefold(/)\n\nReturn a version of the string suitable for caseless comparisons.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.html#ansys.acp.core.material_property_sets.PuckMaterialType", - "title": "PuckMaterialType > PuckMaterialType > PuckMaterialType", - "section": "PuckMaterialType > PuckMaterialType", - "text": "class ansys.acp.core.material_property_sets.PuckMaterialType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nPossible Puck material types.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nPuckMaterialType.encode(/[, encoding, errors])\n\nEncode the string using the codec registered for encoding.\n\nPuckMaterialType.replace(old, new[, count])\n\nReturn a copy with all occurrences of substring old replaced by new.\n\nPuckMaterialType.split(/[, sep, maxsplit])\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nPuckMaterialType.rsplit(/[, sep, maxsplit])\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nPuckMaterialType.join(iterable, /)\n\nConcatenate any number of strings.\n\nPuckMaterialType.capitalize(/)\n\nReturn a capitalized version of the string.\n\nPuckMaterialType.casefold(/)\n\nReturn a version of the string suitable for caseless comparisons.\n\nPuckMaterialType.title(/)\n\nReturn a version of the string where each word is titlecased.\n\nPuckMaterialType.center(width[, fillchar])\n\nReturn a centered string of length width.\n\nPuckMaterialType.count(sub[, start[, end]])\n\nReturn the number of non-overlapping occurrences of substring sub in string S[start:end].\n\nPuckMaterialType.expandtabs(/[, tabsize])\n\nReturn a copy where all tab characters are expanded using spaces.\n\nPuckMaterialType.find(sub[, start[, end]])\n\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nPuckMaterialType.partition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nPuckMaterialType.index(sub[, start[, end]])\n\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nPuckMaterialType.ljust(width[, fillchar])\n\nReturn a left-justified string of length width.\n\nPuckMaterialType.lower(/)\n\nReturn a copy of the string converted to lowercase.\n\nPuckMaterialType.lstrip([chars])\n\nReturn a copy of the string with leading whitespace removed.\n\nPuckMaterialType.rfind(sub[, start[, end]])\n\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nPuckMaterialType.rindex(sub[, start[, end]])\n\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nPuckMaterialType.rjust(width[, fillchar])\n\nReturn a right-justified string of length width.\n\nPuckMaterialType.rstrip([chars])\n\nReturn a copy of the string with trailing whitespace removed.\n\nPuckMaterialType.rpartition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nPuckMaterialType.splitlines(/[, keepends])\n\nReturn a list of the lines in the string, breaking at line boundaries.\n\nPuckMaterialType.strip([chars])\n\nReturn a copy of the string with leading and trailing whitespace removed.\n\nPuckMaterialType.swapcase(/)\n\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\n\nPuckMaterialType.translate(table, /)\n\nReplace each character in the string using the given translation table.\n\nPuckMaterialType.upper(/)\n\nReturn a copy of the string converted to uppercase.\n\nPuckMaterialType.startswith(prefix[, start[, ...)\n\nReturn True if S starts with the specified prefix, False otherwise.\n\nPuckMaterialType.endswith(suffix[, start[, end]])\n\nReturn True if S ends with the specified suffix, False otherwise.\n\nPuckMaterialType.removeprefix(prefix, /)\n\nReturn a str with the given prefix string removed if present.\n\nPuckMaterialType.removesuffix(suffix, /)\n\nReturn a str with the given suffix string removed if present.\n\nPuckMaterialType.isascii(/)\n\nReturn True if all characters in the string are ASCII, False otherwise.\n\nPuckMaterialType.islower(/)\n\nReturn True if the string is a lowercase string, False otherwise.\n\nPuckMaterialType.isupper(/)\n\nReturn True if the string is an uppercase string, False otherwise.\n\nPuckMaterialType.istitle(/)\n\nReturn True if the string is a title-cased string, False otherwise.\n\nPuckMaterialType.isspace(/)\n\nReturn True if the string is a whitespace string, False otherwise.\n\nPuckMaterialType.isdecimal(/)\n\nReturn True if the string is a decimal string, False otherwise.\n\nPuckMaterialType.isdigit(/)\n\nReturn True if the string is a digit string, False otherwise.\n\nPuckMaterialType.isnumeric(/)\n\nReturn True if the string is a numeric string, False otherwise.\n\nPuckMaterialType.isalpha(/)\n\nReturn True if the string is an alphabetic string, False otherwise.\n\nPuckMaterialType.isalnum(/)\n\nReturn True if the string is an alpha-numeric string, False otherwise.\n\nPuckMaterialType.isidentifier(/)\n\nReturn True if the string is a valid Python identifier, False otherwise.\n\nPuckMaterialType.isprintable(/)\n\nReturn True if the string is printable, False otherwise.\n\nPuckMaterialType.zfill(width, /)\n\nPad a numeric string with zeros on the left, to fill a field of the given width.\n\nPuckMaterialType.format(*args, **kwargs)\n\nReturn a formatted version of S, using substitutions from args and kwargs.\n\nPuckMaterialType.format_map(mapping)\n\nReturn a formatted version of S, using substitutions from mapping.\n\nPuckMaterialType.maketrans(x[, y, z])\n\nReturn a translation table usable for str.translate().\n\n\n\nAttributes\n\n\n\n\n\n\n\nPuckMaterialType.IGNORED\n\n\n\nPuckMaterialType.CARBON\n\n\n\nPuckMaterialType.GLASS\n\n\n\nPuckMaterialType.MATERIAL_SPECIFIC\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_1.html#e2_1", + "title": "E2_1", + "section": "E2_1", + "text": "E2_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yc.html#yc", - "title": "Yc", - "section": "Yc", - "text": "Yc" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_1.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_1", + "title": "E2_1 > E2_1 > E2_1", + "section": "E2_1 > E2_1", + "text": "property VariableWovenCharacterization.E2_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yc.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Yc", - "title": "Yc > Yc > Yc", - "section": "Yc > Yc", - "text": "property ConstantStressLimits.Yc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.name", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.name", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.name.html#ansys.acp.core.ButtJointSequence.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ButtJointSequence.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "OrientedSelectionSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isascii", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isascii.html#isascii", + "title": "isascii", + "section": "isascii", + "text": "Return True if all characters in the string are ASCII, False otherwise.\nASCII characters have code points in the range U+0000-U+007F.\nEmpty string is ASCII too.\nisascii" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae", - "href": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae.html#import_hdf5_composite_cae", - "title": "import_hdf5_composite_cae", - "section": "import_hdf5_composite_cae", - "text": "Import the lay-up from an HDF5 Composite CAE file.\npath (str | PathLike[str]) – File path.\nimport_mode (HDF5CompositeCAEImportMode) – In HDF5CompositeCAEImportMode.APPEND mode, the imported objects are\nappended to existing layup.\nIn HDF5CompositeCAEImportMode.OVERWRITE mode, existing objects in the model\nwith the same name are replaced if possible (not locked).\nprojection_mode (HDF5CompositeCAEProjectionMode) – Determines whether loaded plies are mapped onto the reference surface\n(HDF5CompositeCAEProjectionMode.SHELL mode) or exposed as\n3D plies (HDF5CompositeCAEProjectionMode.SOLID mode).\nminimum_angle_tolerance (float) – Minimum angle tolerance for which tabular correction angles for plies are computed.\nrecompute_reference_directions (bool) – Whether reference directions should be recomputed from tabular angle data or not.\nshell_mapping_properties (ShellMappingProperties) – Properties for mapping to the shell on importing HDF5 Composite CAE files.\nUsed only if projection_mode is set to \"shell\".\nsolid_mapping_properties (SolidMappingProperties) – Properties for importing HDF5 Composite CAE files as imported plies.\nUsed only if projection_mode is set to \"solid\".\ncoordinate_transformation (CoordinateTransformation) – Coordinate transformation applied to the imported lay-up.\nimport_hdf5_composite_cae\nHDF5CompositeCAEImportMode.APPEND\nHDF5CompositeCAEImportMode.OVERWRITE\nHDF5CompositeCAEProjectionMode.SHELL\nHDF5CompositeCAEProjectionMode.SOLID\nprojection_mode\n\"shell\"\nprojection_mode\n\"solid\"" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isascii", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isascii.html#ansys.acp.core.material_property_sets.PuckMaterialType.isascii", + "title": "isascii > isascii > isascii", + "section": "isascii > isascii", + "text": "PuckMaterialType.isascii(/)\n\nReturn True if all characters in the string are ASCII, False otherwise.\n\nASCII characters have code points in the range U+0000-U+007F.\nEmpty string is ASCII too.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae", - "href": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae.html#ansys.acp.core.Model.import_hdf5_composite_cae", - "title": "import_hdf5_composite_cae > import_hdf5_composite_cae > import_hdf5_composite_cae", - "section": "import_hdf5_composite_cae > import_hdf5_composite_cae", - "text": "Model.import_hdf5_composite_cae(path, import_mode='append', projection_mode='shell', minimum_angle_tolerance=0.001, recompute_reference_directions=False, shell_mapping_properties=ShellMappingProperties(all_elements=True, element_sets=(), relative_thickness_tolerance=0.5, relative_in_plane_tolerance=0.01, angle_tolerance=35.0, small_hole_threshold=0.0), solid_mapping_properties=SolidMappingProperties(offset_type=), coordinate_transformation=CoordinateTransformation(rotation_angle_x=0.0, rotation_angle_y=0.0, rotation_angle_z=0.0, translation_x=0.0, translation_y=0.0, translation_z=0.0))\n\nImport the lay-up from an HDF5 Composite CAE file.\n\nParameters\n\npath (str | PathLike[str]) – File path.\n\nimport_mode (HDF5CompositeCAEImportMode) – In HDF5CompositeCAEImportMode.APPEND mode, the imported objects are\nappended to existing layup.\nIn HDF5CompositeCAEImportMode.OVERWRITE mode, existing objects in the model\nwith the same name are replaced if possible (not locked).\n\nprojection_mode (HDF5CompositeCAEProjectionMode) – Determines whether loaded plies are mapped onto the reference surface\n(HDF5CompositeCAEProjectionMode.SHELL mode) or exposed as\n3D plies (HDF5CompositeCAEProjectionMode.SOLID mode).\n\nminimum_angle_tolerance (float) – Minimum angle tolerance for which tabular correction angles for plies are computed.\n\nrecompute_reference_directions (bool) – Whether reference directions should be recomputed from tabular angle data or not.\n\nshell_mapping_properties (ShellMappingProperties) – Properties for mapping to the shell on importing HDF5 Composite CAE files.\nUsed only if projection_mode is set to \"shell\".\n\nsolid_mapping_properties (SolidMappingProperties) – Properties for importing HDF5 Composite CAE files as imported plies.\nUsed only if projection_mode is set to \"solid\".\n\ncoordinate_transformation (CoordinateTransformation) – Coordinate transformation applied to the imported lay-up.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply.html#create_modeling_ply", + "title": "create_modeling_ply", + "section": "create_modeling_ply", + "text": "Instantiate a Modeling Ply.\nname (str) – The name of the Modeling Ply\nply_material (Fabric | Stackup | SubLaminate | None) – The material (fabric, stackup or sub-laminate) of the ply.\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\nnumber_of_layers (int) – Number of times the plies are generated.\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\nglobal_ply_nr (int) – Defines the global ply order.\nselection_rules (Iterable[LinkedSelectionRule]) – Selection Rules which may limit the extent of the ply.\ndraping_type (DrapingType) – Chooses between different draping formulations.\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\nauto_draping_direction (bool) – If True, the fiber direction of the production ply at the draping\n\nseed point is used as draping direction.\nseed point is used as draping direction.\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\nuse_default_draping_mesh_size (bool) – Whether to use the average element size of the shell mesh for the draping.\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\ndraping_thickness_correction (bool) – Enables the thickness correction of draped plies based on the draping\nshear angle.\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\nthickness_type (ThicknessType) – Choose between ThicknessType.FROM_GEOMETRY or\nThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\nthickness_geometry (VirtualGeometry | None) – Defines the geometry used to determine the ply thickness. Only applies if\nthickness_type is ThicknessType.FROM_GEOMETRY.\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\ntaper_edges (Iterable[TaperEdge]) – Defines the taper edges of the ply.\nModelingPly\nAdded in ACP server version 24.2.\ncreate_modeling_ply\nTrue\nauto_draping_direction\nFalse\n-1.\ndraping_angle_1_field\nThicknessType.FROM_GEOMETRY\nThicknessType.FROM_TABLE\nThicknessType.NOMINAL\nthickness_type\nThicknessType.FROM_GEOMETRY\nthickness_type\nThicknessType.FROM_TABLE\nthickness_type\nThicknessType.FROM_TABLE\nThicknessFieldType.ABSOLUTE_VALUES\nThicknessFieldType.RELATIVE_SCALING_FACTOR" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae", - "href": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae.html#examples-using-modelimport_hdf5_composite_cae", - "title": "import_hdf5_composite_cae > Examples using Model.import_hdf5_composite_cae", - "section": "Examples using Model.import_hdf5_composite_cae", - "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.import_hdf5_composite_cae" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply.html#ansys.acp.core.ModelingGroup.create_modeling_ply", + "title": "create_modeling_ply > create_modeling_ply > create_modeling_ply", + "section": "create_modeling_ply > create_modeling_ply", + "text": "ModelingGroup.create_modeling_ply(*, name='ModelingPly', ply_material=None, oriented_selection_sets=(), ply_angle=0.0, number_of_layers=1, active=True, global_ply_nr=0, selection_rules=(), draping_type='no_draping', draping_seed_point=(0.0, 0.0, 0.0), auto_draping_direction=True, draping_direction=(1.0, 0.0, 0.0), use_default_draping_mesh_size=True, draping_mesh_size=0.0, draping_thickness_correction=True, draping_angle_1_field=None, draping_angle_2_field=None, thickness_type='nominal', thickness_geometry=None, thickness_field=None, thickness_field_type='absolute_values', taper_edges=())\n\nInstantiate a Modeling Ply.\n\nParameters\n\nname (str) – The name of the Modeling Ply\n\nply_material (Fabric | Stackup | SubLaminate | None) – The material (fabric, stackup or sub-laminate) of the ply.\n\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\n\nnumber_of_layers (int) – Number of times the plies are generated.\n\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\n\nglobal_ply_nr (int) – Defines the global ply order.\n\nselection_rules (Iterable[LinkedSelectionRule]) – Selection Rules which may limit the extent of the ply.\n\ndraping_type (DrapingType) – Chooses between different draping formulations.\n\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\n\nauto_draping_direction (bool) – If True, the fiber direction of the production ply at the draping\n\nseed point is used as draping direction.\n\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\n\nuse_default_draping_mesh_size (bool) – Whether to use the average element size of the shell mesh for the draping.\n\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\n\ndraping_thickness_correction (bool) – Enables the thickness correction of draped plies based on the draping\nshear angle.\n\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\n\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\n\nthickness_type (ThicknessType) – Choose between ThicknessType.FROM_GEOMETRY or\nThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\n\nthickness_geometry (VirtualGeometry | None) – Defines the geometry used to determine the ply thickness. Only applies if\nthickness_type is ThicknessType.FROM_GEOMETRY.\n\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\n\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\n\ntaper_edges (Iterable[TaperEdge]) – Defines the taper edges of the ply.\n\nReturn type\n\nModelingPly\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.volume", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.volume.html#volume", - "title": "volume", - "section": "volume", - "text": "volume" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_modeling_ply.html#examples-using-modelinggroupcreate_modeling_ply", + "title": "create_modeling_ply > Examples using ModelingGroup.create_modeling_ply", + "section": "Examples using ModelingGroup.create_modeling_ply", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using ModelingGroup.create_modeling_ply" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.volume", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.volume.html#ansys.acp.core.mesh_data.ModelElementalData.volume", - "title": "volume > volume > volume", - "section": "volume > volume", - "text": "ModelElementalData.volume: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.html#productionplyelementaldata", + "title": "ProductionPlyElementalData", + "section": "ProductionPlyElementalData", + "text": "Represents elemental data for a Production Ply.\nProductionPlyElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nProductionPlyElementalData.area\n\nProductionPlyElementalData.cog\n\nProductionPlyElementalData.design_angle\n\nProductionPlyElementalData.draped_fiber_angle\n\nProductionPlyElementalData.draped_fiber_direction\n\nProductionPlyElementalData.draped_transverse_angle\n\nProductionPlyElementalData.draped_transverse_direction\n\nProductionPlyElementalData.fiber_direction\n\nProductionPlyElementalData.mass\n\nProductionPlyElementalData.normal\n\nProductionPlyElementalData.offset\n\nProductionPlyElementalData.orientation\n\nProductionPlyElementalData.price\n\nProductionPlyElementalData.reference_direction\n\nProductionPlyElementalData.relative_thickness_correction\n\nProductionPlyElementalData.shear_angle\n\nProductionPlyElementalData.thickness\n\nProductionPlyElementalData.transverse_direction\n\nProductionPlyElementalData.volume\n\nProductionPlyElementalData.element_labels\n\nProductionPlyElementalData\nProductionPlyElementalData.get_pyvista_mesh\nProductionPlyElementalData.area\nProductionPlyElementalData.cog\nProductionPlyElementalData.design_angle\nProductionPlyElementalData.draped_fiber_angle\nProductionPlyElementalData.draped_fiber_direction\nProductionPlyElementalData.draped_transverse_angle\nProductionPlyElementalData.draped_transverse_direction\nProductionPlyElementalData.fiber_direction\nProductionPlyElementalData.mass\nProductionPlyElementalData.normal\nProductionPlyElementalData.offset\nProductionPlyElementalData.orientation\nProductionPlyElementalData.price\nProductionPlyElementalData.reference_direction\nProductionPlyElementalData.relative_thickness_correction\nProductionPlyElementalData.shear_angle\nProductionPlyElementalData.thickness\nProductionPlyElementalData.transverse_direction\nProductionPlyElementalData.volume\nProductionPlyElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.html#ansys.acp.core.mesh_data.ProductionPlyElementalData", + "title": "ProductionPlyElementalData > ProductionPlyElementalData > ProductionPlyElementalData", + "section": "ProductionPlyElementalData > ProductionPlyElementalData", + "text": "class ansys.acp.core.mesh_data.ProductionPlyElementalData(element_labels, normal=None, orientation=None, reference_direction=None, fiber_direction=None, draped_fiber_direction=None, transverse_direction=None, draped_transverse_direction=None, thickness=None, relative_thickness_correction=None, design_angle=None, shear_angle=None, draped_fiber_angle=None, draped_transverse_angle=None, area=None, price=None, volume=None, mass=None, offset=None, cog=None)\n\nRepresents elemental data for a Production Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nProductionPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nProductionPlyElementalData.area\n\n\n\nProductionPlyElementalData.cog\n\n\n\nProductionPlyElementalData.design_angle\n\n\n\nProductionPlyElementalData.draped_fiber_angle\n\n\n\nProductionPlyElementalData.draped_fiber_direction\n\n\n\nProductionPlyElementalData.draped_transverse_angle\n\n\n\nProductionPlyElementalData.draped_transverse_direction\n\n\n\nProductionPlyElementalData.fiber_direction\n\n\n\nProductionPlyElementalData.mass\n\n\n\nProductionPlyElementalData.normal\n\n\n\nProductionPlyElementalData.offset\n\n\n\nProductionPlyElementalData.orientation\n\n\n\nProductionPlyElementalData.price\n\n\n\nProductionPlyElementalData.reference_direction\n\n\n\nProductionPlyElementalData.relative_thickness_correction\n\n\n\nProductionPlyElementalData.shear_angle\n\n\n\nProductionPlyElementalData.thickness\n\n\n\nProductionPlyElementalData.transverse_direction\n\n\n\nProductionPlyElementalData.volume\n\n\n\nProductionPlyElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.delete.html#ansys.acp.core.VariableOffsetSelectionRule.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "VariableOffsetSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.mesh", - "href": "api/_autosummary/ansys.acp.core.ElementSet.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.parent.html#ansys.acp.core.BooleanSelectionRule.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property BooleanSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.mesh", - "href": "api/_autosummary/ansys.acp.core.ElementSet.mesh.html#ansys.acp.core.ElementSet.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property ElementSet.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_1.html#e2_1", + "title": "E2_1", + "section": "E2_1", + "text": "E2_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.mesh", - "href": "api/_autosummary/ansys.acp.core.ElementSet.mesh.html#examples-using-elementsetmesh", - "title": "mesh > Examples using ElementSet.mesh", - "section": "Examples using ElementSet.mesh", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using ElementSet.mesh" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_1", + "title": "E2_1 > E2_1 > E2_1", + "section": "E2_1 > E2_1", + "text": "property ConstantWovenCharacterization.E2_1: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.keep_volume", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.keep_volume.html#keep_volume", + "title": "keep_volume", + "section": "keep_volume", + "text": "keep_volume" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.keep_volume", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.keep_volume.html#ansys.acp.core.DockerComposeLaunchConfig.keep_volume", + "title": "keep_volume > keep_volume > keep_volume", + "section": "keep_volume > keep_volume", + "text": "DockerComposeLaunchConfig.keep_volume: bool = False\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.store.html#ansys.acp.core.TubeSelectionRule.store", - "title": "store > store > store", - "section": "store > store", - "text": "TubeSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.design_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.design_angle.html#design_angle", + "title": "design_angle", + "section": "design_angle", + "text": "design_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.parent", - "href": "api/_autosummary/ansys.acp.core.ElementSet.parent.html#parent", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.design_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.design_angle.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.design_angle", + "title": "design_angle > design_angle > design_angle", + "section": "design_angle > design_angle", + "text": "ProductionPlyElementalData.design_angle: ScalarData[np.float64] | None = None\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.parent", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.parent.html#parent", "title": "parent", "section": "parent", "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.parent", - "href": "api/_autosummary/ansys.acp.core.ElementSet.parent.html#ansys.acp.core.ElementSet.parent", + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.parent", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.parent.html#ansys.acp.core.LayupMappingObject.parent", "title": "parent > parent > parent", "section": "parent > parent", - "text": "property ElementSet.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "text": "property LayupMappingObject.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SURFACE", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SURFACE.html#surface", - "title": "SURFACE", - "section": "SURFACE", - "text": "SURFACE" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.element_sets", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.element_sets.html#element_sets", + "title": "element_sets", + "section": "element_sets", + "text": "element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SURFACE", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SURFACE.html#ansys.acp.core.VirtualGeometryDimension.SURFACE", - "title": "SURFACE > SURFACE > SURFACE", - "section": "SURFACE > SURFACE", - "text": "VirtualGeometryDimension.SURFACE = 'surface'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.element_sets", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.element_sets.html#ansys.acp.core.GeometricalSelectionRule.element_sets", + "title": "element_sets > element_sets > element_sets", + "section": "element_sets > element_sets", + "text": "property GeometricalSelectionRule.element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType", - "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.html#plycutofftype", - "title": "PlyCutOffType", - "section": "PlyCutOffType", - "text": "Options for how ply cut-off is computed.\nPlyCutOffType.PRODUCTION_PLY_CUTOFF\n\nPlyCutOffType.ANALYSIS_PLY_CUTOFF\n\nPlyCutOffType\nPlyCutOffType.PRODUCTION_PLY_CUTOFF\nPlyCutOffType.ANALYSIS_PLY_CUTOFF" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.html#hdf5compositecaeimportmode", + "title": "HDF5CompositeCAEImportMode", + "section": "HDF5CompositeCAEImportMode", + "text": "Options for the import mode of the HDF5 Composite CAE file.\nHDF5CompositeCAEImportMode.APPEND\n\nHDF5CompositeCAEImportMode.OVERWRITE\n\nHDF5CompositeCAEImportMode\nHDF5CompositeCAEImportMode.APPEND\nHDF5CompositeCAEImportMode.OVERWRITE" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType", - "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.html#ansys.acp.core.PlyCutOffType", - "title": "PlyCutOffType > PlyCutOffType > PlyCutOffType", - "section": "PlyCutOffType > PlyCutOffType", - "text": "class ansys.acp.core.PlyCutOffType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how ply cut-off is computed.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nPlyCutOffType.PRODUCTION_PLY_CUTOFF\n\n\n\nPlyCutOffType.ANALYSIS_PLY_CUTOFF\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.html#ansys.acp.core.HDF5CompositeCAEImportMode", + "title": "HDF5CompositeCAEImportMode > HDF5CompositeCAEImportMode > HDF5CompositeCAEImportMode", + "section": "HDF5CompositeCAEImportMode > HDF5CompositeCAEImportMode", + "text": "class ansys.acp.core.HDF5CompositeCAEImportMode(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the import mode of the HDF5 Composite CAE file.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nHDF5CompositeCAEImportMode.APPEND\n\n\n\nHDF5CompositeCAEImportMode.OVERWRITE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT.html#intersect", - "title": "INTERSECT", - "section": "INTERSECT", - "text": "INTERSECT" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.offset_direction_type", + "href": "api/_autosummary/ansys.acp.core.SolidModel.offset_direction_type.html#offset_direction_type", + "title": "offset_direction_type", + "section": "offset_direction_type", + "text": "offset_direction_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT.html#ansys.acp.core.BooleanOperationType.INTERSECT", - "title": "INTERSECT > INTERSECT > INTERSECT", - "section": "INTERSECT > INTERSECT", - "text": "BooleanOperationType.INTERSECT = 'intersect'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.offset_direction_type", + "href": "api/_autosummary/ansys.acp.core.SolidModel.offset_direction_type.html#ansys.acp.core.SolidModel.offset_direction_type", + "title": "offset_direction_type > offset_direction_type > offset_direction_type", + "section": "offset_direction_type > offset_direction_type", + "text": "property SolidModel.offset_direction_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT.html#examples-using-booleanoperationtypeintersect", - "title": "INTERSECT > Examples using BooleanOperationType.INTERSECT", - "section": "Examples using BooleanOperationType.INTERSECT", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using BooleanOperationType.INTERSECT" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_neg", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_neg.html#p_22_neg", + "title": "p_22_neg", + "section": "p_22_neg", + "text": "p_22_neg" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_material_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_material_index.html#use_default_material_index", - "title": "use_default_material_index", - "section": "use_default_material_index", - "text": "use_default_material_index" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_neg", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_neg.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_neg", + "title": "p_22_neg > p_22_neg > p_22_neg", + "section": "p_22_neg > p_22_neg", + "text": "property ConstantPuckConstants.p_22_neg: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_material_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_material_index.html#ansys.acp.core.SolidModelExportSettings.use_default_material_index", - "title": "use_default_material_index > use_default_material_index > use_default_material_index", - "section": "use_default_material_index > use_default_material_index", - "text": "property SolidModelExportSettings.use_default_material_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.OPTIMIZATION_EXAMPLE_DAT", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.OPTIMIZATION_EXAMPLE_DAT.html#optimization_example_dat", + "title": "OPTIMIZATION_EXAMPLE_DAT", + "section": "OPTIMIZATION_EXAMPLE_DAT", + "text": "OPTIMIZATION_EXAMPLE_DAT" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_geometry", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_geometry.html#mesh_geometry", - "title": "mesh_geometry", - "section": "mesh_geometry", - "text": "mesh_geometry" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.OPTIMIZATION_EXAMPLE_DAT", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.OPTIMIZATION_EXAMPLE_DAT.html#ansys.acp.core.extras.example_helpers.ExampleKeys.OPTIMIZATION_EXAMPLE_DAT", + "title": "OPTIMIZATION_EXAMPLE_DAT > OPTIMIZATION_EXAMPLE_DAT > OPTIMIZATION_EXAMPLE_DAT", + "section": "OPTIMIZATION_EXAMPLE_DAT > OPTIMIZATION_EXAMPLE_DAT", + "text": "ExampleKeys.OPTIMIZATION_EXAMPLE_DAT = 11\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_geometry", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_geometry.html#ansys.acp.core.ImportedModelingPly.mesh_geometry", - "title": "mesh_geometry > mesh_geometry > mesh_geometry", - "section": "mesh_geometry > mesh_geometry", - "text": "property ImportedModelingPly.mesh_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.scope_entities", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.scope_entities.html#scope_entities", + "title": "scope_entities", + "section": "scope_entities", + "text": "scope_entities" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.scope_entities", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.scope_entities.html#ansys.acp.core.FieldDefinition.scope_entities", + "title": "scope_entities > scope_entities > scope_entities", + "section": "scope_entities > scope_entities", + "text": "property FieldDefinition.scope_entities: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.store.html#ansys.acp.core.SphericalSelectionRule.store", - "title": "store > store > store", - "section": "store > store", - "text": "SphericalSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.clone", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.store", - "href": "api/_autosummary/ansys.acp.core.Stackup.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.clone", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.clone.html#ansys.acp.core.InterfaceLayer.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "InterfaceLayer.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.store", - "href": "api/_autosummary/ansys.acp.core.Stackup.store.html#ansys.acp.core.Stackup.store", - "title": "store > store > store", - "section": "store > store", - "text": "Stackup.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.FIBER_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.FIBER_DIRECTION.html#fiber_direction", + "title": "FIBER_DIRECTION", + "section": "FIBER_DIRECTION", + "text": "FIBER_DIRECTION" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.point", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.point.html#point", - "title": "point", - "section": "point", - "text": "point" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.FIBER_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.FIBER_DIRECTION.html#ansys.acp.core.ElementalDataType.FIBER_DIRECTION", + "title": "FIBER_DIRECTION > FIBER_DIRECTION > FIBER_DIRECTION", + "section": "FIBER_DIRECTION > FIBER_DIRECTION", + "text": "ElementalDataType.FIBER_DIRECTION = 'fiber_direction'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.point", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.point.html#ansys.acp.core.SamplingPoint.point", - "title": "point > point > point", - "section": "point > point", - "text": "property SamplingPoint.point: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.NodalDataType.PLY_OFFSET", + "href": "api/_autosummary/ansys.acp.core.NodalDataType.PLY_OFFSET.html#ply_offset", + "title": "PLY_OFFSET", + "section": "PLY_OFFSET", + "text": "PLY_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.NodalDataType.PLY_OFFSET", + "href": "api/_autosummary/ansys.acp.core.NodalDataType.PLY_OFFSET.html#ansys.acp.core.NodalDataType.PLY_OFFSET", + "title": "PLY_OFFSET > PLY_OFFSET > PLY_OFFSET", + "section": "PLY_OFFSET > PLY_OFFSET", + "text": "NodalDataType.PLY_OFFSET = 'ply_offset'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ProductionPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.import_materials", + "href": "api/_autosummary/ansys.acp.core.Model.import_materials.html#import_materials", + "title": "import_materials", + "section": "import_materials", + "text": "Import materials from a MatML file.\nImport materials from a MatML.xml (Engineering Data) file.\nOptionally, a material APDL file can be defined. This is a pre-generated\nsolver snippet, needed in case of variable materials or non-standard\nmaterial models. The snippet is used when exporting solid models or\nsurface section cuts in the CDB format.\nmatml_path (str | PathLike[str]) – File path to the MatML file.\nmaterial_apdl_path (str | PathLike[str] | None) – File path to the material APDL file.\nimport_materials\nMatML.xml" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.import_materials", + "href": "api/_autosummary/ansys.acp.core.Model.import_materials.html#ansys.acp.core.Model.import_materials", + "title": "import_materials > import_materials > import_materials", + "section": "import_materials > import_materials", + "text": "Model.import_materials(matml_path, *, material_apdl_path=None)\n\nImport materials from a MatML file.\n\nImport materials from a MatML.xml (Engineering Data) file.\n\nOptionally, a material APDL file can be defined. This is a pre-generated\nsolver snippet, needed in case of variable materials or non-standard\nmaterial models. The snippet is used when exporting solid models or\nsurface section cuts in the CDB format.\n\nParameters\n\nmatml_path (str | PathLike[str]) – File path to the MatML file.\n\nmaterial_apdl_path (str | PathLike[str] | None) – File path to the material APDL file.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.import_materials", + "href": "api/_autosummary/ansys.acp.core.Model.import_materials.html#examples-using-modelimport_materials", + "title": "import_materials > Examples using Model.import_materials", + "section": "Examples using Model.import_materials", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nExamples using Model.import_materials" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.swapcase", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.swapcase.html#swapcase", + "title": "swapcase", + "section": "swapcase", + "text": "Convert uppercase characters to lowercase and lowercase characters to uppercase.\nswapcase" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.swapcase", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.swapcase.html#ansys.acp.core.LaunchMode.swapcase", + "title": "swapcase > swapcase > swapcase", + "section": "swapcase > swapcase", + "text": "LaunchMode.swapcase(/)\n\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.html#lookuptable3d", - "title": "LookUpTable3D", - "section": "LookUpTable3D", - "text": "Instantiate a 3D Look-Up Table.\nThe three-dimensional look-up table is defined by 3D data points. The\nlocations of these data points are defined by the Location column,\nwhich:\nhas shape (N, 3), where N is the number of data points (rows)\nis automatically created when the look-up table is instantiated\ncannot be deleted or renamed\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\ninterpolation_algorithm (LookUpTable3DInterpolationAlgorithm) – Algorithm used to interpolate the values of the look-up table.\nuse_default_search_radius (bool) – If True, estimate the search radius used in the weightest nearest\nneighbor algorithm automatically.\nsearch_radius (float) – Search radius used for the interpolation with the weighted nearest\nneighbor algorithm.\nnum_min_neighbors (int) – Minimum number of neighbors used for the interpolation when using the\nweighted nearest neighbor algorithm.\nAdded in ACP server version 24.2.\nLookUpTable3D.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nLookUpTable3D.create_column(*[, name, ...])\nInstantiate a Column of a 3D Look-Up Table.\nLookUpTable3D.delete()\nDelete the object.\nLookUpTable3D.store(parent)\nStore the object on the server.\nLookUpTable3D.columns\n\nLookUpTable3D.id\nIdentifier of the object, used for example as key in maps.\nLookUpTable3D.interpolation_algorithm\n\nLookUpTable3D.name\nThe name of the object.\nLookUpTable3D.num_min_neighbors\n\nLookUpTable3D.parent\nThe parent of the object.\nLookUpTable3D.search_radius\n\nLookUpTable3D.status\n\nLookUpTable3D.use_default_search_radius\n\nLookUpTable3D\nLocation\n(N, 3)\nN\nLocation\nNaN\nTrue\nLookUpTable3D.clone\nLookUpTable3D.create_column\nLookUpTable3D.delete\nLookUpTable3D.store\nLookUpTable3D.columns\nLookUpTable3D.id\nLookUpTable3D.interpolation_algorithm\nLookUpTable3D.name\nLookUpTable3D.num_min_neighbors\nLookUpTable3D.parent\nLookUpTable3D.search_radius\nLookUpTable3D.status\nLookUpTable3D.use_default_search_radius" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.direction", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.direction.html#direction", + "title": "direction", + "section": "direction", + "text": "direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.html#ansys.acp.core.LookUpTable3D", - "title": "LookUpTable3D > LookUpTable3D > LookUpTable3D", - "section": "LookUpTable3D > LookUpTable3D", - "text": "class ansys.acp.core.LookUpTable3D(*, name='LookUpTable3D', interpolation_algorithm='weighted_nearest_neighbor', use_default_search_radius=True, search_radius=0.0, num_min_neighbors=1)\n\nInstantiate a 3D Look-Up Table.\n\nThe three-dimensional look-up table is defined by 3D data points. The\nlocations of these data points are defined by the Location column,\nwhich:\n\nhas shape (N, 3), where N is the number of data points (rows)\n\nis automatically created when the look-up table is instantiated\n\ncannot be deleted or renamed\n\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\n\nParameters\n\ninterpolation_algorithm (LookUpTable3DInterpolationAlgorithm) – Algorithm used to interpolate the values of the look-up table.\n\nuse_default_search_radius (bool) – If True, estimate the search radius used in the weightest nearest\nneighbor algorithm automatically.\n\nsearch_radius (float) – Search radius used for the interpolation with the weighted nearest\nneighbor algorithm.\n\nnum_min_neighbors (int) – Minimum number of neighbors used for the interpolation when using the\nweighted nearest neighbor algorithm.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLookUpTable3D.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nLookUpTable3D.create_column(*[, name, ...])\n\nInstantiate a Column of a 3D Look-Up Table.\n\nLookUpTable3D.delete()\n\nDelete the object.\n\nLookUpTable3D.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLookUpTable3D.columns\n\n\n\nLookUpTable3D.id\n\nIdentifier of the object, used for example as key in maps.\n\nLookUpTable3D.interpolation_algorithm\n\n\n\nLookUpTable3D.name\n\nThe name of the object.\n\nLookUpTable3D.num_min_neighbors\n\n\n\nLookUpTable3D.parent\n\nThe parent of the object.\n\nLookUpTable3D.search_radius\n\n\n\nLookUpTable3D.status\n\n\n\nLookUpTable3D.use_default_search_radius\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.direction", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.direction.html#ansys.acp.core.CylindricalSelectionRule.direction", + "title": "direction > direction > direction", + "section": "direction > direction", + "text": "property CylindricalSelectionRule.direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.html#examples-using-lookuptable3d", - "title": "LookUpTable3D > Examples using LookUpTable3D", - "section": "Examples using LookUpTable3D", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using LookUpTable3D" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_stackup", + "href": "api/_autosummary/ansys.acp.core.Model.create_stackup.html#create_stackup", + "title": "create_stackup", + "section": "create_stackup", + "text": "Instantiate a Stackup.\nname (str) – Name of the stackup.\nsymmetry (SymmetryType) – Whether the stackup is odd or even symmetrical, or none.\ntopdown (bool) – The first fabric in the list is placed first in the mold if topdown is true.\nfabrics (Sequence[FabricWithAngle]) – List of fabrics with angles which build the stackup.\narea_price (float) – Price per area of the stackup.\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\nStackup\nAdded in ACP server version 24.2.\ncreate_stackup" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.PRICE", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.PRICE.html#price", - "title": "PRICE", - "section": "PRICE", - "text": "PRICE" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_stackup", + "href": "api/_autosummary/ansys.acp.core.Model.create_stackup.html#ansys.acp.core.Model.create_stackup", + "title": "create_stackup > create_stackup > create_stackup", + "section": "create_stackup > create_stackup", + "text": "Model.create_stackup(*, name='Stackup', symmetry='no_symmetry', topdown=True, fabrics=(), area_price=0.0, drop_off_material_handling='global', drop_off_material=None, cut_off_material=None, cut_off_material_handling='computed', draping_material_model='woven', draping_ud_coefficient=0.0)\n\nInstantiate a Stackup.\n\nParameters\n\nname (str) – Name of the stackup.\n\nsymmetry (SymmetryType) – Whether the stackup is odd or even symmetrical, or none.\n\ntopdown (bool) – The first fabric in the list is placed first in the mold if topdown is true.\n\nfabrics (Sequence[FabricWithAngle]) – List of fabrics with angles which build the stackup.\n\narea_price (float) – Price per area of the stackup.\n\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\n\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\n\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\n\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\n\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\n\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\n\nReturn type\n\nStackup\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.PRICE", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.PRICE.html#ansys.acp.core.ElementalDataType.PRICE", - "title": "PRICE > PRICE > PRICE", - "section": "PRICE > PRICE", - "text": "ElementalDataType.PRICE = 'price'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_stackup", + "href": "api/_autosummary/ansys.acp.core.Model.create_stackup.html#examples-using-modelcreate_stackup", + "title": "create_stackup > Examples using Model.create_stackup", + "section": "Examples using Model.create_stackup", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using Model.create_stackup" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.store", - "href": "api/_autosummary/ansys.acp.core.SectionCut.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE.html#maximum_angle", + "title": "MAXIMUM_ANGLE", + "section": "MAXIMUM_ANGLE", + "text": "MAXIMUM_ANGLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.store", - "href": "api/_autosummary/ansys.acp.core.SectionCut.store.html#ansys.acp.core.SectionCut.store", - "title": "store > store > store", - "section": "store > store", - "text": "SectionCut.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE.html#ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE", + "title": "MAXIMUM_ANGLE > MAXIMUM_ANGLE > MAXIMUM_ANGLE", + "section": "MAXIMUM_ANGLE > MAXIMUM_ANGLE", + "text": "RosetteSelectionMethod.MAXIMUM_ANGLE = 'maximum_angle'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.upper", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.upper.html#upper", + "title": "upper", + "section": "upper", + "text": "Return a copy of the string converted to uppercase.\nupper" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.node_labels.html#ansys.acp.core.mesh_data.ElementSetNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "ElementSetNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.upper", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.upper.html#ansys.acp.core.LaunchMode.upper", + "title": "upper > upper > upper", + "section": "upper > upper", + "text": "LaunchMode.upper(/)\n\nReturn a copy of the string converted to uppercase.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.html#geometricalselectionrulenodaldata", - "title": "GeometricalSelectionRuleNodalData", - "section": "GeometricalSelectionRuleNodalData", - "text": "Represents nodal data for a Geometrical Selection Rule.\nGeometricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nGeometricalSelectionRuleNodalData.node_labels\n\nGeometricalSelectionRuleNodalData\nGeometricalSelectionRuleNodalData.get_pyvista_mesh\nGeometricalSelectionRuleNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.SectionCutType", + "href": "api/_autosummary/ansys.acp.core.SectionCutType.html#sectioncuttype", + "title": "SectionCutType", + "section": "SectionCutType", + "text": "Determines whether the section cut is extruded by modeling ply, production ply, or analysis ply.\nSectionCutType.MODELING_PLY_WISE\n\nSectionCutType.PRODUCTION_PLY_WISE\n\nSectionCutType.ANALYSIS_PLY_WISE\n\nSectionCutType\nSectionCutType.MODELING_PLY_WISE\nSectionCutType.PRODUCTION_PLY_WISE\nSectionCutType.ANALYSIS_PLY_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData", - "title": "GeometricalSelectionRuleNodalData > GeometricalSelectionRuleNodalData > GeometricalSelectionRuleNodalData", - "section": "GeometricalSelectionRuleNodalData > GeometricalSelectionRuleNodalData", - "text": "class ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Geometrical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nGeometricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nGeometricalSelectionRuleNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SectionCutType", + "href": "api/_autosummary/ansys.acp.core.SectionCutType.html#ansys.acp.core.SectionCutType", + "title": "SectionCutType > SectionCutType > SectionCutType", + "section": "SectionCutType > SectionCutType", + "text": "class ansys.acp.core.SectionCutType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines whether the section cut is extruded by modeling ply, production ply, or analysis ply.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSectionCutType.MODELING_PLY_WISE\n\n\n\nSectionCutType.PRODUCTION_PLY_WISE\n\n\n\nSectionCutType.ANALYSIS_PLY_WISE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_x", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_x.html#translation_x", - "title": "translation_x", - "section": "translation_x", - "text": "translation_x" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.thickness", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_x", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_x.html#ansys.acp.core.CoordinateTransformation.translation_x", - "title": "translation_x > translation_x > translation_x", - "section": "translation_x > translation_x", - "text": "CoordinateTransformation.translation_x: float = 0.0\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.thickness", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.thickness.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "AnalysisPlyElementalData.thickness: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.add_sub_shape", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.add_sub_shape.html#add_sub_shape", - "title": "add_sub_shape", - "section": "add_sub_shape", - "text": "Add a SubShape to the VirtualGeometry.\nSee SubShape for the available parameters.\nSubShape\nadd_sub_shape\nSubShape" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.islower", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.islower.html#islower", + "title": "islower", + "section": "islower", + "text": "Return True if the string is a lowercase string, False otherwise.\nA string is lowercase if all cased characters in the string are lowercase and\nthere is at least one cased character in the string.\nislower" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.add_sub_shape", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.add_sub_shape.html#ansys.acp.core.VirtualGeometry.add_sub_shape", - "title": "add_sub_shape > add_sub_shape > add_sub_shape", - "section": "add_sub_shape > add_sub_shape", - "text": "VirtualGeometry.add_sub_shape(cad_geometry, path)\n\nAdd a SubShape to the VirtualGeometry.\n\nSee SubShape for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSubShape" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.islower", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.islower.html#ansys.acp.core.LaunchMode.islower", + "title": "islower > islower > islower", + "section": "islower > islower", + "text": "LaunchMode.islower(/)\n\nReturn True if the string is a lowercase string, False otherwise.\n\nA string is lowercase if all cased characters in the string are lowercase and\nthere is at least one cased character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT.html#basic_flat_plate_dat", - "title": "BASIC_FLAT_PLATE_DAT", - "section": "BASIC_FLAT_PLATE_DAT", - "text": "BASIC_FLAT_PLATE_DAT" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.OVERWRITE", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.OVERWRITE.html#overwrite", + "title": "OVERWRITE", + "section": "OVERWRITE", + "text": "OVERWRITE" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT.html#ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT", - "title": "BASIC_FLAT_PLATE_DAT > BASIC_FLAT_PLATE_DAT > BASIC_FLAT_PLATE_DAT", - "section": "BASIC_FLAT_PLATE_DAT > BASIC_FLAT_PLATE_DAT", - "text": "ExampleKeys.BASIC_FLAT_PLATE_DAT = 1\n\n" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.OVERWRITE", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.OVERWRITE.html#ansys.acp.core.HDF5CompositeCAEImportMode.OVERWRITE", + "title": "OVERWRITE > OVERWRITE > OVERWRITE", + "section": "OVERWRITE > OVERWRITE", + "text": "HDF5CompositeCAEImportMode.OVERWRITE = 'overwrite'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT.html#examples-using-examplekeysbasic_flat_plate_dat", - "title": "BASIC_FLAT_PLATE_DAT > Examples using ExampleKeys.BASIC_FLAT_PLATE_DAT", - "section": "Examples using ExampleKeys.BASIC_FLAT_PLATE_DAT", - "text": "sphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nExamples using ExampleKeys.BASIC_FLAT_PLATE_DAT" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.parent", + "href": "api/_autosummary/ansys.acp.core.Sensor.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.parent", + "href": "api/_autosummary/ansys.acp.core.Sensor.parent.html#ansys.acp.core.Sensor.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property Sensor.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "TubeSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.IGES", + "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.IGES.html#iges", + "title": "IGES", + "section": "IGES", + "text": "IGES" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu13", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu13.html#nu13", - "title": "nu13", - "section": "nu13", - "text": "nu13" + "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.IGES", + "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.IGES.html#ansys.acp.core.PlyGeometryExportFormat.IGES", + "title": "IGES > IGES > IGES", + "section": "IGES > IGES", + "text": "PlyGeometryExportFormat.IGES = 'iges'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu13", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu13.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu13", - "title": "nu13 > nu13 > nu13", - "section": "nu13 > nu13", - "text": "property ConstantEngineeringConstants.nu13: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_edge_sets", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_edge_sets.html#transferred_edge_sets", + "title": "transferred_edge_sets", + "section": "transferred_edge_sets", + "text": "transferred_edge_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_edge_sets", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_edge_sets.html#ansys.acp.core.SolidModelExportSettings.transferred_edge_sets", + "title": "transferred_edge_sets > transferred_edge_sets > transferred_edge_sets", + "section": "transferred_edge_sets > transferred_edge_sets", + "text": "property SolidModelExportSettings.transferred_edge_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.name.html#ansys.acp.core.CylindricalSelectionRule.name", - "title": "name > name > name", - "section": "name > name", - "text": "property CylindricalSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.woven_characterization", + "href": "api/_autosummary/ansys.acp.core.Material.woven_characterization.html#woven_characterization", + "title": "woven_characterization", + "section": "woven_characterization", + "text": "woven_characterization" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.store", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.Material.woven_characterization", + "href": "api/_autosummary/ansys.acp.core.Material.woven_characterization.html#ansys.acp.core.Material.woven_characterization", + "title": "woven_characterization > woven_characterization > woven_characterization", + "section": "woven_characterization > woven_characterization", + "text": "property Material.woven_characterization: TC | TV | None\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle", + "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.html#fabricwithangle", + "title": "FabricWithAngle", + "section": "FabricWithAngle", + "text": "Defines a fabric of a stackup.\nfabric (Fabric) – Link to an existing fabric.\nangle (float) – Orientation angle in degree of the fabric with respect to the reference direction.\nAdded in ACP server version 24.2.\nFabricWithAngle.clone()\nCreate a new unstored FabricWithAngle with the same properties.\nFabricWithAngle.angle\nOrientation angle in degree of the fabric with respect to the reference direction.\nFabricWithAngle.fabric\nLinked fabric.\nFabricWithAngle\nFabricWithAngle.clone\nFabricWithAngle.angle\nFabricWithAngle.fabric" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.store", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.store.html#ansys.acp.core.LookUpTable3D.store", - "title": "store > store > store", - "section": "store > store", - "text": "LookUpTable3D.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle", + "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.html#ansys.acp.core.FabricWithAngle", + "title": "FabricWithAngle > FabricWithAngle > FabricWithAngle", + "section": "FabricWithAngle > FabricWithAngle", + "text": "class ansys.acp.core.FabricWithAngle(fabric, angle=0.0)\n\nDefines a fabric of a stackup.\n\nParameters\n\nfabric (Fabric) – Link to an existing fabric.\n\nangle (float) – Orientation angle in degree of the fabric with respect to the reference direction.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nFabricWithAngle.clone()\n\nCreate a new unstored FabricWithAngle with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nFabricWithAngle.angle\n\nOrientation angle in degree of the fabric with respect to the reference direction.\n\nFabricWithAngle.fabric\n\nLinked fabric.\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_1.html#nu12_1", - "title": "nu12_1", - "section": "nu12_1", - "text": "nu12_1" + "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle", + "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.html#examples-using-fabricwithangle", + "title": "FabricWithAngle > Examples using FabricWithAngle", + "section": "Examples using FabricWithAngle", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using FabricWithAngle" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_1", - "title": "nu12_1 > nu12_1 > nu12_1", - "section": "nu12_1 > nu12_1", - "text": "property ConstantWovenCharacterization.nu12_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.delete", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.html#constantlarcconstants", - "title": "ConstantLaRCConstants", - "section": "ConstantLaRCConstants", - "text": "Constant LaRC failure criterion properties.\nAdded in ACP server version 24.2.\nConstantLaRCConstants.fracture_angle_under_compression\n\nConstantLaRCConstants.fracture_toughness_mode_1\n\nConstantLaRCConstants.fracture_toughness_mode_2\n\nConstantLaRCConstants.fracture_toughness_ratio\n\nConstantLaRCConstants.thin_ply_thickness_limit\n\nConstantLaRCConstants\nConstantLaRCConstants.fracture_angle_under_compression\nConstantLaRCConstants.fracture_toughness_mode_1\nConstantLaRCConstants.fracture_toughness_mode_2\nConstantLaRCConstants.fracture_toughness_ratio\nConstantLaRCConstants.thin_ply_thickness_limit" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.delete", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.delete.html#ansys.acp.core.ExtrusionGuide.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "ExtrusionGuide.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants", - "title": "ConstantLaRCConstants > ConstantLaRCConstants > ConstantLaRCConstants", - "section": "ConstantLaRCConstants > ConstantLaRCConstants", - "text": "class ansys.acp.core.material_property_sets.ConstantLaRCConstants(*, fracture_angle_under_compression=53.0, fracture_toughness_ratio=0.0, fracture_toughness_mode_1=0.0, fracture_toughness_mode_2=0.0, thin_ply_thickness_limit=0.0, _parent_object=None, _attribute_path=None)\n\nConstant LaRC failure criterion properties.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantLaRCConstants.fracture_angle_under_compression\n\n\n\nConstantLaRCConstants.fracture_toughness_mode_1\n\n\n\nConstantLaRCConstants.fracture_toughness_mode_2\n\n\n\nConstantLaRCConstants.fracture_toughness_ratio\n\n\n\nConstantLaRCConstants.thin_ply_thickness_limit\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_bottom", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_bottom.html#disable_drop_offs_on_bottom", + "title": "disable_drop_offs_on_bottom", + "section": "disable_drop_offs_on_bottom", + "text": "disable_drop_offs_on_bottom" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.upper_limit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.upper_limit.html#upper_limit", - "title": "upper_limit", - "section": "upper_limit", - "text": "upper_limit" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_bottom", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_bottom.html#ansys.acp.core.DropOffSettings.disable_drop_offs_on_bottom", + "title": "disable_drop_offs_on_bottom > disable_drop_offs_on_bottom > disable_drop_offs_on_bottom", + "section": "disable_drop_offs_on_bottom > disable_drop_offs_on_bottom", + "text": "property DropOffSettings.disable_drop_offs_on_bottom: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.upper_limit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.upper_limit.html#ansys.acp.core.material_property_sets.FieldVariable.upper_limit", - "title": "upper_limit > upper_limit > upper_limit", - "section": "upper_limit > upper_limit", - "text": "FieldVariable.upper_limit: float\n\n" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB.html#basic_flat_plate_solid_mesh_cdb", + "title": "BASIC_FLAT_PLATE_SOLID_MESH_CDB", + "section": "BASIC_FLAT_PLATE_SOLID_MESH_CDB", + "text": "BASIC_FLAT_PLATE_SOLID_MESH_CDB" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.active_in_post_mode", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.active_in_post_mode.html#active_in_post_mode", - "title": "active_in_post_mode", - "section": "active_in_post_mode", - "text": "active_in_post_mode" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB.html#ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB", + "title": "BASIC_FLAT_PLATE_SOLID_MESH_CDB > BASIC_FLAT_PLATE_SOLID_MESH_CDB > BASIC_FLAT_PLATE_SOLID_MESH_CDB", + "section": "BASIC_FLAT_PLATE_SOLID_MESH_CDB > BASIC_FLAT_PLATE_SOLID_MESH_CDB", + "text": "ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB = 4\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.active_in_post_mode", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.active_in_post_mode.html#ansys.acp.core.AnalysisPly.active_in_post_mode", - "title": "active_in_post_mode > active_in_post_mode > active_in_post_mode", - "section": "active_in_post_mode > active_in_post_mode", - "text": "property AnalysisPly.active_in_post_mode: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.fabrics", + "href": "api/_autosummary/ansys.acp.core.Stackup.fabrics.html#fabrics", + "title": "fabrics", + "section": "fabrics", + "text": "fabrics" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry", - "href": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry.html#create_snap_to_geometry", - "title": "create_snap_to_geometry", - "section": "create_snap_to_geometry", - "text": "Instantiate a snap-to geometry.\nname (str) – Name of the snap-to geometry.\nactive (bool) – Inactive snap-to geometries are not used in the solid model extrusion.\norientation_type (SnapToGeometryOrientationType) – Determines whether the snap-to geometry is applied to the top or bottom\nsurface of the layup.\ncad_geometry (VirtualGeometry | None) – The geometry to snap to.\noriented_selection_set (OrientedSelectionSet | None) – Defines the extent over which the snap-to geometry is applied. The normal\nof the oriented selection set is used to determine the top and bottom\nsurfaces of the layup.\nSnapToGeometry\nAdded in ACP server version 25.1.\ncreate_snap_to_geometry" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.fabrics", + "href": "api/_autosummary/ansys.acp.core.Stackup.fabrics.html#ansys.acp.core.Stackup.fabrics", + "title": "fabrics > fabrics > fabrics", + "section": "fabrics > fabrics", + "text": "property Stackup.fabrics: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry", - "href": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry.html#ansys.acp.core.SolidModel.create_snap_to_geometry", - "title": "create_snap_to_geometry > create_snap_to_geometry > create_snap_to_geometry", - "section": "create_snap_to_geometry > create_snap_to_geometry", - "text": "SolidModel.create_snap_to_geometry(*, name='SnapToGeometry', active=True, orientation_type='top', cad_geometry=None, oriented_selection_set=None)\n\nInstantiate a snap-to geometry.\n\nParameters\n\nname (str) – Name of the snap-to geometry.\n\nactive (bool) – Inactive snap-to geometries are not used in the solid model extrusion.\n\norientation_type (SnapToGeometryOrientationType) – Determines whether the snap-to geometry is applied to the top or bottom\nsurface of the layup.\n\ncad_geometry (VirtualGeometry | None) – The geometry to snap to.\n\noriented_selection_set (OrientedSelectionSet | None) – Defines the extent over which the snap-to geometry is applied. The normal\nof the oriented selection set is used to determine the top and bottom\nsurfaces of the layup.\n\nReturn type\n\nSnapToGeometry\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.name", + "href": "api/_autosummary/ansys.acp.core.Rosette.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry", - "href": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry.html#examples-using-solidmodelcreate_snap_to_geometry", - "title": "create_snap_to_geometry > Examples using SolidModel.create_snap_to_geometry", - "section": "Examples using SolidModel.create_snap_to_geometry", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SolidModel.create_snap_to_geometry" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.name", + "href": "api/_autosummary/ansys.acp.core.Rosette.name.html#ansys.acp.core.Rosette.name", + "title": "name > name > name", + "section": "name > name", + "text": "property Rosette.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/007-sensor", - "href": "examples/modeling_features/007-sensor.html#sensor", - "title": "Sensor", - "section": "Sensor", - "text": "The Sensor capabilities to analyze the composite structure\nis demonstrated in this example. A sensor is used to compute the weight,\narea, cost, etc. of the model or specific entities such as ply material,\nmodeling ply, etc.\nSensor\nSensor" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.swapcase", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.swapcase.html#swapcase", + "title": "swapcase", + "section": "swapcase", + "text": "Convert uppercase characters to lowercase and lowercase characters to uppercase.\nswapcase" }, { - "objectID": "examples/modeling_features/007-sensor", - "href": "examples/modeling_features/007-sensor.html#import-modules", - "title": "Sensor > Import modules", - "section": "Import modules", - "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.swapcase", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.swapcase.html#ansys.acp.core.material_property_sets.PuckMaterialType.swapcase", + "title": "swapcase > swapcase > swapcase", + "section": "swapcase > swapcase", + "text": "PuckMaterialType.swapcase(/)\n\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/007-sensor", - "href": "examples/modeling_features/007-sensor.html#start-acp-and-load-the-model", - "title": "Sensor > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from the input file which contains\na formula 1 front wing with layup. The plot shows the total\nlaminate thickness per element.\nSet price per area for all fabrics.\nStart ACP and load the model" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "examples/modeling_features/007-sensor", - "href": "examples/modeling_features/007-sensor.html#sensor-by-area", - "title": "Sensor > Sensor by area", - "section": "Sensor by area", - "text": "Sensor by area" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.status.html#ansys.acp.core.GeometricalSelectionRule.status", + "title": "status > status > status", + "section": "status > status", + "text": "property GeometricalSelectionRule.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/007-sensor", - "href": "examples/modeling_features/007-sensor.html#entire-model", - "title": "Sensor > Entire Model", - "section": "Entire Model", - "text": "The first sensor is applied to the entire model to compute for example\nthe total weight, area of production material, and material cost.\nUpdate the model to compute the sensor values.\nPrint the values. The production ply area is the area of production material.\nEntire Model\nproduction ply area" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.is_remote", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.is_remote.html#is_remote", + "title": "is_remote", + "section": "is_remote", + "text": "Whether the server is remote or local.\nis_remote" }, { - "objectID": "examples/modeling_features/007-sensor", - "href": "examples/modeling_features/007-sensor.html#scope-to-a-specific-component", - "title": "Sensor > Scope to a specific component", - "section": "Scope to a specific component", - "text": "Compute the measures for the nose only. Note that OrientedSelectionSet\ncan also be used to scope the sensor.\nScope to a specific component\nOrientedSelectionSet" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.is_remote", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.is_remote.html#ansys.acp.core.ACPInstance.is_remote", + "title": "is_remote > is_remote > is_remote", + "section": "is_remote > is_remote", + "text": "property ACPInstance.is_remote: bool\n\nWhether the server is remote or local.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/007-sensor", - "href": "examples/modeling_features/007-sensor.html#sensor-by-material", - "title": "Sensor > Sensor by material", - "section": "Sensor by material", - "text": "A sensor can also be used to compute the amount of a certain ply material\n(Fabric, Stackup, SubLaminate).\nSensor by material\nFabric\nStackup\nSubLaminate" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_pos", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_pos.html#p_21_pos", + "title": "p_21_pos", + "section": "p_21_pos", + "text": "p_21_pos" }, { - "objectID": "examples/modeling_features/007-sensor", - "href": "examples/modeling_features/007-sensor.html#sensor-by-ply", - "title": "Sensor > Sensor by ply", - "section": "Sensor by ply", - "text": "A sensor can also be scoped to a specific ply or a list of plies. In this example,\na ply of the suction side and a ply of the pressure side of wing 3 are selected.\nTotal running time of the script: (0 minutes 24.622 seconds)\nDownload Jupyter notebook: 007-sensor.ipynb\nDownload Python source code: 007-sensor.py\nDownload zipped: 007-sensor.zip\nGallery generated by Sphinx-Gallery\nSensor by ply\nDownload Jupyter notebook: 007-sensor.ipynb\nDownload Python source code: 007-sensor.py\nDownload zipped: 007-sensor.zip" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_pos", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_pos.html#ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_pos", + "title": "p_21_pos > p_21_pos > p_21_pos", + "section": "p_21_pos > p_21_pos", + "text": "property VariablePuckConstants.p_21_pos: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_2.html#e2_2", - "title": "E2_2", - "section": "E2_2", - "text": "E2_2" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.offset.html#offset", + "title": "offset", + "section": "offset", + "text": "offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_2", - "title": "E2_2 > E2_2 > E2_2", - "section": "E2_2 > E2_2", - "text": "property ConstantWovenCharacterization.E2_2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.offset.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.offset", + "title": "offset > offset > offset", + "section": "offset > offset", + "text": "AnalysisPlyElementalData.offset: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.locked", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL.html#radial", + "title": "RADIAL", + "section": "RADIAL", + "text": "RADIAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.locked", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.locked.html#ansys.acp.core.EdgeSet.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property EdgeSet.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL.html#ansys.acp.core.RosetteType.RADIAL", + "title": "RADIAL > RADIAL > RADIAL", + "section": "RADIAL > RADIAL", + "text": "RosetteType.RADIAL = 'radial'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rpartition", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rpartition.html#rpartition", - "title": "rpartition", - "section": "rpartition", - "text": "Partition the string into three parts using the given separator.\nThis will search for the separator in the string, starting at the end. If\nthe separator is found, returns a 3-tuple containing the part before the\nseparator, the separator itself, and the part after it.\nIf the separator is not found, returns a 3-tuple containing two empty strings\nand the original string.\nrpartition" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL.html#examples-using-rosettetyperadial", + "title": "RADIAL > Examples using RosetteType.RADIAL", + "section": "Examples using RosetteType.RADIAL", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType.RADIAL" }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rpartition", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rpartition.html#ansys.acp.core.material_property_sets.PuckMaterialType.rpartition", - "title": "rpartition > rpartition > rpartition", - "section": "rpartition > rpartition", - "text": "PuckMaterialType.rpartition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nThis will search for the separator in the string, starting at the end. If\nthe separator is found, returns a 3-tuple containing the part before the\nseparator, the separator itself, and the part after it.\n\nIf the separator is not found, returns a 3-tuple containing two empty strings\nand the original string.\n\n!! processed by numpydoc !!" + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.html#constanttsaiwuconstants", + "title": "ConstantTsaiWuConstants", + "section": "ConstantTsaiWuConstants", + "text": "Constant Tsai-Wu constants material property set.\nAdded in ACP server version 24.2.\nConstantTsaiWuConstants.XY\n\nConstantTsaiWuConstants.XZ\n\nConstantTsaiWuConstants.YZ\n\nConstantTsaiWuConstants\nConstantTsaiWuConstants.XY\nConstantTsaiWuConstants.XZ\nConstantTsaiWuConstants.YZ" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MATERIALS_XML", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MATERIALS_XML.html#materials_xml", - "title": "MATERIALS_XML", - "section": "MATERIALS_XML", - "text": "MATERIALS_XML" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.html#ansys.acp.core.material_property_sets.ConstantTsaiWuConstants", + "title": "ConstantTsaiWuConstants > ConstantTsaiWuConstants > ConstantTsaiWuConstants", + "section": "ConstantTsaiWuConstants > ConstantTsaiWuConstants", + "text": "class ansys.acp.core.material_property_sets.ConstantTsaiWuConstants(*, XY=-1.0, XZ=-1.0, YZ=-1.0, _parent_object=None, _attribute_path=None)\n\nConstant Tsai-Wu constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantTsaiWuConstants.XY\n\n\n\nConstantTsaiWuConstants.XZ\n\n\n\nConstantTsaiWuConstants.YZ\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MATERIALS_XML", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MATERIALS_XML.html#ansys.acp.core.extras.example_helpers.ExampleKeys.MATERIALS_XML", - "title": "MATERIALS_XML > MATERIALS_XML > MATERIALS_XML", - "section": "MATERIALS_XML > MATERIALS_XML", - "text": "ExampleKeys.MATERIALS_XML = 14\n\n" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.scalar_field", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.scalar_field.html#scalar_field", + "title": "scalar_field", + "section": "scalar_field", + "text": "scalar_field" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.scalar_field", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.scalar_field.html#ansys.acp.core.FieldDefinition.scalar_field", + "title": "scalar_field > scalar_field > scalar_field", + "section": "scalar_field > scalar_field", + "text": "property FieldDefinition.scalar_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "ParallelSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.cog", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.cog.html#cog", + "title": "cog", + "section": "cog", + "text": "cog" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isascii", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isascii.html#isascii", - "title": "isascii", - "section": "isascii", - "text": "Return True if all characters in the string are ASCII, False otherwise.\nASCII characters have code points in the range U+0000-U+007F.\nEmpty string is ASCII too.\nisascii" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.cog", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.cog.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.cog", + "title": "cog > cog > cog", + "section": "cog > cog", + "text": "AnalysisPlyElementalData.cog: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isascii", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isascii.html#ansys.acp.core.material_property_sets.PuckMaterialType.isascii", - "title": "isascii > isascii > isascii", - "section": "isascii > isascii", - "text": "PuckMaterialType.isascii(/)\n\nReturn True if all characters in the string are ASCII, False otherwise.\n\nASCII characters have code points in the range U+0000-U+007F.\nEmpty string is ASCII too.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.thickness", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups", - "href": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups.html#imported_modeling_groups", - "title": "imported_modeling_groups", - "section": "imported_modeling_groups", - "text": "imported_modeling_groups" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.thickness", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.thickness.html#ansys.acp.core.mesh_data.ModelElementalData.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "ModelElementalData.thickness: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups", - "href": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups.html#ansys.acp.core.Model.imported_modeling_groups", - "title": "imported_modeling_groups > imported_modeling_groups > imported_modeling_groups", - "section": "imported_modeling_groups > imported_modeling_groups", - "text": "property Model.imported_modeling_groups: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.clone", + "href": "api/_autosummary/ansys.acp.core.Fabric.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups", - "href": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups.html#examples-using-modelimported_modeling_groups", - "title": "imported_modeling_groups > Examples using Model.imported_modeling_groups", - "section": "Examples using Model.imported_modeling_groups", - "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.imported_modeling_groups" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.clone", + "href": "api/_autosummary/ansys.acp.core.Fabric.clone.html#ansys.acp.core.Fabric.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "Fabric.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.offset.html#offset", - "title": "offset", - "section": "offset", - "text": "offset" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.ANALYSIS_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.ANALYSIS_PLY_WISE.html#analysis_ply_wise", + "title": "ANALYSIS_PLY_WISE", + "section": "ANALYSIS_PLY_WISE", + "text": "ANALYSIS_PLY_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.offset.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.offset", - "title": "offset > offset > offset", - "section": "offset > offset", - "text": "ProductionPlyElementalData.offset: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.ANALYSIS_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.ANALYSIS_PLY_WISE.html#ansys.acp.core.ExtrusionMethod.ANALYSIS_PLY_WISE", + "title": "ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE", + "section": "ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE", + "text": "ExtrusionMethod.ANALYSIS_PLY_WISE = 'analysis_ply_wise'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.store", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_SOLID_MODEL", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_SOLID_MODEL.html#sensor_by_solid_model", + "title": "SENSOR_BY_SOLID_MODEL", + "section": "SENSOR_BY_SOLID_MODEL", + "text": "SENSOR_BY_SOLID_MODEL" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.store", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.store.html#ansys.acp.core.LookUpTable1DColumn.store", - "title": "store > store > store", - "section": "store > store", - "text": "LookUpTable1DColumn.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_SOLID_MODEL", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_SOLID_MODEL.html#ansys.acp.core.SensorType.SENSOR_BY_SOLID_MODEL", + "title": "SENSOR_BY_SOLID_MODEL > SENSOR_BY_SOLID_MODEL > SENSOR_BY_SOLID_MODEL", + "section": "SENSOR_BY_SOLID_MODEL > SENSOR_BY_SOLID_MODEL", + "text": "SensorType.SENSOR_BY_SOLID_MODEL = 'sensor_by_solid_model'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.html#trianglemesh", - "title": "TriangleMesh", - "section": "TriangleMesh", - "text": "Represents a mesh consisting of triangle faces only.\nTriangleMesh.to_pyvista()\nConvert the mesh data to a PyVista object.\nTriangleMesh.node_coordinates\n\nTriangleMesh.element_nodes\n\nTriangleMesh\nTriangleMesh.to_pyvista\nTriangleMesh.node_coordinates\nTriangleMesh.element_nodes" + "objectID": "api/_autosummary/ansys.acp.core.ArrowType.NO_ARROW", + "href": "api/_autosummary/ansys.acp.core.ArrowType.NO_ARROW.html#no_arrow", + "title": "NO_ARROW", + "section": "NO_ARROW", + "text": "NO_ARROW" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.html#ansys.acp.core.mesh_data.TriangleMesh", - "title": "TriangleMesh > TriangleMesh > TriangleMesh", - "section": "TriangleMesh > TriangleMesh", - "text": "class ansys.acp.core.mesh_data.TriangleMesh(node_coordinates, element_nodes)\n\nRepresents a mesh consisting of triangle faces only.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nTriangleMesh.to_pyvista()\n\nConvert the mesh data to a PyVista object.\n\n\n\nAttributes\n\n\n\n\n\n\n\nTriangleMesh.node_coordinates\n\n\n\nTriangleMesh.element_nodes\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ArrowType.NO_ARROW", + "href": "api/_autosummary/ansys.acp.core.ArrowType.NO_ARROW.html#ansys.acp.core.ArrowType.NO_ARROW", + "title": "NO_ARROW > NO_ARROW > NO_ARROW", + "section": "NO_ARROW > NO_ARROW", + "text": "ArrowType.NO_ARROW = 'no_arrow'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core._model_printer.Node", - "href": "api/_autosummary/ansys.acp.core._model_printer.Node.html#node", - "title": "Node", - "section": "Node", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nA node in a tree representation of the model.\nlabel (str) – Label of the node.\nchildren (list[Node] | None) – Children of the node.\nNode" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.html#variableoffsetselectionruleelementaldata", + "title": "VariableOffsetSelectionRuleElementalData", + "section": "VariableOffsetSelectionRuleElementalData", + "text": "Represents elemental data for a VariableOffset Selection Rule.\nVariableOffsetSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nVariableOffsetSelectionRuleElementalData.normal\n\nVariableOffsetSelectionRuleElementalData.element_labels\n\nVariableOffsetSelectionRuleElementalData\nVariableOffsetSelectionRuleElementalData.get_pyvista_mesh\nVariableOffsetSelectionRuleElementalData.normal\nVariableOffsetSelectionRuleElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core._model_printer.Node", - "href": "api/_autosummary/ansys.acp.core._model_printer.Node.html#ansys.acp.core._model_printer.Node", - "title": "Node > Node > Node", - "section": "Node > Node", - "text": "class ansys.acp.core._model_printer.Node(label, children=None)\n\nA node in a tree representation of the model.\n\nParameters\n\nlabel (str) – Label of the node.\n\nchildren (list[Node] | None) – Children of the node.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData", + "title": "VariableOffsetSelectionRuleElementalData > VariableOffsetSelectionRuleElementalData > VariableOffsetSelectionRuleElementalData", + "section": "VariableOffsetSelectionRuleElementalData > VariableOffsetSelectionRuleElementalData", + "text": "class ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a VariableOffset Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nVariableOffsetSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableOffsetSelectionRuleElementalData.normal\n\n\n\nVariableOffsetSelectionRuleElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.name", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "BooleanSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.name", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.name.html#ansys.acp.core.LookUpTable1D.name", + "title": "name > name > name", + "section": "name > name", + "text": "property LookUpTable1D.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffType.INSIDE_PLY", - "href": "api/_autosummary/ansys.acp.core.DropOffType.INSIDE_PLY.html#inside_ply", - "title": "INSIDE_PLY", - "section": "INSIDE_PLY", - "text": "INSIDE_PLY" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.origin", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.origin.html#origin", + "title": "origin", + "section": "origin", + "text": "origin" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffType.INSIDE_PLY", - "href": "api/_autosummary/ansys.acp.core.DropOffType.INSIDE_PLY.html#ansys.acp.core.DropOffType.INSIDE_PLY", - "title": "INSIDE_PLY > INSIDE_PLY > INSIDE_PLY", - "section": "INSIDE_PLY > INSIDE_PLY", - "text": "DropOffType.INSIDE_PLY = 'inside_ply'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.origin", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.origin.html#ansys.acp.core.CylindricalSelectionRule.origin", + "title": "origin > origin > origin", + "section": "origin > origin", + "text": "property CylindricalSelectionRule.origin: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.minimum_volume", - "href": "api/_autosummary/ansys.acp.core.SolidModel.minimum_volume.html#minimum_volume", - "title": "minimum_volume", - "section": "minimum_volume", - "text": "minimum_volume" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.id", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.minimum_volume", - "href": "api/_autosummary/ansys.acp.core.SolidModel.minimum_volume.html#ansys.acp.core.SolidModel.minimum_volume", - "title": "minimum_volume > minimum_volume > minimum_volume", - "section": "minimum_volume > minimum_volume", - "text": "property SolidModel.minimum_volume: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.id", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.id.html#ansys.acp.core.OrientedSelectionSet.id", + "title": "id > id > id", + "section": "id > id", + "text": "property OrientedSelectionSet.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.name", - "href": "api/_autosummary/ansys.acp.core.SolidModel.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.shear_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.shear_angle.html#shear_angle", + "title": "shear_angle", + "section": "shear_angle", + "text": "shear_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.name", - "href": "api/_autosummary/ansys.acp.core.SolidModel.name.html#ansys.acp.core.SolidModel.name", - "title": "name > name > name", - "section": "name > name", - "text": "property SolidModel.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.shear_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.shear_angle.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.shear_angle", + "title": "shear_angle > shear_angle > shear_angle", + "section": "shear_angle > shear_angle", + "text": "ProductionPlyElementalData.shear_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubShape.cad_geometry", - "href": "api/_autosummary/ansys.acp.core.SubShape.cad_geometry.html#cad_geometry", - "title": "cad_geometry", - "section": "cad_geometry", - "text": "Linked CAD geometry.\ncad_geometry" + "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_acp", + "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_acp.html#url_acp", + "title": "url_acp", + "section": "url_acp", + "text": "url_acp" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubShape.cad_geometry", - "href": "api/_autosummary/ansys.acp.core.SubShape.cad_geometry.html#ansys.acp.core.SubShape.cad_geometry", - "title": "cad_geometry > cad_geometry > cad_geometry", - "section": "cad_geometry > cad_geometry", - "text": "property SubShape.cad_geometry: CADGeometry\n\nLinked CAD geometry.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_acp", + "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_acp.html#ansys.acp.core.ConnectLaunchConfig.url_acp", + "title": "url_acp > url_acp > url_acp", + "section": "url_acp > url_acp", + "text": "ConnectLaunchConfig.url_acp: str = 'localhost:50555'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.add_selection_rule", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.add_selection_rule.html#add_selection_rule", - "title": "add_selection_rule", - "section": "add_selection_rule", - "text": "Add a LinkedSelectionRule to the BooleanSelectionRule.\nSee LinkedSelectionRule for the available parameters.\nLinkedSelectionRule\nadd_selection_rule\nLinkedSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.compose_file", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.compose_file.html#compose_file", + "title": "compose_file", + "section": "compose_file", + "text": "compose_file" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.add_selection_rule", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.add_selection_rule.html#ansys.acp.core.BooleanSelectionRule.add_selection_rule", - "title": "add_selection_rule > add_selection_rule > add_selection_rule", - "section": "add_selection_rule > add_selection_rule", - "text": "BooleanSelectionRule.add_selection_rule(selection_rule, *, operation_type='intersect', template_rule=False, parameter_1=0.0, parameter_2=0.0)\n\nAdd a LinkedSelectionRule to the BooleanSelectionRule.\n\nSee LinkedSelectionRule for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nLinkedSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.compose_file", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.compose_file.html#ansys.acp.core.DockerComposeLaunchConfig.compose_file", + "title": "compose_file > compose_file > compose_file", + "section": "compose_file > compose_file", + "text": "DockerComposeLaunchConfig.compose_file: str | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.html#fielddefinition", - "title": "FieldDefinition", - "section": "FieldDefinition", - "text": "Instantiate a Field Definition.\nA field definition is used to configure the state of variable materials.\nFor instance, a Lookup Table can be used to define the distribution of a\nstate of material field (e.g. degradation). The field definition allows\nto define the material field per element or per ply and element.\nNote: Field definitions are currently only supported through (Py)Mechanical.\nThe direct interface of PyACP to (Py)MADL ignores field definitions.\nname (str) – Name of the field definition.\nactive (bool) – Inactive field definitions are ignored.\nfield_variable_name (str) – Links the material field to a field variable name.\nThe field variable name must be defined in the material properties.\nNote that the Temperature and Shear Angle field variables are not available\nfor Field Definitions. Temperature is defined through the solution and Shear Angle\nis defined via draping calculations.\nscope_entities (Sequence[ElementSet | OrientedSelectionSet | ModelingPly]) – Define the scope of the field definition. You can use a combination\nof Element Sets and Oriented Selection Sets for elemental scope.\nFor ply-wise field definitions, a combination of Modeling Plies can be selected.\nNote that the field definition is only applied to the Analysis Plies attached to\nthe Modeling Plies. A combination of elemental and ply-wise definition is not supported.\nscalar_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Select the scalar Look-Up Table column from which the state of the field\nvariable is interpolated from.\nfull_mapping (bool) – Specify to include the shell offset of each analysis ply for the interpolation process.\nThe default is to interpolate the state of the field variables at the shell element centroid.\nFor solid elements, the position of each analysis ply is automatically considered.\nAdded in ACP server version 25.1.\nFieldDefinition.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nFieldDefinition.delete()\nDelete the object.\nFieldDefinition.store(parent)\nStore the object on the server.\nFieldDefinition.active\n\nFieldDefinition.field_variable_name\n\nFieldDefinition.full_mapping\n\nFieldDefinition.id\nIdentifier of the object, used for example as key in maps.\nFieldDefinition.name\nThe name of the object.\nFieldDefinition.parent\nThe parent of the object.\nFieldDefinition.scalar_field\n\nFieldDefinition.scope_entities\n\nFieldDefinition.status\n\nFieldDefinition\nTemperature\nShear Angle\nFieldDefinition.clone\nFieldDefinition.delete\nFieldDefinition.store\nFieldDefinition.active\nFieldDefinition.field_variable_name\nFieldDefinition.full_mapping\nFieldDefinition.id\nFieldDefinition.name\nFieldDefinition.parent\nFieldDefinition.scalar_field\nFieldDefinition.scope_entities\nFieldDefinition.status" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.html#ansys.acp.core.FieldDefinition", - "title": "FieldDefinition > FieldDefinition > FieldDefinition", - "section": "FieldDefinition > FieldDefinition", - "text": "class ansys.acp.core.FieldDefinition(*, name='FieldDefinition', active=True, field_variable_name='', scope_entities=(), scalar_field=None, full_mapping=False)\n\nInstantiate a Field Definition.\n\nA field definition is used to configure the state of variable materials.\nFor instance, a Lookup Table can be used to define the distribution of a\nstate of material field (e.g. degradation). The field definition allows\nto define the material field per element or per ply and element.\n\nNote: Field definitions are currently only supported through (Py)Mechanical.\nThe direct interface of PyACP to (Py)MADL ignores field definitions.\n\nParameters\n\nname (str) – Name of the field definition.\n\nactive (bool) – Inactive field definitions are ignored.\n\nfield_variable_name (str) – Links the material field to a field variable name.\nThe field variable name must be defined in the material properties.\nNote that the Temperature and Shear Angle field variables are not available\nfor Field Definitions. Temperature is defined through the solution and Shear Angle\nis defined via draping calculations.\n\nscope_entities (Sequence[ElementSet | OrientedSelectionSet | ModelingPly]) – Define the scope of the field definition. You can use a combination\nof Element Sets and Oriented Selection Sets for elemental scope.\nFor ply-wise field definitions, a combination of Modeling Plies can be selected.\nNote that the field definition is only applied to the Analysis Plies attached to\nthe Modeling Plies. A combination of elemental and ply-wise definition is not supported.\n\nscalar_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Select the scalar Look-Up Table column from which the state of the field\nvariable is interpolated from.\n\nfull_mapping (bool) – Specify to include the shell offset of each analysis ply for the interpolation process.\nThe default is to interpolate the state of the field variables at the shell element centroid.\nFor solid elements, the position of each analysis ply is automatically considered.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nFieldDefinition.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nFieldDefinition.delete()\n\nDelete the object.\n\nFieldDefinition.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nFieldDefinition.active\n\n\n\nFieldDefinition.field_variable_name\n\n\n\nFieldDefinition.full_mapping\n\n\n\nFieldDefinition.id\n\nIdentifier of the object, used for example as key in maps.\n\nFieldDefinition.name\n\nThe name of the object.\n\nFieldDefinition.parent\n\nThe parent of the object.\n\nFieldDefinition.scalar_field\n\n\n\nFieldDefinition.scope_entities\n\n\n\nFieldDefinition.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.id.html#ansys.acp.core.ParallelSelectionRule.id", + "title": "id > id > id", + "section": "id > id", + "text": "property ParallelSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.SensorType", + "href": "api/_autosummary/ansys.acp.core.SensorType.html#sensortype", + "title": "SensorType", + "section": "SensorType", + "text": "Options for the type of sensor.\nSensorType.SENSOR_BY_AREA\n\nSensorType.SENSOR_BY_MATERIAL\n\nSensorType.SENSOR_BY_PLIES\n\nSensorType.SENSOR_BY_SOLID_MODEL\n\nSensorType\nSensorType.SENSOR_BY_AREA\nSensorType.SENSOR_BY_MATERIAL\nSensorType.SENSOR_BY_PLIES\nSensorType.SENSOR_BY_SOLID_MODEL" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete.html#ansys.acp.core.ImportedSolidModel.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "ImportedSolidModel.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SensorType", + "href": "api/_autosummary/ansys.acp.core.SensorType.html#ansys.acp.core.SensorType", + "title": "SensorType > SensorType > SensorType", + "section": "SensorType > SensorType", + "text": "class ansys.acp.core.SensorType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the type of sensor.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSensorType.SENSOR_BY_AREA\n\n\n\nSensorType.SENSOR_BY_MATERIAL\n\n\n\nSensorType.SENSOR_BY_PLIES\n\n\n\nSensorType.SENSOR_BY_SOLID_MODEL\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lstrip", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lstrip.html#lstrip", - "title": "lstrip", - "section": "lstrip", - "text": "Return a copy of the string with leading whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nlstrip" + "objectID": "api/_autosummary/ansys.acp.core.SensorType", + "href": "api/_autosummary/ansys.acp.core.SensorType.html#examples-using-sensortype", + "title": "SensorType > Examples using SensorType", + "section": "Examples using SensorType", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using SensorType" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lstrip", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lstrip.html#ansys.acp.core.material_property_sets.PuckMaterialType.lstrip", - "title": "lstrip > lstrip > lstrip", - "section": "lstrip > lstrip", - "text": "PuckMaterialType.lstrip(chars=None, /)\n\nReturn a copy of the string with leading whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.store", + "href": "api/_autosummary/ansys.acp.core.Stackup.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.global_ply_nr", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.global_ply_nr.html#global_ply_nr", - "title": "global_ply_nr", - "section": "global_ply_nr", - "text": "global_ply_nr" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.store", + "href": "api/_autosummary/ansys.acp.core.Stackup.store.html#ansys.acp.core.Stackup.store", + "title": "store > store > store", + "section": "store > store", + "text": "Stackup.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.global_ply_nr", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.global_ply_nr.html#ansys.acp.core.InterfaceLayer.global_ply_nr", - "title": "global_ply_nr > global_ply_nr > global_ply_nr", - "section": "global_ply_nr > global_ply_nr", - "text": "property InterfaceLayer.global_ply_nr: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_material", + "href": "api/_autosummary/ansys.acp.core.Model.create_material.html#create_material", + "title": "create_material", + "section": "create_material", + "text": "Instantiate a Material.\nThe active material property sets are determined by the ply_type. For\nexample, puck_constants are only active when the ply_type is either\nPlyType.REGULAR or PlyType.WOVEN.\nThe inactive property sets can still be set, but may not be accessible:\nFor stored materials, inactive property sets always return None.\nFor unstored materials, inactive property sets can be accessed. They\nreturn None after storing.\nname (str) – Name of the Material.\nply_type (PlyType) – Define the type of material such as core, uni-directional (regular), woven, or isotropic.\ndensity (ConstantDensity | None) – Define the density of the material.\nengineering_constants (ConstantEngineeringConstants | None) – Define the material stiffness (Young’s moduli, Poisson ratios and shear moduli).\nstress_limits (ConstantStressLimits | None) – Define the stress limits for the evaluation of failure criteria with ansys.dpf.composites.\nstrain_limits (ConstantStrainLimits | None) – Define the strain limits for the evaluation of failure criteria with ansys.dpf.composites.\npuck_constants (ConstantPuckConstants | None) – Define the puck constants for the evaluation of the Puck criterion with ansys.dpf.composites.\nwoven_characterization (ConstantWovenCharacterization | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_1 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_2 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_2 – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_stress_limits_1 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_stress_limits_2 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\ntsai_wu_constants (ConstantTsaiWuConstants | None) – Define the Tsai-Wu constants for the evaluation of the Tsai-Wu criterion\nwith ansys.dpf.composites.\nlarc_constants (ConstantLaRCConstants | None) – Define the LaRC constants for the evaluation of the LaRC criterion with\nansys.dpf.composites.\nfabric_fiber_angle (ConstantFabricFiberAngle | None) – Define the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\nMaterial\nAdded in ACP server version 24.2.\ncreate_material\nply_type\npuck_constants\nply_type\nPlyType.REGULAR\nPlyType.WOVEN\nNone\nNone" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.clone", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_material", + "href": "api/_autosummary/ansys.acp.core.Model.create_material.html#ansys.acp.core.Model.create_material", + "title": "create_material > create_material > create_material", + "section": "create_material > create_material", + "text": "Model.create_material(*, name='Material', ply_type='undefined', density=None, engineering_constants=None, stress_limits=None, strain_limits=None, puck_constants=None, woven_characterization=None, woven_puck_constants_1=None, woven_puck_constants_2=None, woven_stress_limits_1=None, woven_stress_limits_2=None, tsai_wu_constants=None, larc_constants=None, fabric_fiber_angle=None)\n\nInstantiate a Material.\n\nThe active material property sets are determined by the ply_type. For\nexample, puck_constants are only active when the ply_type is either\nPlyType.REGULAR or PlyType.WOVEN.\n\nThe inactive property sets can still be set, but may not be accessible:\n\nFor stored materials, inactive property sets always return None.\n\nFor unstored materials, inactive property sets can be accessed. They\nreturn None after storing.\n\nParameters\n\nname (str) – Name of the Material.\n\nply_type (PlyType) – Define the type of material such as core, uni-directional (regular), woven, or isotropic.\n\ndensity (ConstantDensity | None) – Define the density of the material.\n\nengineering_constants (ConstantEngineeringConstants | None) – Define the material stiffness (Young’s moduli, Poisson ratios and shear moduli).\n\nstress_limits (ConstantStressLimits | None) – Define the stress limits for the evaluation of failure criteria with ansys.dpf.composites.\n\nstrain_limits (ConstantStrainLimits | None) – Define the strain limits for the evaluation of failure criteria with ansys.dpf.composites.\n\npuck_constants (ConstantPuckConstants | None) – Define the puck constants for the evaluation of the Puck criterion with ansys.dpf.composites.\n\nwoven_characterization (ConstantWovenCharacterization | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_1 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_2 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_2 – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_stress_limits_1 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_stress_limits_2 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\ntsai_wu_constants (ConstantTsaiWuConstants | None) – Define the Tsai-Wu constants for the evaluation of the Tsai-Wu criterion\nwith ansys.dpf.composites.\n\nlarc_constants (ConstantLaRCConstants | None) – Define the LaRC constants for the evaluation of the LaRC criterion with\nansys.dpf.composites.\n\nfabric_fiber_angle (ConstantFabricFiberAngle | None) – Define the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\n\nReturn type\n\nMaterial\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.clone", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.clone.html#ansys.acp.core.ButtJointSequence.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "ButtJointSequence.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_material", + "href": "api/_autosummary/ansys.acp.core.Model.create_material.html#examples-using-modelcreate_material", + "title": "create_material > Examples using Model.create_material", + "section": "Examples using Model.create_material", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.create_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.parent", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.check", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.check.html#check", + "title": "check", + "section": "check", + "text": "Check if the ACP instance is running.\ntimeout (float | None) – Time to wait for the ACP instance to respond, in seconds. Note that\nthere is no guarantee that check returns within this time.\nInstead, this parameter is used as a hint to the underlying\nimplementation.\nbool\ncheck\ncheck" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.parent", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.parent.html#ansys.acp.core.LookUpTable3D.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property LookUpTable3D.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.check", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.check.html#ansys.acp.core.ACPInstance.check", + "title": "check > check > check", + "section": "check > check", + "text": "ACPInstance.check(timeout=None)\n\nCheck if the ACP instance is running.\n\nParameters\n\ntimeout (float | None) – Time to wait for the ACP instance to respond, in seconds. Note that\nthere is no guarantee that check returns within this time.\nInstead, this parameter is used as a hint to the underlying\nimplementation.\n\nReturn type\n\nbool\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_2.html#e1_2", - "title": "E1_2", - "section": "E1_2", - "text": "E1_2" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_2", - "title": "E1_2 > E1_2 > E1_2", - "section": "E1_2 > E1_2", - "text": "property ConstantWovenCharacterization.E1_2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.status.html#ansys.acp.core.ParallelSelectionRule.status", + "title": "status > status > status", + "section": "status > status", + "text": "property ParallelSelectionRule.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE.html#from_table", - "title": "FROM_TABLE", - "section": "FROM_TABLE", - "text": "FROM_TABLE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxy.html#sxy", + "title": "Sxy", + "section": "Sxy", + "text": "Sxy" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE.html#ansys.acp.core.ThicknessType.FROM_TABLE", - "title": "FROM_TABLE > FROM_TABLE > FROM_TABLE", - "section": "FROM_TABLE > FROM_TABLE", - "text": "ThicknessType.FROM_TABLE = 'from_table'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxy.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxy", + "title": "Sxy > Sxy > Sxy", + "section": "Sxy > Sxy", + "text": "property ConstantWovenStressLimits.Sxy: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE.html#examples-using-thicknesstypefrom_table", - "title": "FROM_TABLE > Examples using ThicknessType.FROM_TABLE", - "section": "Examples using ThicknessType.FROM_TABLE", - "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ThicknessType.FROM_TABLE" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_geometries", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_geometries.html#cut_off_geometries", + "title": "cut_off_geometries", + "section": "cut_off_geometries", + "text": "cut_off_geometries" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_geometries", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_geometries.html#ansys.acp.core.ImportedSolidModel.cut_off_geometries", + "title": "cut_off_geometries > cut_off_geometries > cut_off_geometries", + "section": "cut_off_geometries > cut_off_geometries", + "text": "property ImportedSolidModel.cut_off_geometries: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.parent.html#ansys.acp.core.GeometricalSelectionRule.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property GeometricalSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh.html#solid_mesh", + "title": "solid_mesh", + "section": "solid_mesh", + "text": "Solid mesh associated with the object.\nsolid_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isdigit", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isdigit.html#isdigit", - "title": "isdigit", - "section": "isdigit", - "text": "Return True if the string is a digit string, False otherwise.\nA string is a digit string if all characters in the string are digits and there\nis at least one character in the string.\nisdigit" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh.html#ansys.acp.core.ImportedAnalysisPly.solid_mesh", + "title": "solid_mesh > solid_mesh > solid_mesh", + "section": "solid_mesh > solid_mesh", + "text": "property ImportedAnalysisPly.solid_mesh: MeshData\n\nSolid mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isdigit", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isdigit.html#ansys.acp.core.LaunchMode.isdigit", - "title": "isdigit > isdigit > isdigit", - "section": "isdigit > isdigit", - "text": "LaunchMode.isdigit(/)\n\nReturn True if the string is a digit string, False otherwise.\n\nA string is a digit string if all characters in the string are digits and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh.html#examples-using-importedanalysisplysolid_mesh", + "title": "solid_mesh > Examples using ImportedAnalysisPly.solid_mesh", + "section": "Examples using ImportedAnalysisPly.solid_mesh", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ImportedAnalysisPly.solid_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.clone", - "href": "api/_autosummary/ansys.acp.core.Rosette.clone.html#clone", + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.clone.html#clone", "title": "clone", "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "text": "Create a new unstored LinkedSelectionRule with the same properties.\nLinkedSelectionRule\nclone" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.clone", - "href": "api/_autosummary/ansys.acp.core.Rosette.clone.html#ansys.acp.core.Rosette.clone", + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.clone.html#ansys.acp.core.LinkedSelectionRule.clone", "title": "clone > clone > clone", "section": "clone > clone", - "text": "Rosette.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "text": "LinkedSelectionRule.clone()\n\nCreate a new unstored LinkedSelectionRule with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nLinkedSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.Status.UPTODATE", - "href": "api/_autosummary/ansys.acp.core.Status.UPTODATE.html#uptodate", - "title": "UPTODATE", - "section": "UPTODATE", - "text": "UPTODATE" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry", + "href": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry.html#create_snap_to_geometry", + "title": "create_snap_to_geometry", + "section": "create_snap_to_geometry", + "text": "Instantiate a snap-to geometry.\nname (str) – Name of the snap-to geometry.\nactive (bool) – Inactive snap-to geometries are not used in the solid model extrusion.\norientation_type (SnapToGeometryOrientationType) – Determines whether the snap-to geometry is applied to the top or bottom\nsurface of the layup.\ncad_geometry (VirtualGeometry | None) – The geometry to snap to.\noriented_selection_set (OrientedSelectionSet | None) – Defines the extent over which the snap-to geometry is applied. The normal\nof the oriented selection set is used to determine the top and bottom\nsurfaces of the layup.\nSnapToGeometry\nAdded in ACP server version 25.1.\ncreate_snap_to_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.Status.UPTODATE", - "href": "api/_autosummary/ansys.acp.core.Status.UPTODATE.html#ansys.acp.core.Status.UPTODATE", - "title": "UPTODATE > UPTODATE > UPTODATE", - "section": "UPTODATE > UPTODATE", - "text": "Status.UPTODATE = 'UPTODATE'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry", + "href": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry.html#ansys.acp.core.SolidModel.create_snap_to_geometry", + "title": "create_snap_to_geometry > create_snap_to_geometry > create_snap_to_geometry", + "section": "create_snap_to_geometry > create_snap_to_geometry", + "text": "SolidModel.create_snap_to_geometry(*, name='SnapToGeometry', active=True, orientation_type='top', cad_geometry=None, oriented_selection_set=None)\n\nInstantiate a snap-to geometry.\n\nParameters\n\nname (str) – Name of the snap-to geometry.\n\nactive (bool) – Inactive snap-to geometries are not used in the solid model extrusion.\n\norientation_type (SnapToGeometryOrientationType) – Determines whether the snap-to geometry is applied to the top or bottom\nsurface of the layup.\n\ncad_geometry (VirtualGeometry | None) – The geometry to snap to.\n\noriented_selection_set (OrientedSelectionSet | None) – Defines the extent over which the snap-to geometry is applied. The normal\nof the oriented selection set is used to determine the top and bottom\nsurfaces of the layup.\n\nReturn type\n\nSnapToGeometry\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.parent", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry", + "href": "api/_autosummary/ansys.acp.core.SolidModel.create_snap_to_geometry.html#examples-using-solidmodelcreate_snap_to_geometry", + "title": "create_snap_to_geometry > Examples using SolidModel.create_snap_to_geometry", + "section": "Examples using SolidModel.create_snap_to_geometry", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SolidModel.create_snap_to_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.parent", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.parent.html#ansys.acp.core.ModelingGroup.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ModelingGroup.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.NodalDataType", + "href": "api/_autosummary/ansys.acp.core.NodalDataType.html#nodaldatatype", + "title": "NodalDataType", + "section": "NodalDataType", + "text": "Options for the type of per-node data.\nNodalDataType.PLY_OFFSET\n\nNodalDataType\nNodalDataType.PLY_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxy.html#sxy", - "title": "Sxy", - "section": "Sxy", - "text": "Sxy" + "objectID": "api/_autosummary/ansys.acp.core.NodalDataType", + "href": "api/_autosummary/ansys.acp.core.NodalDataType.html#ansys.acp.core.NodalDataType", + "title": "NodalDataType > NodalDataType > NodalDataType", + "section": "NodalDataType > NodalDataType", + "text": "class ansys.acp.core.NodalDataType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the type of per-node data.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nNodalDataType.PLY_OFFSET\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxy.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxy", - "title": "Sxy > Sxy > Sxy", - "section": "Sxy > Sxy", - "text": "property ConstantWovenStressLimits.Sxy: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD.html#add", + "title": "ADD", + "section": "ADD", + "text": "ADD" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.ply_angle", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.ply_angle.html#ply_angle", - "title": "ply_angle", - "section": "ply_angle", - "text": "ply_angle" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD.html#ansys.acp.core.BooleanOperationType.ADD", + "title": "ADD > ADD > ADD", + "section": "ADD > ADD", + "text": "BooleanOperationType.ADD = 'add'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.ply_angle", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.ply_angle.html#ansys.acp.core.ModelingPly.ply_angle", - "title": "ply_angle > ply_angle > ply_angle", - "section": "ply_angle > ply_angle", - "text": "property ModelingPly.ply_angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD.html#examples-using-booleanoperationtypeadd", + "title": "ADD > Examples using BooleanOperationType.ADD", + "section": "Examples using BooleanOperationType.ADD", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using BooleanOperationType.ADD" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STEP", - "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STEP.html#step", - "title": "STEP", - "section": "STEP", - "text": "STEP" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE", + "href": "api/_autosummary/ansys.acp.core.PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE.html#orthotropic_homogeneous_core", + "title": "ORTHOTROPIC_HOMOGENEOUS_CORE", + "section": "ORTHOTROPIC_HOMOGENEOUS_CORE", + "text": "ORTHOTROPIC_HOMOGENEOUS_CORE" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STEP", - "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STEP.html#ansys.acp.core.SolidModelSkinExportFormat.STEP", - "title": "STEP > STEP > STEP", - "section": "STEP > STEP", - "text": "SolidModelSkinExportFormat.STEP = 'step'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE", + "href": "api/_autosummary/ansys.acp.core.PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE.html#ansys.acp.core.PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE", + "title": "ORTHOTROPIC_HOMOGENEOUS_CORE > ORTHOTROPIC_HOMOGENEOUS_CORE > ORTHOTROPIC_HOMOGENEOUS_CORE", + "section": "ORTHOTROPIC_HOMOGENEOUS_CORE > ORTHOTROPIC_HOMOGENEOUS_CORE", + "text": "PlyType.ORTHOTROPIC_HOMOGENEOUS_CORE = 'orthotropic_homogeneous_core'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType.html#genericedgepropertytype", - "title": "GenericEdgePropertyType", - "section": "GenericEdgePropertyType", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nProtocol for the definition of ACP edge properties such as FabricWithAngle.\nGenericEdgePropertyType" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.ANSYS_CLASSIC", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.ANSYS_CLASSIC.html#ansys_classic", + "title": "ANSYS_CLASSIC", + "section": "ANSYS_CLASSIC", + "text": "ANSYS_CLASSIC" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType.html#ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType", - "title": "GenericEdgePropertyType > GenericEdgePropertyType > GenericEdgePropertyType", - "section": "GenericEdgePropertyType > GenericEdgePropertyType", - "text": "class ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType(*kwargs)\n\nProtocol for the definition of ACP edge properties such as FabricWithAngle.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.ANSYS_CLASSIC", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.ANSYS_CLASSIC.html#ansys.acp.core.RosetteSelectionMethod.ANSYS_CLASSIC", + "title": "ANSYS_CLASSIC > ANSYS_CLASSIC > ANSYS_CLASSIC", + "section": "ANSYS_CLASSIC > ANSYS_CLASSIC", + "text": "RosetteSelectionMethod.ANSYS_CLASSIC = 'ansys_classic'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zt.html#zt", - "title": "Zt", - "section": "Zt", - "text": "Zt" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.id", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zt.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zt", - "title": "Zt > Zt > Zt", - "section": "Zt > Zt", - "text": "property ConstantWovenStressLimits.Zt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.id", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.id.html#ansys.acp.core.ImportedAnalysisPly.id", + "title": "id > id > id", + "section": "id > id", + "text": "property ImportedAnalysisPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.search_radius", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.search_radius.html#search_radius", - "title": "search_radius", - "section": "search_radius", - "text": "search_radius" + "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.EVEN_SYMMETRY", + "href": "api/_autosummary/ansys.acp.core.SymmetryType.EVEN_SYMMETRY.html#even_symmetry", + "title": "EVEN_SYMMETRY", + "section": "EVEN_SYMMETRY", + "text": "EVEN_SYMMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.search_radius", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.search_radius.html#ansys.acp.core.LookUpTable3D.search_radius", - "title": "search_radius > search_radius > search_radius", - "section": "search_radius > search_radius", - "text": "property LookUpTable3D.search_radius: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.EVEN_SYMMETRY", + "href": "api/_autosummary/ansys.acp.core.SymmetryType.EVEN_SYMMETRY.html#ansys.acp.core.SymmetryType.EVEN_SYMMETRY", + "title": "EVEN_SYMMETRY > EVEN_SYMMETRY > EVEN_SYMMETRY", + "section": "EVEN_SYMMETRY > EVEN_SYMMETRY", + "text": "SymmetryType.EVEN_SYMMETRY = 'even_symmetry'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ElementSet.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.tail_extension", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.tail_extension.html#tail_extension", + "title": "tail_extension", + "section": "tail_extension", + "text": "tail_extension" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ElementSet.elemental_data.html#ansys.acp.core.ElementSet.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property ElementSet.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.tail_extension", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.tail_extension.html#ansys.acp.core.TubeSelectionRule.tail_extension", + "title": "tail_extension > tail_extension > tail_extension", + "section": "tail_extension > tail_extension", + "text": "property TubeSelectionRule.tail_extension: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_filetransfer", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_filetransfer.html#image_name_filetransfer", - "title": "image_name_filetransfer", - "section": "image_name_filetransfer", - "text": "image_name_filetransfer" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.environment_variables", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.environment_variables.html#environment_variables", + "title": "environment_variables", + "section": "environment_variables", + "text": "environment_variables" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_filetransfer", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_filetransfer.html#ansys.acp.core.DockerComposeLaunchConfig.image_name_filetransfer", - "title": "image_name_filetransfer > image_name_filetransfer > image_name_filetransfer", - "section": "image_name_filetransfer > image_name_filetransfer", - "text": "DockerComposeLaunchConfig.image_name_filetransfer: str = 'ghcr.io/ansys/tools-filetransfer:latest'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.environment_variables", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.environment_variables.html#ansys.acp.core.DockerComposeLaunchConfig.environment_variables", + "title": "environment_variables > environment_variables > environment_variables", + "section": "environment_variables > environment_variables", + "text": "DockerComposeLaunchConfig.environment_variables: dict[str, str]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYc.html#eyc", - "title": "eYc", - "section": "eYc", - "text": "eYc" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYc.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eYc", - "title": "eYc > eYc > eYc", - "section": "eYc > eYc", - "text": "property ConstantStrainLimits.eYc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.nodal_data.html#ansys.acp.core.SphericalSelectionRule.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property SphericalSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.cog", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.cog.html#cog", - "title": "cog", - "section": "cog", - "text": "cog" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZc.html#ezc", + "title": "eZc", + "section": "eZc", + "text": "eZc" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZc.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eZc", + "title": "eZc > eZc > eZc", + "section": "eZc > eZc", + "text": "property ConstantStrainLimits.eZc: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.average_element_size", + "href": "api/_autosummary/ansys.acp.core.Model.average_element_size.html#average_element_size", + "title": "average_element_size", + "section": "average_element_size", + "text": "average_element_size" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.average_element_size", + "href": "api/_autosummary/ansys.acp.core.Model.average_element_size.html#ansys.acp.core.Model.average_element_size", + "title": "average_element_size > average_element_size > average_element_size", + "section": "average_element_size > average_element_size", + "text": "property Model.average_element_size: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.cog", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.cog.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.cog", - "title": "cog > cog > cog", - "section": "cog > cog", - "text": "AnalysisPlyElementalData.cog: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.id", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies", - "href": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies.html#analysis_plies", - "title": "analysis_plies", - "section": "analysis_plies", - "text": "analysis_plies" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.id", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.id.html#ansys.acp.core.SubLaminate.id", + "title": "id > id > id", + "section": "id > id", + "text": "property SubLaminate.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies", - "href": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies.html#ansys.acp.core.SolidModel.analysis_plies", - "title": "analysis_plies > analysis_plies > analysis_plies", - "section": "analysis_plies > analysis_plies", - "text": "property SolidModel.analysis_plies: Mapping[ValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.mass", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.mass.html#mass", + "title": "mass", + "section": "mass", + "text": "mass" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies", - "href": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies.html#examples-using-solidmodelanalysis_plies", - "title": "analysis_plies > Examples using SolidModel.analysis_plies", - "section": "Examples using SolidModel.analysis_plies", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SolidModel.analysis_plies" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.mass", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.mass.html#ansys.acp.core.mesh_data.ModelElementalData.mass", + "title": "mass > mass > mass", + "section": "mass > mass", + "text": "ModelElementalData.mass: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.offset", - "href": "api/_autosummary/ansys.acp.core.TaperEdge.offset.html#offset", - "title": "offset", - "section": "offset", - "text": "Move the cutting plane along the out-of-plane direction.\nA negative value cuts the elements at the edge where the in-plane\noffset is -offset/tan(angle).\noffset\n-offset/tan(angle)" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_rosette", + "href": "api/_autosummary/ansys.acp.core.Model.create_rosette.html#create_rosette", + "title": "create_rosette", + "section": "create_rosette", + "text": "Instantiate a Rosette.\nname (str) – Name of the rosette.\nrosette_type (RosetteType) – Type of the rosette.\norigin (tuple[float, float, float]) – Coordinates of the rosette origin.\ndir1 (tuple[float, float, float]) – Direction 1 (x-direction) vector of the Rosette.\ndir2 (tuple[float, float, float]) – Direction 2 (y-direction) vector of the Rosette.\nedge_set (EdgeSet | None) – Edge Set used for the Rosettes with type RosetteType.EDGE_WISE.\nRosette\nAdded in ACP server version 24.2.\ncreate_rosette\nRosetteType.EDGE_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.offset", - "href": "api/_autosummary/ansys.acp.core.TaperEdge.offset.html#ansys.acp.core.TaperEdge.offset", - "title": "offset > offset > offset", - "section": "offset > offset", - "text": "property TaperEdge.offset: float\n\nMove the cutting plane along the out-of-plane direction.\n\nA negative value cuts the elements at the edge where the in-plane\noffset is -offset/tan(angle).\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_rosette", + "href": "api/_autosummary/ansys.acp.core.Model.create_rosette.html#ansys.acp.core.Model.create_rosette", + "title": "create_rosette > create_rosette > create_rosette", + "section": "create_rosette > create_rosette", + "text": "Model.create_rosette(*, name='Rosette', rosette_type='parallel', origin=(0.0, 0.0, 0.0), dir1=(1.0, 0.0, 0.0), dir2=(0.0, 1.0, 0.0), edge_set=None)\n\nInstantiate a Rosette.\n\nParameters\n\nname (str) – Name of the rosette.\n\nrosette_type (RosetteType) – Type of the rosette.\n\norigin (tuple[float, float, float]) – Coordinates of the rosette origin.\n\ndir1 (tuple[float, float, float]) – Direction 1 (x-direction) vector of the Rosette.\n\ndir2 (tuple[float, float, float]) – Direction 2 (y-direction) vector of the Rosette.\n\nedge_set (EdgeSet | None) – Edge Set used for the Rosettes with type RosetteType.EDGE_WISE.\n\nReturn type\n\nRosette\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.name", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_rosette", + "href": "api/_autosummary/ansys.acp.core.Model.create_rosette.html#examples-using-modelcreate_rosette", + "title": "create_rosette > Examples using Model.create_rosette", + "section": "Examples using Model.create_rosette", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.create_rosette" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.name", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.name.html#ansys.acp.core.ImportedModelingPly.name", - "title": "name > name > name", - "section": "name > name", - "text": "property ImportedModelingPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.html#edgeset", - "title": "EdgeSet", - "section": "EdgeSet", - "text": "Instantiate an edge set.\nname (str) – Name of the edge set.\nedge_set_type (EdgeSetType) – Determines how the edge set is defined. Can be one of:EdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\n\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\nDetermines how the edge set is defined. Can be one of:\nEdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\ndefining_node_labels (Collection[int]) – Labels of the nodes in the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_NODES.\nelement_set (ElementSet | None) – The boundary of this element set defines the initial\nedge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\nlimit_angle (float) – The edge set is cropped if the angle between two element edges exceeds this limits (in degrees).\nUse -1. to disable cropping.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\norigin (tuple[float, float, float]) – Defines the starting point of the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\nAdded in ACP server version 24.2.\nEdgeSet.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nEdgeSet.delete()\nDelete the object.\nEdgeSet.store(parent)\nStore the object on the server.\nEdgeSet.defining_node_labels\n\nEdgeSet.edge_set_type\n\nEdgeSet.element_set\n\nEdgeSet.id\nIdentifier of the object, used for example as key in maps.\nEdgeSet.limit_angle\n\nEdgeSet.locked\n\nEdgeSet.name\nThe name of the object.\nEdgeSet.origin\n\nEdgeSet.parent\nThe parent of the object.\nEdgeSet.status\n\nEdgeSet\nEdgeSetType.BY_REFERENCE\nElementSet\nEdgeSetType.BY_NODES\nedge_set_type\nEdgeSetType.BY_NODES\nedge_set_type\nEdgeSetType.BY_REFERENCE\n-1.\nedge_set_type\nEdgeSetType.BY_REFERENCE\nedge_set_type\nEdgeSetType.BY_REFERENCE\nEdgeSet.clone\nEdgeSet.delete\nEdgeSet.store\nEdgeSet.defining_node_labels\nEdgeSet.edge_set_type\nEdgeSet.element_set\nEdgeSet.id\nEdgeSet.limit_angle\nEdgeSet.locked\nEdgeSet.name\nEdgeSet.origin\nEdgeSet.parent\nEdgeSet.status" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ModelingPlyNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ModelingPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.html#ansys.acp.core.EdgeSet", - "title": "EdgeSet > EdgeSet > EdgeSet", - "section": "EdgeSet > EdgeSet", - "text": "class ansys.acp.core.EdgeSet(*, name='EdgeSet', edge_set_type='by_reference', defining_node_labels=(), element_set=None, limit_angle=-1.0, origin=(0.0, 0.0, 0.0))\n\nInstantiate an edge set.\n\nParameters\n\nname (str) – Name of the edge set.\n\nedge_set_type (EdgeSetType) – Determines how the edge set is defined. Can be one of:EdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\n\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\n\ndefining_node_labels (Collection[int]) – Labels of the nodes in the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_NODES.\n\nelement_set (ElementSet | None) – The boundary of this element set defines the initial\nedge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\nlimit_angle (float) – The edge set is cropped if the angle between two element edges exceeds this limits (in degrees).\nUse -1. to disable cropping.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\norigin (tuple[float, float, float]) – Defines the starting point of the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nEdgeSet.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nEdgeSet.delete()\n\nDelete the object.\n\nEdgeSet.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nEdgeSet.defining_node_labels\n\n\n\nEdgeSet.edge_set_type\n\n\n\nEdgeSet.element_set\n\n\n\nEdgeSet.id\n\nIdentifier of the object, used for example as key in maps.\n\nEdgeSet.limit_angle\n\n\n\nEdgeSet.locked\n\n\n\nEdgeSet.name\n\nThe name of the object.\n\nEdgeSet.origin\n\n\n\nEdgeSet.parent\n\nThe parent of the object.\n\nEdgeSet.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL.html#cylindrical", + "title": "CYLINDRICAL", + "section": "CYLINDRICAL", + "text": "CYLINDRICAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.html#examples-using-edgeset", - "title": "EdgeSet > Examples using EdgeSet", - "section": "Examples using EdgeSet", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using EdgeSet" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL.html#ansys.acp.core.RosetteType.CYLINDRICAL", + "title": "CYLINDRICAL > CYLINDRICAL > CYLINDRICAL", + "section": "CYLINDRICAL > CYLINDRICAL", + "text": "RosetteType.CYLINDRICAL = 'cylindrical'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.interpolation_options.html#interpolation_options", - "title": "interpolation_options", - "section": "interpolation_options", - "text": "interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL.html#examples-using-rosettetypecylindrical", + "title": "CYLINDRICAL > Examples using RosetteType.CYLINDRICAL", + "section": "Examples using RosetteType.CYLINDRICAL", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType.CYLINDRICAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.interpolation_options.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.interpolation_options", - "title": "interpolation_options > interpolation_options > interpolation_options", - "section": "interpolation_options > interpolation_options", - "text": "property VariableWovenCharacterization.interpolation_options: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.import_model", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.import_model.html#import_model", + "title": "import_model", + "section": "import_model", + "text": "Load an ACP model from a file.\nname (str | None) – Name of the newly loaded model.\npath (str | PathLike[str]) – Path of the file to be loaded.\nformat (str) – Format of the file to be loaded. Can be one of \"acp:h5\",\n\"ansys:h5\", \"ansys:cdb\", \"ansys:dat\", \"abaqus:inp\",\nor \"nastran:bdf\".\nignored_entities – Entities to ignore when loading the FE file. Can be a subset of\nthe following values:\n\"coordinate_systems\", \"element_sets\", \"materials\",\n\"mesh\", or \"shell_sections\".\nAvailable only when the format is not \"acp:h5\".\nconvert_section_data – Whether to import the section data of a shell model and convert it\ninto ACP composite definitions.\nAvailable only when the format is not \"acp:h5\".\nunit_system – Defines the unit system of the imported file. Must be set if the\ninput file does not have units. If the input file does have units,\nunit_system must be either \"from_file\", or match the input\nunit system.\nAvailable only when the format is not \"acp:h5\".\nThe loaded Model instance.\nModel\nimport_model\n\"acp:h5\"\n\"ansys:h5\"\n\"ansys:cdb\"\n\"ansys:dat\"\n\"abaqus:inp\"\n\"nastran:bdf\"\n\"coordinate_systems\"\n\"element_sets\"\n\"materials\"\n\"mesh\"\n\"shell_sections\"\n\"acp:h5\"\n\"acp:h5\"\nunit_system\n\"from_file\"\n\"acp:h5\"\nModel" }, { - "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp", - "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp.html#export_mesh_for_acp", - "title": "export_mesh_for_acp", - "section": "export_mesh_for_acp", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nExport the mesh from PyMechanical for use in PyACP.\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\npath (str | PathLike[str]) – The path to save the mesh to. The extension must be ‘.h5’.\nexport_mesh_for_acp" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.import_model", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.import_model.html#ansys.acp.core.ACPInstance.import_model", + "title": "import_model > import_model > import_model", + "section": "import_model > import_model", + "text": "ACPInstance.import_model(path, *, name=None, format='acp:h5', **kwargs)\n\nLoad an ACP model from a file.\n\nParameters\n\nname (str | None) – Name of the newly loaded model.\n\npath (str | PathLike[str]) – Path of the file to be loaded.\n\nformat (str) – Format of the file to be loaded. Can be one of \"acp:h5\",\n\"ansys:h5\", \"ansys:cdb\", \"ansys:dat\", \"abaqus:inp\",\nor \"nastran:bdf\".\n\nignored_entities – Entities to ignore when loading the FE file. Can be a subset of\nthe following values:\n\"coordinate_systems\", \"element_sets\", \"materials\",\n\"mesh\", or \"shell_sections\".\nAvailable only when the format is not \"acp:h5\".\n\nconvert_section_data – Whether to import the section data of a shell model and convert it\ninto ACP composite definitions.\nAvailable only when the format is not \"acp:h5\".\n\nunit_system – Defines the unit system of the imported file. Must be set if the\ninput file does not have units. If the input file does have units,\nunit_system must be either \"from_file\", or match the input\nunit system.\nAvailable only when the format is not \"acp:h5\".\n\nReturns\n\nThe loaded Model instance.\n\nReturn type\n\nModel\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp", - "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp.html#ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp", - "title": "export_mesh_for_acp > export_mesh_for_acp > export_mesh_for_acp", - "section": "export_mesh_for_acp > export_mesh_for_acp", - "text": "ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp(*, mechanical, path)\n\nExport the mesh from PyMechanical for use in PyACP.\n\nParameters\n\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\n\npath (str | PathLike[str]) – The path to save the mesh to. The extension must be ‘.h5’.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.import_model", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.import_model.html#examples-using-acpinstanceimport_model", + "title": "import_model > Examples using ACPInstance.import_model", + "section": "Examples using ACPInstance.import_model", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using ACPInstance.import_model" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_neg", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_neg.html#p_21_neg", - "title": "p_21_neg", - "section": "p_21_neg", - "text": "p_21_neg" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType", + "href": "api/_autosummary/ansys.acp.core.OffsetType.html#offsettype", + "title": "OffsetType", + "section": "OffsetType", + "text": "Options for the ply offset type.\nOffsetType.NO_OFFSET\n\nOffsetType.BOTTOM_OFFSET\n\nOffsetType.MIDDLE_OFFSET\n\nOffsetType.TOP_OFFSET\n\nOffsetType\nOffsetType.NO_OFFSET\nOffsetType.BOTTOM_OFFSET\nOffsetType.MIDDLE_OFFSET\nOffsetType.TOP_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_neg", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_neg.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_neg", - "title": "p_21_neg > p_21_neg > p_21_neg", - "section": "p_21_neg > p_21_neg", - "text": "property ConstantPuckConstants.p_21_neg: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType", + "href": "api/_autosummary/ansys.acp.core.OffsetType.html#ansys.acp.core.OffsetType", + "title": "OffsetType > OffsetType > OffsetType", + "section": "OffsetType > OffsetType", + "text": "class ansys.acp.core.OffsetType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the ply offset type.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nOffsetType.NO_OFFSET\n\n\n\nOffsetType.BOTTOM_OFFSET\n\n\n\nOffsetType.MIDDLE_OFFSET\n\n\n\nOffsetType.TOP_OFFSET\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STEP", - "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STEP.html#step", - "title": "STEP", - "section": "STEP", - "text": "STEP" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType", + "href": "api/_autosummary/ansys.acp.core.OffsetType.html#examples-using-offsettype", + "title": "OffsetType > Examples using OffsetType", + "section": "Examples using OffsetType", + "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using OffsetType" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STEP", - "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STEP.html#ansys.acp.core.PlyGeometryExportFormat.STEP", - "title": "STEP > STEP > STEP", - "section": "STEP > STEP", - "text": "PlyGeometryExportFormat.STEP = 'step'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.html#variablewovenstresslimits", + "title": "VariableWovenStressLimits", + "section": "VariableWovenStressLimits", + "text": "Variable stress limits property set for woven materials.\nAdded in ACP server version 24.2.\nVariableWovenStressLimits.Sxy\n\nVariableWovenStressLimits.Sxz\n\nVariableWovenStressLimits.Syz\n\nVariableWovenStressLimits.Xc\n\nVariableWovenStressLimits.Xt\n\nVariableWovenStressLimits.Yc\n\nVariableWovenStressLimits.Yt\n\nVariableWovenStressLimits.Zc\n\nVariableWovenStressLimits.Zt\n\nVariableWovenStressLimits.field_variables\n\nVariableWovenStressLimits.interpolation_options\n\nVariableWovenStressLimits\nVariableWovenStressLimits.Sxy\nVariableWovenStressLimits.Sxz\nVariableWovenStressLimits.Syz\nVariableWovenStressLimits.Xc\nVariableWovenStressLimits.Xt\nVariableWovenStressLimits.Yc\nVariableWovenStressLimits.Yt\nVariableWovenStressLimits.Zc\nVariableWovenStressLimits.Zt\nVariableWovenStressLimits.field_variables\nVariableWovenStressLimits.interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.node_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.node_index.html#node_index", - "title": "node_index", - "section": "node_index", - "text": "node_index" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits", + "title": "VariableWovenStressLimits > VariableWovenStressLimits > VariableWovenStressLimits", + "section": "VariableWovenStressLimits > VariableWovenStressLimits", + "text": "class ansys.acp.core.material_property_sets.VariableWovenStressLimits(*, _parent_object=None, _attribute_path=None)\n\nVariable stress limits property set for woven materials.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableWovenStressLimits.Sxy\n\n\n\nVariableWovenStressLimits.Sxz\n\n\n\nVariableWovenStressLimits.Syz\n\n\n\nVariableWovenStressLimits.Xc\n\n\n\nVariableWovenStressLimits.Xt\n\n\n\nVariableWovenStressLimits.Yc\n\n\n\nVariableWovenStressLimits.Yt\n\n\n\nVariableWovenStressLimits.Zc\n\n\n\nVariableWovenStressLimits.Zt\n\n\n\nVariableWovenStressLimits.field_variables\n\n\n\nVariableWovenStressLimits.interpolation_options\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.node_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.node_index.html#ansys.acp.core.ImportedSolidModelExportSettings.node_index", - "title": "node_index > node_index > node_index", - "section": "node_index > node_index", - "text": "property ImportedSolidModelExportSettings.node_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system", + "href": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system.html#get_dpf_unit_system", + "title": "get_dpf_unit_system", + "section": "get_dpf_unit_system", + "text": "Convert pyACP unit system to DPF unit system.\nunit_system (UnitSystemType) – The pyACP unit system.\nUnitSystem\nget_dpf_unit_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system", + "href": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system.html#ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system", + "title": "get_dpf_unit_system > get_dpf_unit_system > get_dpf_unit_system", + "section": "get_dpf_unit_system > get_dpf_unit_system", + "text": "ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system(unit_system)\n\nConvert pyACP unit system to DPF unit system.\n\nParameters\n\nunit_system (UnitSystemType) – The pyACP unit system.\n\nReturn type\n\nUnitSystem\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.name.html#ansys.acp.core.GeometricalSelectionRule.name", - "title": "name > name > name", - "section": "name > name", - "text": "property GeometricalSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system", + "href": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system.html#examples-using-get_dpf_unit_system", + "title": "get_dpf_unit_system > Examples using get_dpf_unit_system", + "section": "Examples using get_dpf_unit_system", + "text": "sphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nExamples using get_dpf_unit_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.status", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.center", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.center.html#center", + "title": "center", + "section": "center", + "text": "Return a centered string of length width.\nPadding is done using the specified fill character (default is a space).\ncenter" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.status", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.status.html#ansys.acp.core.ImportedModelingPly.status", - "title": "status > status > status", - "section": "status > status", - "text": "property ImportedModelingPly.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.center", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.center.html#ansys.acp.core.material_property_sets.PuckMaterialType.center", + "title": "center > center > center", + "section": "center > center", + "text": "PuckMaterialType.center(width, fillchar=' ', /)\n\nReturn a centered string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosette_selection_method", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosette_selection_method.html#rosette_selection_method", - "title": "rosette_selection_method", - "section": "rosette_selection_method", - "text": "rosette_selection_method" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.id.html#ansys.acp.core.TubeSelectionRule.id", + "title": "id > id > id", + "section": "id > id", + "text": "property TubeSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosette_selection_method", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosette_selection_method.html#ansys.acp.core.LayupMappingObject.rosette_selection_method", - "title": "rosette_selection_method > rosette_selection_method > rosette_selection_method", - "section": "rosette_selection_method > rosette_selection_method", - "text": "property LayupMappingObject.rosette_selection_method: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.thickness", + "href": "api/_autosummary/ansys.acp.core.Stackup.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.store", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.thickness", + "href": "api/_autosummary/ansys.acp.core.Stackup.thickness.html#ansys.acp.core.Stackup.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "property Stackup.thickness: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.store", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.store.html#ansys.acp.core.VirtualGeometry.store", - "title": "store > store > store", - "section": "store > store", - "text": "VirtualGeometry.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/sg_execution_times", + "href": "examples/workflows/sg_execution_times.html#computation-times", + "title": "Computation times", + "section": "Computation times", + "text": "00:40.221 total execution time for 6 files from examples/workflows:\nExample\nTime\nMem (MB)\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py (02-advanced-pymapdl-workflow.py)\n00:29.975\n0.0\nsphx_glr_examples_workflows_01-pymapdl-workflow.py (01-pymapdl-workflow.py)\n00:10.246\n0.0\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py (03-pymechanical-shell-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py (04-pymechanical-solid-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py (05-pymechanical-to-cdb-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py (06-cdb-to-pymechanical-workflow.py)\n00:00.000\n0.0\nComputation times\n02-advanced-pymapdl-workflow.py\n01-pymapdl-workflow.py\n03-pymechanical-shell-workflow.py\n04-pymechanical-solid-workflow.py\n05-pymechanical-to-cdb-workflow.py\n06-cdb-to-pymechanical-workflow.py" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_material", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_material.html#ply_material", - "title": "ply_material", - "section": "ply_material", - "text": "ply_material" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.rosette", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.rosette.html#rosette", + "title": "rosette", + "section": "rosette", + "text": "rosette" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_material", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_material.html#ansys.acp.core.ImportedModelingPly.ply_material", - "title": "ply_material > ply_material > ply_material", - "section": "ply_material > ply_material", - "text": "property ImportedModelingPly.ply_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.rosette", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.rosette.html#ansys.acp.core.ParallelSelectionRule.rosette", + "title": "rosette > rosette > rosette", + "section": "rosette > rosette", + "text": "property ParallelSelectionRule.rosette: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_stackup", - "href": "api/_autosummary/ansys.acp.core.Model.create_stackup.html#create_stackup", - "title": "create_stackup", - "section": "create_stackup", - "text": "Instantiate a Stackup.\nname (str) – Name of the stackup.\nsymmetry (SymmetryType) – Whether the stackup is odd or even symmetrical, or none.\ntopdown (bool) – The first fabric in the list is placed first in the mold if topdown is true.\nfabrics (Sequence[FabricWithAngle]) – List of fabrics with angles which build the stackup.\narea_price (float) – Price per area of the stackup.\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\nStackup\nAdded in ACP server version 24.2.\ncreate_stackup" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.interpolation_options.html#interpolation_options", + "title": "interpolation_options", + "section": "interpolation_options", + "text": "interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_stackup", - "href": "api/_autosummary/ansys.acp.core.Model.create_stackup.html#ansys.acp.core.Model.create_stackup", - "title": "create_stackup > create_stackup > create_stackup", - "section": "create_stackup > create_stackup", - "text": "Model.create_stackup(*, name='Stackup', symmetry='no_symmetry', topdown=True, fabrics=(), area_price=0.0, drop_off_material_handling='global', drop_off_material=None, cut_off_material=None, cut_off_material_handling='computed', draping_material_model='woven', draping_ud_coefficient=0.0)\n\nInstantiate a Stackup.\n\nParameters\n\nname (str) – Name of the stackup.\n\nsymmetry (SymmetryType) – Whether the stackup is odd or even symmetrical, or none.\n\ntopdown (bool) – The first fabric in the list is placed first in the mold if topdown is true.\n\nfabrics (Sequence[FabricWithAngle]) – List of fabrics with angles which build the stackup.\n\narea_price (float) – Price per area of the stackup.\n\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\n\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\n\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\n\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\n\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\n\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\n\nReturn type\n\nStackup\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.interpolation_options.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.interpolation_options", + "title": "interpolation_options > interpolation_options > interpolation_options", + "section": "interpolation_options > interpolation_options", + "text": "property VariableEngineeringConstants.interpolation_options: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_stackup", - "href": "api/_autosummary/ansys.acp.core.Model.create_stackup.html#examples-using-modelcreate_stackup", - "title": "create_stackup > Examples using Model.create_stackup", - "section": "Examples using Model.create_stackup", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using Model.create_stackup" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.html#constantstresslimits", + "title": "ConstantStressLimits", + "section": "ConstantStressLimits", + "text": "Constant stress limits material property set.\nAdded in ACP server version 24.2.\nConstantStressLimits.from_isotropic_constants(*)\nCreate an isotropic stress limits property set.\nConstantStressLimits.from_orthotropic_constants(*)\nCreate an orthotropic stress limits property set.\nConstantStressLimits.Sxy\n\nConstantStressLimits.Sxz\n\nConstantStressLimits.Syz\n\nConstantStressLimits.Xc\n\nConstantStressLimits.Xt\n\nConstantStressLimits.Yc\n\nConstantStressLimits.Yt\n\nConstantStressLimits.Zc\n\nConstantStressLimits.Zt\n\nConstantStressLimits.effective_stress\n\nConstantStressLimits\nConstantStressLimits.from_isotropic_constants\nConstantStressLimits.from_orthotropic_constants\nConstantStressLimits.Sxy\nConstantStressLimits.Sxz\nConstantStressLimits.Syz\nConstantStressLimits.Xc\nConstantStressLimits.Xt\nConstantStressLimits.Yc\nConstantStressLimits.Yt\nConstantStressLimits.Zc\nConstantStressLimits.Zt\nConstantStressLimits.effective_stress" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.full_mapping", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.full_mapping.html#full_mapping", - "title": "full_mapping", - "section": "full_mapping", - "text": "full_mapping" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.html#ansys.acp.core.material_property_sets.ConstantStressLimits", + "title": "ConstantStressLimits > ConstantStressLimits > ConstantStressLimits", + "section": "ConstantStressLimits > ConstantStressLimits", + "text": "class ansys.acp.core.material_property_sets.ConstantStressLimits(*, _parent_object=None, _attribute_path=None, _pb_object=None)\n\nConstant stress limits material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nConstantStressLimits.from_isotropic_constants(*)\n\nCreate an isotropic stress limits property set.\n\nConstantStressLimits.from_orthotropic_constants(*)\n\nCreate an orthotropic stress limits property set.\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantStressLimits.Sxy\n\n\n\nConstantStressLimits.Sxz\n\n\n\nConstantStressLimits.Syz\n\n\n\nConstantStressLimits.Xc\n\n\n\nConstantStressLimits.Xt\n\n\n\nConstantStressLimits.Yc\n\n\n\nConstantStressLimits.Yt\n\n\n\nConstantStressLimits.Zc\n\n\n\nConstantStressLimits.Zt\n\n\n\nConstantStressLimits.effective_stress\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.full_mapping", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.full_mapping.html#ansys.acp.core.FieldDefinition.full_mapping", - "title": "full_mapping > full_mapping > full_mapping", - "section": "full_mapping > full_mapping", - "text": "property FieldDefinition.full_mapping: Any\n\n!! processed by numpydoc !!" + "objectID": "api/other_utils", + "href": "api/other_utils.html#other-utilities", + "title": "Other utilities", + "section": "Other utilities", + "text": "get_model_tree(model, *[, hide_empty])\nGet a tree representation of the model.\nprint_model(model, *[, hide_empty])\nPrint a tree representation of the model.\nrecursive_copy(*, source_objects, parent_mapping)\nRecursively copy a tree of ACP objects.\nOther utilities\nget_model_tree\nprint_model\nrecursive_copy" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.cut_off_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.cut_off_selection_rules.html#cut_off_selection_rules", - "title": "cut_off_selection_rules", - "section": "cut_off_selection_rules", - "text": "cut_off_selection_rules" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zc.html#zc", + "title": "Zc", + "section": "Zc", + "text": "Zc" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.cut_off_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.cut_off_selection_rules.html#ansys.acp.core.Model.cut_off_selection_rules", - "title": "cut_off_selection_rules > cut_off_selection_rules > cut_off_selection_rules", - "section": "cut_off_selection_rules > cut_off_selection_rules", - "text": "property Model.cut_off_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zc.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zc", + "title": "Zc > Zc > Zc", + "section": "Zc > Zc", + "text": "property ConstantWovenStressLimits.Zc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxz.html#sxz", + "title": "Sxz", + "section": "Sxz", + "text": "Sxz" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.nodal_data.html#ansys.acp.core.SphericalSelectionRule.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property SphericalSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxz.html#ansys.acp.core.material_property_sets.VariableStressLimits.Sxz", + "title": "Sxz > Sxz > Sxz", + "section": "Sxz > Sxz", + "text": "property VariableStressLimits.Sxz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_SWEEP_BASED", - "href": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_SWEEP_BASED.html#surface_sweep_based", - "title": "SURFACE_SWEEP_BASED", - "section": "SURFACE_SWEEP_BASED", - "text": "SURFACE_SWEEP_BASED" + "objectID": "api/_autosummary/ansys.acp.core.Model.angle_tolerance", + "href": "api/_autosummary/ansys.acp.core.Model.angle_tolerance.html#angle_tolerance", + "title": "angle_tolerance", + "section": "angle_tolerance", + "text": "angle_tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_SWEEP_BASED", - "href": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_SWEEP_BASED.html#ansys.acp.core.ExtrusionType.SURFACE_SWEEP_BASED", - "title": "SURFACE_SWEEP_BASED > SURFACE_SWEEP_BASED > SURFACE_SWEEP_BASED", - "section": "SURFACE_SWEEP_BASED > SURFACE_SWEEP_BASED", - "text": "ExtrusionType.SURFACE_SWEEP_BASED = 'surface_sweep_based'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.angle_tolerance", + "href": "api/_autosummary/ansys.acp.core.Model.angle_tolerance.html#ansys.acp.core.Model.angle_tolerance", + "title": "angle_tolerance > angle_tolerance > angle_tolerance", + "section": "angle_tolerance > angle_tolerance", + "text": "property Model.angle_tolerance: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.active", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.delete", + "href": "api/_autosummary/ansys.acp.core.ElementSet.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.active", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.active.html#ansys.acp.core.ImportedModelingPly.active", - "title": "active > active > active", - "section": "active > active", - "text": "property ImportedModelingPly.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.delete", + "href": "api/_autosummary/ansys.acp.core.ElementSet.delete.html#ansys.acp.core.ElementSet.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "ElementSet.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.id", - "href": "api/_autosummary/ansys.acp.core.Stackup.id.html#id", + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.id", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.id.html#id", "title": "id", "section": "id", "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.id", - "href": "api/_autosummary/ansys.acp.core.Stackup.id.html#ansys.acp.core.Stackup.id", + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.id", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.id.html#ansys.acp.core.LookUpTable3DColumn.id", "title": "id > id > id", "section": "id > id", - "text": "property Stackup.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "text": "property LookUpTable3DColumn.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.ServerWrapper", - "href": "api/_autosummary/ansys.acp.core._tree_objects.base.ServerWrapper.html#serverwrapper", - "title": "ServerWrapper", - "section": "ServerWrapper", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nWrapper for the connection to an ACP instance.\nThis class contains the representation of the ACP instance needed by tree objects.\nIts purpose is to minimize the dependency of tree objects on the ACP class.\nServerWrapper" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.transverse_direction.html#transverse_direction", + "title": "transverse_direction", + "section": "transverse_direction", + "text": "transverse_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.ServerWrapper", - "href": "api/_autosummary/ansys.acp.core._tree_objects.base.ServerWrapper.html#ansys.acp.core._tree_objects.base.ServerWrapper", - "title": "ServerWrapper > ServerWrapper > ServerWrapper", - "section": "ServerWrapper > ServerWrapper", - "text": "class ansys.acp.core._tree_objects.base.ServerWrapper(channel, version, filetransfer_handler)\n\nWrapper for the connection to an ACP instance.\n\nThis class contains the representation of the ACP instance needed by tree objects.\nIts purpose is to minimize the dependency of tree objects on the ACP class.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.transverse_direction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.transverse_direction", + "title": "transverse_direction > transverse_direction > transverse_direction", + "section": "transverse_direction > transverse_direction", + "text": "ProductionPlyElementalData.transverse_direction: VectorData | None = None\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "SphericalSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.USER_DEFINED", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.USER_DEFINED.html#user_defined", + "title": "USER_DEFINED", + "section": "USER_DEFINED", + "text": "USER_DEFINED" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.USER_DEFINED", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.USER_DEFINED.html#ansys.acp.core.ExtrusionMethod.USER_DEFINED", + "title": "USER_DEFINED > USER_DEFINED > USER_DEFINED", + "section": "USER_DEFINED > USER_DEFINED", + "text": "ExtrusionMethod.USER_DEFINED = 'user_defined'\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.html#parallelselectionrulenodaldata", + "title": "ParallelSelectionRuleNodalData", + "section": "ParallelSelectionRuleNodalData", + "text": "Represents nodal data for a Parallel Selection Rule.\nParallelSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nParallelSelectionRuleNodalData.node_labels\n\nParallelSelectionRuleNodalData\nParallelSelectionRuleNodalData.get_pyvista_mesh\nParallelSelectionRuleNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.MATERIALS", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.MATERIALS.html#materials", - "title": "MATERIALS", - "section": "MATERIALS", - "text": "MATERIALS" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.html#ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData", + "title": "ParallelSelectionRuleNodalData > ParallelSelectionRuleNodalData > ParallelSelectionRuleNodalData", + "section": "ParallelSelectionRuleNodalData > ParallelSelectionRuleNodalData", + "text": "class ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Parallel Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nParallelSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nParallelSelectionRuleNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.MATERIALS", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.MATERIALS.html#ansys.acp.core.IgnorableEntity.MATERIALS", - "title": "MATERIALS > MATERIALS > MATERIALS", - "section": "MATERIALS > MATERIALS", - "text": "IgnorableEntity.MATERIALS = 'materials'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_DAT", + "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_DAT.html#ansys_dat", + "title": "ANSYS_DAT", + "section": "ANSYS_DAT", + "text": "ANSYS_DAT" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.store", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_DAT", + "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_DAT.html#ansys.acp.core.SolidModelImportFormat.ANSYS_DAT", + "title": "ANSYS_DAT > ANSYS_DAT > ANSYS_DAT", + "section": "ANSYS_DAT > ANSYS_DAT", + "text": "SolidModelImportFormat.ANSYS_DAT = 'ansys:dat'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.store", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.store.html#ansys.acp.core.ModelingGroup.store", - "title": "store > store > store", - "section": "store > store", - "text": "ModelingGroup.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.materials", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.materials.html#materials", + "title": "materials", + "section": "materials", + "text": "materials" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d", - "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d.html#create_lookup_table_1d", - "title": "create_lookup_table_1d", - "section": "create_lookup_table_1d", - "text": "Instantiate a 1D Look-Up Table.\nThe one-dimensional look-up table is defined along an axis. The locations\nof the data points along the axis are defined by the Location column,\nwhich:\ncontains scalar data. When the column contains N data points (rows),\nit has shape (N, ).\nis automatically created when the look-up table is instantiated\ncannot be deleted or renamed\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\norigin (tuple[float, float, float]) – Origin of the axis w.r.t. which the look-up table locations are\ndefined.\ndirection (tuple[float, float, float]) – Direction of the axis w.r.t. which the look-up table locations are\ndefined.\nLookUpTable1D\nAdded in ACP server version 24.2.\ncreate_lookup_table_1d\nLocation\nN\n(N, )\nLocation\nNaN" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.materials", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.materials.html#ansys.acp.core.SubLaminate.materials", + "title": "materials > materials > materials", + "section": "materials > materials", + "text": "property SubLaminate.materials: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d", - "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d.html#ansys.acp.core.Model.create_lookup_table_1d", - "title": "create_lookup_table_1d > create_lookup_table_1d > create_lookup_table_1d", - "section": "create_lookup_table_1d > create_lookup_table_1d", - "text": "Model.create_lookup_table_1d(*, name='LookUpTable1D', origin=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 0.0))\n\nInstantiate a 1D Look-Up Table.\n\nThe one-dimensional look-up table is defined along an axis. The locations\nof the data points along the axis are defined by the Location column,\nwhich:\n\ncontains scalar data. When the column contains N data points (rows),\nit has shape (N, ).\n\nis automatically created when the look-up table is instantiated\n\ncannot be deleted or renamed\n\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\n\nParameters\n\norigin (tuple[float, float, float]) – Origin of the axis w.r.t. which the look-up table locations are\ndefined.\n\ndirection (tuple[float, float, float]) – Direction of the axis w.r.t. which the look-up table locations are\ndefined.\n\nReturn type\n\nLookUpTable1D\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_angle.html#draped_fiber_angle", + "title": "draped_fiber_angle", + "section": "draped_fiber_angle", + "text": "draped_fiber_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d", - "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d.html#examples-using-modelcreate_lookup_table_1d", - "title": "create_lookup_table_1d > Examples using Model.create_lookup_table_1d", - "section": "Examples using Model.create_lookup_table_1d", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using Model.create_lookup_table_1d" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_angle.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_angle", + "title": "draped_fiber_angle > draped_fiber_angle > draped_fiber_angle", + "section": "draped_fiber_angle > draped_fiber_angle", + "text": "AnalysisPlyElementalData.draped_fiber_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.add_material", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.add_material.html#add_material", - "title": "add_material", - "section": "add_material", - "text": "Add a Lamina to the SubLaminate.\nmaterial (Fabric | Stackup) – Link to an existing fabric or stackup.\nangle (float) – Orientation angle in degree of the material with respect to the reference direction.\nLamina\nAdded in ACP server version 24.2.\nadd_material" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.REFERENCE_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.REFERENCE_DIRECTION.html#reference_direction", + "title": "REFERENCE_DIRECTION", + "section": "REFERENCE_DIRECTION", + "text": "REFERENCE_DIRECTION" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.add_material", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.add_material.html#ansys.acp.core.SubLaminate.add_material", - "title": "add_material > add_material > add_material", - "section": "add_material > add_material", - "text": "SubLaminate.add_material(material, angle=0.0)\n\nAdd a Lamina to the SubLaminate.\n\nParameters\n\nmaterial (Fabric | Stackup) – Link to an existing fabric or stackup.\n\nangle (float) – Orientation angle in degree of the material with respect to the reference direction.\n\nReturn type\n\nLamina\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.REFERENCE_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.REFERENCE_DIRECTION.html#ansys.acp.core.ElementalDataType.REFERENCE_DIRECTION", + "title": "REFERENCE_DIRECTION > REFERENCE_DIRECTION > REFERENCE_DIRECTION", + "section": "REFERENCE_DIRECTION > REFERENCE_DIRECTION", + "text": "ElementalDataType.REFERENCE_DIRECTION = 'reference_direction'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.dimension", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.dimension.html#dimension", - "title": "dimension", - "section": "dimension", - "text": "dimension" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.name", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.dimension", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.dimension.html#ansys.acp.core.VirtualGeometry.dimension", - "title": "dimension > dimension > dimension", - "section": "dimension > dimension", - "text": "property VirtualGeometry.dimension: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.name", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.name.html#ansys.acp.core.ImportedSolidModel.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ImportedSolidModel.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.ply_offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.ply_offset.html#ply_offset", + "title": "ply_offset", + "section": "ply_offset", + "text": "ply_offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.element_labels.html#ansys.acp.core.mesh_data.ModelElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "ModelElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.ply_offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.ply_offset.html#ansys.acp.core.mesh_data.ModelingPlyNodalData.ply_offset", + "title": "ply_offset > ply_offset > ply_offset", + "section": "ply_offset > ply_offset", + "text": "ModelingPlyNodalData.ply_offset: VectorData | None = None\n\n" }, { - "objectID": "api/server", - "href": "api/server.html#server-management", - "title": "Server management", - "section": "Server management", - "text": "ACPInstance(*, server, channel, ...)\nControl an ACP instance.\nConnectLaunchConfig([url_acp, url_filetransfer])\nConfiguration options for attaching to an existing ACP server.\nDirectLaunchConfig([binary_path, ...])\nConfiguration options for launching ACP as a sub-process.\nDockerComposeLaunchConfig([image_name_acp, ...])\nConfiguration options for launching ACP through docker compose.\nlaunch_acp([config, launch_mode, timeout, ...])\nLaunch an ACP instance.\nLaunchMode(cls, value[, names, module, ...])\nAvailable launch modes for ACP.\nServer management\nACPInstance\nConnectLaunchConfig\nDirectLaunchConfig\nDockerComposeLaunchConfig\nlaunch_acp\nLaunchMode" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.parent", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "CylindricalSelectionRuleElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.parent", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.parent.html#ansys.acp.core.FieldDefinition.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property FieldDefinition.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL.html#spherical", + "title": "SPHERICAL", + "section": "SPHERICAL", + "text": "SPHERICAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.stackups", - "href": "api/_autosummary/ansys.acp.core.Model.stackups.html#stackups", - "title": "stackups", - "section": "stackups", - "text": "stackups" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL.html#ansys.acp.core.RosetteType.SPHERICAL", + "title": "SPHERICAL > SPHERICAL > SPHERICAL", + "section": "SPHERICAL > SPHERICAL", + "text": "RosetteType.SPHERICAL = 'spherical'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.stackups", - "href": "api/_autosummary/ansys.acp.core.Model.stackups.html#ansys.acp.core.Model.stackups", - "title": "stackups > stackups > stackups", - "section": "stackups > stackups", - "text": "property Model.stackups: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL.html#examples-using-rosettetypespherical", + "title": "SPHERICAL > Examples using RosetteType.SPHERICAL", + "section": "Examples using RosetteType.SPHERICAL", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType.SPHERICAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.cog", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.cog.html#cog", - "title": "cog", - "section": "cog", - "text": "cog" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.format", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.format.html#format", + "title": "format", + "section": "format", + "text": "Return a formatted version of S, using substitutions from args and kwargs.\nThe substitutions are identified by braces (‘{’ and ‘}’).\nformat" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.cog", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.cog.html#ansys.acp.core.mesh_data.ModelElementalData.cog", - "title": "cog > cog > cog", - "section": "cog > cog", - "text": "ModelElementalData.cog: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.format", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.format.html#ansys.acp.core.LaunchMode.format", + "title": "format > format > format", + "section": "format > format", + "text": "LaunchMode.format(*args, **kwargs) -> str\n\nReturn a formatted version of S, using substitutions from args and kwargs.\nThe substitutions are identified by braces (‘{’ and ‘}’).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.reference_direction", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.reference_direction.html#reference_direction", - "title": "reference_direction", - "section": "reference_direction", - "text": "Local x-direction used in the computation of laminate properties (CLT).\nreference_direction" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zc.html#zc", + "title": "Zc", + "section": "Zc", + "text": "Zc" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.reference_direction", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.reference_direction.html#ansys.acp.core.SamplingPoint.reference_direction", - "title": "reference_direction > reference_direction > reference_direction", - "section": "reference_direction > reference_direction", - "text": "property SamplingPoint.reference_direction: Any\n\nLocal x-direction used in the computation of laminate properties (CLT).\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zc.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zc", + "title": "Zc > Zc > Zc", + "section": "Zc > Zc", + "text": "property VariableWovenStressLimits.Zc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.ignore_for_postprocessing", - "href": "api/_autosummary/ansys.acp.core.Fabric.ignore_for_postprocessing.html#ignore_for_postprocessing", - "title": "ignore_for_postprocessing", - "section": "ignore_for_postprocessing", - "text": "ignore_for_postprocessing" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.APPEND", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.APPEND.html#append", + "title": "APPEND", + "section": "APPEND", + "text": "APPEND" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.ignore_for_postprocessing", - "href": "api/_autosummary/ansys.acp.core.Fabric.ignore_for_postprocessing.html#ansys.acp.core.Fabric.ignore_for_postprocessing", - "title": "ignore_for_postprocessing > ignore_for_postprocessing > ignore_for_postprocessing", - "section": "ignore_for_postprocessing > ignore_for_postprocessing", - "text": "property Fabric.ignore_for_postprocessing: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.APPEND", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.APPEND.html#ansys.acp.core.HDF5CompositeCAEImportMode.APPEND", + "title": "APPEND > APPEND > APPEND", + "section": "APPEND > APPEND", + "text": "HDF5CompositeCAEImportMode.APPEND = 'append'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_material_handling", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_material_handling.html#base_element_material_handling", - "title": "base_element_material_handling", - "section": "base_element_material_handling", - "text": "base_element_material_handling" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.orientation", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.orientation.html#orientation", + "title": "orientation", + "section": "orientation", + "text": "orientation" }, - { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_material_handling", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_material_handling.html#ansys.acp.core.LayupMappingObject.base_element_material_handling", - "title": "base_element_material_handling > base_element_material_handling > base_element_material_handling", - "section": "base_element_material_handling > base_element_material_handling", - "text": "property LayupMappingObject.base_element_material_handling: Any\n\n!! processed by numpydoc !!" + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.orientation", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.orientation.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.orientation", + "title": "orientation > orientation > orientation", + "section": "orientation > orientation", + "text": "AnalysisPlyElementalData.orientation: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.reference_direction_field", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.reference_direction_field.html#reference_direction_field", - "title": "reference_direction_field", - "section": "reference_direction_field", - "text": "reference_direction_field" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.format_map", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.format_map.html#format_map", + "title": "format_map", + "section": "format_map", + "text": "Return a formatted version of S, using substitutions from mapping.\nThe substitutions are identified by braces (‘{’ and ‘}’).\nformat_map" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.reference_direction_field", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.reference_direction_field.html#ansys.acp.core.ImportedModelingPly.reference_direction_field", - "title": "reference_direction_field > reference_direction_field > reference_direction_field", - "section": "reference_direction_field > reference_direction_field", - "text": "property ImportedModelingPly.reference_direction_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.format_map", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.format_map.html#ansys.acp.core.LaunchMode.format_map", + "title": "format_map > format_map > format_map", + "section": "format_map > format_map", + "text": "LaunchMode.format_map(mapping) -> str\n\nReturn a formatted version of S, using substitutions from mapping.\nThe substitutions are identified by braces (‘{’ and ‘}’).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d", - "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d.html#create_lookup_table_3d", - "title": "create_lookup_table_3d", - "section": "create_lookup_table_3d", - "text": "Instantiate a 3D Look-Up Table.\nThe three-dimensional look-up table is defined by 3D data points. The\nlocations of these data points are defined by the Location column,\nwhich:\nhas shape (N, 3), where N is the number of data points (rows)\nis automatically created when the look-up table is instantiated\ncannot be deleted or renamed\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\ninterpolation_algorithm (LookUpTable3DInterpolationAlgorithm) – Algorithm used to interpolate the values of the look-up table.\nuse_default_search_radius (bool) – If True, estimate the search radius used in the weightest nearest\nneighbor algorithm automatically.\nsearch_radius (float) – Search radius used for the interpolation with the weighted nearest\nneighbor algorithm.\nnum_min_neighbors (int) – Minimum number of neighbors used for the interpolation when using the\nweighted nearest neighbor algorithm.\nLookUpTable3D\nAdded in ACP server version 24.2.\ncreate_lookup_table_3d\nLocation\n(N, 3)\nN\nLocation\nNaN\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.inherit_from_lookup_table", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.inherit_from_lookup_table.html#inherit_from_lookup_table", + "title": "inherit_from_lookup_table", + "section": "inherit_from_lookup_table", + "text": "inherit_from_lookup_table" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d", - "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d.html#ansys.acp.core.Model.create_lookup_table_3d", - "title": "create_lookup_table_3d > create_lookup_table_3d > create_lookup_table_3d", - "section": "create_lookup_table_3d > create_lookup_table_3d", - "text": "Model.create_lookup_table_3d(*, name='LookUpTable3D', interpolation_algorithm='weighted_nearest_neighbor', use_default_search_radius=True, search_radius=0.0, num_min_neighbors=1)\n\nInstantiate a 3D Look-Up Table.\n\nThe three-dimensional look-up table is defined by 3D data points. The\nlocations of these data points are defined by the Location column,\nwhich:\n\nhas shape (N, 3), where N is the number of data points (rows)\n\nis automatically created when the look-up table is instantiated\n\ncannot be deleted or renamed\n\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\n\nParameters\n\ninterpolation_algorithm (LookUpTable3DInterpolationAlgorithm) – Algorithm used to interpolate the values of the look-up table.\n\nuse_default_search_radius (bool) – If True, estimate the search radius used in the weightest nearest\nneighbor algorithm automatically.\n\nsearch_radius (float) – Search radius used for the interpolation with the weighted nearest\nneighbor algorithm.\n\nnum_min_neighbors (int) – Minimum number of neighbors used for the interpolation when using the\nweighted nearest neighbor algorithm.\n\nReturn type\n\nLookUpTable3D\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.inherit_from_lookup_table", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.inherit_from_lookup_table.html#ansys.acp.core.VariableOffsetSelectionRule.inherit_from_lookup_table", + "title": "inherit_from_lookup_table > inherit_from_lookup_table > inherit_from_lookup_table", + "section": "inherit_from_lookup_table > inherit_from_lookup_table", + "text": "property VariableOffsetSelectionRule.inherit_from_lookup_table: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d", - "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d.html#examples-using-modelcreate_lookup_table_3d", - "title": "create_lookup_table_3d > Examples using Model.create_lookup_table_3d", - "section": "Examples using Model.create_lookup_table_3d", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using Model.create_lookup_table_3d" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.effective_strain", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.effective_strain.html#effective_strain", + "title": "effective_strain", + "section": "effective_strain", + "text": "effective_strain" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_edge_set", - "href": "api/_autosummary/ansys.acp.core.Model.create_edge_set.html#create_edge_set", - "title": "create_edge_set", - "section": "create_edge_set", - "text": "Instantiate an edge set.\nname (str) – Name of the edge set.\nedge_set_type (EdgeSetType) – Determines how the edge set is defined. Can be one of:EdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\n\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\nDetermines how the edge set is defined. Can be one of:\nEdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\ndefining_node_labels (Collection[int]) – Labels of the nodes in the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_NODES.\nelement_set (ElementSet | None) – The boundary of this element set defines the initial\nedge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\nlimit_angle (float) – The edge set is cropped if the angle between two element edges exceeds this limits (in degrees).\nUse -1. to disable cropping.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\norigin (tuple[float, float, float]) – Defines the starting point of the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\nEdgeSet\nAdded in ACP server version 24.2.\ncreate_edge_set\nEdgeSetType.BY_REFERENCE\nElementSet\nEdgeSetType.BY_NODES\nedge_set_type\nEdgeSetType.BY_NODES\nedge_set_type\nEdgeSetType.BY_REFERENCE\n-1.\nedge_set_type\nEdgeSetType.BY_REFERENCE\nedge_set_type\nEdgeSetType.BY_REFERENCE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.effective_strain", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.effective_strain.html#ansys.acp.core.material_property_sets.VariableStrainLimits.effective_strain", + "title": "effective_strain > effective_strain > effective_strain", + "section": "effective_strain > effective_strain", + "text": "property VariableStrainLimits.effective_strain: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_edge_set", - "href": "api/_autosummary/ansys.acp.core.Model.create_edge_set.html#ansys.acp.core.Model.create_edge_set", - "title": "create_edge_set > create_edge_set > create_edge_set", - "section": "create_edge_set > create_edge_set", - "text": "Model.create_edge_set(*, name='EdgeSet', edge_set_type='by_reference', defining_node_labels=(), element_set=None, limit_angle=-1.0, origin=(0.0, 0.0, 0.0))\n\nInstantiate an edge set.\n\nParameters\n\nname (str) – Name of the edge set.\n\nedge_set_type (EdgeSetType) – Determines how the edge set is defined. Can be one of:EdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\n\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\n\ndefining_node_labels (Collection[int]) – Labels of the nodes in the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_NODES.\n\nelement_set (ElementSet | None) – The boundary of this element set defines the initial\nedge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\nlimit_angle (float) – The edge set is cropped if the angle between two element edges exceeds this limits (in degrees).\nUse -1. to disable cropping.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\norigin (tuple[float, float, float]) – Defines the starting point of the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\nReturn type\n\nEdgeSet\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_butt_joint_sequence", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_butt_joint_sequence.html#create_butt_joint_sequence", + "title": "create_butt_joint_sequence", + "section": "create_butt_joint_sequence", + "text": "Instantiate a ButtJointSequence.\nname (str) – Name of the butt joint sequence.\nprimary_plies (Sequence[PrimaryPly]) – Primary plies are the source of a butt joint and they pass the thickness to\nadjacent plies. Plies with a higher level inherit the thickness from those\nwith a lower level.\nsecondary_plies (Sequence[ModelingGroup | ModelingPly]) – Secondary plies are butt-joined to adjacent primary plies and they inherit\nthe thickness.\nButtJointSequence\nAdded in ACP server version 25.1.\ncreate_butt_joint_sequence" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_edge_set", - "href": "api/_autosummary/ansys.acp.core.Model.create_edge_set.html#examples-using-modelcreate_edge_set", - "title": "create_edge_set > Examples using Model.create_edge_set", - "section": "Examples using Model.create_edge_set", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using Model.create_edge_set" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_butt_joint_sequence", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_butt_joint_sequence.html#ansys.acp.core.ModelingGroup.create_butt_joint_sequence", + "title": "create_butt_joint_sequence > create_butt_joint_sequence > create_butt_joint_sequence", + "section": "create_butt_joint_sequence > create_butt_joint_sequence", + "text": "ModelingGroup.create_butt_joint_sequence(*, name='ButtJointSequence', active=True, global_ply_nr=0, primary_plies=(), secondary_plies=())\n\nInstantiate a ButtJointSequence.\n\nParameters\n\nname (str) – Name of the butt joint sequence.\n\nprimary_plies (Sequence[PrimaryPly]) – Primary plies are the source of a butt joint and they pass the thickness to\nadjacent plies. Plies with a higher level inherit the thickness from those\nwith a lower level.\n\nsecondary_plies (Sequence[ModelingGroup | ModelingPly]) – Secondary plies are butt-joined to adjacent primary plies and they inherit\nthe thickness.\n\nReturn type\n\nButtJointSequence\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.encode", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.encode.html#encode", - "title": "encode", - "section": "encode", - "text": "Encode the string using the codec registered for encoding.\nThe encoding in which to encode the string.\nThe error handling scheme to use for encoding errors.\nThe default is ‘strict’ meaning that encoding errors raise a\nUnicodeEncodeError. Other possible values are ‘ignore’, ‘replace’ and\n‘xmlcharrefreplace’ as well as any other name registered with\ncodecs.register_error that can handle UnicodeEncodeErrors.\nencode" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.encode", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.encode.html#ansys.acp.core.material_property_sets.PuckMaterialType.encode", - "title": "encode > encode > encode", - "section": "encode > encode", - "text": "PuckMaterialType.encode(/, encoding='utf-8', errors='strict')\n\nEncode the string using the codec registered for encoding.\n\nencoding\n\nThe encoding in which to encode the string.\n\nerrors\n\nThe error handling scheme to use for encoding errors.\nThe default is ‘strict’ meaning that encoding errors raise a\nUnicodeEncodeError. Other possible values are ‘ignore’, ‘replace’ and\n‘xmlcharrefreplace’ as well as any other name registered with\ncodecs.register_error that can handle UnicodeEncodeErrors.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ModelingPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT", - "href": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT.html#scalardatat", - "title": "ScalarDataT", - "section": "ScalarDataT", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nScalarDataT\ninfer_variance=True\ncovariant=True\ncontravariant=True" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdigit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdigit.html#isdigit", + "title": "isdigit", + "section": "isdigit", + "text": "Return True if the string is a digit string, False otherwise.\nA string is a digit string if all characters in the string are digits and there\nis at least one character in the string.\nisdigit" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT", - "href": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT.html#ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT", - "title": "ScalarDataT > ScalarDataT > ScalarDataT", - "section": "ScalarDataT > ScalarDataT", - "text": "ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT = ~ScalarDataT\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdigit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdigit.html#ansys.acp.core.material_property_sets.PuckMaterialType.isdigit", + "title": "isdigit > isdigit > isdigit", + "section": "isdigit > isdigit", + "text": "PuckMaterialType.isdigit(/)\n\nReturn True if the string is a digit string, False otherwise.\n\nA string is a digit string if all characters in the string are digits and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_angle.html#draped_transverse_angle", - "title": "draped_transverse_angle", - "section": "draped_transverse_angle", - "text": "draped_transverse_angle" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.license_server", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.license_server.html#license_server", + "title": "license_server", + "section": "license_server", + "text": "license_server" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_angle.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_angle", - "title": "draped_transverse_angle > draped_transverse_angle > draped_transverse_angle", - "section": "draped_transverse_angle > draped_transverse_angle", - "text": "ProductionPlyElementalData.draped_transverse_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.license_server", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.license_server.html#ansys.acp.core.DockerComposeLaunchConfig.license_server", + "title": "license_server > license_server > license_server", + "section": "license_server > license_server", + "text": "DockerComposeLaunchConfig.license_server: str = ''\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.field_variables.html#field_variables", - "title": "field_variables", - "section": "field_variables", - "text": "field_variables" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.weight", + "href": "api/_autosummary/ansys.acp.core.Sensor.weight.html#weight", + "title": "weight", + "section": "weight", + "text": "The mass of the selected entity.\nweight" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.field_variables.html#ansys.acp.core.material_property_sets.VariableStressLimits.field_variables", - "title": "field_variables > field_variables > field_variables", - "section": "field_variables > field_variables", - "text": "property VariableStressLimits.field_variables: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.weight", + "href": "api/_autosummary/ansys.acp.core.Sensor.weight.html#ansys.acp.core.Sensor.weight", + "title": "weight > weight > weight", + "section": "weight > weight", + "text": "property Sensor.weight: Any\n\nThe mass of the selected entity.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yt.html#yt", - "title": "Yt", - "section": "Yt", - "text": "Yt" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yt.html#ansys.acp.core.material_property_sets.VariableStressLimits.Yt", - "title": "Yt > Yt > Yt", - "section": "Yt > Yt", - "text": "property VariableStressLimits.Yt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.elemental_data.html#ansys.acp.core.GeometricalSelectionRule.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property GeometricalSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.store", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.radius", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.radius.html#radius", + "title": "radius", + "section": "radius", + "text": "radius" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.store", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.store.html#ansys.acp.core.ImportedModelingGroup.store", - "title": "store > store > store", - "section": "store > store", - "text": "ImportedModelingGroup.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.radius", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.radius.html#ansys.acp.core.SphericalSelectionRule.radius", + "title": "radius > radius > radius", + "section": "radius > radius", + "text": "property SphericalSelectionRule.radius: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP.html#top", - "title": "TOP", - "section": "TOP", - "text": "TOP" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Syz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Syz.html#syz", + "title": "Syz", + "section": "Syz", + "text": "Syz" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP.html#ansys.acp.core.SnapToGeometryOrientationType.TOP", - "title": "TOP > TOP > TOP", - "section": "TOP > TOP", - "text": "SnapToGeometryOrientationType.TOP = 'top'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Syz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Syz.html#ansys.acp.core.material_property_sets.VariableStressLimits.Syz", + "title": "Syz > Syz > Syz", + "section": "Syz > Syz", + "text": "property VariableStressLimits.Syz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP.html#examples-using-snaptogeometryorientationtypetop", - "title": "TOP > Examples using SnapToGeometryOrientationType.TOP", - "section": "Examples using SnapToGeometryOrientationType.TOP", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SnapToGeometryOrientationType.TOP" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.shell_element_sets", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.shell_element_sets.html#shell_element_sets", + "title": "shell_element_sets", + "section": "shell_element_sets", + "text": "shell_element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.use_curvature_correction", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.use_curvature_correction.html#use_curvature_correction", - "title": "use_curvature_correction", - "section": "use_curvature_correction", - "text": "use_curvature_correction" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.shell_element_sets", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.shell_element_sets.html#ansys.acp.core.LayupMappingObject.shell_element_sets", + "title": "shell_element_sets > shell_element_sets > shell_element_sets", + "section": "shell_element_sets > shell_element_sets", + "text": "property LayupMappingObject.shell_element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.use_curvature_correction", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.use_curvature_correction.html#ansys.acp.core.ExtrusionGuide.use_curvature_correction", - "title": "use_curvature_correction > use_curvature_correction > use_curvature_correction", - "section": "use_curvature_correction > use_curvature_correction", - "text": "property ExtrusionGuide.use_curvature_correction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.name", + "href": "api/_autosummary/ansys.acp.core.Model.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT.html#basic_flat_plate_refined_dat", - "title": "BASIC_FLAT_PLATE_REFINED_DAT", - "section": "BASIC_FLAT_PLATE_REFINED_DAT", - "text": "BASIC_FLAT_PLATE_REFINED_DAT" + "objectID": "api/_autosummary/ansys.acp.core.Model.name", + "href": "api/_autosummary/ansys.acp.core.Model.name.html#ansys.acp.core.Model.name", + "title": "name > name > name", + "section": "name > name", + "text": "property Model.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT.html#ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT", - "title": "BASIC_FLAT_PLATE_REFINED_DAT > BASIC_FLAT_PLATE_REFINED_DAT > BASIC_FLAT_PLATE_REFINED_DAT", - "section": "BASIC_FLAT_PLATE_REFINED_DAT > BASIC_FLAT_PLATE_REFINED_DAT", - "text": "ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT = 2\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.name", + "href": "api/_autosummary/ansys.acp.core.Model.name.html#examples-using-modelname", + "title": "name > Examples using Model.name", + "section": "Examples using Model.name", + "text": "sphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.name" }, { - "objectID": "api/internal", - "href": "api/internal.html#internal-objects", - "title": "Internal objects", - "section": "Internal objects", - "text": "The following objects are used internally by PyACP. They should not be used directly by the user, and\nare subject to change without notice.\n_model_printer.Node(label[, children])\nA node in a tree representation of the model.\n_server.common.ControllableServerProtocol(...)\nInterface definition for ACP servers which can be remotely started / stopped.\n_server.common.ServerProtocol(*args, **kwargs)\nInterface definition for ACP gRPC servers.\n_tree_objects._elemental_or_nodal_data.MeshDataT\nType variable.\n_tree_objects._elemental_or_nodal_data.ScalarDataT\nType variable.\n_tree_objects._grpc_helpers.edge_property_list.EdgePropertyList(*, ...)\nWrap graph edges of a specific type.\n_tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType(*kwargs)\nProtocol for the definition of ACP edge properties such as FabricWithAngle.\n_tree_objects._grpc_helpers.linked_object_list.ChildT\nType variable.\n_tree_objects._grpc_helpers.linked_object_list.LinkedObjectList(*, ...)\nList of linked tree objects.\n_tree_objects._grpc_helpers.mapping.CreatableValueT\nType variable.\n_tree_objects._grpc_helpers.mapping.Mapping(*, ...)\nMapping interface for collections of TreeObjects.\n_tree_objects._grpc_helpers.mapping.MutableMapping(*, ...)\nMutable mapping interface for collections of TreeObjects.\n_tree_objects._grpc_helpers.mapping.ValueT\nType variable.\n_tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath(...)\nInterface for objects that can be created from a resource path.\n_tree_objects._grpc_helpers.protocols.CreateRequest(...)\nInterface definition for CreateRequest messages.\n_tree_objects._grpc_helpers.protocols.ObjectInfo(...)\nInterface definition for ObjectInfo messages.\n_tree_objects._solid_model_export.SolidModelExportMixin([name])\nMixin class for adding export functionality to the solid model and imported solid model classes.\n_tree_objects.base.CreatableTreeObject([name])\nBase class for ACP objects which can be created.\n_tree_objects.base.ServerWrapper(channel, ...)\nWrapper for the connection to an ACP instance.\n_tree_objects.base.TreeObject([name])\nBase class for ACP objects which can be modified or deleted.\n_tree_objects.base.TreeObjectBase([name])\nBase class for ACP tree objects.\n_tree_objects.material.property_sets.wrapper.TC\nType variable.\n_tree_objects.material.property_sets.wrapper.TV\nType variable.\nInternal objects\n_model_printer.Node\n_server.common.ControllableServerProtocol\n_server.common.ServerProtocol\n_tree_objects._elemental_or_nodal_data.MeshDataT\n_tree_objects._elemental_or_nodal_data.ScalarDataT\n_tree_objects._grpc_helpers.edge_property_list.EdgePropertyList\n_tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType\n_tree_objects._grpc_helpers.linked_object_list.ChildT\n_tree_objects._grpc_helpers.linked_object_list.LinkedObjectList\n_tree_objects._grpc_helpers.mapping.CreatableValueT\n_tree_objects._grpc_helpers.mapping.Mapping\n_tree_objects._grpc_helpers.mapping.MutableMapping\n_tree_objects._grpc_helpers.mapping.ValueT\n_tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath\n_tree_objects._grpc_helpers.protocols.CreateRequest\n_tree_objects._grpc_helpers.protocols.ObjectInfo\n_tree_objects._solid_model_export.SolidModelExportMixin\n_tree_objects.base.CreatableTreeObject\n_tree_objects.base.ServerWrapper\n_tree_objects.base.TreeObject\n_tree_objects.base.TreeObjectBase\n_tree_objects.material.property_sets.wrapper.TC\n_tree_objects.material.property_sets.wrapper.TV" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material_handling", + "href": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material_handling.html#drop_off_material_handling", + "title": "drop_off_material_handling", + "section": "drop_off_material_handling", + "text": "drop_off_material_handling" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E3", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E3.html#e3", - "title": "E3", - "section": "E3", - "text": "E3" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material_handling", + "href": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material_handling.html#ansys.acp.core.Fabric.drop_off_material_handling", + "title": "drop_off_material_handling > drop_off_material_handling > drop_off_material_handling", + "section": "drop_off_material_handling > drop_off_material_handling", + "text": "property Fabric.drop_off_material_handling: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E3", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E3.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E3", - "title": "E3 > E3 > E3", - "section": "E3 > E3", - "text": "property ConstantEngineeringConstants.E3: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.ply_group_pointers", - "href": "api/_autosummary/ansys.acp.core.SolidModel.ply_group_pointers.html#ply_group_pointers", - "title": "ply_group_pointers", - "section": "ply_group_pointers", - "text": "ply_group_pointers" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.store.html#ansys.acp.core.ParallelSelectionRule.store", + "title": "store > store > store", + "section": "store > store", + "text": "ParallelSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.ply_group_pointers", - "href": "api/_autosummary/ansys.acp.core.SolidModel.ply_group_pointers.html#ansys.acp.core.SolidModel.ply_group_pointers", - "title": "ply_group_pointers > ply_group_pointers > ply_group_pointers", - "section": "ply_group_pointers > ply_group_pointers", - "text": "property SolidModel.ply_group_pointers: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.angle", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.angle.html#angle", + "title": "angle", + "section": "angle", + "text": "angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB.html#class40_cdb", - "title": "CLASS40_CDB", - "section": "CLASS40_CDB", - "text": "CLASS40_CDB" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.angle", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.angle.html#ansys.acp.core.ImportedAnalysisPly.angle", + "title": "angle > angle > angle", + "section": "angle > angle", + "text": "property ImportedAnalysisPly.angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB.html#ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB", - "title": "CLASS40_CDB > CLASS40_CDB > CLASS40_CDB", - "section": "CLASS40_CDB > CLASS40_CDB", - "text": "ExampleKeys.CLASS40_CDB = 13\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.price", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.price.html#price", + "title": "price", + "section": "price", + "text": "price" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB.html#examples-using-examplekeysclass40_cdb", - "title": "CLASS40_CDB > Examples using ExampleKeys.CLASS40_CDB", - "section": "Examples using ExampleKeys.CLASS40_CDB", - "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using ExampleKeys.CLASS40_CDB" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.price", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.price.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.price", + "title": "price > price > price", + "section": "price > price", + "text": "ModelingPlyElementalData.price: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxy.html#esxy", - "title": "eSxy", - "section": "eSxy", - "text": "eSxy" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.islower", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.islower.html#islower", + "title": "islower", + "section": "islower", + "text": "Return True if the string is a lowercase string, False otherwise.\nA string is lowercase if all cased characters in the string are lowercase and\nthere is at least one cased character in the string.\nislower" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxy.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eSxy", - "title": "eSxy > eSxy > eSxy", - "section": "eSxy > eSxy", - "text": "property VariableStrainLimits.eSxy: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.islower", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.islower.html#ansys.acp.core.material_property_sets.PuckMaterialType.islower", + "title": "islower > islower > islower", + "section": "islower > islower", + "text": "PuckMaterialType.islower(/)\n\nReturn True if the string is a lowercase string, False otherwise.\n\nA string is lowercase if all cased characters in the string are lowercase and\nthere is at least one cased character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.ljust", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.ljust.html#ljust", - "title": "ljust", - "section": "ljust", - "text": "Return a left-justified string of length width.\nPadding is done using the specified fill character (default is a space).\nljust" + "objectID": "user_guide/concepts/material_property_sets", + "href": "user_guide/concepts/material_property_sets.html#material-property-sets", + "title": "Material property sets", + "section": "Material property sets", + "text": "Material property sets define certain aspects of the properties\nof a material.\nThe attributes described in the following subsections show how\nyou can create and access material property sets in PyACP.\nMaterial property sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.ljust", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.ljust.html#ansys.acp.core.material_property_sets.PuckMaterialType.ljust", - "title": "ljust > ljust > ljust", - "section": "ljust > ljust", - "text": "PuckMaterialType.ljust(width, fillchar=' ', /)\n\nReturn a left-justified string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" + "objectID": "user_guide/concepts/material_property_sets", + "href": "user_guide/concepts/material_property_sets.html#constant-versus-variable-property-sets", + "title": "Material property sets > Constant versus variable property sets", + "section": "Constant versus variable property sets", + "text": "Material property sets can either be constant or variable. Constant property\nsets are defined by a single value per property. Variable property\nsets depend on field variables such as temperature and fiber volume content.\nCurrently, you can only modify the constant property sets with PyACP. Variable\nproperty sets can be inspected, but not modified.\nConstant versus variable property sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxz.html#esxz", - "title": "eSxz", - "section": "eSxz", - "text": "eSxz" + "objectID": "user_guide/concepts/material_property_sets", + "href": "user_guide/concepts/material_property_sets.html#isotropic-versus-orthotropic-property-sets", + "title": "Material property sets > Isotropic versus orthotropic property sets", + "section": "Isotropic versus orthotropic property sets", + "text": "The following material property sets can be defined as either isotropic or orthotropic:\nEngineering constants, defined in the ConstantEngineeringConstants and VariableEngineeringConstants classes.\nStress limits, defined in the ConstantStressLimits and VariableStressLimits classes.\nStrain limits, defined in the ConstantStrainLimits and VariableStrainLimits classes.\nWhether a material has isotropic or orthotropic properties is determined by its\nply type. The isotropic ply types are:\nPlyType.ISOTROPIC\nPlyType.ADHESIVE\nThe PlyType.ISOTROPIC_HOMOGENEOUS_CORE ply type has isotropic Engineering Constants,\nbut orthotropic stress and strain limits.\nWhile a material is unstored (see stored_vs_unstored), the property set does not\nautomatically change from orthotropic to isotropic or vice versa. When storing the\nmaterial, the backend ensures that its definition is consistent.\nIsotropic versus orthotropic property sets\nConstantEngineeringConstants\nVariableEngineeringConstants\nConstantStressLimits\nVariableStressLimits\nConstantStrainLimits\nVariableStrainLimits\nPlyType.ISOTROPIC\nPlyType.ADHESIVE\nPlyType.ISOTROPIC_HOMOGENEOUS_CORE" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxz.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eSxz", - "title": "eSxz > eSxz > eSxz", - "section": "eSxz > eSxz", - "text": "property VariableStrainLimits.eSxz: Any\n\n!! processed by numpydoc !!" + "objectID": "user_guide/concepts/material_property_sets", + "href": "user_guide/concepts/material_property_sets.html#available-attributes", + "title": "Material property sets > Available attributes", + "section": "Available attributes", + "text": "The available attributes for a given property set type change depending on whether\nthe material is isotropic or orthotropic.\nThe following table lists the available attributes for the different property sets in\nisotropic and orthotropic materials.\nProperty set\nIsotropic attributes\nOrthotropic attributes\nEngineering constants\nE, nu\nE1, E2, E3, nu12, nu13, nu23, G12, G13, G23\nStress limits\neffective_stress\nXc, Yc, Zc, Xt, Yt, Zt, Sxy, Syz, Sxz\nStrain limits\neffective_strain\neXc, eYc, eZc, eXt, eYt, eZt, eSxy, eSyz, eSxz\nAvailable attributes\nE\nnu\nE1\nE2\nE3\nnu12\nnu13\nnu23\nG12\nG13\nG23\neffective_stress\nXc\nYc\nZc\nXt\nYt\nZt\nSxy\nSyz\nSxz\neffective_strain\neXc\neYc\neZc\neXt\neYt\neZt\neSxy\neSyz\neSxz" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometrical_rule_type", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometrical_rule_type.html#geometrical_rule_type", - "title": "geometrical_rule_type", - "section": "geometrical_rule_type", - "text": "geometrical_rule_type" + "objectID": "user_guide/concepts/material_property_sets", + "href": "user_guide/concepts/material_property_sets.html#relation-between-isotropic-and-orthotropic-property-sets", + "title": "Material property sets > Relation between isotropic and orthotropic property sets", + "section": "Relation between isotropic and orthotropic property sets", + "text": "For stress and strain limits, the isotropic and orthotropic attributes are\nindependently defined. This means that when you change the ply type of a material,\nyou must redefine the stress and strain limits.\nFor engineering constants, however, the orthotropic and isotropic definitions\nare interlinked. Therefore, when you change the ply type of a material, the\nengineering constants are automatically converted.\nTo avoid accidental use of incorrect engineering constants, PyACP enforces\nconversion and assignment rules, as described later on this page.\nRelation between isotropic and orthotropic property sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometrical_rule_type", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometrical_rule_type.html#ansys.acp.core.GeometricalSelectionRule.geometrical_rule_type", - "title": "geometrical_rule_type > geometrical_rule_type > geometrical_rule_type", - "section": "geometrical_rule_type > geometrical_rule_type", - "text": "property GeometricalSelectionRule.geometrical_rule_type: Any\n\n!! processed by numpydoc !!" + "objectID": "user_guide/concepts/material_property_sets", + "href": "user_guide/concepts/material_property_sets.html#conversion-rules", + "title": "Material property sets > Conversion rules", + "section": "Conversion rules", + "text": "The following rules apply when changing the ply type of a material:\nThe ply type can always be changed from an isotropic to an orthotropic type.\nWhen changing from an orthotropic to an isotropic type, the engineering constants must\nbe consistent with their isotropic counterpart. In particular, the\nfollowing relations must hold:\nConsider the following example:\nFirst, convert to an isotropic ply type. This is allowed since the engineering constants are\nconsistent with an isotropic material.\nThen convert to an orthotropic material. This is always allowed.\nNow, the engineering constants are no longer consistent with an isotropic material, so converting\nback to an isotropic ply type is not allowed.\nConversion rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.html#variableoffsetselectionrulenodaldata", - "title": "VariableOffsetSelectionRuleNodalData", - "section": "VariableOffsetSelectionRuleNodalData", - "text": "Represents nodal data for a VariableOffset Selection Rule.\nVariableOffsetSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nVariableOffsetSelectionRuleNodalData.node_labels\n\nVariableOffsetSelectionRuleNodalData\nVariableOffsetSelectionRuleNodalData.get_pyvista_mesh\nVariableOffsetSelectionRuleNodalData.node_labels" + "objectID": "user_guide/concepts/material_property_sets", + "href": "user_guide/concepts/material_property_sets.html#assignment-rules", + "title": "Material property sets > Assignment rules", + "section": "Assignment rules", + "text": "Similar rules apply when assigning engineering constants to a material:\nIsotropic engineering constants can be assigned to both isotropic and orthotropic materials.\nOrthotropic engineering constants can be assigned to isotropic materials, if their values are consistent with them,\nand orthotropic materials.\nContinuing from the preceding example, you can assign either orthotropic or isotropic engineering constants to the orthotropic material:\nNow you can switch back to an isotropic ply type.\nIsotropic engineering constants can always be assigned to an isotropic material.\nOrthotropic engineering constants can be assigned only if the values are consistent with an isotropic material.\nAssignment rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData", - "title": "VariableOffsetSelectionRuleNodalData > VariableOffsetSelectionRuleNodalData > VariableOffsetSelectionRuleNodalData", - "section": "VariableOffsetSelectionRuleNodalData > VariableOffsetSelectionRuleNodalData", - "text": "class ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a VariableOffset Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nVariableOffsetSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableOffsetSelectionRuleNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.area_price", + "href": "api/_autosummary/ansys.acp.core.Stackup.area_price.html#area_price", + "title": "area_price", + "section": "area_price", + "text": "area_price" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets", - "href": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets.html#oriented_selection_sets", - "title": "oriented_selection_sets", - "section": "oriented_selection_sets", - "text": "oriented_selection_sets" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.area_price", + "href": "api/_autosummary/ansys.acp.core.Stackup.area_price.html#ansys.acp.core.Stackup.area_price", + "title": "area_price > area_price > area_price", + "section": "area_price > area_price", + "text": "property Stackup.area_price: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets", - "href": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets.html#ansys.acp.core.Model.oriented_selection_sets", - "title": "oriented_selection_sets > oriented_selection_sets > oriented_selection_sets", - "section": "oriented_selection_sets > oriented_selection_sets", - "text": "property Model.oriented_selection_sets: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.mesh", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets", - "href": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets.html#examples-using-modeloriented_selection_sets", - "title": "oriented_selection_sets > Examples using Model.oriented_selection_sets", - "section": "Examples using Model.oriented_selection_sets", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Model.oriented_selection_sets" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.mesh", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.mesh.html#ansys.acp.core.OrientedSelectionSet.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property OrientedSelectionSet.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.fiber_direction.html#fiber_direction", - "title": "fiber_direction", - "section": "fiber_direction", - "text": "fiber_direction" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.store", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.fiber_direction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.fiber_direction", - "title": "fiber_direction > fiber_direction > fiber_direction", - "section": "fiber_direction > fiber_direction", - "text": "ModelingPlyElementalData.fiber_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.store", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.store.html#ansys.acp.core.ModelingGroup.store", + "title": "store > store > store", + "section": "store > store", + "text": "ModelingGroup.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_section_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_section_index.html#use_default_section_index", + "title": "use_default_section_index", + "section": "use_default_section_index", + "text": "use_default_section_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xc.html#xc", - "title": "Xc", - "section": "Xc", - "text": "Xc" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_section_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_section_index.html#ansys.acp.core.ImportedSolidModelExportSettings.use_default_section_index", + "title": "use_default_section_index > use_default_section_index > use_default_section_index", + "section": "use_default_section_index > use_default_section_index", + "text": "property ImportedSolidModelExportSettings.use_default_section_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xc.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xc", - "title": "Xc > Xc > Xc", - "section": "Xc > Xc", - "text": "property VariableWovenStressLimits.Xc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.parent", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.parent", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.parent.html#ansys.acp.core.InterfaceLayer.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property InterfaceLayer.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ProductionPlyNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ProductionPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.name", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.name.html#name", + "title": "name", + "section": "name", + "text": "name" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_butt_joint_sequence", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_butt_joint_sequence.html#create_butt_joint_sequence", - "title": "create_butt_joint_sequence", - "section": "create_butt_joint_sequence", - "text": "Instantiate a ButtJointSequence.\nname (str) – Name of the butt joint sequence.\nprimary_plies (Sequence[PrimaryPly]) – Primary plies are the source of a butt joint and they pass the thickness to\nadjacent plies. Plies with a higher level inherit the thickness from those\nwith a lower level.\nsecondary_plies (Sequence[ModelingGroup | ModelingPly]) – Secondary plies are butt-joined to adjacent primary plies and they inherit\nthe thickness.\nButtJointSequence\nAdded in ACP server version 25.1.\ncreate_butt_joint_sequence" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.name", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.name.html#ansys.acp.core.material_property_sets.FieldVariable.name", + "title": "name > name > name", + "section": "name > name", + "text": "FieldVariable.name: str\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_butt_joint_sequence", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_butt_joint_sequence.html#ansys.acp.core.ModelingGroup.create_butt_joint_sequence", - "title": "create_butt_joint_sequence > create_butt_joint_sequence > create_butt_joint_sequence", - "section": "create_butt_joint_sequence > create_butt_joint_sequence", - "text": "ModelingGroup.create_butt_joint_sequence(*, name='ButtJointSequence', active=True, global_ply_nr=0, primary_plies=(), secondary_plies=())\n\nInstantiate a ButtJointSequence.\n\nParameters\n\nname (str) – Name of the butt joint sequence.\n\nprimary_plies (Sequence[PrimaryPly]) – Primary plies are the source of a butt joint and they pass the thickness to\nadjacent plies. Plies with a higher level inherit the thickness from those\nwith a lower level.\n\nsecondary_plies (Sequence[ModelingGroup | ModelingPly]) – Secondary plies are butt-joined to adjacent primary plies and they inherit\nthe thickness.\n\nReturn type\n\nButtJointSequence\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.field_variables.html#field_variables", + "title": "field_variables", + "section": "field_variables", + "text": "field_variables" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES", - "href": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES.html#tabular_values", - "title": "TABULAR_VALUES", - "section": "TABULAR_VALUES", - "text": "TABULAR_VALUES" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.field_variables.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.field_variables", + "title": "field_variables > field_variables > field_variables", + "section": "field_variables > field_variables", + "text": "property VariableLaRCConstants.field_variables: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES", - "href": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES.html#ansys.acp.core.DrapingType.TABULAR_VALUES", - "title": "TABULAR_VALUES > TABULAR_VALUES > TABULAR_VALUES", - "section": "TABULAR_VALUES > TABULAR_VALUES", - "text": "DrapingType.TABULAR_VALUES = 'tabular_values'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE", + "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE.html#isotropic_homogeneous_core", + "title": "ISOTROPIC_HOMOGENEOUS_CORE", + "section": "ISOTROPIC_HOMOGENEOUS_CORE", + "text": "ISOTROPIC_HOMOGENEOUS_CORE" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES", - "href": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES.html#examples-using-drapingtypetabular_values", - "title": "TABULAR_VALUES > Examples using DrapingType.TABULAR_VALUES", - "section": "Examples using DrapingType.TABULAR_VALUES", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using DrapingType.TABULAR_VALUES" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE", + "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE.html#ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE", + "title": "ISOTROPIC_HOMOGENEOUS_CORE > ISOTROPIC_HOMOGENEOUS_CORE > ISOTROPIC_HOMOGENEOUS_CORE", + "section": "ISOTROPIC_HOMOGENEOUS_CORE > ISOTROPIC_HOMOGENEOUS_CORE", + "text": "PlyType.ISOTROPIC_HOMOGENEOUS_CORE = 'isotropic_homogeneous_core'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isnumeric", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isnumeric.html#isnumeric", - "title": "isnumeric", - "section": "isnumeric", - "text": "Return True if the string is a numeric string, False otherwise.\nA string is numeric if all characters in the string are numeric and there is at\nleast one character in the string.\nisnumeric" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE", + "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE.html#examples-using-plytypeisotropic_homogeneous_core", + "title": "ISOTROPIC_HOMOGENEOUS_CORE > Examples using PlyType.ISOTROPIC_HOMOGENEOUS_CORE", + "section": "Examples using PlyType.ISOTROPIC_HOMOGENEOUS_CORE", + "text": "sphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using PlyType.ISOTROPIC_HOMOGENEOUS_CORE" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isnumeric", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isnumeric.html#ansys.acp.core.LaunchMode.isnumeric", - "title": "isnumeric > isnumeric > isnumeric", - "section": "isnumeric > isnumeric", - "text": "LaunchMode.isnumeric(/)\n\nReturn True if the string is a numeric string, False otherwise.\n\nA string is numeric if all characters in the string are numeric and there is at\nleast one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.store", + "href": "api/_autosummary/ansys.acp.core.Sensor.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.store", + "href": "api/_autosummary/ansys.acp.core.Sensor.store.html#ansys.acp.core.Sensor.store", + "title": "store > store > store", + "section": "store > store", + "text": "Sensor.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.elemental_data.html#ansys.acp.core.VariableOffsetSelectionRule.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property VariableOffsetSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.mesh", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.oriented_selection_set", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.oriented_selection_set.html#oriented_selection_set", - "title": "oriented_selection_set", - "section": "oriented_selection_set", - "text": "oriented_selection_set" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.mesh", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.mesh.html#ansys.acp.core.ProductionPly.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property ProductionPly.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.oriented_selection_set", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.oriented_selection_set.html#ansys.acp.core.SnapToGeometry.oriented_selection_set", - "title": "oriented_selection_set > oriented_selection_set > oriented_selection_set", - "section": "oriented_selection_set > oriented_selection_set", - "text": "property SnapToGeometry.oriented_selection_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/050-composite_cae_h5", + "href": "examples/modeling_features/050-composite_cae_h5.html#hdf5-composite-cae", + "title": "HDF5 Composite CAE", + "section": "HDF5 Composite CAE", + "text": "The HDF5 Composite CAE interface of PyACP is demonstrated in\nthis example. It shows how to write (export) and read (import)\nlayup data to and from a HDF5 Composite CAE file, respectively.\nThe HDF5 Composite CAE format is a vendor independent format\nto exchange composite layup information between CAE tools.\nThis examples demonstrates how to:\n- Load and manipulate a model\n- Export data to a HDF5 Composite CAE file\n- Import and map layup from HDF5 Composite CAE onto a different model (mesh)\n- Export data with ply offsets (3D plies)\n- Import a layup as ImportedModelingPly\n- Import HDF5 Composite CAE with 3D plies and map the layup onto an ImportedSolidModel\nImport the standard library and third-party dependencies.\nImport the PyACP dependencies.\nHDF5 Composite CAE\nImportedModelingPly\nImportedSolidModel" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry", - "href": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry.html#create_cad_geometry", - "title": "create_cad_geometry", - "section": "create_cad_geometry", - "text": "Instantiate a CAD Geometry.\nname (str) – Name of the CAD Geometry.\nexternal_path (str) – Path to the CAD file.\nscale_factor (float) – Scale factor applied to the CAD geometry.\nuse_default_precision (bool) – Whether to use the default precision value.\nprecision (float) – Precision of geometrical operations such as intersection points, thickness sampling, etc.\nuse_default_offset (bool) – Whether to use the default offset value.\noffset (float) – Offset value used to analyze the surface’s coverage regarding the mesh.\nCADGeometry\nAdded in ACP server version 24.2.\ncreate_cad_geometry" + "objectID": "examples/modeling_features/050-composite_cae_h5", + "href": "examples/modeling_features/050-composite_cae_h5.html#start-acp-and-load-the-model", + "title": "HDF5 Composite CAE > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "%%\nGet the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from an acph5 file\nCrop some plies in order to generate a variable laminate\nPlot the thickness distribution\nStart ACP and load the model" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry", - "href": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry.html#ansys.acp.core.Model.create_cad_geometry", - "title": "create_cad_geometry > create_cad_geometry > create_cad_geometry", - "section": "create_cad_geometry > create_cad_geometry", - "text": "Model.create_cad_geometry(*, name='CADGeometry', external_path='', scale_factor=1.0, use_default_precision=True, precision=0.001, use_default_offset=True, offset=0.0)\n\nInstantiate a CAD Geometry.\n\nParameters\n\nname (str) – Name of the CAD Geometry.\n\nexternal_path (str) – Path to the CAD file.\n\nscale_factor (float) – Scale factor applied to the CAD geometry.\n\nuse_default_precision (bool) – Whether to use the default precision value.\n\nprecision (float) – Precision of geometrical operations such as intersection points, thickness sampling, etc.\n\nuse_default_offset (bool) – Whether to use the default offset value.\n\noffset (float) – Offset value used to analyze the surface’s coverage regarding the mesh.\n\nReturn type\n\nCADGeometry\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/050-composite_cae_h5", + "href": "examples/modeling_features/050-composite_cae_h5.html#write-hdf5-composite-cae-file", + "title": "HDF5 Composite CAE > Write HDF5 Composite CAE file", + "section": "Write HDF5 Composite CAE file", + "text": "Export the entire layup to a HDF5 Composite CAE file.\nWrite HDF5 Composite CAE file" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry", - "href": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry.html#examples-using-modelcreate_cad_geometry", - "title": "create_cad_geometry > Examples using Model.create_cad_geometry", - "section": "Examples using Model.create_cad_geometry", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using Model.create_cad_geometry" + "objectID": "examples/modeling_features/050-composite_cae_h5", + "href": "examples/modeling_features/050-composite_cae_h5.html#load-hdf5-composite-cae-file-into-a-different-model", + "title": "HDF5 Composite CAE > Load HDF5 Composite CAE file into a different model", + "section": "Load HDF5 Composite CAE file into a different model", + "text": "A new acp model is created by importing a refined mesh of the same geometry.\nBoth meshes (initial mesh in blue, refined one in red) are shown below.\nImport the HDF5 Composite CAE file which is then automatically mapped\nonto the refined mesh. In this example, the default settings\n(tolerances, etc.) are used.\nPlot the thickness distribution on the refined model\nLoad HDF5 Composite CAE file into a different model" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.delete", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "examples/modeling_features/050-composite_cae_h5", + "href": "examples/modeling_features/050-composite_cae_h5.html#3d-plies-with-ply-offsets", + "title": "HDF5 Composite CAE > 3D plies with ply-offsets", + "section": "3D plies with ply-offsets", + "text": "The HDF5 Composite CAE interface also allows to export the 3D plies\n(plies with offsets) which can then be used to create\nimported modeling plies. The initial model is used to\nwrite a new HDF5 with layup_representation_3d enabled.\nA new acp model is created to properly separate the different workflows.\nAn imported solid model is required for the 3D workflow (with imported modeling plies).\nDetails about ImportedSolidModel and ImportedModelingPly can be found\nin the examples imported_solid_model_example and imported_plies_example.\nThe LayupMappingObject is used to configure the mapping of the imported plies\nonto the imported solid model.\nThe mapped top layer of the imported laminate is shown below.\nNote that the solid elements which do not intersect with the\nlayup are deleted in this example.\nNote that the visualization of imported plies and imported solid model\nis limited. As an alternative, you can save the model and review it\nin ACP standalone.\nTotal running time of the script: (0 minutes 5.975 seconds)\nDownload Jupyter notebook: 050-composite_cae_h5.ipynb\nDownload Python source code: 050-composite_cae_h5.py\nDownload zipped: 050-composite_cae_h5.zip\nGallery generated by Sphinx-Gallery\n3D plies with ply-offsets\nlayup_representation_3d\nImportedSolidModel\nImportedModelingPly\nLayupMappingObject\nDownload Jupyter notebook: 050-composite_cae_h5.ipynb\nDownload Python source code: 050-composite_cae_h5.py\nDownload zipped: 050-composite_cae_h5.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.delete", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.delete.html#ansys.acp.core.OrientedSelectionSet.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "OrientedSelectionSet.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_H5", + "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_H5.html#ansys_h5", + "title": "ANSYS_H5", + "section": "ANSYS_H5", + "text": "ANSYS_H5" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rjust", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rjust.html#rjust", - "title": "rjust", - "section": "rjust", - "text": "Return a right-justified string of length width.\nPadding is done using the specified fill character (default is a space).\nrjust" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_H5", + "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_H5.html#ansys.acp.core.SolidModelImportFormat.ANSYS_H5", + "title": "ANSYS_H5 > ANSYS_H5 > ANSYS_H5", + "section": "ANSYS_H5 > ANSYS_H5", + "text": "SolidModelImportFormat.ANSYS_H5 = 'ansys:h5'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rjust", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rjust.html#ansys.acp.core.material_property_sets.PuckMaterialType.rjust", - "title": "rjust > rjust > rjust", - "section": "rjust > rjust", - "text": "PuckMaterialType.rjust(width, fillchar=' ', /)\n\nReturn a right-justified string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.VOLUME", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.VOLUME.html#volume", - "title": "VOLUME", - "section": "VOLUME", - "text": "VOLUME" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.shell_mesh.html#ansys.acp.core.CylindricalSelectionRule.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property CylindricalSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.VOLUME", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.VOLUME.html#ansys.acp.core.ElementalDataType.VOLUME", - "title": "VOLUME > VOLUME > VOLUME", - "section": "VOLUME > VOLUME", - "text": "ElementalDataType.VOLUME = 'volume'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_GEOMETRY.html#from_geometry", + "title": "FROM_GEOMETRY", + "section": "FROM_GEOMETRY", + "text": "FROM_GEOMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.active", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_GEOMETRY.html#ansys.acp.core.MeshImportType.FROM_GEOMETRY", + "title": "FROM_GEOMETRY > FROM_GEOMETRY > FROM_GEOMETRY", + "section": "FROM_GEOMETRY > FROM_GEOMETRY", + "text": "MeshImportType.FROM_GEOMETRY = 'from_geometry'\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.partition", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.partition.html#partition", + "title": "partition", + "section": "partition", + "text": "Partition the string into three parts using the given separator.\nThis will search for the separator in the string. If the separator is found,\nreturns a 3-tuple containing the part before the separator, the separator\nitself, and the part after it.\nIf the separator is not found, returns a 3-tuple containing the original string\nand two empty strings.\npartition" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.active", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.active.html#ansys.acp.core.InterfaceLayer.active", - "title": "active > active > active", - "section": "active > active", - "text": "property InterfaceLayer.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.partition", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.partition.html#ansys.acp.core.LaunchMode.partition", + "title": "partition > partition > partition", + "section": "partition > partition", + "text": "LaunchMode.partition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nThis will search for the separator in the string. If the separator is found,\nreturns a 3-tuple containing the part before the separator, the separator\nitself, and the part after it.\n\nIf the separator is not found, returns a 3-tuple containing the original string\nand two empty strings.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYt.html#eyt", - "title": "eYt", - "section": "eYt", - "text": "eYt" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.html#constantwovencharacterization", + "title": "ConstantWovenCharacterization", + "section": "ConstantWovenCharacterization", + "text": "Constant woven characterization material property set.\nAdded in ACP server version 24.2.\nConstantWovenCharacterization.E1_1\n\nConstantWovenCharacterization.E1_2\n\nConstantWovenCharacterization.E2_1\n\nConstantWovenCharacterization.E2_2\n\nConstantWovenCharacterization.G12_1\n\nConstantWovenCharacterization.G12_2\n\nConstantWovenCharacterization.G23_1\n\nConstantWovenCharacterization.G23_2\n\nConstantWovenCharacterization.nu12_1\n\nConstantWovenCharacterization.nu12_2\n\nConstantWovenCharacterization.orientation_1\n\nConstantWovenCharacterization.orientation_2\n\nConstantWovenCharacterization\nConstantWovenCharacterization.E1_1\nConstantWovenCharacterization.E1_2\nConstantWovenCharacterization.E2_1\nConstantWovenCharacterization.E2_2\nConstantWovenCharacterization.G12_1\nConstantWovenCharacterization.G12_2\nConstantWovenCharacterization.G23_1\nConstantWovenCharacterization.G23_2\nConstantWovenCharacterization.nu12_1\nConstantWovenCharacterization.nu12_2\nConstantWovenCharacterization.orientation_1\nConstantWovenCharacterization.orientation_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYt.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eYt", - "title": "eYt > eYt > eYt", - "section": "eYt > eYt", - "text": "property VariableStrainLimits.eYt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization", + "title": "ConstantWovenCharacterization > ConstantWovenCharacterization > ConstantWovenCharacterization", + "section": "ConstantWovenCharacterization > ConstantWovenCharacterization", + "text": "class ansys.acp.core.material_property_sets.ConstantWovenCharacterization(*, orientation_1=0.0, E1_1=0.0, E2_1=0.0, G12_1=0.0, G23_1=0.0, nu12_1=0.0, orientation_2=0.0, E1_2=0.0, E2_2=0.0, G12_2=0.0, G23_2=0.0, nu12_2=0.0, _parent_object=None, _attribute_path=None)\n\nConstant woven characterization material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantWovenCharacterization.E1_1\n\n\n\nConstantWovenCharacterization.E1_2\n\n\n\nConstantWovenCharacterization.E2_1\n\n\n\nConstantWovenCharacterization.E2_2\n\n\n\nConstantWovenCharacterization.G12_1\n\n\n\nConstantWovenCharacterization.G12_2\n\n\n\nConstantWovenCharacterization.G23_1\n\n\n\nConstantWovenCharacterization.G23_2\n\n\n\nConstantWovenCharacterization.nu12_1\n\n\n\nConstantWovenCharacterization.nu12_2\n\n\n\nConstantWovenCharacterization.orientation_1\n\n\n\nConstantWovenCharacterization.orientation_2\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxy.html#sxy", - "title": "Sxy", - "section": "Sxy", - "text": "Sxy" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.name", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxy.html#ansys.acp.core.material_property_sets.VariableStressLimits.Sxy", - "title": "Sxy > Sxy > Sxy", - "section": "Sxy > Sxy", - "text": "property VariableStressLimits.Sxy: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.name", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.name.html#ansys.acp.core.ImportedModelingGroup.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ImportedModelingGroup.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_1.html#g23_1", - "title": "G23_1", - "section": "G23_1", - "text": "G23_1" + "objectID": "examples/modeling_features/sg_execution_times", + "href": "examples/modeling_features/sg_execution_times.html#computation-times", + "title": "Computation times", + "section": "Computation times", + "text": "01:58.294 total execution time for 12 files from examples/modeling_features:\nExample\nTime\nMem (MB)\nsphx_glr_examples_modeling_features_007-sensor.py (007-sensor.py)\n00:25.371\n0.0\nsphx_glr_examples_modeling_features_031-imported-solid-model.py (031-imported-solid-model.py)\n00:20.137\n0.0\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py (010-sandwich-panel-layup.py)\n00:10.930\n0.0\nsphx_glr_examples_modeling_features_001-materials.py (001-materials.py)\n00:10.503\n0.0\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py (002-rosettes-ply-directions.py)\n00:08.664\n0.0\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py (004-advanced-selection-rules.py)\n00:06.969\n0.0\nsphx_glr_examples_modeling_features_020-solid_model.py (020-solid_model.py)\n00:06.663\n0.0\nsphx_glr_examples_modeling_features_030-imported-plies.py (030-imported-plies.py)\n00:06.149\n0.0\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py (003-simple-selection-rules.py)\n00:06.034\n0.0\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py (050-composite_cae_h5.py)\n00:05.975\n0.0\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py (006-layup-thickness-definitions.py)\n00:05.804\n0.0\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py (005-ply-direction-lookup-table.py)\n00:05.095\n0.0\nComputation times\n007-sensor.py\n031-imported-solid-model.py\n010-sandwich-panel-layup.py\n001-materials.py\n002-rosettes-ply-directions.py\n004-advanced-selection-rules.py\n020-solid_model.py\n030-imported-plies.py\n003-simple-selection-rules.py\n050-composite_cae_h5.py\n006-layup-thickness-definitions.py\n005-ply-direction-lookup-table.py" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_1.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_1", - "title": "G23_1 > G23_1 > G23_1", - "section": "G23_1 > G23_1", - "text": "property VariableWovenCharacterization.G23_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.data", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.data.html#data", + "title": "data", + "section": "data", + "text": "data" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.include_rule.html#include_rule", - "title": "include_rule", - "section": "include_rule", - "text": "include_rule" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.data", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.data.html#ansys.acp.core.LookUpTable3DColumn.data", + "title": "data > data > data", + "section": "data > data", + "text": "property LookUpTable3DColumn.data: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.include_rule.html#ansys.acp.core.ParallelSelectionRule.include_rule", - "title": "include_rule > include_rule > include_rule", - "section": "include_rule > include_rule", - "text": "property ParallelSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_mesh_size", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_mesh_size.html#draping_mesh_size", + "title": "draping_mesh_size", + "section": "draping_mesh_size", + "text": "draping_mesh_size" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.GLOBAL", - "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.GLOBAL.html#global", - "title": "GLOBAL", - "section": "GLOBAL", - "text": "GLOBAL" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_mesh_size", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_mesh_size.html#ansys.acp.core.OrientedSelectionSet.draping_mesh_size", + "title": "draping_mesh_size > draping_mesh_size > draping_mesh_size", + "section": "draping_mesh_size > draping_mesh_size", + "text": "property OrientedSelectionSet.draping_mesh_size: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.GLOBAL", - "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.GLOBAL.html#ansys.acp.core.DropOffMaterialHandling.GLOBAL", - "title": "GLOBAL > GLOBAL > GLOBAL", - "section": "GLOBAL > GLOBAL", - "text": "DropOffMaterialHandling.GLOBAL = 'global'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.M", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.M.html#m", + "title": "M", + "section": "M", + "text": "M" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.delete", - "href": "api/_autosummary/ansys.acp.core.Material.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.M", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.M.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.M", + "title": "M > M > M", + "section": "M > M", + "text": "property ConstantPuckConstants.M: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.delete", - "href": "api/_autosummary/ansys.acp.core.Material.delete.html#ansys.acp.core.Material.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "Material.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.html#parallelselectionrule", + "title": "ParallelSelectionRule", + "section": "ParallelSelectionRule", + "text": "Instantiate a Parallel Selection Rule.\nname (str) – Name of the Parallel Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the Parallel Selection Rule.\ndirection (tuple[float, ...]) – Direction of the Parallel Selection Rule.\nlower_limit (float) – Negative distance of the Parallel Selection Rule.\nupper_limit (float) – Positive distance of the Parallel Selection Rule.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nAdded in ACP server version 24.2.\nParallelSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nParallelSelectionRule.delete()\nDelete the object.\nParallelSelectionRule.store(parent)\nStore the object on the server.\nParallelSelectionRule.direction\n\nParallelSelectionRule.elemental_data\n\nParallelSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nParallelSelectionRule.include_rule\n\nParallelSelectionRule.lower_limit\n\nParallelSelectionRule.mesh\nFull mesh associated with the object.\nParallelSelectionRule.name\nThe name of the object.\nParallelSelectionRule.nodal_data\n\nParallelSelectionRule.origin\n\nParallelSelectionRule.parent\nThe parent of the object.\nParallelSelectionRule.relative_rule\n\nParallelSelectionRule.rosette\n\nParallelSelectionRule.shell_mesh\nShell mesh associated with the object.\nParallelSelectionRule.status\n\nParallelSelectionRule.upper_limit\n\nParallelSelectionRule.use_global_coordinate_system\n\nParallelSelectionRule\nuse_global_coordinate_system\nFalse\nParallelSelectionRule.clone\nParallelSelectionRule.delete\nParallelSelectionRule.store\nParallelSelectionRule.direction\nParallelSelectionRule.elemental_data\nParallelSelectionRule.id\nParallelSelectionRule.include_rule\nParallelSelectionRule.lower_limit\nParallelSelectionRule.mesh\nParallelSelectionRule.name\nParallelSelectionRule.nodal_data\nParallelSelectionRule.origin\nParallelSelectionRule.parent\nParallelSelectionRule.relative_rule\nParallelSelectionRule.rosette\nParallelSelectionRule.shell_mesh\nParallelSelectionRule.status\nParallelSelectionRule.upper_limit\nParallelSelectionRule.use_global_coordinate_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.virtual_geometries", - "href": "api/_autosummary/ansys.acp.core.Model.virtual_geometries.html#virtual_geometries", - "title": "virtual_geometries", - "section": "virtual_geometries", - "text": "virtual_geometries" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.html#ansys.acp.core.ParallelSelectionRule", + "title": "ParallelSelectionRule > ParallelSelectionRule > ParallelSelectionRule", + "section": "ParallelSelectionRule > ParallelSelectionRule", + "text": "class ansys.acp.core.ParallelSelectionRule(*, name='ParallelSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), direction=(1.0, 0.0, 0.0), lower_limit=0.0, upper_limit=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Parallel Selection Rule.\n\nParameters\n\nname (str) – Name of the Parallel Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the Parallel Selection Rule.\n\ndirection (tuple[float, ...]) – Direction of the Parallel Selection Rule.\n\nlower_limit (float) – Negative distance of the Parallel Selection Rule.\n\nupper_limit (float) – Positive distance of the Parallel Selection Rule.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nParallelSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nParallelSelectionRule.delete()\n\nDelete the object.\n\nParallelSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nParallelSelectionRule.direction\n\n\n\nParallelSelectionRule.elemental_data\n\n\n\nParallelSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nParallelSelectionRule.include_rule\n\n\n\nParallelSelectionRule.lower_limit\n\n\n\nParallelSelectionRule.mesh\n\nFull mesh associated with the object.\n\nParallelSelectionRule.name\n\nThe name of the object.\n\nParallelSelectionRule.nodal_data\n\n\n\nParallelSelectionRule.origin\n\n\n\nParallelSelectionRule.parent\n\nThe parent of the object.\n\nParallelSelectionRule.relative_rule\n\n\n\nParallelSelectionRule.rosette\n\n\n\nParallelSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nParallelSelectionRule.status\n\n\n\nParallelSelectionRule.upper_limit\n\n\n\nParallelSelectionRule.use_global_coordinate_system\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.virtual_geometries", - "href": "api/_autosummary/ansys.acp.core.Model.virtual_geometries.html#ansys.acp.core.Model.virtual_geometries", - "title": "virtual_geometries > virtual_geometries > virtual_geometries", - "section": "virtual_geometries > virtual_geometries", - "text": "property Model.virtual_geometries: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.html#examples-using-parallelselectionrule", + "title": "ParallelSelectionRule > Examples using ParallelSelectionRule", + "section": "Examples using ParallelSelectionRule", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ParallelSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.larc_constants", - "href": "api/_autosummary/ansys.acp.core.Material.larc_constants.html#larc_constants", - "title": "larc_constants", - "section": "larc_constants", - "text": "larc_constants" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xc.html#xc", + "title": "Xc", + "section": "Xc", + "text": "Xc" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.larc_constants", - "href": "api/_autosummary/ansys.acp.core.Material.larc_constants.html#ansys.acp.core.Material.larc_constants", - "title": "larc_constants > larc_constants > larc_constants", - "section": "larc_constants > larc_constants", - "text": "property Material.larc_constants: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xc.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xc", + "title": "Xc > Xc > Xc", + "section": "Xc > Xc", + "text": "property ConstantWovenStressLimits.Xc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_GEOMETRY.html#by_geometry", - "title": "BY_GEOMETRY", - "section": "BY_GEOMETRY", - "text": "BY_GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups", + "href": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups.html#imported_modeling_groups", + "title": "imported_modeling_groups", + "section": "imported_modeling_groups", + "text": "imported_modeling_groups" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_GEOMETRY.html#ansys.acp.core.ExtrusionGuideType.BY_GEOMETRY", - "title": "BY_GEOMETRY > BY_GEOMETRY > BY_GEOMETRY", - "section": "BY_GEOMETRY > BY_GEOMETRY", - "text": "ExtrusionGuideType.BY_GEOMETRY = 'by_geometry'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups", + "href": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups.html#ansys.acp.core.Model.imported_modeling_groups", + "title": "imported_modeling_groups > imported_modeling_groups > imported_modeling_groups", + "section": "imported_modeling_groups > imported_modeling_groups", + "text": "property Model.imported_modeling_groups: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.print_model", - "href": "api/_autosummary/ansys.acp.core.print_model.html#print_model", - "title": "print_model", - "section": "print_model", - "text": "Print a tree representation of the model.\nmodel (Model) – pyACP model\nhide_empty (bool) – Whether to hide empty collections.\nprint_model" + "objectID": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups", + "href": "api/_autosummary/ansys.acp.core.Model.imported_modeling_groups.html#examples-using-modelimported_modeling_groups", + "title": "imported_modeling_groups > Examples using Model.imported_modeling_groups", + "section": "Examples using Model.imported_modeling_groups", + "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.imported_modeling_groups" }, { - "objectID": "api/_autosummary/ansys.acp.core.print_model", - "href": "api/_autosummary/ansys.acp.core.print_model.html#ansys.acp.core.print_model", - "title": "print_model > print_model > print_model", - "section": "print_model > print_model", - "text": "ansys.acp.core.print_model(model, *, hide_empty=True)\n\nPrint a tree representation of the model.\n\nParameters\n\nmodel (Model) – pyACP model\n\nhide_empty (bool) – Whether to hide empty collections.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.html#variablestrainlimits", + "title": "VariableStrainLimits", + "section": "VariableStrainLimits", + "text": "Variable strain limits material property set.\nAdded in ACP server version 24.2.\nVariableStrainLimits.eSxy\n\nVariableStrainLimits.eSxz\n\nVariableStrainLimits.eSyz\n\nVariableStrainLimits.eXc\n\nVariableStrainLimits.eXt\n\nVariableStrainLimits.eYc\n\nVariableStrainLimits.eYt\n\nVariableStrainLimits.eZc\n\nVariableStrainLimits.eZt\n\nVariableStrainLimits.effective_strain\n\nVariableStrainLimits.field_variables\n\nVariableStrainLimits.interpolation_options\n\nVariableStrainLimits\nVariableStrainLimits.eSxy\nVariableStrainLimits.eSxz\nVariableStrainLimits.eSyz\nVariableStrainLimits.eXc\nVariableStrainLimits.eXt\nVariableStrainLimits.eYc\nVariableStrainLimits.eYt\nVariableStrainLimits.eZc\nVariableStrainLimits.eZt\nVariableStrainLimits.effective_strain\nVariableStrainLimits.field_variables\nVariableStrainLimits.interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.print_model", - "href": "api/_autosummary/ansys.acp.core.print_model.html#examples-using-print_model", - "title": "print_model > Examples using print_model", - "section": "Examples using print_model", - "text": "sphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nExamples using print_model" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.html#ansys.acp.core.material_property_sets.VariableStrainLimits", + "title": "VariableStrainLimits > VariableStrainLimits > VariableStrainLimits", + "section": "VariableStrainLimits > VariableStrainLimits", + "text": "class ansys.acp.core.material_property_sets.VariableStrainLimits(*, _parent_object=None, _attribute_path=None)\n\nVariable strain limits material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableStrainLimits.eSxy\n\n\n\nVariableStrainLimits.eSxz\n\n\n\nVariableStrainLimits.eSyz\n\n\n\nVariableStrainLimits.eXc\n\n\n\nVariableStrainLimits.eXt\n\n\n\nVariableStrainLimits.eYc\n\n\n\nVariableStrainLimits.eYt\n\n\n\nVariableStrainLimits.eZc\n\n\n\nVariableStrainLimits.eZt\n\n\n\nVariableStrainLimits.effective_strain\n\n\n\nVariableStrainLimits.field_variables\n\n\n\nVariableStrainLimits.interpolation_options\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh.html#solid_mesh", - "title": "solid_mesh", - "section": "solid_mesh", - "text": "Solid mesh associated with the object.\nsolid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.id", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh.html#ansys.acp.core.AnalysisPly.solid_mesh", - "title": "solid_mesh > solid_mesh > solid_mesh", - "section": "solid_mesh > solid_mesh", - "text": "property AnalysisPly.solid_mesh: MeshData\n\nSolid mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.id", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.id.html#ansys.acp.core.ImportedSolidModel.id", + "title": "id > id > id", + "section": "id > id", + "text": "property ImportedSolidModel.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh.html#examples-using-analysisplysolid_mesh", - "title": "solid_mesh > Examples using AnalysisPly.solid_mesh", - "section": "Examples using AnalysisPly.solid_mesh", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using AnalysisPly.solid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_mesh_size", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_mesh_size.html#draping_mesh_size", + "title": "draping_mesh_size", + "section": "draping_mesh_size", + "text": "draping_mesh_size" }, - { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.offset", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.offset.html#offset", - "title": "offset", - "section": "offset", - "text": "offset" + { + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_mesh_size", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_mesh_size.html#ansys.acp.core.ModelingPly.draping_mesh_size", + "title": "draping_mesh_size > draping_mesh_size > draping_mesh_size", + "section": "draping_mesh_size > draping_mesh_size", + "text": "property ModelingPly.draping_mesh_size: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.offset", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.offset.html#ansys.acp.core.CutOffSelectionRule.offset", - "title": "offset > offset > offset", - "section": "offset > offset", - "text": "property CutOffSelectionRule.offset: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isalnum", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isalnum.html#isalnum", + "title": "isalnum", + "section": "isalnum", + "text": "Return True if the string is an alpha-numeric string, False otherwise.\nA string is alpha-numeric if all characters in the string are alpha-numeric and\nthere is at least one character in the string.\nisalnum" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.radius", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.radius.html#radius", - "title": "radius", - "section": "radius", - "text": "radius" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isalnum", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isalnum.html#ansys.acp.core.LaunchMode.isalnum", + "title": "isalnum > isalnum > isalnum", + "section": "isalnum > isalnum", + "text": "LaunchMode.isalnum(/)\n\nReturn True if the string is an alpha-numeric string, False otherwise.\n\nA string is alpha-numeric if all characters in the string are alpha-numeric and\nthere is at least one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.radius", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.radius.html#ansys.acp.core.CylindricalSelectionRule.radius", - "title": "radius > radius > radius", - "section": "radius > radius", - "text": "property CylindricalSelectionRule.radius: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.element_labels", + "href": "api/_autosummary/ansys.acp.core.ElementSet.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.thickness", - "href": "api/_autosummary/ansys.acp.core.Fabric.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.element_labels", + "href": "api/_autosummary/ansys.acp.core.ElementSet.element_labels.html#ansys.acp.core.ElementSet.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "property ElementSet.element_labels: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.thickness", - "href": "api/_autosummary/ansys.acp.core.Fabric.thickness.html#ansys.acp.core.Fabric.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "property Fabric.thickness: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.active_in_post_mode", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.active_in_post_mode.html#active_in_post_mode", - "title": "active_in_post_mode", - "section": "active_in_post_mode", - "text": "active_in_post_mode" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "TubeSelectionRuleElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.active_in_post_mode", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.active_in_post_mode.html#ansys.acp.core.ImportedAnalysisPly.active_in_post_mode", - "title": "active_in_post_mode > active_in_post_mode > active_in_post_mode", - "section": "active_in_post_mode > active_in_post_mode", - "text": "property ImportedAnalysisPly.active_in_post_mode: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.html#lookuptable3dcolumn", + "title": "LookUpTable3DColumn", + "section": "LookUpTable3DColumn", + "text": "Instantiate a Column of a 3D Look-Up Table.\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\ndata (ndarray[tuple[int, ...], dtype[float64]] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\nAdded in ACP server version 24.2.\nLookUpTable3DColumn.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nLookUpTable3DColumn.delete()\nDelete the object.\nLookUpTable3DColumn.store(parent)\nStore the object on the server.\nLookUpTable3DColumn.data\n\nLookUpTable3DColumn.id\nIdentifier of the object, used for example as key in maps.\nLookUpTable3DColumn.name\nThe name of the object.\nLookUpTable3DColumn.parent\nThe parent of the object.\nLookUpTable3DColumn.physical_dimension\n\nLookUpTable3DColumn.value_type\n\nLookUpTable3DColumn\nvalue_type\nvalue_type\nLocation\nLookUpTable3DColumn.clone\nLookUpTable3DColumn.delete\nLookUpTable3DColumn.store\nLookUpTable3DColumn.data\nLookUpTable3DColumn.id\nLookUpTable3DColumn.name\nLookUpTable3DColumn.parent\nLookUpTable3DColumn.physical_dimension\nLookUpTable3DColumn.value_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yc.html#yc", - "title": "Yc", - "section": "Yc", - "text": "Yc" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.html#ansys.acp.core.LookUpTable3DColumn", + "title": "LookUpTable3DColumn > LookUpTable3DColumn > LookUpTable3DColumn", + "section": "LookUpTable3DColumn > LookUpTable3DColumn", + "text": "class ansys.acp.core.LookUpTable3DColumn(*, name='LookUpTable3DColumn', value_type='scalar', physical_dimension='dimensionless', data=None)\n\nInstantiate a Column of a 3D Look-Up Table.\n\nParameters\n\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\n\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\n\ndata (ndarray[tuple[int, ...], dtype[float64]] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLookUpTable3DColumn.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nLookUpTable3DColumn.delete()\n\nDelete the object.\n\nLookUpTable3DColumn.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLookUpTable3DColumn.data\n\n\n\nLookUpTable3DColumn.id\n\nIdentifier of the object, used for example as key in maps.\n\nLookUpTable3DColumn.name\n\nThe name of the object.\n\nLookUpTable3DColumn.parent\n\nThe parent of the object.\n\nLookUpTable3DColumn.physical_dimension\n\n\n\nLookUpTable3DColumn.value_type\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yc.html#ansys.acp.core.material_property_sets.VariableStressLimits.Yc", - "title": "Yc > Yc > Yc", - "section": "Yc > Yc", - "text": "property VariableStressLimits.Yc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.html#examples-using-lookuptable3dcolumn", + "title": "LookUpTable3DColumn > Examples using LookUpTable3DColumn", + "section": "Examples using LookUpTable3DColumn", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using LookUpTable3DColumn" }, { - "objectID": "api/_autosummary/ansys.acp.core.launch_acp", - "href": "api/_autosummary/ansys.acp.core.launch_acp.html#launch_acp", - "title": "launch_acp", - "section": "launch_acp", - "text": "Launch an ACP instance.\nLaunch the ACP gRPC server with the given configuration. If no\nconfiguration is provided, the configured default is used.\nDo not execute this function with untrusted input parameters.\nSee the security guide for details.\nconfig (DirectLaunchConfig | DockerComposeLaunchConfig | None) – The configuration used for launching ACP. If unspecified, the\ndefault for the given launch mode is used.\nlaunch_mode (LaunchMode | None) – Specifies which ACP launcher is used. One of direct,\ndocker_compose, or connect. If unspecified, the\nconfigured default is used. If no default is configured,\ndirect is used.\ntimeout (float | None) – Timeout to wait until ACP responds. If None is specified,\nthe check that ACP has started is skipped.\nauto_transfer_files (bool) – Determines whether input and output files are automatically\ntransferred (up- or downloaded) to the server. If True,\nfiles are automatically transferred, and all paths in the\nimport or export methods are local paths. If False,\nfile transfer needs to be handled manually, and the paths\nare relative to the server working directory.\nIf the launch_mode is \"direct\", this only has an\neffect if the current working directory is changed after\nlaunching the server.\nACP instance which can be used to control the server, and\ninstantiate objects on the server.\nACPInstance[ControllableServerProtocol]\nlaunch_acp\ndirect\ndocker_compose\nconnect\ndirect\nNone\nTrue\nFalse\nlaunch_mode\n\"direct\"" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping.html#mapping", + "title": "Mapping", + "section": "Mapping", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nMapping interface for collections of TreeObjects.\nNote: We could derive from collections.abc.Mapping to make sure\nthis class conforms to the Mapping interface.\nMapping" }, { - "objectID": "api/_autosummary/ansys.acp.core.launch_acp", - "href": "api/_autosummary/ansys.acp.core.launch_acp.html#ansys.acp.core.launch_acp", - "title": "launch_acp > launch_acp > launch_acp", - "section": "launch_acp > launch_acp", - "text": "ansys.acp.core.launch_acp(config=None, launch_mode=None, timeout=30.0, auto_transfer_files=True)\n\nLaunch an ACP instance.\n\nLaunch the ACP gRPC server with the given configuration. If no\nconfiguration is provided, the configured default is used.\n\nDo not execute this function with untrusted input parameters.\nSee the security guide for details.\n\nParameters\n\nconfig (DirectLaunchConfig | DockerComposeLaunchConfig | None) – The configuration used for launching ACP. If unspecified, the\ndefault for the given launch mode is used.\n\nlaunch_mode (LaunchMode | None) – Specifies which ACP launcher is used. One of direct,\ndocker_compose, or connect. If unspecified, the\nconfigured default is used. If no default is configured,\ndirect is used.\n\ntimeout (float | None) – Timeout to wait until ACP responds. If None is specified,\nthe check that ACP has started is skipped.\n\nauto_transfer_files (bool) – Determines whether input and output files are automatically\ntransferred (up- or downloaded) to the server. If True,\nfiles are automatically transferred, and all paths in the\nimport or export methods are local paths. If False,\nfile transfer needs to be handled manually, and the paths\nare relative to the server working directory.\nIf the launch_mode is \"direct\", this only has an\neffect if the current working directory is changed after\nlaunching the server.\n\nReturns\n\nACP instance which can be used to control the server, and\ninstantiate objects on the server.\n\nReturn type\n\nACPInstance[ControllableServerProtocol]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping.html#ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping", + "title": "Mapping > Mapping > Mapping", + "section": "Mapping > Mapping", + "text": "class ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping(*, _server_wrapper, _collection_path, _stub, _object_constructor)\n\nMapping interface for collections of TreeObjects.\n\nNote: We could derive from collections.abc.Mapping to make sure\nthis class conforms to the Mapping interface.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.launch_acp", - "href": "api/_autosummary/ansys.acp.core.launch_acp.html#examples-using-launch_acp", - "title": "launch_acp > Examples using launch_acp", - "section": "Examples using launch_acp", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using launch_acp" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.thin_ply_thickness_limit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.thin_ply_thickness_limit.html#thin_ply_thickness_limit", + "title": "thin_ply_thickness_limit", + "section": "thin_ply_thickness_limit", + "text": "thin_ply_thickness_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.name", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.thin_ply_thickness_limit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.thin_ply_thickness_limit.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.thin_ply_thickness_limit", + "title": "thin_ply_thickness_limit > thin_ply_thickness_limit > thin_ply_thickness_limit", + "section": "thin_ply_thickness_limit > thin_ply_thickness_limit", + "text": "property VariableLaRCConstants.thin_ply_thickness_limit: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.name", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.name.html#ansys.acp.core.SnapToGeometry.name", - "title": "name > name > name", - "section": "name > name", - "text": "property SnapToGeometry.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head_extension", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head_extension.html#head_extension", - "title": "head_extension", - "section": "head_extension", - "text": "head_extension" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.node_labels.html#ansys.acp.core.mesh_data.ModelingPlyNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "ModelingPlyNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head_extension", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head_extension.html#ansys.acp.core.TubeSelectionRule.head_extension", - "title": "head_extension > head_extension > head_extension", - "section": "head_extension > head_extension", - "text": "property TubeSelectionRule.head_extension: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.shear_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.shear_angle.html#shear_angle", + "title": "shear_angle", + "section": "shear_angle", + "text": "shear_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Syz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Syz.html#syz", - "title": "Syz", - "section": "Syz", - "text": "Syz" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.shear_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.shear_angle.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.shear_angle", + "title": "shear_angle > shear_angle > shear_angle", + "section": "shear_angle > shear_angle", + "text": "ModelingPlyElementalData.shear_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Syz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Syz.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Syz", - "title": "Syz > Syz > Syz", - "section": "Syz > Syz", - "text": "property ConstantWovenStressLimits.Syz: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_2.html#nu12_2", + "title": "nu12_2", + "section": "nu12_2", + "text": "nu12_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.defining_node_labels", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.defining_node_labels.html#defining_node_labels", - "title": "defining_node_labels", - "section": "defining_node_labels", - "text": "defining_node_labels" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_2", + "title": "nu12_2 > nu12_2 > nu12_2", + "section": "nu12_2 > nu12_2", + "text": "property ConstantWovenCharacterization.nu12_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.defining_node_labels", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.defining_node_labels.html#ansys.acp.core.EdgeSet.defining_node_labels", - "title": "defining_node_labels > defining_node_labels > defining_node_labels", - "section": "defining_node_labels > defining_node_labels", - "text": "property EdgeSet.defining_node_labels: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.set_cad_components", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.set_cad_components.html#set_cad_components", - "title": "set_cad_components", - "section": "set_cad_components", - "text": "Set the sub-shapes to match the given CADComponents.\ncad_components (Iterable[CADComponent]) – The components which make up the virtual geometry.\nset_cad_components" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "VariableOffsetSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.set_cad_components", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.set_cad_components.html#ansys.acp.core.VirtualGeometry.set_cad_components", - "title": "set_cad_components > set_cad_components > set_cad_components", - "section": "set_cad_components > set_cad_components", - "text": "VirtualGeometry.set_cad_components(cad_components)\n\nSet the sub-shapes to match the given CADComponents.\n\nParameters\n\ncad_components (Iterable[CADComponent]) – The components which make up the virtual geometry.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.interpolation_options.html#interpolation_options", + "title": "interpolation_options", + "section": "interpolation_options", + "text": "interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat", - "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.html#plygeometryexportformat", - "title": "PlyGeometryExportFormat", - "section": "PlyGeometryExportFormat", - "text": "Options for the file format of the ply geometry export.\nPlyGeometryExportFormat.STEP\n\nPlyGeometryExportFormat.IGES\n\nPlyGeometryExportFormat.STL\n\nPlyGeometryExportFormat\nPlyGeometryExportFormat.STEP\nPlyGeometryExportFormat.IGES\nPlyGeometryExportFormat.STL" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.interpolation_options.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants.interpolation_options", + "title": "interpolation_options > interpolation_options > interpolation_options", + "section": "interpolation_options > interpolation_options", + "text": "property VariableTsaiWuConstants.interpolation_options: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat", - "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.html#ansys.acp.core.PlyGeometryExportFormat", - "title": "PlyGeometryExportFormat > PlyGeometryExportFormat > PlyGeometryExportFormat", - "section": "PlyGeometryExportFormat > PlyGeometryExportFormat", - "text": "class ansys.acp.core.PlyGeometryExportFormat(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the file format of the ply geometry export.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nPlyGeometryExportFormat.STEP\n\n\n\nPlyGeometryExportFormat.IGES\n\n\n\nPlyGeometryExportFormat.STL\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu.html#nu", + "title": "nu", + "section": "nu", + "text": "nu" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.max_element_thickness", - "href": "api/_autosummary/ansys.acp.core.SolidModel.max_element_thickness.html#max_element_thickness", - "title": "max_element_thickness", - "section": "max_element_thickness", - "text": "max_element_thickness" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu", + "title": "nu > nu > nu", + "section": "nu > nu", + "text": "property ConstantEngineeringConstants.nu: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.max_element_thickness", - "href": "api/_autosummary/ansys.acp.core.SolidModel.max_element_thickness.html#ansys.acp.core.SolidModel.max_element_thickness", - "title": "max_element_thickness > max_element_thickness > max_element_thickness", - "section": "max_element_thickness > max_element_thickness", - "text": "property SolidModel.max_element_thickness: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.parent", + "href": "api/_autosummary/ansys.acp.core.Fabric.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.nodal_data", - "href": "api/_autosummary/ansys.acp.core.Model.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.parent", + "href": "api/_autosummary/ansys.acp.core.Fabric.parent.html#ansys.acp.core.Fabric.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property Fabric.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.nodal_data", - "href": "api/_autosummary/ansys.acp.core.Model.nodal_data.html#ansys.acp.core.Model.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property Model.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.mesh", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ArrowType.STANDARD_ARROW", - "href": "api/_autosummary/ansys.acp.core.ArrowType.STANDARD_ARROW.html#standard_arrow", - "title": "STANDARD_ARROW", - "section": "STANDARD_ARROW", - "text": "STANDARD_ARROW" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.mesh", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.mesh.html#ansys.acp.core.InterfaceLayer.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property InterfaceLayer.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ArrowType.STANDARD_ARROW", - "href": "api/_autosummary/ansys.acp.core.ArrowType.STANDARD_ARROW.html#ansys.acp.core.ArrowType.STANDARD_ARROW", - "title": "STANDARD_ARROW > STANDARD_ARROW > STANDARD_ARROW", - "section": "STANDARD_ARROW > STANDARD_ARROW", - "text": "ArrowType.STANDARD_ARROW = 'standard_arrow'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_1_field", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_1_field.html#draping_angle_1_field", + "title": "draping_angle_1_field", + "section": "draping_angle_1_field", + "text": "draping_angle_1_field" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TV", - "href": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TV.html#tv", - "title": "TV", - "section": "TV", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nTV\ninfer_variance=True\ncovariant=True\ncontravariant=True" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_1_field", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_1_field.html#ansys.acp.core.ModelingPly.draping_angle_1_field", + "title": "draping_angle_1_field > draping_angle_1_field > draping_angle_1_field", + "section": "draping_angle_1_field > draping_angle_1_field", + "text": "property ModelingPly.draping_angle_1_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TV", - "href": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TV.html#ansys.acp.core._tree_objects.material.property_sets.wrapper.TV", - "title": "TV > TV > TV", - "section": "TV > TV", - "text": "ansys.acp.core._tree_objects.material.property_sets.wrapper.TV = ~TV\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.FIBER_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.FIBER_DIRECTION.html#fiber_direction", - "title": "FIBER_DIRECTION", - "section": "FIBER_DIRECTION", - "text": "FIBER_DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "VariableOffsetSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.FIBER_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.FIBER_DIRECTION.html#ansys.acp.core.ElementalDataType.FIBER_DIRECTION", - "title": "FIBER_DIRECTION > FIBER_DIRECTION > FIBER_DIRECTION", - "section": "FIBER_DIRECTION > FIBER_DIRECTION", - "text": "ElementalDataType.FIBER_DIRECTION = 'fiber_direction'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.material", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.material.html#material", + "title": "material", + "section": "material", + "text": "material" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.thin_ply_thickness_limit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.thin_ply_thickness_limit.html#thin_ply_thickness_limit", - "title": "thin_ply_thickness_limit", - "section": "thin_ply_thickness_limit", - "text": "thin_ply_thickness_limit" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.material", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.material.html#ansys.acp.core.ImportedAnalysisPly.material", + "title": "material > material > material", + "section": "material > material", + "text": "property ImportedAnalysisPly.material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.thin_ply_thickness_limit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.thin_ply_thickness_limit.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants.thin_ply_thickness_limit", - "title": "thin_ply_thickness_limit > thin_ply_thickness_limit > thin_ply_thickness_limit", - "section": "thin_ply_thickness_limit > thin_ply_thickness_limit", - "text": "property ConstantLaRCConstants.thin_ply_thickness_limit: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_geometries", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_geometries.html#cut_off_geometries", - "title": "cut_off_geometries", - "section": "cut_off_geometries", - "text": "cut_off_geometries" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.clone.html#ansys.acp.core.GeometricalSelectionRule.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "GeometricalSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_geometries", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_geometries.html#ansys.acp.core.ImportedSolidModel.cut_off_geometries", - "title": "cut_off_geometries > cut_off_geometries > cut_off_geometries", - "section": "cut_off_geometries > cut_off_geometries", - "text": "property ImportedSolidModel.cut_off_geometries: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.origin", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.origin.html#origin", - "title": "origin", - "section": "origin", - "text": "origin" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.shell_mesh.html#ansys.acp.core.SphericalSelectionRule.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property SphericalSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.origin", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.origin.html#ansys.acp.core.ParallelSelectionRule.origin", - "title": "origin > origin > origin", - "section": "origin > origin", - "text": "property ParallelSelectionRule.origin: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.html#hdf5compositecaeprojectionmode", + "title": "HDF5CompositeCAEProjectionMode", + "section": "HDF5CompositeCAEProjectionMode", + "text": "Options for the projection mode of the HDF5 Composite CAE file.\nHDF5CompositeCAEProjectionMode.SHELL\n\nHDF5CompositeCAEProjectionMode.SOLID\n\nHDF5CompositeCAEProjectionMode\nHDF5CompositeCAEProjectionMode.SHELL\nHDF5CompositeCAEProjectionMode.SOLID" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.html#ansys.acp.core.HDF5CompositeCAEProjectionMode", + "title": "HDF5CompositeCAEProjectionMode > HDF5CompositeCAEProjectionMode > HDF5CompositeCAEProjectionMode", + "section": "HDF5CompositeCAEProjectionMode > HDF5CompositeCAEProjectionMode", + "text": "class ansys.acp.core.HDF5CompositeCAEProjectionMode(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the projection mode of the HDF5 Composite CAE file.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nHDF5CompositeCAEProjectionMode.SHELL\n\n\n\nHDF5CompositeCAEProjectionMode.SOLID\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.nodal_data.html#ansys.acp.core.TubeSelectionRule.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property TubeSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.html#examples-using-hdf5compositecaeprojectionmode", + "title": "HDF5CompositeCAEProjectionMode > Examples using HDF5CompositeCAEProjectionMode", + "section": "Examples using HDF5CompositeCAEProjectionMode", + "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using HDF5CompositeCAEProjectionMode" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yt.html#yt", - "title": "Yt", - "section": "Yt", - "text": "Yt" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.status", + "href": "api/_autosummary/ansys.acp.core.ElementSet.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yt.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Yt", - "title": "Yt > Yt > Yt", - "section": "Yt > Yt", - "text": "property ConstantStressLimits.Yt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.status", + "href": "api/_autosummary/ansys.acp.core.ElementSet.status.html#ansys.acp.core.ElementSet.status", + "title": "status > status > status", + "section": "status > status", + "text": "property ElementSet.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.SHEAR_ANGLE", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.SHEAR_ANGLE.html#shear_angle", - "title": "SHEAR_ANGLE", - "section": "SHEAR_ANGLE", - "text": "SHEAR_ANGLE" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.SHEAR_ANGLE", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.SHEAR_ANGLE.html#ansys.acp.core.ElementalDataType.SHEAR_ANGLE", - "title": "SHEAR_ANGLE > SHEAR_ANGLE > SHEAR_ANGLE", - "section": "SHEAR_ANGLE > SHEAR_ANGLE", - "text": "ElementalDataType.SHEAR_ANGLE = 'shear_angle'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "SphericalSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.translate", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.translate.html#translate", - "title": "translate", - "section": "translate", - "text": "Replace each character in the string using the given translation table.\nTranslation table, which must be a mapping of Unicode ordinals to\nUnicode ordinals, strings, or None.\nThe table must implement lookup/indexing via __getitem__, for instance a\ndictionary or list. If this operation raises LookupError, the character is\nleft untouched. Characters mapped to None are deleted.\ntranslate" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.server_version", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.server_version.html#server_version", + "title": "server_version", + "section": "server_version", + "text": "Version of the connected server.\nserver_version" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.translate", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.translate.html#ansys.acp.core.LaunchMode.translate", - "title": "translate > translate > translate", - "section": "translate > translate", - "text": "LaunchMode.translate(table, /)\n\nReplace each character in the string using the given translation table.\n\ntable\n\nTranslation table, which must be a mapping of Unicode ordinals to\nUnicode ordinals, strings, or None.\n\nThe table must implement lookup/indexing via __getitem__, for instance a\ndictionary or list. If this operation raises LookupError, the character is\nleft untouched. Characters mapped to None are deleted.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.server_version", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.server_version.html#ansys.acp.core.ACPInstance.server_version", + "title": "server_version > server_version > server_version", + "section": "server_version > server_version", + "text": "property ACPInstance.server_version: str\n\nVersion of the connected server.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/tree_objects", - "href": "api/tree_objects.html#acp-objects", - "title": "ACP objects", - "section": "ACP objects", - "text": "AnalysisPly()\nInstantiate an Analysis Ply.\nBooleanSelectionRule(*[, name, ...])\nInstantiate a Boolean Selection Rule.\nButtJointSequence(*[, name, active, ...])\nInstantiate a ButtJointSequence.\nCADComponent()\nInstantiate a CAD Component.\nCADGeometry(*[, name, external_path, ...])\nInstantiate a CAD Geometry.\nCutOffGeometry(*[, name, active, ...])\nInstantiate a cut-off geometry.\nCutOffSelectionRule(*[, name, ...])\nInstantiate a Cut-Off Selection Rule.\nCylindricalSelectionRule(*[, name, ...])\nInstantiate a Cylindrical Selection Rule.\nEdgeSet(*[, name, edge_set_type, ...])\nInstantiate an edge set.\nElementSet(*[, name, middle_offset, ...])\nInstantiate an Element Set.\nExtrusionGuide(*[, name, active, edge_set, ...])\nInstantiate an Extrusion Guide of a Solid Model.\nFabric(*[, name, material, thickness, ...])\nInstantiate a Fabric.\nFieldDefinition(*[, name, active, ...])\nInstantiate a Field Definition.\nGeometricalSelectionRule(*[, name, ...])\nInstantiate a Geometrical Selection Rule.\nImportedAnalysisPly()\nInstantiate an Imported Analysis Ply.\nImportedModelingGroup(*[, name])\nInstantiate an imported modeling group.\nImportedModelingPly(*[, name, active, ...])\nInstantiate an Imported Modeling Ply.\nImportedProductionPly()\nInstantiate an Imported Production Ply.\nImportedSolidModel(*[, name, active, ...])\nInstantiate an imported solid model.\nInterfaceLayer(*[, name, global_ply_nr, ...])\nInstantiate an interface layer.\nLayupMappingObject(*[, name, active, ...])\nInstantiate a layup mapping object.\nLookUpTable1D(*[, name, origin, direction])\nInstantiate a 1D Look-Up Table.\nLookUpTable1DColumn(*[, name, value_type, ...])\nInstantiate a Column of a 1D Look-Up Table.\nLookUpTable3D(*[, name, ...])\nInstantiate a 3D Look-Up Table.\nLookUpTable3DColumn(*[, name, value_type, ...])\nInstantiate a Column of a 3D Look-Up Table.\nMaterial(*[, name, ply_type, density, ...])\nInstantiate a Material.\nModel(*[, name, use_nodal_thicknesses, ...])\nDefines an ACP Model.\nModelingGroup(*[, name])\nInstantiate a modeling group.\nModelingPly(*[, name, ply_material, ...])\nInstantiate a Modeling Ply.\nOrientedSelectionSet(*[, name, ...])\nInstantiate an Oriented Selection Set.\nParallelSelectionRule(*[, name, ...])\nInstantiate a Parallel Selection Rule.\nProductionPly()\nInstantiate a Production Ply.\nRosette(*[, name, rosette_type, origin, ...])\nInstantiate a Rosette.\nSamplingPoint(*[, name, point, direction, ...])\nInstantiate a Sampling Point.\nSectionCut(*[, name, active, origin, ...])\nInstantiate a Section Cut.\nSensor(*[, name, sensor_type, active, entities])\nInstantiate a Sensor.\nSnapToGeometry(*[, name, active, ...])\nInstantiate a snap-to geometry.\nSolidElementSet()\nInstantiate a Solid Element Set.\nSolidModel(*[, name, active, element_sets, ...])\nInstantiate a solid model.\nSphericalSelectionRule(*[, name, ...])\nInstantiate a Spherical Selection Rule.\nStackup(*[, name, symmetry, topdown, ...])\nInstantiate a Stackup.\nSubLaminate(*[, name, symmetry, topdown, ...])\nInstantiate a SubLaminate.\nTubeSelectionRule(*[, name, edge_set, ...])\nInstantiate a Tube Selection Rule.\nVariableOffsetSelectionRule(*[, name, ...])\nInstantiate a Variable Offset Selection Rule.\nVirtualGeometry(*[, name, cad_components, ...])\nInstantiate a Virtual Geometry.\nACP objects\nAnalysisPly\nBooleanSelectionRule\nButtJointSequence\nCADComponent\nCADGeometry\nCutOffGeometry\nCutOffSelectionRule\nCylindricalSelectionRule\nEdgeSet\nElementSet\nExtrusionGuide\nFabric\nFieldDefinition\nGeometricalSelectionRule\nImportedAnalysisPly\nImportedModelingGroup\nImportedModelingPly\nImportedProductionPly\nImportedSolidModel\nInterfaceLayer\nLayupMappingObject\nLookUpTable1D\nLookUpTable1DColumn\nLookUpTable3D\nLookUpTable3DColumn\nMaterial\nModel\nModelingGroup\nModelingPly\nOrientedSelectionSet\nParallelSelectionRule\nProductionPly\nRosette\nSamplingPoint\nSectionCut\nSensor\nSnapToGeometry\nSolidElementSet\nSolidModel\nSphericalSelectionRule\nStackup\nSubLaminate\nTubeSelectionRule\nVariableOffsetSelectionRule\nVirtualGeometry" + "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_AND_COMPRESSION", + "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_AND_COMPRESSION.html#tension_and_compression", + "title": "TENSION_AND_COMPRESSION", + "section": "TENSION_AND_COMPRESSION", + "text": "TENSION_AND_COMPRESSION" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transfer_all_sets", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transfer_all_sets.html#transfer_all_sets", - "title": "transfer_all_sets", - "section": "transfer_all_sets", - "text": "transfer_all_sets" + "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_AND_COMPRESSION", + "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_AND_COMPRESSION.html#ansys.acp.core.ReinforcingBehavior.TENSION_AND_COMPRESSION", + "title": "TENSION_AND_COMPRESSION > TENSION_AND_COMPRESSION > TENSION_AND_COMPRESSION", + "section": "TENSION_AND_COMPRESSION > TENSION_AND_COMPRESSION", + "text": "ReinforcingBehavior.TENSION_AND_COMPRESSION = 'tension_and_compression'\n\n" }, - { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transfer_all_sets", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transfer_all_sets.html#ansys.acp.core.SolidModelExportSettings.transfer_all_sets", - "title": "transfer_all_sets > transfer_all_sets > transfer_all_sets", - "section": "transfer_all_sets > transfer_all_sets", - "text": "property SolidModelExportSettings.transfer_all_sets: Any\n\n!! processed by numpydoc !!" + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.parent", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.field_variables.html#field_variables", - "title": "field_variables", - "section": "field_variables", - "text": "field_variables" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.parent", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.parent.html#ansys.acp.core.ImportedModelingGroup.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property ImportedModelingGroup.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.field_variables.html#ansys.acp.core.material_property_sets.VariableDensity.field_variables", - "title": "field_variables > field_variables > field_variables", - "section": "field_variables > field_variables", - "text": "property VariableDensity.field_variables: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet", + "href": "api/_autosummary/ansys.acp.core.ElementSet.html#elementset", + "title": "ElementSet", + "section": "ElementSet", + "text": "Instantiate an Element Set.\nname (str) – The name of the Element Set.\nmiddle_offset (bool) – If True, enforce that the laminate mid-plane is moved onto the reference surface.\nelement_labels (Collection[int]) – Label of elements to be assigned to Element Set\nAdded in ACP server version 24.2.\nElementSet.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nElementSet.delete()\nDelete the object.\nElementSet.store(parent)\nStore the object on the server.\nElementSet.element_labels\n\nElementSet.elemental_data\n\nElementSet.id\nIdentifier of the object, used for example as key in maps.\nElementSet.locked\n\nElementSet.mesh\nFull mesh associated with the object.\nElementSet.middle_offset\n\nElementSet.name\nThe name of the object.\nElementSet.nodal_data\n\nElementSet.parent\nThe parent of the object.\nElementSet.shell_mesh\nShell mesh associated with the object.\nElementSet.status\n\nElementSet\nElementSet.clone\nElementSet.delete\nElementSet.store\nElementSet.element_labels\nElementSet.elemental_data\nElementSet.id\nElementSet.locked\nElementSet.mesh\nElementSet.middle_offset\nElementSet.name\nElementSet.nodal_data\nElementSet.parent\nElementSet.shell_mesh\nElementSet.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.format_map", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.format_map.html#format_map", - "title": "format_map", - "section": "format_map", - "text": "Return a formatted version of S, using substitutions from mapping.\nThe substitutions are identified by braces (‘{’ and ‘}’).\nformat_map" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet", + "href": "api/_autosummary/ansys.acp.core.ElementSet.html#ansys.acp.core.ElementSet", + "title": "ElementSet > ElementSet > ElementSet", + "section": "ElementSet > ElementSet", + "text": "class ansys.acp.core.ElementSet(*, name='ElementSet', middle_offset=False, element_labels=())\n\nInstantiate an Element Set.\n\nParameters\n\nname (str) – The name of the Element Set.\n\nmiddle_offset (bool) – If True, enforce that the laminate mid-plane is moved onto the reference surface.\n\nelement_labels (Collection[int]) – Label of elements to be assigned to Element Set\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nElementSet.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nElementSet.delete()\n\nDelete the object.\n\nElementSet.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nElementSet.element_labels\n\n\n\nElementSet.elemental_data\n\n\n\nElementSet.id\n\nIdentifier of the object, used for example as key in maps.\n\nElementSet.locked\n\n\n\nElementSet.mesh\n\nFull mesh associated with the object.\n\nElementSet.middle_offset\n\n\n\nElementSet.name\n\nThe name of the object.\n\nElementSet.nodal_data\n\n\n\nElementSet.parent\n\nThe parent of the object.\n\nElementSet.shell_mesh\n\nShell mesh associated with the object.\n\nElementSet.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.format_map", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.format_map.html#ansys.acp.core.LaunchMode.format_map", - "title": "format_map > format_map > format_map", - "section": "format_map > format_map", - "text": "LaunchMode.format_map(mapping) -> str\n\nReturn a formatted version of S, using substitutions from mapping.\nThe substitutions are identified by braces (‘{’ and ‘}’).\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet", + "href": "api/_autosummary/ansys.acp.core.ElementSet.html#examples-using-elementset", + "title": "ElementSet > Examples using ElementSet", + "section": "Examples using ElementSet", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using ElementSet" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.name", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.html#edgeset", + "title": "EdgeSet", + "section": "EdgeSet", + "text": "Instantiate an edge set.\nname (str) – Name of the edge set.\nedge_set_type (EdgeSetType) – Determines how the edge set is defined. Can be one of:EdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\n\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\nDetermines how the edge set is defined. Can be one of:\nEdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\ndefining_node_labels (Collection[int]) – Labels of the nodes in the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_NODES.\nelement_set (ElementSet | None) – The boundary of this element set defines the initial\nedge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\nlimit_angle (float) – The edge set is cropped if the angle between two element edges exceeds this limits (in degrees).\nUse -1. to disable cropping.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\norigin (tuple[float, float, float]) – Defines the starting point of the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\nAdded in ACP server version 24.2.\nEdgeSet.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nEdgeSet.delete()\nDelete the object.\nEdgeSet.store(parent)\nStore the object on the server.\nEdgeSet.defining_node_labels\n\nEdgeSet.edge_set_type\n\nEdgeSet.element_set\n\nEdgeSet.id\nIdentifier of the object, used for example as key in maps.\nEdgeSet.limit_angle\n\nEdgeSet.locked\n\nEdgeSet.name\nThe name of the object.\nEdgeSet.origin\n\nEdgeSet.parent\nThe parent of the object.\nEdgeSet.status\n\nEdgeSet\nEdgeSetType.BY_REFERENCE\nElementSet\nEdgeSetType.BY_NODES\nedge_set_type\nEdgeSetType.BY_NODES\nedge_set_type\nEdgeSetType.BY_REFERENCE\n-1.\nedge_set_type\nEdgeSetType.BY_REFERENCE\nedge_set_type\nEdgeSetType.BY_REFERENCE\nEdgeSet.clone\nEdgeSet.delete\nEdgeSet.store\nEdgeSet.defining_node_labels\nEdgeSet.edge_set_type\nEdgeSet.element_set\nEdgeSet.id\nEdgeSet.limit_angle\nEdgeSet.locked\nEdgeSet.name\nEdgeSet.origin\nEdgeSet.parent\nEdgeSet.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.name", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.name.html#ansys.acp.core.ImportedAnalysisPly.name", - "title": "name > name > name", - "section": "name > name", - "text": "property ImportedAnalysisPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.html#ansys.acp.core.EdgeSet", + "title": "EdgeSet > EdgeSet > EdgeSet", + "section": "EdgeSet > EdgeSet", + "text": "class ansys.acp.core.EdgeSet(*, name='EdgeSet', edge_set_type='by_reference', defining_node_labels=(), element_set=None, limit_angle=-1.0, origin=(0.0, 0.0, 0.0))\n\nInstantiate an edge set.\n\nParameters\n\nname (str) – Name of the edge set.\n\nedge_set_type (EdgeSetType) – Determines how the edge set is defined. Can be one of:EdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\n\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\n\ndefining_node_labels (Collection[int]) – Labels of the nodes in the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_NODES.\n\nelement_set (ElementSet | None) – The boundary of this element set defines the initial\nedge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\nlimit_angle (float) – The edge set is cropped if the angle between two element edges exceeds this limits (in degrees).\nUse -1. to disable cropping.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\norigin (tuple[float, float, float]) – Defines the starting point of the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nEdgeSet.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nEdgeSet.delete()\n\nDelete the object.\n\nEdgeSet.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nEdgeSet.defining_node_labels\n\n\n\nEdgeSet.edge_set_type\n\n\n\nEdgeSet.element_set\n\n\n\nEdgeSet.id\n\nIdentifier of the object, used for example as key in maps.\n\nEdgeSet.limit_angle\n\n\n\nEdgeSet.locked\n\n\n\nEdgeSet.name\n\nThe name of the object.\n\nEdgeSet.origin\n\n\n\nEdgeSet.parent\n\nThe parent of the object.\n\nEdgeSet.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.StressStateType.UNIAXIAL_STRESS_STATE", - "href": "api/_autosummary/ansys.acp.core.StressStateType.UNIAXIAL_STRESS_STATE.html#uniaxial_stress_state", - "title": "UNIAXIAL_STRESS_STATE", - "section": "UNIAXIAL_STRESS_STATE", - "text": "UNIAXIAL_STRESS_STATE" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.html#examples-using-edgeset", + "title": "EdgeSet > Examples using EdgeSet", + "section": "Examples using EdgeSet", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using EdgeSet" }, { - "objectID": "api/_autosummary/ansys.acp.core.StressStateType.UNIAXIAL_STRESS_STATE", - "href": "api/_autosummary/ansys.acp.core.StressStateType.UNIAXIAL_STRESS_STATE.html#ansys.acp.core.StressStateType.UNIAXIAL_STRESS_STATE", - "title": "UNIAXIAL_STRESS_STATE > UNIAXIAL_STRESS_STATE > UNIAXIAL_STRESS_STATE", - "section": "UNIAXIAL_STRESS_STATE > UNIAXIAL_STRESS_STATE", - "text": "StressStateType.UNIAXIAL_STRESS_STATE = 'uniaxial_stress_state'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.section_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.section_index.html#section_index", + "title": "section_index", + "section": "section_index", + "text": "section_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set", - "href": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set.html#create_oriented_selection_set", - "title": "create_oriented_selection_set", - "section": "create_oriented_selection_set", - "text": "Instantiate an Oriented Selection Set.\nname (str) – The name of the Oriented Selection Set.\nelement_sets (Sequence[ElementSet]) – Element Sets on which the Oriented Selection Set is defined.\norientation_point (tuple[float, float, float]) – The Orientation Point of the Oriented Selection Set.\norientation_direction (tuple[float, float, float]) – The Orientation Direction of the Oriented Element set.\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\nselection_rules (Sequence[ParallelSelectionRule | CylindricalSelectionRule | SphericalSelectionRule | TubeSelectionRule | GeometricalSelectionRule | VariableOffsetSelectionRule | BooleanSelectionRule]) – Selection Rules which may limit the extent of the Oriented Selection Set.\ndraping (bool) – If True, activate draping to adjust the reference directions.\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\nauto_draping_direction (bool) – If True, the reference direction of the Oriented Selection Set at\nthe seed point is used as draping direction.\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\ndraping_material_model (DrapingMaterialModel) – Chooses between different draping formulations.\ndraping_ud_coefficient (float) – Value between 0 and 1 which determines the amount of deformation\nin the transverse direction if the draping material model is set to\nDrapingMaterialModel.UD.\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\nreference_direction_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – A 3D lookup table column that defines the reference directions.\nOrientedSelectionSet\nAdded in ACP server version 24.2.\ncreate_oriented_selection_set\nTrue\nTrue\nauto_draping_direction\nFalse\n-1.\n0\n1\nDrapingMaterialModel.UD" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.section_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.section_index.html#ansys.acp.core.SolidModelExportSettings.section_index", + "title": "section_index > section_index > section_index", + "section": "section_index > section_index", + "text": "property SolidModelExportSettings.section_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set", - "href": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set.html#ansys.acp.core.Model.create_oriented_selection_set", - "title": "create_oriented_selection_set > create_oriented_selection_set > create_oriented_selection_set", - "section": "create_oriented_selection_set > create_oriented_selection_set", - "text": "Model.create_oriented_selection_set(*, name='OrientedSelectionSet', element_sets=(), orientation_point=(0.0, 0.0, 0.0), orientation_direction=(0.0, 0.0, 0.0), rosettes=(), rosette_selection_method='minimum_angle', selection_rules=(), draping=False, draping_seed_point=(0.0, 0.0, 0.0), auto_draping_direction=True, draping_direction=(0.0, 0.0, 1.0), use_default_draping_mesh_size=True, draping_mesh_size=0.0, draping_material_model='woven', draping_ud_coefficient=0.0, rotation_angle=0.0, reference_direction_field=None)\n\nInstantiate an Oriented Selection Set.\n\nParameters\n\nname (str) – The name of the Oriented Selection Set.\n\nelement_sets (Sequence[ElementSet]) – Element Sets on which the Oriented Selection Set is defined.\n\norientation_point (tuple[float, float, float]) – The Orientation Point of the Oriented Selection Set.\n\norientation_direction (tuple[float, float, float]) – The Orientation Direction of the Oriented Element set.\n\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\n\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\n\nselection_rules (Sequence[ParallelSelectionRule | CylindricalSelectionRule | SphericalSelectionRule | TubeSelectionRule | GeometricalSelectionRule | VariableOffsetSelectionRule | BooleanSelectionRule]) – Selection Rules which may limit the extent of the Oriented Selection Set.\n\ndraping (bool) – If True, activate draping to adjust the reference directions.\n\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\n\nauto_draping_direction (bool) – If True, the reference direction of the Oriented Selection Set at\nthe seed point is used as draping direction.\n\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\n\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\n\ndraping_material_model (DrapingMaterialModel) – Chooses between different draping formulations.\n\ndraping_ud_coefficient (float) – Value between 0 and 1 which determines the amount of deformation\nin the transverse direction if the draping material model is set to\nDrapingMaterialModel.UD.\n\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\n\nreference_direction_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – A 3D lookup table column that defines the reference directions.\n\nReturn type\n\nOrientedSelectionSet\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.html#importedproductionply", + "title": "ImportedProductionPly", + "section": "ImportedProductionPly", + "text": "Instantiate an Imported Production Ply.\nname (str) – The name of the imported production ply.\nmaterial (Material) – Material of the imported production ply.\nangle (float) – Angle of the imported production ply in degrees.\nthickness (float) – Thickness of the imported production ply in degrees.\nAdded in ACP server version 25.1.\nImportedProductionPly.angle\n\nImportedProductionPly.id\nIdentifier of the object, used for example as key in maps.\nImportedProductionPly.imported_analysis_plies\n\nImportedProductionPly.material\n\nImportedProductionPly.name\nThe name of the object.\nImportedProductionPly.parent\nThe parent of the object.\nImportedProductionPly.status\n\nImportedProductionPly.thickness\n\nImportedProductionPly\nImportedProductionPly.angle\nImportedProductionPly.id\nImportedProductionPly.imported_analysis_plies\nImportedProductionPly.material\nImportedProductionPly.name\nImportedProductionPly.parent\nImportedProductionPly.status\nImportedProductionPly.thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set", - "href": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set.html#examples-using-modelcreate_oriented_selection_set", - "title": "create_oriented_selection_set > Examples using Model.create_oriented_selection_set", - "section": "Examples using Model.create_oriented_selection_set", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.create_oriented_selection_set" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.html#ansys.acp.core.ImportedProductionPly", + "title": "ImportedProductionPly > ImportedProductionPly > ImportedProductionPly", + "section": "ImportedProductionPly > ImportedProductionPly", + "text": "class ansys.acp.core.ImportedProductionPly\n\nInstantiate an Imported Production Ply.\n\nParameters\n\nname (str) – The name of the imported production ply.\n\nmaterial (Material) – Material of the imported production ply.\n\nangle (float) – Angle of the imported production ply in degrees.\n\nthickness (float) – Thickness of the imported production ply in degrees.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedProductionPly.angle\n\n\n\nImportedProductionPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nImportedProductionPly.imported_analysis_plies\n\n\n\nImportedProductionPly.material\n\n\n\nImportedProductionPly.name\n\nThe name of the object.\n\nImportedProductionPly.parent\n\nThe parent of the object.\n\nImportedProductionPly.status\n\n\n\nImportedProductionPly.thickness\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.status", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.html#examples-using-importedproductionply", + "title": "ImportedProductionPly > Examples using ImportedProductionPly", + "section": "Examples using ImportedProductionPly", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedProductionPly" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.status", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.status.html#ansys.acp.core.ImportedProductionPly.status", - "title": "status > status > status", - "section": "status > status", - "text": "property ImportedProductionPly.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.include_rule.html#include_rule", + "title": "include_rule", + "section": "include_rule", + "text": "include_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.status", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.include_rule.html#ansys.acp.core.SphericalSelectionRule.include_rule", + "title": "include_rule > include_rule > include_rule", + "section": "include_rule > include_rule", + "text": "property SphericalSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.status", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.status.html#ansys.acp.core.CutOffGeometry.status", - "title": "status > status > status", - "section": "status > status", - "text": "property CutOffGeometry.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.name", + "href": "api/_autosummary/ansys.acp.core.Sensor.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.offset_direction_type", - "href": "api/_autosummary/ansys.acp.core.SolidModel.offset_direction_type.html#offset_direction_type", - "title": "offset_direction_type", - "section": "offset_direction_type", - "text": "offset_direction_type" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.name", + "href": "api/_autosummary/ansys.acp.core.Sensor.name.html#ansys.acp.core.Sensor.name", + "title": "name > name > name", + "section": "name > name", + "text": "property Sensor.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.offset_direction_type", - "href": "api/_autosummary/ansys.acp.core.SolidModel.offset_direction_type.html#ansys.acp.core.SolidModel.offset_direction_type", - "title": "offset_direction_type > offset_direction_type > offset_direction_type", - "section": "offset_direction_type > offset_direction_type", - "text": "property SolidModel.offset_direction_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_rule_type", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_rule_type.html#cut_off_rule_type", + "title": "cut_off_rule_type", + "section": "cut_off_rule_type", + "text": "cut_off_rule_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.html#virtualgeometrydimension", - "title": "VirtualGeometryDimension", - "section": "VirtualGeometryDimension", - "text": "Options for the dimension of a virtual geometry.\nVirtualGeometryDimension.UNKNOWN\n\nVirtualGeometryDimension.LINE\n\nVirtualGeometryDimension.SURFACE\n\nVirtualGeometryDimension.SOLID\n\nVirtualGeometryDimension\nVirtualGeometryDimension.UNKNOWN\nVirtualGeometryDimension.LINE\nVirtualGeometryDimension.SURFACE\nVirtualGeometryDimension.SOLID" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_rule_type", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_rule_type.html#ansys.acp.core.CutOffSelectionRule.cut_off_rule_type", + "title": "cut_off_rule_type > cut_off_rule_type > cut_off_rule_type", + "section": "cut_off_rule_type > cut_off_rule_type", + "text": "property CutOffSelectionRule.cut_off_rule_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.html#ansys.acp.core.VirtualGeometryDimension", - "title": "VirtualGeometryDimension > VirtualGeometryDimension > VirtualGeometryDimension", - "section": "VirtualGeometryDimension > VirtualGeometryDimension", - "text": "class ansys.acp.core.VirtualGeometryDimension(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the dimension of a virtual geometry.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nVirtualGeometryDimension.UNKNOWN\n\n\n\nVirtualGeometryDimension.LINE\n\n\n\nVirtualGeometryDimension.SURFACE\n\n\n\nVirtualGeometryDimension.SOLID\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.section_cut_type", + "href": "api/_autosummary/ansys.acp.core.SectionCut.section_cut_type.html#section_cut_type", + "title": "section_cut_type", + "section": "section_cut_type", + "text": "section_cut_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.html#solidelementset", - "title": "SolidElementSet", - "section": "SolidElementSet", - "text": "Instantiate a Solid Element Set.\nname (str) – The name of the production ply.\nelement_labels – Label of elements.\nAdded in ACP server version 25.1.\nSolidElementSet.element_labels\n\nSolidElementSet.id\nIdentifier of the object, used for example as key in maps.\nSolidElementSet.locked\n\nSolidElementSet.name\nThe name of the object.\nSolidElementSet.parent\nThe parent of the object.\nSolidElementSet.solid_mesh\nSolid mesh associated with the object.\nSolidElementSet.status\n\nSolidElementSet\nSolidElementSet.element_labels\nSolidElementSet.id\nSolidElementSet.locked\nSolidElementSet.name\nSolidElementSet.parent\nSolidElementSet.solid_mesh\nSolidElementSet.status" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.section_cut_type", + "href": "api/_autosummary/ansys.acp.core.SectionCut.section_cut_type.html#ansys.acp.core.SectionCut.section_cut_type", + "title": "section_cut_type > section_cut_type > section_cut_type", + "section": "section_cut_type > section_cut_type", + "text": "property SectionCut.section_cut_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.html#ansys.acp.core.SolidElementSet", - "title": "SolidElementSet > SolidElementSet > SolidElementSet", - "section": "SolidElementSet > SolidElementSet", - "text": "class ansys.acp.core.SolidElementSet\n\nInstantiate a Solid Element Set.\n\nParameters\n\nname (str) – The name of the production ply.\n\nelement_labels – Label of elements.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidElementSet.element_labels\n\n\n\nSolidElementSet.id\n\nIdentifier of the object, used for example as key in maps.\n\nSolidElementSet.locked\n\n\n\nSolidElementSet.name\n\nThe name of the object.\n\nSolidElementSet.parent\n\nThe parent of the object.\n\nSolidElementSet.solid_mesh\n\nSolid mesh associated with the object.\n\nSolidElementSet.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling", + "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.html#baseelementmaterialhandling", + "title": "BaseElementMaterialHandling", + "section": "BaseElementMaterialHandling", + "text": "Determines how the base material is handled where it intersects with a reinforcing element.\nBaseElementMaterialHandling.RETAIN\n\nBaseElementMaterialHandling.REMOVE\n\nBaseElementMaterialHandling\nBaseElementMaterialHandling.RETAIN\nBaseElementMaterialHandling.REMOVE" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.rho", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.rho.html#rho", - "title": "rho", - "section": "rho", - "text": "rho" + "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling", + "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.html#ansys.acp.core.BaseElementMaterialHandling", + "title": "BaseElementMaterialHandling > BaseElementMaterialHandling > BaseElementMaterialHandling", + "section": "BaseElementMaterialHandling > BaseElementMaterialHandling", + "text": "class ansys.acp.core.BaseElementMaterialHandling(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines how the base material is handled where it intersects with a reinforcing element.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nBaseElementMaterialHandling.RETAIN\n\n\n\nBaseElementMaterialHandling.REMOVE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.rho", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.rho.html#ansys.acp.core.material_property_sets.ConstantDensity.rho", - "title": "rho > rho > rho", - "section": "rho > rho", - "text": "property ConstantDensity.rho: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G31", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G31.html#g31", + "title": "G31", + "section": "G31", + "text": "G31" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G31", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G31.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.G31", + "title": "G31 > G31 > G31", + "section": "G31 > G31", + "text": "property VariableEngineeringConstants.G31: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.elemental_data.html#ansys.acp.core.ProductionPly.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property ProductionPly.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.translate", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.translate.html#translate", + "title": "translate", + "section": "translate", + "text": "Replace each character in the string using the given translation table.\nTranslation table, which must be a mapping of Unicode ordinals to\nUnicode ordinals, strings, or None.\nThe table must implement lookup/indexing via __getitem__, for instance a\ndictionary or list. If this operation raises LookupError, the character is\nleft untouched. Characters mapped to None are deleted.\ntranslate" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.mesh.html#mesh", + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.translate", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.translate.html#ansys.acp.core.material_property_sets.PuckMaterialType.translate", + "title": "translate > translate > translate", + "section": "translate > translate", + "text": "PuckMaterialType.translate(table, /)\n\nReplace each character in the string using the given translation table.\n\ntable\n\nTranslation table, which must be a mapping of Unicode ordinals to\nUnicode ordinals, strings, or None.\n\nThe table must implement lookup/indexing via __getitem__, for instance a\ndictionary or list. If this operation raises LookupError, the character is\nleft untouched. Characters mapped to None are deleted.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.mesh.html#mesh", "title": "mesh", "section": "mesh", "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.mesh.html#ansys.acp.core.GeometricalSelectionRule.mesh", + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.mesh.html#ansys.acp.core.VariableOffsetSelectionRule.mesh", "title": "mesh > mesh > mesh", "section": "mesh > mesh", - "text": "property GeometricalSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "text": "property VariableOffsetSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.NOMINAL", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.NOMINAL.html#nominal", - "title": "NOMINAL", - "section": "NOMINAL", - "text": "NOMINAL" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.node_coordinates", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.node_coordinates.html#node_coordinates", + "title": "node_coordinates", + "section": "node_coordinates", + "text": "node_coordinates" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.NOMINAL", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.NOMINAL.html#ansys.acp.core.ImportedPlyThicknessType.NOMINAL", - "title": "NOMINAL > NOMINAL > NOMINAL", - "section": "NOMINAL > NOMINAL", - "text": "ImportedPlyThicknessType.NOMINAL = 'nominal'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.node_coordinates", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.node_coordinates.html#ansys.acp.core.mesh_data.TriangleMesh.node_coordinates", + "title": "node_coordinates > node_coordinates > node_coordinates", + "section": "node_coordinates > node_coordinates", + "text": "TriangleMesh.node_coordinates: ndarray[tuple[int, ...], dtype[float64]]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.thickness", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.thickness", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.thickness.html#ansys.acp.core.SubLaminate.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "property SubLaminate.thickness: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "BooleanSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/01-pymapdl-workflow", - "href": "examples/workflows/01-pymapdl-workflow.html#pymapdl-workflow", - "title": "PyMAPDL workflow", - "section": "PyMAPDL workflow", - "text": "This example shows how to define a composite lay-up with PyACP, solve the resulting model with PyMAPDL, and\nrun a failure analysis with PyDPF - Composites.\nPyMAPDL workflow" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "examples/workflows/01-pymapdl-workflow", - "href": "examples/workflows/01-pymapdl-workflow.html#description", - "title": "PyMAPDL workflow > Description", - "section": "Description", - "text": "In a basic PyACP workflow, you begin with an MAPDL DAT file containing the mesh, material data, and\nboundary conditions. For more information on creating input files, see input_file_for_pyacp.\nThen, you import the DAT file into PyACP to define the composite lay-up. Finally, you export the\nresulting model from PyACP to PyMAPDL. Once the results are available, the RST file is loaded in\nPyDPF - Composites for analysis. The additional input files (material.xml and\nACPCompositeDefinitions.h5) can also be stored with PyACP and passed to PyDPF - Composites.\nDescription\nmaterial.xml\nACPCompositeDefinitions.h5" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.nodal_data.html#ansys.acp.core.TubeSelectionRule.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property TubeSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/01-pymapdl-workflow", - "href": "examples/workflows/01-pymapdl-workflow.html#import-modules", - "title": "PyMAPDL workflow > Import modules", - "section": "Import modules", - "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field.html#reference_direction_field", + "title": "reference_direction_field", + "section": "reference_direction_field", + "text": "reference_direction_field" }, { - "objectID": "examples/workflows/01-pymapdl-workflow", - "href": "examples/workflows/01-pymapdl-workflow.html#launch-pyacp", - "title": "PyMAPDL workflow > Launch PyACP", - "section": "Launch PyACP", - "text": "Download the example input file.\nLaunch the PyACP server and connect to it.\nLaunch PyACP" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field.html#ansys.acp.core.OrientedSelectionSet.reference_direction_field", + "title": "reference_direction_field > reference_direction_field > reference_direction_field", + "section": "reference_direction_field > reference_direction_field", + "text": "property OrientedSelectionSet.reference_direction_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/01-pymapdl-workflow", - "href": "examples/workflows/01-pymapdl-workflow.html#create-an-acp-workflow-instance-and-load-the-model", - "title": "PyMAPDL workflow > Create an ACP workflow instance and load the model", - "section": "Create an ACP workflow instance and load the model", - "text": "Import the model from the input file.\nVisualize the loaded mesh.\nCreate an ACP workflow instance and load the model" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field.html#examples-using-orientedselectionsetreference_direction_field", + "title": "reference_direction_field > Examples using OrientedSelectionSet.reference_direction_field", + "section": "Examples using OrientedSelectionSet.reference_direction_field", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using OrientedSelectionSet.reference_direction_field" }, { - "objectID": "examples/workflows/01-pymapdl-workflow", - "href": "examples/workflows/01-pymapdl-workflow.html#define-the-composite-lay-up", - "title": "PyMAPDL workflow > Define the composite lay-up", - "section": "Define the composite lay-up", - "text": "Create an orthotropic material and fabric including strain limits, which are later\nused to postprocess the simulation.\nDefine a rosette and oriented selection set. Plot the orientation.\nCreate various plies with different angles and add them to a modeling group.\nShow the fiber directions of a specific ply.\nFor a quick overview, print the model tree. Note that\nthe model can also be opened in the ACP GUI. For more\ninformation, see view_the_model_in_the_acp_gui.\nDefine the composite lay-up" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E3", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E3.html#e3", + "title": "E3", + "section": "E3", + "text": "E3" }, { - "objectID": "examples/workflows/01-pymapdl-workflow", - "href": "examples/workflows/01-pymapdl-workflow.html#solve-the-model-with-pymapdl", - "title": "PyMAPDL workflow > Solve the model with PyMAPDL", - "section": "Solve the model with PyMAPDL", - "text": "Launch the PyMAPDL instance.\nLoad the CDB file into PyMAPDL.\nSolve the model.\nShow the displacements in postprocessing.\nDownload the RST file for composite-specific postprocessing.\nSolve the model with PyMAPDL" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E3", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E3.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.E3", + "title": "E3 > E3 > E3", + "section": "E3 > E3", + "text": "property VariableEngineeringConstants.E3: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/01-pymapdl-workflow", - "href": "examples/workflows/01-pymapdl-workflow.html#postprocessing-with-pydpf---composites", - "title": "PyMAPDL workflow > Postprocessing with PyDPF - Composites", - "section": "Postprocessing with PyDPF - Composites", - "text": "To postprocess the results, you must configure the imports, connect to the\nPyDPF - Composites server, and load its plugin.\nConnect to the server. The connect_to_or_start_server function\nautomatically loads the composites plugin.\nSpecify the combined failure criterion.\nCreate the composite model and configure its input.\nEvaluate and plot the failure criteria.\nRelease the composite model to close the open streams to the result file.\nTotal running time of the script: (0 minutes 6.528 seconds)\nDownload Jupyter notebook: 01-pymapdl-workflow.ipynb\nDownload Python source code: 01-pymapdl-workflow.py\nDownload zipped: 01-pymapdl-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocessing with PyDPF - Composites\nconnect_to_or_start_server\nDownload Jupyter notebook: 01-pymapdl-workflow.ipynb\nDownload Python source code: 01-pymapdl-workflow.py\nDownload zipped: 01-pymapdl-workflow.zip" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.middle_offset", + "href": "api/_autosummary/ansys.acp.core.ElementSet.middle_offset.html#middle_offset", + "title": "middle_offset", + "section": "middle_offset", + "text": "middle_offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.middle_offset", + "href": "api/_autosummary/ansys.acp.core.ElementSet.middle_offset.html#ansys.acp.core.ElementSet.middle_offset", + "title": "middle_offset > middle_offset > middle_offset", + "section": "middle_offset > middle_offset", + "text": "property ElementSet.middle_offset: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.element_labels.html#ansys.acp.core.mesh_data.ImportedSolidModelElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "ImportedSolidModelElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TC", + "href": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TC.html#tc", + "title": "TC", + "section": "TC", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nTC\ninfer_variance=True\ncovariant=True\ncontravariant=True" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.html#constantwovencharacterization", - "title": "ConstantWovenCharacterization", - "section": "ConstantWovenCharacterization", - "text": "Constant woven characterization material property set.\nAdded in ACP server version 24.2.\nConstantWovenCharacterization.E1_1\n\nConstantWovenCharacterization.E1_2\n\nConstantWovenCharacterization.E2_1\n\nConstantWovenCharacterization.E2_2\n\nConstantWovenCharacterization.G12_1\n\nConstantWovenCharacterization.G12_2\n\nConstantWovenCharacterization.G23_1\n\nConstantWovenCharacterization.G23_2\n\nConstantWovenCharacterization.nu12_1\n\nConstantWovenCharacterization.nu12_2\n\nConstantWovenCharacterization.orientation_1\n\nConstantWovenCharacterization.orientation_2\n\nConstantWovenCharacterization\nConstantWovenCharacterization.E1_1\nConstantWovenCharacterization.E1_2\nConstantWovenCharacterization.E2_1\nConstantWovenCharacterization.E2_2\nConstantWovenCharacterization.G12_1\nConstantWovenCharacterization.G12_2\nConstantWovenCharacterization.G23_1\nConstantWovenCharacterization.G23_2\nConstantWovenCharacterization.nu12_1\nConstantWovenCharacterization.nu12_2\nConstantWovenCharacterization.orientation_1\nConstantWovenCharacterization.orientation_2" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TC", + "href": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TC.html#ansys.acp.core._tree_objects.material.property_sets.wrapper.TC", + "title": "TC > TC > TC", + "section": "TC > TC", + "text": "ansys.acp.core._tree_objects.material.property_sets.wrapper.TC = ~TC\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization", - "title": "ConstantWovenCharacterization > ConstantWovenCharacterization > ConstantWovenCharacterization", - "section": "ConstantWovenCharacterization > ConstantWovenCharacterization", - "text": "class ansys.acp.core.material_property_sets.ConstantWovenCharacterization(*, orientation_1=0.0, E1_1=0.0, E2_1=0.0, G12_1=0.0, G23_1=0.0, nu12_1=0.0, orientation_2=0.0, E1_2=0.0, E2_2=0.0, G12_2=0.0, G23_2=0.0, nu12_2=0.0, _parent_object=None, _attribute_path=None)\n\nConstant woven characterization material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantWovenCharacterization.E1_1\n\n\n\nConstantWovenCharacterization.E1_2\n\n\n\nConstantWovenCharacterization.E2_1\n\n\n\nConstantWovenCharacterization.E2_2\n\n\n\nConstantWovenCharacterization.G12_1\n\n\n\nConstantWovenCharacterization.G12_2\n\n\n\nConstantWovenCharacterization.G23_1\n\n\n\nConstantWovenCharacterization.G23_2\n\n\n\nConstantWovenCharacterization.nu12_1\n\n\n\nConstantWovenCharacterization.nu12_2\n\n\n\nConstantWovenCharacterization.orientation_1\n\n\n\nConstantWovenCharacterization.orientation_2\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Material.density", + "href": "api/_autosummary/ansys.acp.core.Material.density.html#density", + "title": "density", + "section": "density", + "text": "density" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT.html#valuet", - "title": "ValueT", - "section": "ValueT", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nValueT\ninfer_variance=True\ncovariant=True\ncontravariant=True" + "objectID": "api/_autosummary/ansys.acp.core.Material.density", + "href": "api/_autosummary/ansys.acp.core.Material.density.html#ansys.acp.core.Material.density", + "title": "density > density > density", + "section": "density > density", + "text": "property Material.density: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT.html#ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT", - "title": "ValueT > ValueT > ValueT", - "section": "ValueT > ValueT", - "text": "ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT = ~ValueT\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_ANGLE", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_ANGLE.html#draped_fiber_angle", + "title": "DRAPED_FIBER_ANGLE", + "section": "DRAPED_FIBER_ANGLE", + "text": "DRAPED_FIBER_ANGLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP.html#up", - "title": "UP", - "section": "UP", - "text": "UP" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_ANGLE", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_ANGLE.html#ansys.acp.core.ElementalDataType.DRAPED_FIBER_ANGLE", + "title": "DRAPED_FIBER_ANGLE > DRAPED_FIBER_ANGLE > DRAPED_FIBER_ANGLE", + "section": "DRAPED_FIBER_ANGLE > DRAPED_FIBER_ANGLE", + "text": "ElementalDataType.DRAPED_FIBER_ANGLE = 'draped_fiber_angle'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP.html#ansys.acp.core.CutOffGeometryOrientationType.UP", - "title": "UP > UP > UP", - "section": "UP > UP", - "text": "CutOffGeometryOrientationType.UP = 'up'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.clone", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP.html#examples-using-cutoffgeometryorientationtypeup", - "title": "UP > Examples using CutOffGeometryOrientationType.UP", - "section": "Examples using CutOffGeometryOrientationType.UP", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using CutOffGeometryOrientationType.UP" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.clone", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.clone.html#ansys.acp.core.VirtualGeometry.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "VirtualGeometry.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh.html#refresh", - "title": "refresh", - "section": "refresh", - "text": "Re-import the solid model from the external file.\npath (str | PathLike[str]) – Path of the new input file.\nformat (SolidModelImportFormat | None) – Switch format of the input file. Optional, uses the current format of the\nimported solid model if not specified.\nrefresh" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XY", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XY.html#xy", + "title": "XY", + "section": "XY", + "text": "XY" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh.html#ansys.acp.core.ImportedSolidModel.refresh", - "title": "refresh > refresh > refresh", - "section": "refresh > refresh", - "text": "ImportedSolidModel.refresh(path, format=None)\n\nRe-import the solid model from the external file.\n\nParameters\n\npath (str | PathLike[str]) – Path of the new input file.\n\nformat (SolidModelImportFormat | None) – Switch format of the input file. Optional, uses the current format of the\nimported solid model if not specified.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XY", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XY.html#ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XY", + "title": "XY > XY > XY", + "section": "XY > XY", + "text": "property ConstantTsaiWuConstants.XY: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh.html#examples-using-importedsolidmodelrefresh", - "title": "refresh > Examples using ImportedSolidModel.refresh", - "section": "Examples using ImportedSolidModel.refresh", - "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using ImportedSolidModel.refresh" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.name", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.name", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.name.html#ansys.acp.core.ModelingGroup.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ModelingGroup.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.node_labels.html#ansys.acp.core.mesh_data.ModelNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "ModelNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.relative_rule", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.relative_rule.html#relative_rule", + "title": "relative_rule", + "section": "relative_rule", + "text": "relative_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.relative_rule", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.relative_rule.html#ansys.acp.core.ParallelSelectionRule.relative_rule", + "title": "relative_rule > relative_rule > relative_rule", + "section": "relative_rule > relative_rule", + "text": "property ParallelSelectionRule.relative_rule: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.id.html#ansys.acp.core.VariableOffsetSelectionRule.id", - "title": "id > id > id", - "section": "id > id", - "text": "property VariableOffsetSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.cog", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.cog.html#cog", + "title": "cog", + "section": "cog", + "text": "cog" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.delete", - "href": "api/_autosummary/ansys.acp.core.SolidModel.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.cog", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.cog.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.cog", + "title": "cog > cog > cog", + "section": "cog > cog", + "text": "ModelingPlyElementalData.cog: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.delete", - "href": "api/_autosummary/ansys.acp.core.SolidModel.delete.html#ansys.acp.core.SolidModel.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "SolidModel.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID.html#solid", + "title": "SOLID", + "section": "SOLID", + "text": "SOLID" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_material", - "href": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_material.html#cut_off_material", - "title": "cut_off_material", - "section": "cut_off_material", - "text": "cut_off_material" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID.html#ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID", + "title": "SOLID > SOLID > SOLID", + "section": "SOLID > SOLID", + "text": "HDF5CompositeCAEProjectionMode.SOLID = 'solid'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_material", - "href": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_material.html#ansys.acp.core.SolidModel.cut_off_material", - "title": "cut_off_material > cut_off_material > cut_off_material", - "section": "cut_off_material > cut_off_material", - "text": "property SolidModel.cut_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID.html#examples-using-hdf5compositecaeprojectionmodesolid", + "title": "SOLID > Examples using HDF5CompositeCAEProjectionMode.SOLID", + "section": "Examples using HDF5CompositeCAEProjectionMode.SOLID", + "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using HDF5CompositeCAEProjectionMode.SOLID" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.license_server", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.license_server.html#license_server", - "title": "license_server", - "section": "license_server", - "text": "license_server" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_SWEEP_BASED", + "href": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_SWEEP_BASED.html#surface_sweep_based", + "title": "SURFACE_SWEEP_BASED", + "section": "SURFACE_SWEEP_BASED", + "text": "SURFACE_SWEEP_BASED" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.license_server", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.license_server.html#ansys.acp.core.DockerComposeLaunchConfig.license_server", - "title": "license_server > license_server > license_server", - "section": "license_server > license_server", - "text": "DockerComposeLaunchConfig.license_server: str = ''\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_SWEEP_BASED", + "href": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_SWEEP_BASED.html#ansys.acp.core.ExtrusionType.SURFACE_SWEEP_BASED", + "title": "SURFACE_SWEEP_BASED > SURFACE_SWEEP_BASED > SURFACE_SWEEP_BASED", + "section": "SURFACE_SWEEP_BASED > SURFACE_SWEEP_BASED", + "text": "ExtrusionType.SURFACE_SWEEP_BASED = 'surface_sweep_based'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.field_variables.html#field_variables", - "title": "field_variables", - "section": "field_variables", - "text": "field_variables" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.html#variableoffsetselectionrulenodaldata", + "title": "VariableOffsetSelectionRuleNodalData", + "section": "VariableOffsetSelectionRuleNodalData", + "text": "Represents nodal data for a VariableOffset Selection Rule.\nVariableOffsetSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nVariableOffsetSelectionRuleNodalData.node_labels\n\nVariableOffsetSelectionRuleNodalData\nVariableOffsetSelectionRuleNodalData.get_pyvista_mesh\nVariableOffsetSelectionRuleNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.field_variables.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants.field_variables", - "title": "field_variables > field_variables > field_variables", - "section": "field_variables > field_variables", - "text": "property VariableTsaiWuConstants.field_variables: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData", + "title": "VariableOffsetSelectionRuleNodalData > VariableOffsetSelectionRuleNodalData > VariableOffsetSelectionRuleNodalData", + "section": "VariableOffsetSelectionRuleNodalData > VariableOffsetSelectionRuleNodalData", + "text": "class ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a VariableOffset Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nVariableOffsetSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableOffsetSelectionRuleNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.html#variableoffsetselectionruleelementaldata", - "title": "VariableOffsetSelectionRuleElementalData", - "section": "VariableOffsetSelectionRuleElementalData", - "text": "Represents elemental data for a VariableOffset Selection Rule.\nVariableOffsetSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nVariableOffsetSelectionRuleElementalData.normal\n\nVariableOffsetSelectionRuleElementalData.element_labels\n\nVariableOffsetSelectionRuleElementalData\nVariableOffsetSelectionRuleElementalData.get_pyvista_mesh\nVariableOffsetSelectionRuleElementalData.normal\nVariableOffsetSelectionRuleElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.store", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData", - "title": "VariableOffsetSelectionRuleElementalData > VariableOffsetSelectionRuleElementalData > VariableOffsetSelectionRuleElementalData", - "section": "VariableOffsetSelectionRuleElementalData > VariableOffsetSelectionRuleElementalData", - "text": "class ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a VariableOffset Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nVariableOffsetSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableOffsetSelectionRuleElementalData.normal\n\n\n\nVariableOffsetSelectionRuleElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.store", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.store.html#ansys.acp.core.SamplingPoint.store", + "title": "store > store > store", + "section": "store > store", + "text": "SamplingPoint.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.price", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.price.html#price", - "title": "price", - "section": "price", - "text": "price" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT.html#intersect", + "title": "INTERSECT", + "section": "INTERSECT", + "text": "INTERSECT" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.price", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.price.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.price", - "title": "price > price > price", - "section": "price > price", - "text": "AnalysisPlyElementalData.price: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT.html#ansys.acp.core.BooleanOperationType.INTERSECT", + "title": "INTERSECT > INTERSECT > INTERSECT", + "section": "INTERSECT > INTERSECT", + "text": "BooleanOperationType.INTERSECT = 'intersect'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.global_ply_nr", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.global_ply_nr.html#global_ply_nr", - "title": "global_ply_nr", - "section": "global_ply_nr", - "text": "global_ply_nr" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.INTERSECT.html#examples-using-booleanoperationtypeintersect", + "title": "INTERSECT > Examples using BooleanOperationType.INTERSECT", + "section": "Examples using BooleanOperationType.INTERSECT", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using BooleanOperationType.INTERSECT" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.global_ply_nr", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.global_ply_nr.html#ansys.acp.core.ButtJointSequence.global_ply_nr", - "title": "global_ply_nr > global_ply_nr > global_ply_nr", - "section": "global_ply_nr > global_ply_nr", - "text": "property ButtJointSequence.global_ply_nr: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rfind", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rfind.html#rfind", + "title": "rfind", + "section": "rfind", + "text": "Return the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nReturn -1 on failure.\nrfind" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.locked", - "href": "api/_autosummary/ansys.acp.core.Rosette.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rfind", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rfind.html#ansys.acp.core.LaunchMode.rfind", + "title": "rfind > rfind > rfind", + "section": "rfind > rfind", + "text": "LaunchMode.rfind(sub, [start, [end]]) -> int\n\nReturn the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nReturn -1 on failure.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.locked", - "href": "api/_autosummary/ansys.acp.core.Rosette.locked.html#ansys.acp.core.Rosette.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property Rosette.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.skip_elements_without_plies", + "href": "api/_autosummary/ansys.acp.core.SolidModel.skip_elements_without_plies.html#skip_elements_without_plies", + "title": "skip_elements_without_plies", + "section": "skip_elements_without_plies", + "text": "skip_elements_without_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E2.html#e2", - "title": "E2", - "section": "E2", - "text": "E2" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.skip_elements_without_plies", + "href": "api/_autosummary/ansys.acp.core.SolidModel.skip_elements_without_plies.html#ansys.acp.core.SolidModel.skip_elements_without_plies", + "title": "skip_elements_without_plies > skip_elements_without_plies > skip_elements_without_plies", + "section": "skip_elements_without_plies > skip_elements_without_plies", + "text": "property SolidModel.skip_elements_without_plies: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E2.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E2", - "title": "E2 > E2 > E2", - "section": "E2 > E2", - "text": "property ConstantEngineeringConstants.E2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.open_area_sets", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.open_area_sets.html#open_area_sets", + "title": "open_area_sets", + "section": "open_area_sets", + "text": "open_area_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES.html#sensor_by_plies", - "title": "SENSOR_BY_PLIES", - "section": "SENSOR_BY_PLIES", - "text": "SENSOR_BY_PLIES" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.open_area_sets", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.open_area_sets.html#ansys.acp.core.InterfaceLayer.open_area_sets", + "title": "open_area_sets > open_area_sets > open_area_sets", + "section": "open_area_sets > open_area_sets", + "text": "property InterfaceLayer.open_area_sets: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES.html#ansys.acp.core.SensorType.SENSOR_BY_PLIES", - "title": "SENSOR_BY_PLIES > SENSOR_BY_PLIES > SENSOR_BY_PLIES", - "section": "SENSOR_BY_PLIES > SENSOR_BY_PLIES", - "text": "SensorType.SENSOR_BY_PLIES = 'sensor_by_plies'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.field_definitions", + "href": "api/_autosummary/ansys.acp.core.Model.field_definitions.html#field_definitions", + "title": "field_definitions", + "section": "field_definitions", + "text": "field_definitions" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES.html#examples-using-sensortypesensor_by_plies", - "title": "SENSOR_BY_PLIES > Examples using SensorType.SENSOR_BY_PLIES", - "section": "Examples using SensorType.SENSOR_BY_PLIES", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using SensorType.SENSOR_BY_PLIES" + "objectID": "api/_autosummary/ansys.acp.core.Model.field_definitions", + "href": "api/_autosummary/ansys.acp.core.Model.field_definitions.html#ansys.acp.core.Model.field_definitions", + "title": "field_definitions > field_definitions > field_definitions", + "section": "field_definitions > field_definitions", + "text": "property Model.field_definitions: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_CDB", + "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_CDB.html#ansys_cdb", + "title": "ANSYS_CDB", + "section": "ANSYS_CDB", + "text": "ANSYS_CDB" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_1.html#nu12_1", - "title": "nu12_1", - "section": "nu12_1", - "text": "nu12_1" + "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_CDB", + "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_CDB.html#ansys.acp.core.FeFormat.ANSYS_CDB", + "title": "ANSYS_CDB > ANSYS_CDB > ANSYS_CDB", + "section": "ANSYS_CDB > ANSYS_CDB", + "text": "FeFormat.ANSYS_CDB = 'ansys:cdb'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_1.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_1", - "title": "nu12_1 > nu12_1 > nu12_1", - "section": "nu12_1 > nu12_1", - "text": "property VariableWovenCharacterization.nu12_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.parent", + "href": "api/_autosummary/ansys.acp.core.ElementSet.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zt.html#zt", - "title": "Zt", - "section": "Zt", - "text": "Zt" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.parent", + "href": "api/_autosummary/ansys.acp.core.ElementSet.parent.html#ansys.acp.core.ElementSet.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property ElementSet.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zt.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Zt", - "title": "Zt > Zt > Zt", - "section": "Zt > Zt", - "text": "property ConstantStressLimits.Zt: Any\n\n!! processed by numpydoc !!" + "objectID": "user_guide/howto/launch_configuration", + "href": "user_guide/howto/launch_configuration.html#change-acp-startup", + "title": "Change ACP startup", + "section": "Change ACP startup", + "text": "By default, the launch_acp() function will start ACP from the unified installer, using the latest available version.\nChange ACP startup\nlaunch_acp()" }, { - "objectID": "index", - "href": "index.html#limitations", - "title": "Limitations", - "section": "Limitations", - "text": "Field definitions are currently only supported through (Py)Mechanical.\nThe workflow from PyACP to (Py)MADL ignores field definitions.\nThe PyACP to PyMADL workflow does not fully support variable materials.\nThe PyACP to PyMechanical workflow is experimental and has the following limitations:\nIt only works on Windows, with a remote (not embedded) PyMechanical session.\nOnly one ACP shell or solid model is supported at a time.\nNamed selections defined in ACP are not transferred to PyMechanical.\nThe ansys.acp.core.mechanical_integration_helpers module may be\nchanged or removed in future versions, when the corresponding features\nare available in PyMechanical directly.\nPost-processing with the Composite Failure Tool inside Mechanical is not\nyet supported.\nVisualization and mesh data of imported plies are not supported yet.\nSection cuts cannot be visualized.\nSampling point analysis data is not available.\nImported solid model mapping statistics are not available.\nSensor by solid model is not yet supported.\nLimitations\nansys.acp.core.mechanical_integration_helpers" + "objectID": "user_guide/howto/launch_configuration", + "href": "user_guide/howto/launch_configuration.html#change-the-default-launch-configuration", + "title": "Change ACP startup > Change the default launch configuration", + "section": "Change the default launch configuration", + "text": "To change this behavior, you can use the ansys-launcher command line tool to configure how ACP is started.\nOn Windows, the executable may be called ansys-launcher.exe.\nAs indicated in the preceding output, three methods are available for starting ACP:\ndirect: Start ACP directly by providing the path to the acp_grpcserver executable.\ndocker_compose: Start ACP using Docker Compose.\nconnect: Connect to an already running ACP server.\nYou may configure any of the three methods with the ansys-launcher tool. For example, to use the\ndirect method, run the following command:\nThe tool prompts you for the required information, providing the default value\nin square brackets. You can accept the default value by pressing the Enter key or input a\nnew value by typing it and then pressing the Enter key.\nThe new configuration is used by the launch_acp() function. Note that you\nmay have to restart your Python session for the changes to take effect.\nChange the default launch configuration\nansys-launcher\nansys-launcher.exe\ndirect\nacp_grpcserver\ndocker_compose\nconnect\nansys-launcher\ndirect\nlaunch_acp()" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_modeling_ply_geometries", - "href": "api/_autosummary/ansys.acp.core.Model.export_modeling_ply_geometries.html#export_modeling_ply_geometries", - "title": "export_modeling_ply_geometries", - "section": "export_modeling_ply_geometries", - "text": "Write ply geometries to a STEP, IGES, or STL file.\npath (str | PathLike[str]) – File path to save the geometries to.\nmodeling_plies (Iterable[ModelingPly] | None) – List of modeling plies whose geometries should be exported. If not\nprovided, the geometries of all modeling plies in the model are exported.\nformat (PlyGeometryExportFormat) – Format of the created file. Can be one of \"STEP\", \"IGES\",\nor \"STL\".\noffset_type (OffsetType) – Determines how the ply offset is calculated. Can be one of\n\"NO_OFFSET\", \"BOTTOM_OFFSET\", \"MIDDLE_OFFSET\", or\n\"TOP_OFFSET\".\ninclude_surface (bool) – Whether to include the ply surface in the exported geometry.\ninclude_boundary (bool) – Whether to include the ply boundary in the exported geometry.\ninclude_first_material_direction (bool) – Whether to include the first material direction in the exported geometry.\ninclude_second_material_direction (bool) – Whether to include the second material direction in the exported geometry.\narrow_length (float | None) – Size of the arrow used to represent the material directions. By default, the\nsquare root of the average element area is used.\narrow_type (ArrowType) – Type of the arrow used to represent the material directions. Can be\none of \"NO_ARROW\", \"HALF_ARROW\", or \"STANDARD_ARROW\".\nexport_modeling_ply_geometries\n\"STEP\"\n\"IGES\"\n\"STL\"\n\"NO_OFFSET\"\n\"BOTTOM_OFFSET\"\n\"MIDDLE_OFFSET\"\n\"TOP_OFFSET\"\n\"NO_ARROW\"\n\"HALF_ARROW\"\n\"STANDARD_ARROW\"" + "objectID": "user_guide/howto/launch_configuration", + "href": "user_guide/howto/launch_configuration.html#choose-the-launch-mode-at-runtime", + "title": "Change ACP startup > Choose the launch mode at runtime", + "section": "Choose the launch mode at runtime", + "text": "To switch between the launch modes, you can specify the launch_mode argument\nwhen calling the launch_acp() function. Note that the selected launch mode must already\nbe configured with the ansys-launcher tool.\nYou may use the config parameter to fully customize the launch of ACP at runtime.\nThis parameter expects a configuration object matching the selected launch_mode:\nDirectLaunchConfig for the direct launch mode.\nDockerComposeLaunchConfig for the docker_compose launch mode.\nConnectLaunchConfig for the connect launch mode.\nChoose the launch mode at runtime\nlaunch_mode\nlaunch_acp()\nansys-launcher\nconfig\nlaunch_mode\nDirectLaunchConfig\ndirect\nDockerComposeLaunchConfig\ndocker_compose\nConnectLaunchConfig\nconnect" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_modeling_ply_geometries", - "href": "api/_autosummary/ansys.acp.core.Model.export_modeling_ply_geometries.html#ansys.acp.core.Model.export_modeling_ply_geometries", - "title": "export_modeling_ply_geometries > export_modeling_ply_geometries > export_modeling_ply_geometries", - "section": "export_modeling_ply_geometries > export_modeling_ply_geometries", - "text": "Model.export_modeling_ply_geometries(path, *, modeling_plies=None, format='step', offset_type='middle_offset', include_surface=True, include_boundary=True, include_first_material_direction=True, include_second_material_direction=True, arrow_length=None, arrow_type='no_arrow')\n\nWrite ply geometries to a STEP, IGES, or STL file.\n\nParameters\n\npath (str | PathLike[str]) – File path to save the geometries to.\n\nmodeling_plies (Iterable[ModelingPly] | None) – List of modeling plies whose geometries should be exported. If not\nprovided, the geometries of all modeling plies in the model are exported.\n\nformat (PlyGeometryExportFormat) – Format of the created file. Can be one of \"STEP\", \"IGES\",\nor \"STL\".\n\noffset_type (OffsetType) – Determines how the ply offset is calculated. Can be one of\n\"NO_OFFSET\", \"BOTTOM_OFFSET\", \"MIDDLE_OFFSET\", or\n\"TOP_OFFSET\".\n\ninclude_surface (bool) – Whether to include the ply surface in the exported geometry.\n\ninclude_boundary (bool) – Whether to include the ply boundary in the exported geometry.\n\ninclude_first_material_direction (bool) – Whether to include the first material direction in the exported geometry.\n\ninclude_second_material_direction (bool) – Whether to include the second material direction in the exported geometry.\n\narrow_length (float | None) – Size of the arrow used to represent the material directions. By default, the\nsquare root of the average element area is used.\n\narrow_type (ArrowType) – Type of the arrow used to represent the material directions. Can be\none of \"NO_ARROW\", \"HALF_ARROW\", or \"STANDARD_ARROW\".\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_2.html#fracture_toughness_mode_2", + "title": "fracture_toughness_mode_2", + "section": "fracture_toughness_mode_2", + "text": "fracture_toughness_mode_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_2.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_2", + "title": "fracture_toughness_mode_2 > fracture_toughness_mode_2 > fracture_toughness_mode_2", + "section": "fracture_toughness_mode_2 > fracture_toughness_mode_2", + "text": "property ConstantLaRCConstants.fracture_toughness_mode_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ElementSetElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ElementSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Syz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Syz.html#syz", + "title": "Syz", + "section": "Syz", + "text": "Syz" }, { - "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", - "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#pymechanical-to-cdb-shell-workflow", - "title": "PyMechanical to CDB shell workflow", - "section": "PyMechanical to CDB shell workflow", - "text": "This example shows how to set up a workflow that uses PyMechanical to mesh the\ngeometry and define the load case, PyACP to define a layup, PyMAPDL to solve the\nmodel, and PyDPF - Composites to post-process the results.\nThis workflow does not suffer from the limitations of the PyACP to\nPyMechanical integration.\nPyMechanical to CDB shell workflow" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Syz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Syz.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Syz", + "title": "Syz > Syz > Syz", + "section": "Syz > Syz", + "text": "property ConstantWovenStressLimits.Syz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", - "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#import-modules-and-start-the-ansys-products", - "title": "PyMechanical to CDB shell workflow > Import modules and start the Ansys products", - "section": "Import modules and start the Ansys products", - "text": "Import the standard library and third-party dependencies.\nImport PyACP, PyMechanical, and PyDPF - Composites.\nStart the ACP, Mechanical, and DPF servers. We use a ThreadPoolExecutor\nto start them in parallel.\nImport modules and start the Ansys products\nThreadPoolExecutor" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.interpolation_options.html#interpolation_options", + "title": "interpolation_options", + "section": "interpolation_options", + "text": "interpolation_options" }, { - "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", - "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#get-example-input-files", - "title": "PyMechanical to CDB shell workflow > Get example input files", - "section": "Get example input files", - "text": "Create a temporary working directory, and download the example input files\nto this directory.\nGet example input files" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.interpolation_options.html#ansys.acp.core.material_property_sets.VariableDensity.interpolation_options", + "title": "interpolation_options > interpolation_options > interpolation_options", + "section": "interpolation_options > interpolation_options", + "text": "property VariableDensity.interpolation_options: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", - "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#generate-the-mesh-in-pymechanical", - "title": "PyMechanical to CDB shell workflow > Generate the mesh in PyMechanical", - "section": "Generate the mesh in PyMechanical", - "text": "Load the geometry into Mechanical, generate the mesh, and define the\nload case.\nGenerate the mesh in PyMechanical" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", - "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#set-up-the-acp-model", - "title": "PyMechanical to CDB shell workflow > Set up the ACP model", - "section": "Set up the ACP model", - "text": "Setup basic ACP lay-up based on the CDB file.\nSet up the ACP model" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.nodal_data.html#ansys.acp.core.ProductionPly.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property ProductionPly.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", - "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#update-and-save-the-acp-model", - "title": "PyMechanical to CDB shell workflow > Update and Save the ACP model", - "section": "Update and Save the ACP model", - "text": "Update and Save the ACP model" + "objectID": "examples/modeling_features/010-sandwich-panel-layup", + "href": "examples/modeling_features/010-sandwich-panel-layup.html#sandwich-panel", + "title": "Sandwich panel", + "section": "Sandwich panel", + "text": "This example defines a composite lay-up for a sandwich panel using PyACP.\nIt only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nImport the standard library and third-party dependencies.\nImport the PyACP dependencies.\nSandwich panel" }, { - "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", - "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#solve-with-pymapdl", - "title": "PyMechanical to CDB shell workflow > Solve with PyMAPDL", - "section": "Solve with PyMAPDL", - "text": "Load the CDB file into PyMAPDL.\nSolve the model.\nShow the displacements in postprocessing.\nDownload the RST file for further postprocessing.\nSolve with PyMAPDL" + "objectID": "examples/modeling_features/010-sandwich-panel-layup", + "href": "examples/modeling_features/010-sandwich-panel-layup.html#start-acp-and-load-the-model", + "title": "Sandwich panel > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "Get the example file from the server.\nLaunch the ACP server and connect to it.\nDefine the input file and import it into ACP.\nVisualize the loaded mesh.\nStart ACP and load the model" }, { - "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", - "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#postprocessing-with-pydpf---composites", - "title": "PyMechanical to CDB shell workflow > Postprocessing with PyDPF - Composites", - "section": "Postprocessing with PyDPF - Composites", - "text": "Specify the combined failure criterion.\nCreate the composite model and configure its input.\nEvaluate the failure criteria.\nQuery and plot the results.\nNote that the maximum IRF is different when compared to pymechanical_shell_example\nbecause ACP sets the ERESX,NO option in the CDB file. This option disables interpolation\nof the results from the integration point to the nodes.\nDownload Jupyter notebook: 05-pymechanical-to-cdb-workflow.ipynb\nDownload Python source code: 05-pymechanical-to-cdb-workflow.py\nDownload zipped: 05-pymechanical-to-cdb-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocessing with PyDPF - Composites\nERESX,NO\nDownload Jupyter notebook: 05-pymechanical-to-cdb-workflow.ipynb\nDownload Python source code: 05-pymechanical-to-cdb-workflow.py\nDownload zipped: 05-pymechanical-to-cdb-workflow.zip" + "objectID": "examples/modeling_features/010-sandwich-panel-layup", + "href": "examples/modeling_features/010-sandwich-panel-layup.html#create-the-sandwich-materials", + "title": "Sandwich panel > Create the sandwich materials", + "section": "Create the sandwich materials", + "text": "Create the UD material and its corresponding fabric.\nCreate a multi-axial stackup and a sublaminate. Stackups and sublaminates help quickly\nbuild repeating laminates.\nCreate the core material and its corresponding fabric.\nCreate the sandwich materials" }, { - "objectID": "api/_autosummary/ansys.acp.core.Lamina.angle", - "href": "api/_autosummary/ansys.acp.core.Lamina.angle.html#angle", - "title": "angle", - "section": "angle", - "text": "Orientation angle in degree of the material with respect to the reference direction.\nangle" + "objectID": "examples/modeling_features/010-sandwich-panel-layup", + "href": "examples/modeling_features/010-sandwich-panel-layup.html#create-the-lay-up", + "title": "Sandwich panel > Create the Lay-up", + "section": "Create the Lay-up", + "text": "Define a rosette and oriented selection set. Plot the orientations.\nCreate the modeling plies which define the lay-up of the sandwich panel.\nUpdate and print the model.\nTotal running time of the script: (0 minutes 10.930 seconds)\nDownload Jupyter notebook: 010-sandwich-panel-layup.ipynb\nDownload Python source code: 010-sandwich-panel-layup.py\nDownload zipped: 010-sandwich-panel-layup.zip\nGallery generated by Sphinx-Gallery\nCreate the Lay-up\nDownload Jupyter notebook: 010-sandwich-panel-layup.ipynb\nDownload Python source code: 010-sandwich-panel-layup.py\nDownload zipped: 010-sandwich-panel-layup.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.Lamina.angle", - "href": "api/_autosummary/ansys.acp.core.Lamina.angle.html#ansys.acp.core.Lamina.angle", - "title": "angle > angle > angle", - "section": "angle > angle", - "text": "property Lamina.angle: float\n\nOrientation angle in degree of the material with respect to the reference direction.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.html#puckmaterialtype", + "title": "PuckMaterialType", + "section": "PuckMaterialType", + "text": "Possible Puck material types.\nPuckMaterialType.encode(/[, encoding, errors])\nEncode the string using the codec registered for encoding.\nPuckMaterialType.replace(old, new[, count])\nReturn a copy with all occurrences of substring old replaced by new.\nPuckMaterialType.split(/[, sep, maxsplit])\nReturn a list of the substrings in the string, using sep as the separator string.\nPuckMaterialType.rsplit(/[, sep, maxsplit])\nReturn a list of the substrings in the string, using sep as the separator string.\nPuckMaterialType.join(iterable, /)\nConcatenate any number of strings.\nPuckMaterialType.capitalize(/)\nReturn a capitalized version of the string.\nPuckMaterialType.casefold(/)\nReturn a version of the string suitable for caseless comparisons.\nPuckMaterialType.title(/)\nReturn a version of the string where each word is titlecased.\nPuckMaterialType.center(width[, fillchar])\nReturn a centered string of length width.\nPuckMaterialType.count(sub[, start[, end]])\nReturn the number of non-overlapping occurrences of substring sub in string S[start:end].\nPuckMaterialType.expandtabs(/[, tabsize])\nReturn a copy where all tab characters are expanded using spaces.\nPuckMaterialType.find(sub[, start[, end]])\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\nPuckMaterialType.partition(sep, /)\nPartition the string into three parts using the given separator.\nPuckMaterialType.index(sub[, start[, end]])\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\nPuckMaterialType.ljust(width[, fillchar])\nReturn a left-justified string of length width.\nPuckMaterialType.lower(/)\nReturn a copy of the string converted to lowercase.\nPuckMaterialType.lstrip([chars])\nReturn a copy of the string with leading whitespace removed.\nPuckMaterialType.rfind(sub[, start[, end]])\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\nPuckMaterialType.rindex(sub[, start[, end]])\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\nPuckMaterialType.rjust(width[, fillchar])\nReturn a right-justified string of length width.\nPuckMaterialType.rstrip([chars])\nReturn a copy of the string with trailing whitespace removed.\nPuckMaterialType.rpartition(sep, /)\nPartition the string into three parts using the given separator.\nPuckMaterialType.splitlines(/[, keepends])\nReturn a list of the lines in the string, breaking at line boundaries.\nPuckMaterialType.strip([chars])\nReturn a copy of the string with leading and trailing whitespace removed.\nPuckMaterialType.swapcase(/)\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\nPuckMaterialType.translate(table, /)\nReplace each character in the string using the given translation table.\nPuckMaterialType.upper(/)\nReturn a copy of the string converted to uppercase.\nPuckMaterialType.startswith(prefix[, start[, ...)\nReturn True if S starts with the specified prefix, False otherwise.\nPuckMaterialType.endswith(suffix[, start[, end]])\nReturn True if S ends with the specified suffix, False otherwise.\nPuckMaterialType.removeprefix(prefix, /)\nReturn a str with the given prefix string removed if present.\nPuckMaterialType.removesuffix(suffix, /)\nReturn a str with the given suffix string removed if present.\nPuckMaterialType.isascii(/)\nReturn True if all characters in the string are ASCII, False otherwise.\nPuckMaterialType.islower(/)\nReturn True if the string is a lowercase string, False otherwise.\nPuckMaterialType.isupper(/)\nReturn True if the string is an uppercase string, False otherwise.\nPuckMaterialType.istitle(/)\nReturn True if the string is a title-cased string, False otherwise.\nPuckMaterialType.isspace(/)\nReturn True if the string is a whitespace string, False otherwise.\nPuckMaterialType.isdecimal(/)\nReturn True if the string is a decimal string, False otherwise.\nPuckMaterialType.isdigit(/)\nReturn True if the string is a digit string, False otherwise.\nPuckMaterialType.isnumeric(/)\nReturn True if the string is a numeric string, False otherwise.\nPuckMaterialType.isalpha(/)\nReturn True if the string is an alphabetic string, False otherwise.\nPuckMaterialType.isalnum(/)\nReturn True if the string is an alpha-numeric string, False otherwise.\nPuckMaterialType.isidentifier(/)\nReturn True if the string is a valid Python identifier, False otherwise.\nPuckMaterialType.isprintable(/)\nReturn True if the string is printable, False otherwise.\nPuckMaterialType.zfill(width, /)\nPad a numeric string with zeros on the left, to fill a field of the given width.\nPuckMaterialType.format(*args, **kwargs)\nReturn a formatted version of S, using substitutions from args and kwargs.\nPuckMaterialType.format_map(mapping)\nReturn a formatted version of S, using substitutions from mapping.\nPuckMaterialType.maketrans(x[, y, z])\nReturn a translation table usable for str.translate().\nPuckMaterialType.IGNORED\n\nPuckMaterialType.CARBON\n\nPuckMaterialType.GLASS\n\nPuckMaterialType.MATERIAL_SPECIFIC\n\nPuckMaterialType\nPuckMaterialType.encode\nPuckMaterialType.replace\nPuckMaterialType.split\nPuckMaterialType.rsplit\nPuckMaterialType.join\nPuckMaterialType.capitalize\nPuckMaterialType.casefold\nPuckMaterialType.title\nPuckMaterialType.center\nPuckMaterialType.count\nPuckMaterialType.expandtabs\nPuckMaterialType.find\nPuckMaterialType.partition\nPuckMaterialType.index\nPuckMaterialType.ljust\nPuckMaterialType.lower\nPuckMaterialType.lstrip\nPuckMaterialType.rfind\nPuckMaterialType.rindex\nPuckMaterialType.rjust\nPuckMaterialType.rstrip\nPuckMaterialType.rpartition\nPuckMaterialType.splitlines\nPuckMaterialType.strip\nPuckMaterialType.swapcase\nPuckMaterialType.translate\nPuckMaterialType.upper\nPuckMaterialType.startswith\nPuckMaterialType.endswith\nPuckMaterialType.removeprefix\nPuckMaterialType.removesuffix\nPuckMaterialType.isascii\nPuckMaterialType.islower\nPuckMaterialType.isupper\nPuckMaterialType.istitle\nPuckMaterialType.isspace\nPuckMaterialType.isdecimal\nPuckMaterialType.isdigit\nPuckMaterialType.isnumeric\nPuckMaterialType.isalpha\nPuckMaterialType.isalnum\nPuckMaterialType.isidentifier\nPuckMaterialType.isprintable\nPuckMaterialType.zfill\nPuckMaterialType.format\nPuckMaterialType.format_map\nPuckMaterialType.maketrans\nPuckMaterialType.IGNORED\nPuckMaterialType.CARBON\nPuckMaterialType.GLASS\nPuckMaterialType.MATERIAL_SPECIFIC" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.title", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.title.html#title", - "title": "title", - "section": "title", - "text": "Return a version of the string where each word is titlecased.\nMore specifically, words start with uppercased characters and all remaining\ncased characters have lower case.\ntitle" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.html#ansys.acp.core.material_property_sets.PuckMaterialType", + "title": "PuckMaterialType > PuckMaterialType > PuckMaterialType", + "section": "PuckMaterialType > PuckMaterialType", + "text": "class ansys.acp.core.material_property_sets.PuckMaterialType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nPossible Puck material types.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nPuckMaterialType.encode(/[, encoding, errors])\n\nEncode the string using the codec registered for encoding.\n\nPuckMaterialType.replace(old, new[, count])\n\nReturn a copy with all occurrences of substring old replaced by new.\n\nPuckMaterialType.split(/[, sep, maxsplit])\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nPuckMaterialType.rsplit(/[, sep, maxsplit])\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nPuckMaterialType.join(iterable, /)\n\nConcatenate any number of strings.\n\nPuckMaterialType.capitalize(/)\n\nReturn a capitalized version of the string.\n\nPuckMaterialType.casefold(/)\n\nReturn a version of the string suitable for caseless comparisons.\n\nPuckMaterialType.title(/)\n\nReturn a version of the string where each word is titlecased.\n\nPuckMaterialType.center(width[, fillchar])\n\nReturn a centered string of length width.\n\nPuckMaterialType.count(sub[, start[, end]])\n\nReturn the number of non-overlapping occurrences of substring sub in string S[start:end].\n\nPuckMaterialType.expandtabs(/[, tabsize])\n\nReturn a copy where all tab characters are expanded using spaces.\n\nPuckMaterialType.find(sub[, start[, end]])\n\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nPuckMaterialType.partition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nPuckMaterialType.index(sub[, start[, end]])\n\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nPuckMaterialType.ljust(width[, fillchar])\n\nReturn a left-justified string of length width.\n\nPuckMaterialType.lower(/)\n\nReturn a copy of the string converted to lowercase.\n\nPuckMaterialType.lstrip([chars])\n\nReturn a copy of the string with leading whitespace removed.\n\nPuckMaterialType.rfind(sub[, start[, end]])\n\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nPuckMaterialType.rindex(sub[, start[, end]])\n\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nPuckMaterialType.rjust(width[, fillchar])\n\nReturn a right-justified string of length width.\n\nPuckMaterialType.rstrip([chars])\n\nReturn a copy of the string with trailing whitespace removed.\n\nPuckMaterialType.rpartition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nPuckMaterialType.splitlines(/[, keepends])\n\nReturn a list of the lines in the string, breaking at line boundaries.\n\nPuckMaterialType.strip([chars])\n\nReturn a copy of the string with leading and trailing whitespace removed.\n\nPuckMaterialType.swapcase(/)\n\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\n\nPuckMaterialType.translate(table, /)\n\nReplace each character in the string using the given translation table.\n\nPuckMaterialType.upper(/)\n\nReturn a copy of the string converted to uppercase.\n\nPuckMaterialType.startswith(prefix[, start[, ...)\n\nReturn True if S starts with the specified prefix, False otherwise.\n\nPuckMaterialType.endswith(suffix[, start[, end]])\n\nReturn True if S ends with the specified suffix, False otherwise.\n\nPuckMaterialType.removeprefix(prefix, /)\n\nReturn a str with the given prefix string removed if present.\n\nPuckMaterialType.removesuffix(suffix, /)\n\nReturn a str with the given suffix string removed if present.\n\nPuckMaterialType.isascii(/)\n\nReturn True if all characters in the string are ASCII, False otherwise.\n\nPuckMaterialType.islower(/)\n\nReturn True if the string is a lowercase string, False otherwise.\n\nPuckMaterialType.isupper(/)\n\nReturn True if the string is an uppercase string, False otherwise.\n\nPuckMaterialType.istitle(/)\n\nReturn True if the string is a title-cased string, False otherwise.\n\nPuckMaterialType.isspace(/)\n\nReturn True if the string is a whitespace string, False otherwise.\n\nPuckMaterialType.isdecimal(/)\n\nReturn True if the string is a decimal string, False otherwise.\n\nPuckMaterialType.isdigit(/)\n\nReturn True if the string is a digit string, False otherwise.\n\nPuckMaterialType.isnumeric(/)\n\nReturn True if the string is a numeric string, False otherwise.\n\nPuckMaterialType.isalpha(/)\n\nReturn True if the string is an alphabetic string, False otherwise.\n\nPuckMaterialType.isalnum(/)\n\nReturn True if the string is an alpha-numeric string, False otherwise.\n\nPuckMaterialType.isidentifier(/)\n\nReturn True if the string is a valid Python identifier, False otherwise.\n\nPuckMaterialType.isprintable(/)\n\nReturn True if the string is printable, False otherwise.\n\nPuckMaterialType.zfill(width, /)\n\nPad a numeric string with zeros on the left, to fill a field of the given width.\n\nPuckMaterialType.format(*args, **kwargs)\n\nReturn a formatted version of S, using substitutions from args and kwargs.\n\nPuckMaterialType.format_map(mapping)\n\nReturn a formatted version of S, using substitutions from mapping.\n\nPuckMaterialType.maketrans(x[, y, z])\n\nReturn a translation table usable for str.translate().\n\n\n\nAttributes\n\n\n\n\n\n\n\nPuckMaterialType.IGNORED\n\n\n\nPuckMaterialType.CARBON\n\n\n\nPuckMaterialType.GLASS\n\n\n\nPuckMaterialType.MATERIAL_SPECIFIC\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.title", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.title.html#ansys.acp.core.LaunchMode.title", - "title": "title > title > title", - "section": "title > title", - "text": "LaunchMode.title(/)\n\nReturn a version of the string where each word is titlecased.\n\nMore specifically, words start with uppercased characters and all remaining\ncased characters have lower case.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.locked", + "href": "api/_autosummary/ansys.acp.core.Material.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.startswith", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.startswith.html#startswith", - "title": "startswith", - "section": "startswith", - "text": "Return True if S starts with the specified prefix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nprefix can also be a tuple of strings to try.\nstartswith" + "objectID": "api/_autosummary/ansys.acp.core.Material.locked", + "href": "api/_autosummary/ansys.acp.core.Material.locked.html#ansys.acp.core.Material.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property Material.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.startswith", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.startswith.html#ansys.acp.core.material_property_sets.PuckMaterialType.startswith", - "title": "startswith > startswith > startswith", - "section": "startswith > startswith", - "text": "PuckMaterialType.startswith(prefix, [start, [end]]) -> bool\n\nReturn True if S starts with the specified prefix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nprefix can also be a tuple of strings to try.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYc.html#eyc", + "title": "eYc", + "section": "eYc", + "text": "eYc" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.parent", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYc.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eYc", + "title": "eYc > eYc > eYc", + "section": "eYc > eYc", + "text": "property VariableStrainLimits.eYc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.parent", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.parent.html#ansys.acp.core.LookUpTable1DColumn.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property LookUpTable1DColumn.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.html#solidmodelnodaldata", + "title": "SolidModelNodalData", + "section": "SolidModelNodalData", + "text": "Represents nodal data for a Solid Model.\nSolidModelNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSolidModelNodalData.node_labels\n\nSolidModelNodalData\nSolidModelNodalData.get_pyvista_mesh\nSolidModelNodalData.node_labels" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.html#ansys.acp.core.mesh_data.SolidModelNodalData", + "title": "SolidModelNodalData > SolidModelNodalData > SolidModelNodalData", + "section": "SolidModelNodalData > SolidModelNodalData", + "text": "class ansys.acp.core.mesh_data.SolidModelNodalData(node_labels)\n\nRepresents nodal data for a Solid Model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSolidModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidModelNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.html#elementaldatatype", - "title": "ElementalDataType", - "section": "ElementalDataType", - "text": "Options for the type of per-element data.\nElementalDataType.COORDINATES\n\nElementalDataType.NORMAL\n\nElementalDataType.ORIENTATION\n\nElementalDataType.REFERENCE_DIRECTION\n\nElementalDataType.FIBER_DIRECTION\n\nElementalDataType.DRAPED_FIBER_DIRECTION\n\nElementalDataType.TRANSVERSE_DIRECTION\n\nElementalDataType.DRAPED_TRANSVERSE_DIRECTION\n\nElementalDataType.THICKNESS\n\nElementalDataType.RELATIVE_THICKNESS_CORRECTION\n\nElementalDataType.DESIGN_ANGLE\n\nElementalDataType.SHEAR_ANGLE\n\nElementalDataType.DRAPED_FIBER_ANGLE\n\nElementalDataType.DRAPED_TRANSVERSE_ANGLE\n\nElementalDataType.AREA\n\nElementalDataType.PRICE\n\nElementalDataType.VOLUME\n\nElementalDataType.MASS\n\nElementalDataType.OFFSET\n\nElementalDataType.MATERIAL_1_DIRECTION\n\nElementalDataType.COG\n\nElementalDataType\nElementalDataType.COORDINATES\nElementalDataType.NORMAL\nElementalDataType.ORIENTATION\nElementalDataType.REFERENCE_DIRECTION\nElementalDataType.FIBER_DIRECTION\nElementalDataType.DRAPED_FIBER_DIRECTION\nElementalDataType.TRANSVERSE_DIRECTION\nElementalDataType.DRAPED_TRANSVERSE_DIRECTION\nElementalDataType.THICKNESS\nElementalDataType.RELATIVE_THICKNESS_CORRECTION\nElementalDataType.DESIGN_ANGLE\nElementalDataType.SHEAR_ANGLE\nElementalDataType.DRAPED_FIBER_ANGLE\nElementalDataType.DRAPED_TRANSVERSE_ANGLE\nElementalDataType.AREA\nElementalDataType.PRICE\nElementalDataType.VOLUME\nElementalDataType.MASS\nElementalDataType.OFFSET\nElementalDataType.MATERIAL_1_DIRECTION\nElementalDataType.COG" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxy.html#sxy", + "title": "Sxy", + "section": "Sxy", + "text": "Sxy" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.html#ansys.acp.core.ElementalDataType", - "title": "ElementalDataType > ElementalDataType > ElementalDataType", - "section": "ElementalDataType > ElementalDataType", - "text": "class ansys.acp.core.ElementalDataType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the type of per-element data.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nElementalDataType.COORDINATES\n\n\n\nElementalDataType.NORMAL\n\n\n\nElementalDataType.ORIENTATION\n\n\n\nElementalDataType.REFERENCE_DIRECTION\n\n\n\nElementalDataType.FIBER_DIRECTION\n\n\n\nElementalDataType.DRAPED_FIBER_DIRECTION\n\n\n\nElementalDataType.TRANSVERSE_DIRECTION\n\n\n\nElementalDataType.DRAPED_TRANSVERSE_DIRECTION\n\n\n\nElementalDataType.THICKNESS\n\n\n\nElementalDataType.RELATIVE_THICKNESS_CORRECTION\n\n\n\nElementalDataType.DESIGN_ANGLE\n\n\n\nElementalDataType.SHEAR_ANGLE\n\n\n\nElementalDataType.DRAPED_FIBER_ANGLE\n\n\n\nElementalDataType.DRAPED_TRANSVERSE_ANGLE\n\n\n\nElementalDataType.AREA\n\n\n\nElementalDataType.PRICE\n\n\n\nElementalDataType.VOLUME\n\n\n\nElementalDataType.MASS\n\n\n\nElementalDataType.OFFSET\n\n\n\nElementalDataType.MATERIAL_1_DIRECTION\n\n\n\nElementalDataType.COG\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxy.html#ansys.acp.core.material_property_sets.VariableStressLimits.Sxy", + "title": "Sxy > Sxy > Sxy", + "section": "Sxy > Sxy", + "text": "property VariableStressLimits.Sxy: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.parent", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.Material.clone", + "href": "api/_autosummary/ansys.acp.core.Material.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.parent", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.parent.html#ansys.acp.core.SolidElementSet.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property SolidElementSet.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.clone", + "href": "api/_autosummary/ansys.acp.core.Material.clone.html#ansys.acp.core.Material.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "Material.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_solid_model_prefix", @@ -4669,172 +4151,144 @@ "text": "property SolidModelExportSettings.use_solid_model_prefix: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.TRANSVERSE_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.TRANSVERSE_DIRECTION.html#transverse_direction", - "title": "TRANSVERSE_DIRECTION", - "section": "TRANSVERSE_DIRECTION", - "text": "TRANSVERSE_DIRECTION" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.TRANSVERSE_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.TRANSVERSE_DIRECTION.html#ansys.acp.core.ElementalDataType.TRANSVERSE_DIRECTION", - "title": "TRANSVERSE_DIRECTION > TRANSVERSE_DIRECTION > TRANSVERSE_DIRECTION", - "section": "TRANSVERSE_DIRECTION > TRANSVERSE_DIRECTION", - "text": "ElementalDataType.TRANSVERSE_DIRECTION = 'transverse_direction'\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isprintable", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isprintable.html#isprintable", - "title": "isprintable", - "section": "isprintable", - "text": "Return True if the string is printable, False otherwise.\nA string is printable if all of its characters are considered printable in\nrepr() or if it is empty.\nisprintable" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isprintable", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isprintable.html#ansys.acp.core.material_property_sets.PuckMaterialType.isprintable", - "title": "isprintable > isprintable > isprintable", - "section": "isprintable > isprintable", - "text": "PuckMaterialType.isprintable(/)\n\nReturn True if the string is printable, False otherwise.\n\nA string is printable if all of its characters are considered printable in\nrepr() or if it is empty.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rjust", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rjust.html#rjust", - "title": "rjust", - "section": "rjust", - "text": "Return a right-justified string of length width.\nPadding is done using the specified fill character (default is a space).\nrjust" + "objectID": "api/_autosummary/ansys.acp.core.IntersectionType.IN_PLANE", + "href": "api/_autosummary/ansys.acp.core.IntersectionType.IN_PLANE.html#in_plane", + "title": "IN_PLANE", + "section": "IN_PLANE", + "text": "IN_PLANE" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rjust", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rjust.html#ansys.acp.core.LaunchMode.rjust", - "title": "rjust > rjust > rjust", - "section": "rjust > rjust", - "text": "LaunchMode.rjust(width, fillchar=' ', /)\n\nReturn a right-justified string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.IntersectionType.IN_PLANE", + "href": "api/_autosummary/ansys.acp.core.IntersectionType.IN_PLANE.html#ansys.acp.core.IntersectionType.IN_PLANE", + "title": "IN_PLANE > IN_PLANE > IN_PLANE", + "section": "IN_PLANE > IN_PLANE", + "text": "IntersectionType.IN_PLANE = 'in_plane'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.inner_radius", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.inner_radius.html#inner_radius", - "title": "inner_radius", - "section": "inner_radius", - "text": "inner_radius" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_filetransfer", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_filetransfer.html#image_name_filetransfer", + "title": "image_name_filetransfer", + "section": "image_name_filetransfer", + "text": "image_name_filetransfer" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.inner_radius", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.inner_radius.html#ansys.acp.core.TubeSelectionRule.inner_radius", - "title": "inner_radius > inner_radius > inner_radius", - "section": "inner_radius > inner_radius", - "text": "property TubeSelectionRule.inner_radius: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_filetransfer", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_filetransfer.html#ansys.acp.core.DockerComposeLaunchConfig.image_name_filetransfer", + "title": "image_name_filetransfer > image_name_filetransfer > image_name_filetransfer", + "section": "image_name_filetransfer > image_name_filetransfer", + "text": "DockerComposeLaunchConfig.image_name_filetransfer: str = 'ghcr.io/ansys/tools-filetransfer:latest'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MODELING_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MODELING_PLY_WISE.html#modeling_ply_wise", - "title": "MODELING_PLY_WISE", - "section": "MODELING_PLY_WISE", - "text": "MODELING_PLY_WISE" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.delete", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MODELING_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MODELING_PLY_WISE.html#ansys.acp.core.ExtrusionMethod.MODELING_PLY_WISE", - "title": "MODELING_PLY_WISE > MODELING_PLY_WISE > MODELING_PLY_WISE", - "section": "MODELING_PLY_WISE > MODELING_PLY_WISE", - "text": "ExtrusionMethod.MODELING_PLY_WISE = 'modeling_ply_wise'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.delete", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.delete.html#ansys.acp.core.ModelingPly.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "ModelingPly.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.upper_limit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.upper_limit.html#upper_limit", + "title": "upper_limit", + "section": "upper_limit", + "text": "upper_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_labels.html#ansys.acp.core.mesh_data.MeshData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "MeshData.element_labels: ndarray[tuple[int, ...], dtype[int32]]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.upper_limit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.upper_limit.html#ansys.acp.core.material_property_sets.FieldVariable.upper_limit", + "title": "upper_limit > upper_limit > upper_limit", + "section": "upper_limit > upper_limit", + "text": "FieldVariable.upper_limit: float\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_1.html#g12_1", - "title": "G12_1", - "section": "G12_1", - "text": "G12_1" + "objectID": "api/_autosummary/ansys.acp.core.launch_acp", + "href": "api/_autosummary/ansys.acp.core.launch_acp.html#launch_acp", + "title": "launch_acp", + "section": "launch_acp", + "text": "Launch an ACP instance.\nLaunch the ACP gRPC server with the given configuration. If no\nconfiguration is provided, the configured default is used.\nDo not execute this function with untrusted input parameters.\nSee the security guide for details.\nconfig (DirectLaunchConfig | DockerComposeLaunchConfig | None) – The configuration used for launching ACP. If unspecified, the\ndefault for the given launch mode is used.\nlaunch_mode (LaunchMode | None) – Specifies which ACP launcher is used. One of direct,\ndocker_compose, or connect. If unspecified, the\nconfigured default is used. If no default is configured,\ndirect is used.\ntimeout (float | None) – Timeout to wait until ACP responds. If None is specified,\nthe check that ACP has started is skipped.\nauto_transfer_files (bool) – Determines whether input and output files are automatically\ntransferred (up- or downloaded) to the server. If True,\nfiles are automatically transferred, and all paths in the\nimport or export methods are local paths. If False,\nfile transfer needs to be handled manually, and the paths\nare relative to the server working directory.\nIf the launch_mode is \"direct\", this only has an\neffect if the current working directory is changed after\nlaunching the server.\nACP instance which can be used to control the server, and\ninstantiate objects on the server.\nACPInstance[ControllableServerProtocol]\nlaunch_acp\ndirect\ndocker_compose\nconnect\ndirect\nNone\nTrue\nFalse\nlaunch_mode\n\"direct\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_1.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_1", - "title": "G12_1 > G12_1 > G12_1", - "section": "G12_1 > G12_1", - "text": "property VariableWovenCharacterization.G12_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.launch_acp", + "href": "api/_autosummary/ansys.acp.core.launch_acp.html#ansys.acp.core.launch_acp", + "title": "launch_acp > launch_acp > launch_acp", + "section": "launch_acp > launch_acp", + "text": "ansys.acp.core.launch_acp(config=None, launch_mode=None, timeout=30.0, auto_transfer_files=True)\n\nLaunch an ACP instance.\n\nLaunch the ACP gRPC server with the given configuration. If no\nconfiguration is provided, the configured default is used.\n\nDo not execute this function with untrusted input parameters.\nSee the security guide for details.\n\nParameters\n\nconfig (DirectLaunchConfig | DockerComposeLaunchConfig | None) – The configuration used for launching ACP. If unspecified, the\ndefault for the given launch mode is used.\n\nlaunch_mode (LaunchMode | None) – Specifies which ACP launcher is used. One of direct,\ndocker_compose, or connect. If unspecified, the\nconfigured default is used. If no default is configured,\ndirect is used.\n\ntimeout (float | None) – Timeout to wait until ACP responds. If None is specified,\nthe check that ACP has started is skipped.\n\nauto_transfer_files (bool) – Determines whether input and output files are automatically\ntransferred (up- or downloaded) to the server. If True,\nfiles are automatically transferred, and all paths in the\nimport or export methods are local paths. If False,\nfile transfer needs to be handled manually, and the paths\nare relative to the server working directory.\nIf the launch_mode is \"direct\", this only has an\neffect if the current working directory is changed after\nlaunching the server.\n\nReturns\n\nACP instance which can be used to control the server, and\ninstantiate objects on the server.\n\nReturn type\n\nACPInstance[ControllableServerProtocol]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.launch_acp", + "href": "api/_autosummary/ansys.acp.core.launch_acp.html#examples-using-launch_acp", + "title": "launch_acp > Examples using launch_acp", + "section": "Examples using launch_acp", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using launch_acp" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.elemental_data.html#ansys.acp.core.CutOffSelectionRule.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property CutOffSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.CUSTOM", + "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.CUSTOM.html#custom", + "title": "CUSTOM", + "section": "CUSTOM", + "text": "CUSTOM" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.use_default_reference_direction", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.use_default_reference_direction.html#use_default_reference_direction", - "title": "use_default_reference_direction", - "section": "use_default_reference_direction", - "text": "use_default_reference_direction" + "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.CUSTOM", + "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.CUSTOM.html#ansys.acp.core.DropOffMaterialHandling.CUSTOM", + "title": "CUSTOM > CUSTOM > CUSTOM", + "section": "CUSTOM > CUSTOM", + "text": "DropOffMaterialHandling.CUSTOM = 'custom'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.use_default_reference_direction", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.use_default_reference_direction.html#ansys.acp.core.SamplingPoint.use_default_reference_direction", - "title": "use_default_reference_direction > use_default_reference_direction > use_default_reference_direction", - "section": "use_default_reference_direction > use_default_reference_direction", - "text": "property SamplingPoint.use_default_reference_direction: Any\n\n!! processed by numpydoc !!" + "objectID": "user_guide/index", + "href": "user_guide/index.html#user-guide", + "title": "User guide", + "section": "User guide", + "text": "This section provides a general overview of PyACP and its usage. The how-to\nguides provide step-by-step instructions for common tasks, while the concepts\nsection provides in-depth explanations.\nUser guide" }, { - "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly", - "href": "api/_autosummary/ansys.acp.core.PrimaryPly.html#primaryply", - "title": "PrimaryPly", - "section": "PrimaryPly", - "text": "Defines a primary ply of a butt joint sequence.\nsequence (ModelingGroup | ModelingPly) – Modeling group or modeling ply defining the primary ply.\nlevel (int) – Level of the primary ply. Plies with a higher level inherit the thickness\nfrom adjacent plies with a lower level.\nAdded in ACP server version 25.1.\nPrimaryPly.clone()\nCreate a new unstored PrimaryPly with the same properties.\nPrimaryPly.level\nLevel of the primary ply.\nPrimaryPly.sequence\nLinked sequence.\nPrimaryPly\nPrimaryPly.clone\nPrimaryPly.level\nPrimaryPly.sequence" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly", - "href": "api/_autosummary/ansys.acp.core.PrimaryPly.html#ansys.acp.core.PrimaryPly", - "title": "PrimaryPly > PrimaryPly > PrimaryPly", - "section": "PrimaryPly > PrimaryPly", - "text": "class ansys.acp.core.PrimaryPly(sequence, level=1)\n\nDefines a primary ply of a butt joint sequence.\n\nParameters\n\nsequence (ModelingGroup | ModelingPly) – Modeling group or modeling ply defining the primary ply.\n\nlevel (int) – Level of the primary ply. Plies with a higher level inherit the thickness\nfrom adjacent plies with a lower level.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nPrimaryPly.clone()\n\nCreate a new unstored PrimaryPly with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nPrimaryPly.level\n\nLevel of the primary ply.\n\nPrimaryPly.sequence\n\nLinked sequence.\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "CutOffSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.store", - "href": "api/_autosummary/ansys.acp.core.Rosette.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.parent", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.store", - "href": "api/_autosummary/ansys.acp.core.Rosette.store.html#ansys.acp.core.Rosette.store", - "title": "store > store > store", - "section": "store > store", - "text": "Rosette.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.parent", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.parent.html#ansys.acp.core.SamplingPoint.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property SamplingPoint.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.include_rule.html#include_rule", - "title": "include_rule", - "section": "include_rule", - "text": "include_rule" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_ratio", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_ratio.html#fracture_toughness_ratio", + "title": "fracture_toughness_ratio", + "section": "fracture_toughness_ratio", + "text": "fracture_toughness_ratio" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.include_rule.html#ansys.acp.core.TubeSelectionRule.include_rule", - "title": "include_rule > include_rule > include_rule", - "section": "include_rule > include_rule", - "text": "property TubeSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_ratio", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_ratio.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_ratio", + "title": "fracture_toughness_ratio > fracture_toughness_ratio > fracture_toughness_ratio", + "section": "fracture_toughness_ratio > fracture_toughness_ratio", + "text": "property ConstantLaRCConstants.fracture_toughness_ratio: Any\n\n!! processed by numpydoc !!" }, { "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_seed_point", @@ -4851,550 +4305,613 @@ "text": "property ModelingPly.draping_seed_point: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.refresh", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.refresh.html#refresh", + "title": "refresh", + "section": "refresh", + "text": "Reload the geometry from its external source.\npath (str | PathLike[str]) – Path of the new input file.\nrefresh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "BooleanSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.refresh", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.refresh.html#ansys.acp.core.CADGeometry.refresh", + "title": "refresh > refresh > refresh", + "section": "refresh > refresh", + "text": "CADGeometry.refresh(path)\n\nReload the geometry from its external source.\n\nParameters\n\npath (str | PathLike[str]) – Path of the new input file.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.html#orientedselectionsetnodaldata", - "title": "OrientedSelectionSetNodalData", - "section": "OrientedSelectionSetNodalData", - "text": "Represents nodal data for an Oriented Selection Set.\nOrientedSelectionSetNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nOrientedSelectionSetNodalData.node_labels\n\nOrientedSelectionSetNodalData\nOrientedSelectionSetNodalData.get_pyvista_mesh\nOrientedSelectionSetNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.refresh", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.refresh.html#examples-using-cadgeometryrefresh", + "title": "refresh > Examples using CADGeometry.refresh", + "section": "Examples using CADGeometry.refresh", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using CADGeometry.refresh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.html#ansys.acp.core.mesh_data.OrientedSelectionSetNodalData", - "title": "OrientedSelectionSetNodalData > OrientedSelectionSetNodalData > OrientedSelectionSetNodalData", - "section": "OrientedSelectionSetNodalData > OrientedSelectionSetNodalData", - "text": "class ansys.acp.core.mesh_data.OrientedSelectionSetNodalData(node_labels)\n\nRepresents nodal data for an Oriented Selection Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nOrientedSelectionSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nOrientedSelectionSetNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_1.html#fracture_toughness_mode_1", + "title": "fracture_toughness_mode_1", + "section": "fracture_toughness_mode_1", + "text": "fracture_toughness_mode_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.value_type", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.value_type.html#value_type", - "title": "value_type", - "section": "value_type", - "text": "value_type" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_1.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_1", + "title": "fracture_toughness_mode_1 > fracture_toughness_mode_1 > fracture_toughness_mode_1", + "section": "fracture_toughness_mode_1 > fracture_toughness_mode_1", + "text": "property ConstantLaRCConstants.fracture_toughness_mode_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.value_type", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.value_type.html#ansys.acp.core.LookUpTable3DColumn.value_type", - "title": "value_type > value_type > value_type", - "section": "value_type > value_type", - "text": "property LookUpTable3DColumn.value_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXc.html#exc", + "title": "eXc", + "section": "eXc", + "text": "eXc" }, { - "objectID": "api/mechanical_integration_helpers", - "href": "api/mechanical_integration_helpers.html#mechanical-integration-helpers", - "title": "Mechanical integration helpers", - "section": "Mechanical integration helpers", - "text": "The PyACP / PyMechanical integration is still experimental and will change\nin future releases.\nIt is also limited in the following ways:\nOnly remote Mechanical sessions on Windows are supported.\nOnly one ACP shell or solid model can be imported into Mechanical.\nPyACP currently provides helper functions for integrating with PyMechanical.\nThese functions will be replaced with native PyMechanical functions in the future.\nexport_mesh_for_acp(*, mechanical, path)\nExport the mesh from PyMechanical for use in PyACP.\nimport_acp_composite_definitions(*, ...)\nImport ACP composite definitions HDF5 into Mechanical.\nimport_acp_mesh_from_cdb(*, mechanical, cdb_path)\nImport an ACP CDB mesh into Mechanical.\nMechanical integration helpers\nexport_mesh_for_acp\nimport_acp_composite_definitions\nimport_acp_mesh_from_cdb" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXc.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eXc", + "title": "eXc > eXc > eXc", + "section": "eXc > eXc", + "text": "property ConstantStrainLimits.eXc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.CGS", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.CGS.html#cgs", - "title": "CGS", - "section": "CGS", - "text": "CGS" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rsplit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rsplit.html#rsplit", + "title": "rsplit", + "section": "rsplit", + "text": "Return a list of the substrings in the string, using sep as the separator string.\nThe separator used to split the string.\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\nMaximum number of splits.\n-1 (the default value) means no limit.\nSplitting starts at the end of the string and works to the front.\nrsplit" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.CGS", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.CGS.html#ansys.acp.core.UnitSystemType.CGS", - "title": "CGS > CGS > CGS", - "section": "CGS > CGS", - "text": "UnitSystemType.CGS = 'cgs'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rsplit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rsplit.html#ansys.acp.core.material_property_sets.PuckMaterialType.rsplit", + "title": "rsplit > rsplit > rsplit", + "section": "rsplit > rsplit", + "text": "PuckMaterialType.rsplit(/, sep=None, maxsplit=-1)\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nsep\n\nThe separator used to split the string.\n\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\n\nmaxsplit\n\nMaximum number of splits.\n-1 (the default value) means no limit.\n\nSplitting starts at the end of the string and works to the front.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.id", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.id.html#id", + "objectID": "api/_autosummary/ansys.acp.core.Stackup.id", + "href": "api/_autosummary/ansys.acp.core.Stackup.id.html#id", "title": "id", "section": "id", "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.id", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.id.html#ansys.acp.core.ModelingPly.id", + "objectID": "api/_autosummary/ansys.acp.core.Stackup.id", + "href": "api/_autosummary/ansys.acp.core.Stackup.id.html#ansys.acp.core.Stackup.id", "title": "id > id > id", "section": "id > id", - "text": "property ModelingPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "text": "property Stackup.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rotation_angle", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rotation_angle.html#rotation_angle", - "title": "rotation_angle", - "section": "rotation_angle", - "text": "rotation_angle" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.VOLUME", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.VOLUME.html#volume", + "title": "VOLUME", + "section": "VOLUME", + "text": "VOLUME" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rotation_angle", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rotation_angle.html#ansys.acp.core.OrientedSelectionSet.rotation_angle", - "title": "rotation_angle > rotation_angle > rotation_angle", - "section": "rotation_angle > rotation_angle", - "text": "property OrientedSelectionSet.rotation_angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.VOLUME", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.VOLUME.html#ansys.acp.core.ElementalDataType.VOLUME", + "title": "VOLUME > VOLUME > VOLUME", + "section": "VOLUME > VOLUME", + "text": "ElementalDataType.VOLUME = 'volume'\n\n" }, { - "objectID": "examples/modeling_features/030-imported-plies", - "href": "examples/modeling_features/030-imported-plies.html#imported-ply", - "title": "Imported ply", - "section": "Imported ply", - "text": "The definition and use of imported plies is demonstrated in this example.\nIn a nutshell, the difference between ImportedModelingPly and\nModelingPly is that the surface mesh of an ImportedModelingPly\nis defined by an external source, such as a CAD surface, where a ModelingPly\nis always defined on the initial loaded shell mesh.\nTherefore, an imported ply can only be used in combination with an\nImportedSolidModel.\nThis examples shows hot to:\nLoad an initial mesh\nAdd a Material and Fabric\nImport geometries which will be used to define the surface of the ImportedModelingPly\nAdd two imported modeling plies\nCreate an ImportedSolidModel\nMap the imported plies to the solid model\nVisualized the mapped plies.\nImported ply\nImportedModelingPly\nModelingPly\nImportedModelingPly\nModelingPly\nImportedSolidModel\nMaterial\nFabric\nImportedModelingPly\nImportedSolidModel" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scope_element_sets", + "href": "api/_autosummary/ansys.acp.core.SectionCut.scope_element_sets.html#scope_element_sets", + "title": "scope_element_sets", + "section": "scope_element_sets", + "text": "scope_element_sets" }, { - "objectID": "examples/modeling_features/030-imported-plies", - "href": "examples/modeling_features/030-imported-plies.html#import-modules", - "title": "Imported ply > Import modules", - "section": "Import modules", - "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scope_element_sets", + "href": "api/_autosummary/ansys.acp.core.SectionCut.scope_element_sets.html#ansys.acp.core.SectionCut.scope_element_sets", + "title": "scope_element_sets > scope_element_sets > scope_element_sets", + "section": "scope_element_sets > scope_element_sets", + "text": "property SectionCut.scope_element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/030-imported-plies", - "href": "examples/modeling_features/030-imported-plies.html#start-acp-and-load-the-model", - "title": "Imported ply > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nCreate a model by loading a shell mesh\nAdd a material and a fabric with 1mm thickness.\nThe fabric is used for the imported modeling ply.\nStart ACP and load the model" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.angle", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.angle.html#angle", + "title": "angle", + "section": "angle", + "text": "angle" }, { - "objectID": "examples/modeling_features/030-imported-plies", - "href": "examples/modeling_features/030-imported-plies.html#import-cad-geometries", - "title": "Imported ply > Import CAD geometries", - "section": "Import CAD geometries", - "text": "Import two cad surfaces to define the surface of the imported modeling plies.\nImport CAD geometries" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.angle", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.angle.html#ansys.acp.core.ProductionPly.angle", + "title": "angle > angle > angle", + "section": "angle > angle", + "text": "property ProductionPly.angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/030-imported-plies", - "href": "examples/modeling_features/030-imported-plies.html#definition-of-imported-plies", - "title": "Imported ply > Definition of Imported Plies", - "section": "Definition of Imported Plies", - "text": "Imported plies cannot be visualized directly yet but the cad geometries are\nshown here instead.\nTo visualize the imported plies, you can save the model and load it in ACP\nstandalone.\nDefinition of Imported Plies" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.html#geometricalselectionrule", + "title": "GeometricalSelectionRule", + "section": "GeometricalSelectionRule", + "text": "Instantiate a Geometrical Selection Rule.\nname (str) – Name of the Geometrical Selection Rule.\ngeometrical_rule_type (GeometricalRuleType) – Rule type. Can be either GeometricalRuleType.GEOMETRY or\nGeometricalRuleType.ELEMENT_SETS.\ngeometry (VirtualGeometry | None) – Virtual geometry to use for the rule.\nelement_sets (Iterable[ElementSet]) – Element sets to use for the rule.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nuse_default_tolerances (bool) – Whether to use default tolerances.\nin_plane_capture_tolerance (float) – In-plane capture tolerance around the outline.\nnegative_capture_tolerance (float) – Capture tolerance along the surface or projection normal.\npositive_capture_tolerance (float) – Capture tolerance along the opposite surface or projection normal.\nAdded in ACP server version 24.2.\nGeometricalSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nGeometricalSelectionRule.delete()\nDelete the object.\nGeometricalSelectionRule.store(parent)\nStore the object on the server.\nGeometricalSelectionRule.element_sets\n\nGeometricalSelectionRule.elemental_data\n\nGeometricalSelectionRule.geometrical_rule_type\n\nGeometricalSelectionRule.geometry\n\nGeometricalSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nGeometricalSelectionRule.in_plane_capture_tolerance\n\nGeometricalSelectionRule.include_rule\n\nGeometricalSelectionRule.mesh\nFull mesh associated with the object.\nGeometricalSelectionRule.name\nThe name of the object.\nGeometricalSelectionRule.negative_capture_tolerance\n\nGeometricalSelectionRule.nodal_data\n\nGeometricalSelectionRule.parent\nThe parent of the object.\nGeometricalSelectionRule.positive_capture_tolerance\n\nGeometricalSelectionRule.shell_mesh\nShell mesh associated with the object.\nGeometricalSelectionRule.status\n\nGeometricalSelectionRule.use_default_tolerances\n\nGeometricalSelectionRule\nGeometricalRuleType.GEOMETRY\nGeometricalRuleType.ELEMENT_SETS\nFalse\nGeometricalSelectionRule.clone\nGeometricalSelectionRule.delete\nGeometricalSelectionRule.store\nGeometricalSelectionRule.element_sets\nGeometricalSelectionRule.elemental_data\nGeometricalSelectionRule.geometrical_rule_type\nGeometricalSelectionRule.geometry\nGeometricalSelectionRule.id\nGeometricalSelectionRule.in_plane_capture_tolerance\nGeometricalSelectionRule.include_rule\nGeometricalSelectionRule.mesh\nGeometricalSelectionRule.name\nGeometricalSelectionRule.negative_capture_tolerance\nGeometricalSelectionRule.nodal_data\nGeometricalSelectionRule.parent\nGeometricalSelectionRule.positive_capture_tolerance\nGeometricalSelectionRule.shell_mesh\nGeometricalSelectionRule.status\nGeometricalSelectionRule.use_default_tolerances" }, { - "objectID": "examples/modeling_features/030-imported-plies", - "href": "examples/modeling_features/030-imported-plies.html#map-imported-plies-onto-a-solid-mesh", - "title": "Imported ply > Map Imported Plies onto a solid mesh", - "section": "Map Imported Plies onto a solid mesh", - "text": "An external solid mesh is loaded now to map the imported plies\nonto the solid model. The next figure shows the imported solid mesh\nand the imported plies.\nAdd a mapping object to link the imported plies with the solid model.\nIn this example, all imported plies are mapped in one go.\nThe remaining elemental volume and elements which do not intersect\nwith the imported plies are filled with a void and filler material,\nrespectively.\nShow the imported ply geometries and mapped plies on the solid model.\nNote that the analysis plies are not yet directly accessible via\nthe API of the imported solid model. Also, elemental data such as\nthicknesses are not yet implemented for imported plies.\nThe imported solid model can be passed to Mechanical or MAPDL to run an analysis\nas shown in the examples pymechanical_solid_example and\npymapdl_workflow_example.\nTotal running time of the script: (0 minutes 4.555 seconds)\nDownload Jupyter notebook: 030-imported-plies.ipynb\nDownload Python source code: 030-imported-plies.py\nDownload zipped: 030-imported-plies.zip\nGallery generated by Sphinx-Gallery\nMap Imported Plies onto a solid mesh\nDownload Jupyter notebook: 030-imported-plies.ipynb\nDownload Python source code: 030-imported-plies.py\nDownload zipped: 030-imported-plies.zip" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.html#ansys.acp.core.GeometricalSelectionRule", + "title": "GeometricalSelectionRule > GeometricalSelectionRule > GeometricalSelectionRule", + "section": "GeometricalSelectionRule > GeometricalSelectionRule", + "text": "class ansys.acp.core.GeometricalSelectionRule(*, name='GeometricalSelectionrule', geometrical_rule_type='geometry', geometry=None, element_sets=(), include_rule=True, use_default_tolerances=True, in_plane_capture_tolerance=0.0, negative_capture_tolerance=0.0, positive_capture_tolerance=0.0)\n\nInstantiate a Geometrical Selection Rule.\n\nParameters\n\nname (str) – Name of the Geometrical Selection Rule.\n\ngeometrical_rule_type (GeometricalRuleType) – Rule type. Can be either GeometricalRuleType.GEOMETRY or\nGeometricalRuleType.ELEMENT_SETS.\n\ngeometry (VirtualGeometry | None) – Virtual geometry to use for the rule.\n\nelement_sets (Iterable[ElementSet]) – Element sets to use for the rule.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nuse_default_tolerances (bool) – Whether to use default tolerances.\n\nin_plane_capture_tolerance (float) – In-plane capture tolerance around the outline.\n\nnegative_capture_tolerance (float) – Capture tolerance along the surface or projection normal.\n\npositive_capture_tolerance (float) – Capture tolerance along the opposite surface or projection normal.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nGeometricalSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nGeometricalSelectionRule.delete()\n\nDelete the object.\n\nGeometricalSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nGeometricalSelectionRule.element_sets\n\n\n\nGeometricalSelectionRule.elemental_data\n\n\n\nGeometricalSelectionRule.geometrical_rule_type\n\n\n\nGeometricalSelectionRule.geometry\n\n\n\nGeometricalSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nGeometricalSelectionRule.in_plane_capture_tolerance\n\n\n\nGeometricalSelectionRule.include_rule\n\n\n\nGeometricalSelectionRule.mesh\n\nFull mesh associated with the object.\n\nGeometricalSelectionRule.name\n\nThe name of the object.\n\nGeometricalSelectionRule.negative_capture_tolerance\n\n\n\nGeometricalSelectionRule.nodal_data\n\n\n\nGeometricalSelectionRule.parent\n\nThe parent of the object.\n\nGeometricalSelectionRule.positive_capture_tolerance\n\n\n\nGeometricalSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nGeometricalSelectionRule.status\n\n\n\nGeometricalSelectionRule.use_default_tolerances\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isnumeric", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isnumeric.html#isnumeric", - "title": "isnumeric", - "section": "isnumeric", - "text": "Return True if the string is a numeric string, False otherwise.\nA string is numeric if all characters in the string are numeric and there is at\nleast one character in the string.\nisnumeric" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.html#examples-using-geometricalselectionrule", + "title": "GeometricalSelectionRule > Examples using GeometricalSelectionRule", + "section": "Examples using GeometricalSelectionRule", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using GeometricalSelectionRule" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "SphericalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.name", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.name", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.name.html#ansys.acp.core.ImportedAnalysisPly.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ImportedAnalysisPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "GeometricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_direction.html#draped_fiber_direction", + "title": "draped_fiber_direction", + "section": "draped_fiber_direction", + "text": "draped_fiber_direction" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_direction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_direction", + "title": "draped_fiber_direction > draped_fiber_direction > draped_fiber_direction", + "section": "draped_fiber_direction > draped_fiber_direction", + "text": "ProductionPlyElementalData.draped_fiber_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isnumeric", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isnumeric.html#ansys.acp.core.material_property_sets.PuckMaterialType.isnumeric", - "title": "isnumeric > isnumeric > isnumeric", - "section": "isnumeric > isnumeric", - "text": "PuckMaterialType.isnumeric(/)\n\nReturn True if the string is a numeric string, False otherwise.\n\nA string is numeric if all characters in the string are numeric and there is at\nleast one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.status", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.CUSTOM", - "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.CUSTOM.html#custom", - "title": "CUSTOM", - "section": "CUSTOM", - "text": "CUSTOM" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.status", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.status.html#ansys.acp.core.ImportedSolidModel.status", + "title": "status > status > status", + "section": "status > status", + "text": "property ImportedSolidModel.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.CUSTOM", - "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.CUSTOM.html#ansys.acp.core.DropOffMaterialHandling.CUSTOM", - "title": "CUSTOM > CUSTOM > CUSTOM", - "section": "CUSTOM > CUSTOM", - "text": "DropOffMaterialHandling.CUSTOM = 'custom'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.TIME", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.TIME.html#time", + "title": "TIME", + "section": "TIME", + "text": "TIME" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.distance_along_edge", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.distance_along_edge.html#distance_along_edge", - "title": "distance_along_edge", - "section": "distance_along_edge", - "text": "distance_along_edge" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.TIME", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.TIME.html#ansys.acp.core.PhysicalDimension.TIME", + "title": "TIME > TIME > TIME", + "section": "TIME > TIME", + "text": "PhysicalDimension.TIME = 'time'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.distance_along_edge", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.distance_along_edge.html#ansys.acp.core.VariableOffsetSelectionRule.distance_along_edge", - "title": "distance_along_edge > distance_along_edge > distance_along_edge", - "section": "distance_along_edge > distance_along_edge", - "text": "property VariableOffsetSelectionRule.distance_along_edge: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.html#lookuptable3d", + "title": "LookUpTable3D", + "section": "LookUpTable3D", + "text": "Instantiate a 3D Look-Up Table.\nThe three-dimensional look-up table is defined by 3D data points. The\nlocations of these data points are defined by the Location column,\nwhich:\nhas shape (N, 3), where N is the number of data points (rows)\nis automatically created when the look-up table is instantiated\ncannot be deleted or renamed\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\ninterpolation_algorithm (LookUpTable3DInterpolationAlgorithm) – Algorithm used to interpolate the values of the look-up table.\nuse_default_search_radius (bool) – If True, estimate the search radius used in the weightest nearest\nneighbor algorithm automatically.\nsearch_radius (float) – Search radius used for the interpolation with the weighted nearest\nneighbor algorithm.\nnum_min_neighbors (int) – Minimum number of neighbors used for the interpolation when using the\nweighted nearest neighbor algorithm.\nAdded in ACP server version 24.2.\nLookUpTable3D.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nLookUpTable3D.create_column(*[, name, ...])\nInstantiate a Column of a 3D Look-Up Table.\nLookUpTable3D.delete()\nDelete the object.\nLookUpTable3D.store(parent)\nStore the object on the server.\nLookUpTable3D.columns\n\nLookUpTable3D.id\nIdentifier of the object, used for example as key in maps.\nLookUpTable3D.interpolation_algorithm\n\nLookUpTable3D.name\nThe name of the object.\nLookUpTable3D.num_min_neighbors\n\nLookUpTable3D.parent\nThe parent of the object.\nLookUpTable3D.search_radius\n\nLookUpTable3D.status\n\nLookUpTable3D.use_default_search_radius\n\nLookUpTable3D\nLocation\n(N, 3)\nN\nLocation\nNaN\nTrue\nLookUpTable3D.clone\nLookUpTable3D.create_column\nLookUpTable3D.delete\nLookUpTable3D.store\nLookUpTable3D.columns\nLookUpTable3D.id\nLookUpTable3D.interpolation_algorithm\nLookUpTable3D.name\nLookUpTable3D.num_min_neighbors\nLookUpTable3D.parent\nLookUpTable3D.search_radius\nLookUpTable3D.status\nLookUpTable3D.use_default_search_radius" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.html#thicknesstype", - "title": "ThicknessType", - "section": "ThicknessType", - "text": "Options for how ply thickness is defined.\nThicknessType.NOMINAL\n\nThicknessType.FROM_GEOMETRY\n\nThicknessType.FROM_TABLE\n\nThicknessType\nThicknessType.NOMINAL\nThicknessType.FROM_GEOMETRY\nThicknessType.FROM_TABLE" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.html#ansys.acp.core.LookUpTable3D", + "title": "LookUpTable3D > LookUpTable3D > LookUpTable3D", + "section": "LookUpTable3D > LookUpTable3D", + "text": "class ansys.acp.core.LookUpTable3D(*, name='LookUpTable3D', interpolation_algorithm='weighted_nearest_neighbor', use_default_search_radius=True, search_radius=0.0, num_min_neighbors=1)\n\nInstantiate a 3D Look-Up Table.\n\nThe three-dimensional look-up table is defined by 3D data points. The\nlocations of these data points are defined by the Location column,\nwhich:\n\nhas shape (N, 3), where N is the number of data points (rows)\n\nis automatically created when the look-up table is instantiated\n\ncannot be deleted or renamed\n\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\n\nParameters\n\ninterpolation_algorithm (LookUpTable3DInterpolationAlgorithm) – Algorithm used to interpolate the values of the look-up table.\n\nuse_default_search_radius (bool) – If True, estimate the search radius used in the weightest nearest\nneighbor algorithm automatically.\n\nsearch_radius (float) – Search radius used for the interpolation with the weighted nearest\nneighbor algorithm.\n\nnum_min_neighbors (int) – Minimum number of neighbors used for the interpolation when using the\nweighted nearest neighbor algorithm.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLookUpTable3D.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nLookUpTable3D.create_column(*[, name, ...])\n\nInstantiate a Column of a 3D Look-Up Table.\n\nLookUpTable3D.delete()\n\nDelete the object.\n\nLookUpTable3D.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLookUpTable3D.columns\n\n\n\nLookUpTable3D.id\n\nIdentifier of the object, used for example as key in maps.\n\nLookUpTable3D.interpolation_algorithm\n\n\n\nLookUpTable3D.name\n\nThe name of the object.\n\nLookUpTable3D.num_min_neighbors\n\n\n\nLookUpTable3D.parent\n\nThe parent of the object.\n\nLookUpTable3D.search_radius\n\n\n\nLookUpTable3D.status\n\n\n\nLookUpTable3D.use_default_search_radius\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.html#ansys.acp.core.ThicknessType", - "title": "ThicknessType > ThicknessType > ThicknessType", - "section": "ThicknessType > ThicknessType", - "text": "class ansys.acp.core.ThicknessType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how ply thickness is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nThicknessType.NOMINAL\n\n\n\nThicknessType.FROM_GEOMETRY\n\n\n\nThicknessType.FROM_TABLE\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.html#examples-using-lookuptable3d", + "title": "LookUpTable3D > Examples using LookUpTable3D", + "section": "Examples using LookUpTable3D", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using LookUpTable3D" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.html#examples-using-thicknesstype", - "title": "ThicknessType > Examples using ThicknessType", - "section": "Examples using ThicknessType", - "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ThicknessType" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.use_global_coordinate_system", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.use_global_coordinate_system.html#use_global_coordinate_system", + "title": "use_global_coordinate_system", + "section": "use_global_coordinate_system", + "text": "use_global_coordinate_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.field_variable_name", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.field_variable_name.html#field_variable_name", - "title": "field_variable_name", - "section": "field_variable_name", - "text": "field_variable_name" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.use_global_coordinate_system", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.use_global_coordinate_system.html#ansys.acp.core.SphericalSelectionRule.use_global_coordinate_system", + "title": "use_global_coordinate_system > use_global_coordinate_system > use_global_coordinate_system", + "section": "use_global_coordinate_system > use_global_coordinate_system", + "text": "property SphericalSelectionRule.use_global_coordinate_system: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.field_variable_name", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.field_variable_name.html#ansys.acp.core.FieldDefinition.field_variable_name", - "title": "field_variable_name > field_variable_name > field_variable_name", - "section": "field_variable_name > field_variable_name", - "text": "property FieldDefinition.field_variable_name: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.html#productionplynodaldata", - "title": "ProductionPlyNodalData", - "section": "ProductionPlyNodalData", - "text": "Represents nodal data for a Production Ply.\nProductionPlyNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nProductionPlyNodalData.ply_offset\n\nProductionPlyNodalData.node_labels\n\nProductionPlyNodalData\nProductionPlyNodalData.get_pyvista_mesh\nProductionPlyNodalData.ply_offset\nProductionPlyNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.shell_mesh.html#ansys.acp.core.InterfaceLayer.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property InterfaceLayer.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.html#ansys.acp.core.mesh_data.ProductionPlyNodalData", - "title": "ProductionPlyNodalData > ProductionPlyNodalData > ProductionPlyNodalData", - "section": "ProductionPlyNodalData > ProductionPlyNodalData", - "text": "class ansys.acp.core.mesh_data.ProductionPlyNodalData(node_labels, ply_offset)\n\nRepresents nodal data for a Production Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nProductionPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nProductionPlyNodalData.ply_offset\n\n\n\nProductionPlyNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.sensor_type", + "href": "api/_autosummary/ansys.acp.core.Sensor.sensor_type.html#sensor_type", + "title": "sensor_type", + "section": "sensor_type", + "text": "sensor_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.active", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.sensor_type", + "href": "api/_autosummary/ansys.acp.core.Sensor.sensor_type.html#ansys.acp.core.Sensor.sensor_type", + "title": "sensor_type > sensor_type > sensor_type", + "section": "sensor_type > sensor_type", + "text": "property Sensor.sensor_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.active", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.active.html#ansys.acp.core.ButtJointSequence.active", - "title": "active > active > active", - "section": "active > active", - "text": "property ButtJointSequence.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Syz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Syz.html#syz", + "title": "Syz", + "section": "Syz", + "text": "Syz" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.LOCATION", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.LOCATION.html#location", - "title": "LOCATION", - "section": "LOCATION", - "text": "LOCATION" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Syz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Syz.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Syz", + "title": "Syz > Syz > Syz", + "section": "Syz > Syz", + "text": "property VariableWovenStressLimits.Syz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.LOCATION", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.LOCATION.html#ansys.acp.core.LookUpTableColumnValueType.LOCATION", - "title": "LOCATION > LOCATION > LOCATION", - "section": "LOCATION > LOCATION", - "text": "LookUpTableColumnValueType.LOCATION = 'location'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.html#variablelarcconstants", - "title": "VariableLaRCConstants", - "section": "VariableLaRCConstants", - "text": "Variable LaRC failure criterion properties.\nAdded in ACP server version 24.2.\nVariableLaRCConstants.field_variables\n\nVariableLaRCConstants.fracture_angle_under_compression\n\nVariableLaRCConstants.fracture_toughness_mode_1\n\nVariableLaRCConstants.fracture_toughness_mode_2\n\nVariableLaRCConstants.fracture_toughness_ratio\n\nVariableLaRCConstants.interpolation_options\n\nVariableLaRCConstants.thin_ply_thickness_limit\n\nVariableLaRCConstants\nVariableLaRCConstants.field_variables\nVariableLaRCConstants.fracture_angle_under_compression\nVariableLaRCConstants.fracture_toughness_mode_1\nVariableLaRCConstants.fracture_toughness_mode_2\nVariableLaRCConstants.fracture_toughness_ratio\nVariableLaRCConstants.interpolation_options\nVariableLaRCConstants.thin_ply_thickness_limit" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ElementSetElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ElementSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.html#ansys.acp.core.material_property_sets.VariableLaRCConstants", - "title": "VariableLaRCConstants > VariableLaRCConstants > VariableLaRCConstants", - "section": "VariableLaRCConstants > VariableLaRCConstants", - "text": "class ansys.acp.core.material_property_sets.VariableLaRCConstants(*, _parent_object=None, _attribute_path=None)\n\nVariable LaRC failure criterion properties.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableLaRCConstants.field_variables\n\n\n\nVariableLaRCConstants.fracture_angle_under_compression\n\n\n\nVariableLaRCConstants.fracture_toughness_mode_1\n\n\n\nVariableLaRCConstants.fracture_toughness_mode_2\n\n\n\nVariableLaRCConstants.fracture_toughness_ratio\n\n\n\nVariableLaRCConstants.interpolation_options\n\n\n\nVariableLaRCConstants.thin_ply_thickness_limit\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.interpolation_options.html#interpolation_options", + "title": "interpolation_options", + "section": "interpolation_options", + "text": "interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.name", - "href": "api/_autosummary/ansys.acp.core.ElementSet.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.interpolation_options.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.interpolation_options", + "title": "interpolation_options > interpolation_options > interpolation_options", + "section": "interpolation_options > interpolation_options", + "text": "property VariableLaRCConstants.interpolation_options: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.name", - "href": "api/_autosummary/ansys.acp.core.ElementSet.name.html#ansys.acp.core.ElementSet.name", - "title": "name > name > name", - "section": "name > name", - "text": "property ElementSet.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lower", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lower.html#lower", + "title": "lower", + "section": "lower", + "text": "Return a copy of the string converted to lowercase.\nlower" }, { - "objectID": "examples/use_cases/01-optimizing-ply-angles", - "href": "examples/use_cases/01-optimizing-ply-angles.html#optimizing-ply-angles", - "title": "Optimizing ply angles", - "section": "Optimizing ply angles", - "text": "This example demonstrates how to use the ACP, MAPDL, and DPF servers to optimize the ply\nangles in a composite lay-up. The optimization aims to minimize the maximum inverse\nreserve factor (IRF) of the composite structure under two load cases.\nThe example uses the scipy.optimize.minimize() function to perform the optimization.\nWhile the procedure itself is not the focus of this example and could be improved,\nit demonstrates the process of optimizing a composite lay-up with PyACP.\nOptimizing ply angles\nscipy.optimize.minimize()" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lower", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lower.html#ansys.acp.core.material_property_sets.PuckMaterialType.lower", + "title": "lower > lower > lower", + "section": "lower > lower", + "text": "PuckMaterialType.lower(/)\n\nReturn a copy of the string converted to lowercase.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/use_cases/01-optimizing-ply-angles", - "href": "examples/use_cases/01-optimizing-ply-angles.html#import-modules-and-setup", - "title": "Optimizing ply angles > Import modules and setup", - "section": "Import modules and setup", - "text": "To setup the environment for this optimization example, you must perform these steps which are\ncovered in the subsequent example code:\nImport the required libraries.\nLaunch the ACP, MAPDL, and DPF servers.\nCreate a temporary directory to store the input and output files.\nImport the standard library and third-party dependencies.\nImport Ansys libraries\nLaunch the PyACP server.\nLaunch the MAPDL server.\nLaunch the DPF server.\nCreate a temporary directory to store the input and output files.\nImport modules and setup" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.fiber_direction.html#fiber_direction", + "title": "fiber_direction", + "section": "fiber_direction", + "text": "fiber_direction" }, { - "objectID": "examples/use_cases/01-optimizing-ply-angles", - "href": "examples/use_cases/01-optimizing-ply-angles.html#prepare-the-acp-model", - "title": "Optimizing ply angles > Prepare the ACP model", - "section": "Prepare the ACP model", - "text": "This example uses the optimization_model.dat file, which contains a simple ACP model\nof a rounded square tube.\nThe prepare_acp_model function imports the optimization_model.dat file into a new\nACP model and creates a lay-up with six plies.\nIt returns the Model instance.\nCreate the ACP model and visualize the first ply’s fiber direction.\nPrepare the ACP model\noptimization_model.dat\nprepare_acp_model\noptimization_model.dat\nModel" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.fiber_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.fiber_direction", + "title": "fiber_direction > fiber_direction > fiber_direction", + "section": "fiber_direction > fiber_direction", + "text": "AnalysisPlyElementalData.fiber_direction: VectorData | None = None\n\n" }, { - "objectID": "examples/use_cases/01-optimizing-ply-angles", - "href": "examples/use_cases/01-optimizing-ply-angles.html#create-functions-for-the-optimization", - "title": "Optimizing ply angles > Create functions for the optimization", - "section": "Create functions for the optimization", - "text": "To optimize the ply angles, you must define functions to update, solve, and postprocess\nthe ACP model for a given set of ply angles.\nThe update_ply_angles() function changes the ply angles in the model to the given values and\nupdates the model.\nThe solve_cdb() function solves the CDB file with MAPDL and returns the path to the RST file.\nThe get_max_irf() function uses PyDPF - Composites to calculate the maximum\ninverse reserve factor (IRF) for a given RST, composite definitions,\nor materials file.\nThis function only considers the maximum stress failure criterion.\nCreate functions for the optimization\nupdate_ply_angles()\nsolve_cdb()\nget_max_irf()" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometrical_rule_type", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometrical_rule_type.html#geometrical_rule_type", + "title": "geometrical_rule_type", + "section": "geometrical_rule_type", + "text": "geometrical_rule_type" }, { - "objectID": "examples/use_cases/01-optimizing-ply-angles", - "href": "examples/use_cases/01-optimizing-ply-angles.html#optimize-the-ply-angles", - "title": "Optimizing ply angles > Optimize the ply angles", - "section": "Optimize the ply angles", - "text": "For the optimization, you must define a single function that takes the ply angles\nas its input and returns the maximum IRF.\nThe get_max_irf_for_parameters() function combines the previously defined functions\nto perform all the necessary steps for a given set of ply angles.\nTo inject the acp_workflow, mapdl, dpf_server, and workdir arguments into the\nget_max_irf_for_parameters() function, you can use the functools.partial() function.\nFor the optimization, you can use the Nelder-Mead method available in\nthe scipy.optimize.minimize() function. This is a downhill simplex algorithm that\ndoes not require the gradient of the objective function. It is suitable for finding\na local minimum of the objective function.\nTo have the Nelder-Mead method cover a reasonable part of the parameter space,\ndefine an initial simplex (matrix of shape (n+1, n), where n is the number of parameters).\nThe initial simplex is chosen with random ply angles between 0 and 90 degrees. To make\nthe results reproducible, the random seed is fixed.\nTo build this example, the number of function evaluations is limited to 1. In practice, you\nshould increase or remove this limit.\nOptimize the ply angles\nget_max_irf_for_parameters()\nacp_workflow\nmapdl\ndpf_server\nworkdir\nget_max_irf_for_parameters()\nfunctools.partial()\nscipy.optimize.minimize()" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometrical_rule_type", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometrical_rule_type.html#ansys.acp.core.GeometricalSelectionRule.geometrical_rule_type", + "title": "geometrical_rule_type > geometrical_rule_type > geometrical_rule_type", + "section": "geometrical_rule_type > geometrical_rule_type", + "text": "property GeometricalSelectionRule.geometrical_rule_type: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.html#ignorableentity", + "title": "IgnorableEntity", + "section": "IgnorableEntity", + "text": "Options for the entities to ignore when loading an FE file.\nIgnorableEntity.MESH\n\nIgnorableEntity.ELEMENT_SETS\n\nIgnorableEntity.MATERIALS\n\nIgnorableEntity.COORDINATE_SYSTEMS\n\nIgnorableEntity.SHELL_SECTIONS\n\nIgnorableEntity\nIgnorableEntity.MESH\nIgnorableEntity.ELEMENT_SETS\nIgnorableEntity.MATERIALS\nIgnorableEntity.COORDINATE_SYSTEMS\nIgnorableEntity.SHELL_SECTIONS" }, { - "objectID": "examples/use_cases/01-optimizing-ply-angles", - "href": "examples/use_cases/01-optimizing-ply-angles.html#results", - "title": "Optimizing ply angles > Results", - "section": "Results", - "text": "Without the maxfev limit, the optimization would take roughly 30 minutes to complete and\nconverge to the following result:\nThe following code defines the results list as it would be obtained from the full optimization.\nVisualize the evolution of the maximum IRF during the optimization.\nVisualize the resulting fiber directions.\nTotal running time of the script: (0 minutes 42.578 seconds)\nDownload Jupyter notebook: 01-optimizing-ply-angles.ipynb\nDownload Python source code: 01-optimizing-ply-angles.py\nDownload zipped: 01-optimizing-ply-angles.zip\nGallery generated by Sphinx-Gallery\nResults\nmaxfev\nresults\nDownload Jupyter notebook: 01-optimizing-ply-angles.ipynb\nDownload Python source code: 01-optimizing-ply-angles.py\nDownload zipped: 01-optimizing-ply-angles.zip" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.html#ansys.acp.core.IgnorableEntity", + "title": "IgnorableEntity > IgnorableEntity > IgnorableEntity", + "section": "IgnorableEntity > IgnorableEntity", + "text": "class ansys.acp.core.IgnorableEntity(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the entities to ignore when loading an FE file.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nIgnorableEntity.MESH\n\n\n\nIgnorableEntity.ELEMENT_SETS\n\n\n\nIgnorableEntity.MATERIALS\n\n\n\nIgnorableEntity.COORDINATE_SYSTEMS\n\n\n\nIgnorableEntity.SHELL_SECTIONS\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.use_default_tolerance", - "href": "api/_autosummary/ansys.acp.core.SectionCut.use_default_tolerance.html#use_default_tolerance", - "title": "use_default_tolerance", - "section": "use_default_tolerance", - "text": "use_default_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.html#sublaminate", + "title": "SubLaminate", + "section": "SubLaminate", + "text": "Instantiate a SubLaminate.\nname (str) – Name of the sub-laminate.\nsymmetry (SymmetryType) – Whether the sub-laminate is odd or even symmetrical, or none.\ntopdown (bool) – The first material in the list is placed first in the mold if topdown is true.\nmaterials (Sequence[Lamina]) – List of materials (fabrics and stackups) with angles which build the sub-laminate.\nAdded in ACP server version 24.2.\nSubLaminate.add_material(material[, angle])\nAdd a Lamina to the SubLaminate.\nSubLaminate.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSubLaminate.delete()\nDelete the object.\nSubLaminate.store(parent)\nStore the object on the server.\nSubLaminate.area_price\n\nSubLaminate.area_weight\n\nSubLaminate.id\nIdentifier of the object, used for example as key in maps.\nSubLaminate.locked\n\nSubLaminate.materials\n\nSubLaminate.name\nThe name of the object.\nSubLaminate.parent\nThe parent of the object.\nSubLaminate.status\n\nSubLaminate.symmetry\n\nSubLaminate.thickness\n\nSubLaminate.topdown\n\nSubLaminate\nSubLaminate.add_material\nSubLaminate.clone\nSubLaminate.delete\nSubLaminate.store\nSubLaminate.area_price\nSubLaminate.area_weight\nSubLaminate.id\nSubLaminate.locked\nSubLaminate.materials\nSubLaminate.name\nSubLaminate.parent\nSubLaminate.status\nSubLaminate.symmetry\nSubLaminate.thickness\nSubLaminate.topdown" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.use_default_tolerance", - "href": "api/_autosummary/ansys.acp.core.SectionCut.use_default_tolerance.html#ansys.acp.core.SectionCut.use_default_tolerance", - "title": "use_default_tolerance > use_default_tolerance > use_default_tolerance", - "section": "use_default_tolerance > use_default_tolerance", - "text": "property SectionCut.use_default_tolerance: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.html#ansys.acp.core.SubLaminate", + "title": "SubLaminate > SubLaminate > SubLaminate", + "section": "SubLaminate > SubLaminate", + "text": "class ansys.acp.core.SubLaminate(*, name='SubLaminate', symmetry='no_symmetry', topdown=True, materials=())\n\nInstantiate a SubLaminate.\n\nParameters\n\nname (str) – Name of the sub-laminate.\n\nsymmetry (SymmetryType) – Whether the sub-laminate is odd or even symmetrical, or none.\n\ntopdown (bool) – The first material in the list is placed first in the mold if topdown is true.\n\nmaterials (Sequence[Lamina]) – List of materials (fabrics and stackups) with angles which build the sub-laminate.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSubLaminate.add_material(material[, angle])\n\nAdd a Lamina to the SubLaminate.\n\nSubLaminate.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSubLaminate.delete()\n\nDelete the object.\n\nSubLaminate.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSubLaminate.area_price\n\n\n\nSubLaminate.area_weight\n\n\n\nSubLaminate.id\n\nIdentifier of the object, used for example as key in maps.\n\nSubLaminate.locked\n\n\n\nSubLaminate.materials\n\n\n\nSubLaminate.name\n\nThe name of the object.\n\nSubLaminate.parent\n\nThe parent of the object.\n\nSubLaminate.status\n\n\n\nSubLaminate.symmetry\n\n\n\nSubLaminate.thickness\n\n\n\nSubLaminate.topdown\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.ORIENTATION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.ORIENTATION.html#orientation", - "title": "ORIENTATION", - "section": "ORIENTATION", - "text": "ORIENTATION" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.html#examples-using-sublaminate", + "title": "SubLaminate > Examples using SubLaminate", + "section": "Examples using SubLaminate", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using SubLaminate" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.ORIENTATION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.ORIENTATION.html#ansys.acp.core.ElementalDataType.ORIENTATION", - "title": "ORIENTATION > ORIENTATION > ORIENTATION", - "section": "ORIENTATION > ORIENTATION", - "text": "ElementalDataType.ORIENTATION = 'orientation'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.parent", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod", - "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.html#layupmappingrosetteselectionmethod", - "title": "LayupMappingRosetteSelectionMethod", - "section": "LayupMappingRosetteSelectionMethod", - "text": "Options for how the rosette is selected in the layup mapping.\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE\n\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\n\nLayupMappingRosetteSelectionMethod\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.parent", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.parent.html#ansys.acp.core.ExtrusionGuide.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property ExtrusionGuide.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod", - "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.html#ansys.acp.core.LayupMappingRosetteSelectionMethod", - "title": "LayupMappingRosetteSelectionMethod > LayupMappingRosetteSelectionMethod > LayupMappingRosetteSelectionMethod", - "section": "LayupMappingRosetteSelectionMethod > LayupMappingRosetteSelectionMethod", - "text": "class ansys.acp.core.LayupMappingRosetteSelectionMethod(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how the rosette is selected in the layup mapping.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE\n\n\n\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod", - "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.html#examples-using-layupmappingrosetteselectionmethod", - "title": "LayupMappingRosetteSelectionMethod > Examples using LayupMappingRosetteSelectionMethod", - "section": "Examples using LayupMappingRosetteSelectionMethod", - "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using LayupMappingRosetteSelectionMethod" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SolidElementSetElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "SolidElementSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.Material.ext_id", + "href": "api/_autosummary/ansys.acp.core.Material.ext_id.html#ext_id", + "title": "ext_id", + "section": "ext_id", + "text": "ext_id" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "ParallelSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Material.ext_id", + "href": "api/_autosummary/ansys.acp.core.Material.ext_id.html#ansys.acp.core.Material.ext_id", + "title": "ext_id > ext_id > ext_id", + "section": "ext_id > ext_id", + "text": "property Material.ext_id: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_pos", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_pos.html#p_22_pos", - "title": "p_22_pos", - "section": "p_22_pos", - "text": "p_22_pos" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET", + "href": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET.html#bottom_offset", + "title": "BOTTOM_OFFSET", + "section": "BOTTOM_OFFSET", + "text": "BOTTOM_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_pos", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_pos.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_pos", - "title": "p_22_pos > p_22_pos > p_22_pos", - "section": "p_22_pos > p_22_pos", - "text": "property ConstantPuckConstants.p_22_pos: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET", + "href": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET.html#ansys.acp.core.OffsetType.BOTTOM_OFFSET", + "title": "BOTTOM_OFFSET > BOTTOM_OFFSET > BOTTOM_OFFSET", + "section": "BOTTOM_OFFSET > BOTTOM_OFFSET", + "text": "OffsetType.BOTTOM_OFFSET = 'bottom_offset'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.html#shellmappingproperties", - "title": "ShellMappingProperties", - "section": "ShellMappingProperties", - "text": "Properties for mapping to the shell on importing HDF5 Composite CAE files.\nShellMappingProperties.all_elements\n\nShellMappingProperties.angle_tolerance\n\nShellMappingProperties.element_sets\n\nShellMappingProperties.relative_in_plane_tolerance\n\nShellMappingProperties.relative_thickness_tolerance\n\nShellMappingProperties.small_hole_threshold\n\nShellMappingProperties\nShellMappingProperties.all_elements\nShellMappingProperties.angle_tolerance\nShellMappingProperties.element_sets\nShellMappingProperties.relative_in_plane_tolerance\nShellMappingProperties.relative_thickness_tolerance\nShellMappingProperties.small_hole_threshold" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET", + "href": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET.html#examples-using-offsettypebottom_offset", + "title": "BOTTOM_OFFSET > Examples using OffsetType.BOTTOM_OFFSET", + "section": "Examples using OffsetType.BOTTOM_OFFSET", + "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using OffsetType.BOTTOM_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.html#ansys.acp.core.ShellMappingProperties", - "title": "ShellMappingProperties > ShellMappingProperties > ShellMappingProperties", - "section": "ShellMappingProperties > ShellMappingProperties", - "text": "class ansys.acp.core.ShellMappingProperties(all_elements=True, element_sets=(), relative_thickness_tolerance=0.5, relative_in_plane_tolerance=0.01, angle_tolerance=35.0, small_hole_threshold=0.0)\n\nProperties for mapping to the shell on importing HDF5 Composite CAE files.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nShellMappingProperties.all_elements\n\n\n\nShellMappingProperties.angle_tolerance\n\n\n\nShellMappingProperties.element_sets\n\n\n\nShellMappingProperties.relative_in_plane_tolerance\n\n\n\nShellMappingProperties.relative_thickness_tolerance\n\n\n\nShellMappingProperties.small_hole_threshold\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.OVERWRITE", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.OVERWRITE.html#overwrite", - "title": "OVERWRITE", - "section": "OVERWRITE", - "text": "OVERWRITE" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.nodal_data.html#ansys.acp.core.BooleanSelectionRule.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property BooleanSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.OVERWRITE", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.OVERWRITE.html#ansys.acp.core.HDF5CompositeCAEImportMode.OVERWRITE", - "title": "OVERWRITE > OVERWRITE > OVERWRITE", - "section": "OVERWRITE > OVERWRITE", - "text": "HDF5CompositeCAEImportMode.OVERWRITE = 'overwrite'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.include_rule.html#include_rule", + "title": "include_rule", + "section": "include_rule", + "text": "include_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.IntersectionType.IN_PLANE", - "href": "api/_autosummary/ansys.acp.core.IntersectionType.IN_PLANE.html#in_plane", - "title": "IN_PLANE", - "section": "IN_PLANE", - "text": "IN_PLANE" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.include_rule.html#ansys.acp.core.TubeSelectionRule.include_rule", + "title": "include_rule > include_rule > include_rule", + "section": "include_rule > include_rule", + "text": "property TubeSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.IntersectionType.IN_PLANE", - "href": "api/_autosummary/ansys.acp.core.IntersectionType.IN_PLANE.html#ansys.acp.core.IntersectionType.IN_PLANE", - "title": "IN_PLANE > IN_PLANE > IN_PLANE", - "section": "IN_PLANE > IN_PLANE", - "text": "IntersectionType.IN_PLANE = 'in_plane'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.html#solidmodelelementaldata", + "title": "SolidModelElementalData", + "section": "SolidModelElementalData", + "text": "Represents elemental data for a Solid Model.\nSolidModelElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSolidModelElementalData.normal\n\nSolidModelElementalData.element_labels\n\nSolidModelElementalData\nSolidModelElementalData.get_pyvista_mesh\nSolidModelElementalData.normal\nSolidModelElementalData.element_labels" }, { - "objectID": "sg_execution_times", - "href": "sg_execution_times.html#computation-times", - "title": "Computation times", - "section": "Computation times", - "text": "02:57.498 total execution time for 19 files from all galleries:\nExample\nTime\nMem (MB)\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py (../../examples/use_cases/01-optimizing-ply-angles.py)\n00:42.578\n0.0\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py (../../examples/workflows/02-advanced-pymapdl-workflow.py)\n00:27.369\n0.0\nsphx_glr_examples_modeling_features_007-sensor.py (../../examples/modeling_features/007-sensor.py)\n00:24.622\n0.0\nsphx_glr_examples_modeling_features_031-imported-solid-model.py (../../examples/modeling_features/031-imported-solid-model.py)\n00:19.299\n0.0\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py (../../examples/modeling_features/002-rosettes-ply-directions.py)\n00:08.668\n0.0\nsphx_glr_examples_modeling_features_001-materials.py (../../examples/modeling_features/001-materials.py)\n00:08.207\n0.0\nsphx_glr_examples_workflows_01-pymapdl-workflow.py (../../examples/workflows/01-pymapdl-workflow.py)\n00:06.528\n0.0\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py (../../examples/modeling_features/010-sandwich-panel-layup.py)\n00:06.260\n0.0\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py (../../examples/modeling_features/004-advanced-selection-rules.py)\n00:05.786\n0.0\nsphx_glr_examples_modeling_features_020-solid_model.py (../../examples/modeling_features/020-solid_model.py)\n00:05.578\n0.0\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py (../../examples/modeling_features/003-simple-selection-rules.py)\n00:04.921\n0.0\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py (../../examples/modeling_features/050-composite_cae_h5.py)\n00:04.865\n0.0\nsphx_glr_examples_modeling_features_030-imported-plies.py (../../examples/modeling_features/030-imported-plies.py)\n00:04.555\n0.0\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py (../../examples/modeling_features/006-layup-thickness-definitions.py)\n00:04.250\n0.0\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py (../../examples/modeling_features/005-ply-direction-lookup-table.py)\n00:04.013\n0.0\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py (../../examples/workflows/03-pymechanical-shell-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py (../../examples/workflows/04-pymechanical-solid-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py (../../examples/workflows/05-pymechanical-to-cdb-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py (../../examples/workflows/06-cdb-to-pymechanical-workflow.py)\n00:00.000\n0.0\nComputation times\n../../examples/use_cases/01-optimizing-ply-angles.py\n../../examples/workflows/02-advanced-pymapdl-workflow.py\n../../examples/modeling_features/007-sensor.py\n../../examples/modeling_features/031-imported-solid-model.py\n../../examples/modeling_features/002-rosettes-ply-directions.py\n../../examples/modeling_features/001-materials.py\n../../examples/workflows/01-pymapdl-workflow.py\n../../examples/modeling_features/010-sandwich-panel-layup.py\n../../examples/modeling_features/004-advanced-selection-rules.py\n../../examples/modeling_features/020-solid_model.py\n../../examples/modeling_features/003-simple-selection-rules.py\n../../examples/modeling_features/050-composite_cae_h5.py\n../../examples/modeling_features/030-imported-plies.py\n../../examples/modeling_features/006-layup-thickness-definitions.py\n../../examples/modeling_features/005-ply-direction-lookup-table.py\n../../examples/workflows/03-pymechanical-shell-workflow.py\n../../examples/workflows/04-pymechanical-solid-workflow.py\n../../examples/workflows/05-pymechanical-to-cdb-workflow.py\n../../examples/workflows/06-cdb-to-pymechanical-workflow.py" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.html#ansys.acp.core.mesh_data.SolidModelElementalData", + "title": "SolidModelElementalData > SolidModelElementalData > SolidModelElementalData", + "section": "SolidModelElementalData > SolidModelElementalData", + "text": "class ansys.acp.core.mesh_data.SolidModelElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Solid Model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSolidModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidModelElementalData.normal\n\n\n\nSolidModelElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.field_variables.html#field_variables", + "title": "field_variables", + "section": "field_variables", + "text": "field_variables" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.shell_mesh.html#ansys.acp.core.BooleanSelectionRule.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property BooleanSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.field_variables.html#ansys.acp.core.material_property_sets.VariableStrainLimits.field_variables", + "title": "field_variables > field_variables > field_variables", + "section": "field_variables > field_variables", + "text": "property VariableStrainLimits.field_variables: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isalnum", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isalnum.html#isalnum", - "title": "isalnum", - "section": "isalnum", - "text": "Return True if the string is an alpha-numeric string, False otherwise.\nA string is alpha-numeric if all characters in the string are alpha-numeric and\nthere is at least one character in the string.\nisalnum" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.delete", + "href": "api/_autosummary/ansys.acp.core.Rosette.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isalnum", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isalnum.html#ansys.acp.core.LaunchMode.isalnum", - "title": "isalnum > isalnum > isalnum", - "section": "isalnum > isalnum", - "text": "LaunchMode.isalnum(/)\n\nReturn True if the string is an alpha-numeric string, False otherwise.\n\nA string is alpha-numeric if all characters in the string are alpha-numeric and\nthere is at least one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.delete", + "href": "api/_autosummary/ansys.acp.core.Rosette.delete.html#ansys.acp.core.Rosette.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "Rosette.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_origin", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_origin.html#radius_origin", - "title": "radius_origin", - "section": "radius_origin", - "text": "radius_origin" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_x", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_x.html#rotation_angle_x", + "title": "rotation_angle_x", + "section": "rotation_angle_x", + "text": "rotation_angle_x" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_origin", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_origin.html#ansys.acp.core.VariableOffsetSelectionRule.radius_origin", - "title": "radius_origin > radius_origin > radius_origin", - "section": "radius_origin > radius_origin", - "text": "property VariableOffsetSelectionRule.radius_origin: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_x", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_x.html#ansys.acp.core.CoordinateTransformation.rotation_angle_x", + "title": "rotation_angle_x > rotation_angle_x > rotation_angle_x", + "section": "rotation_angle_x > rotation_angle_x", + "text": "CoordinateTransformation.rotation_angle_x: float = 0.0\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE", + "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE.html#plane_stress_state", + "title": "PLANE_STRESS_STATE", + "section": "PLANE_STRESS_STATE", + "text": "PLANE_STRESS_STATE" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.name.html#ansys.acp.core.CutOffSelectionRule.name", - "title": "name > name > name", - "section": "name > name", - "text": "property CutOffSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE", + "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE.html#ansys.acp.core.StressStateType.PLANE_STRESS_STATE", + "title": "PLANE_STRESS_STATE > PLANE_STRESS_STATE > PLANE_STRESS_STATE", + "section": "PLANE_STRESS_STATE > PLANE_STRESS_STATE", + "text": "StressStateType.PLANE_STRESS_STATE = 'plane_stress_state'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.delete_bad_elements", - "href": "api/_autosummary/ansys.acp.core.SolidModel.delete_bad_elements.html#delete_bad_elements", - "title": "delete_bad_elements", - "section": "delete_bad_elements", - "text": "delete_bad_elements" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_coordinate_system_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_coordinate_system_index.html#use_default_coordinate_system_index", + "title": "use_default_coordinate_system_index", + "section": "use_default_coordinate_system_index", + "text": "use_default_coordinate_system_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.delete_bad_elements", - "href": "api/_autosummary/ansys.acp.core.SolidModel.delete_bad_elements.html#ansys.acp.core.SolidModel.delete_bad_elements", - "title": "delete_bad_elements > delete_bad_elements > delete_bad_elements", - "section": "delete_bad_elements > delete_bad_elements", - "text": "property SolidModel.delete_bad_elements: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_coordinate_system_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_coordinate_system_index.html#ansys.acp.core.ImportedSolidModelExportSettings.use_default_coordinate_system_index", + "title": "use_default_coordinate_system_index > use_default_coordinate_system_index > use_default_coordinate_system_index", + "section": "use_default_coordinate_system_index > use_default_coordinate_system_index", + "text": "property ImportedSolidModelExportSettings.use_default_coordinate_system_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.sequences", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.sequences.html#sequences", - "title": "sequences", - "section": "sequences", - "text": "sequences" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.sequences", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.sequences.html#ansys.acp.core.LayupMappingObject.sequences", - "title": "sequences > sequences > sequences", - "section": "sequences > sequences", - "text": "property LayupMappingObject.sequences: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.parent.html#ansys.acp.core.VariableOffsetSelectionRule.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property VariableOffsetSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Lamina.clone", - "href": "api/_autosummary/ansys.acp.core.Lamina.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored Lamina with the same properties.\nSelf\nclone" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.Lamina.clone", - "href": "api/_autosummary/ansys.acp.core.Lamina.clone.html#ansys.acp.core.Lamina.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "Lamina.clone()\n\nCreate a new unstored Lamina with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSelf" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "VariableOffsetSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" }, { "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.nodal_data", @@ -5411,6332 +4928,6528 @@ "text": "property ParallelSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.volume", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.volume.html#volume", - "title": "volume", - "section": "volume", - "text": "volume" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.store", + "href": "api/_autosummary/ansys.acp.core.Fabric.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.volume", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.volume.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.volume", - "title": "volume > volume > volume", - "section": "volume > volume", - "text": "ModelingPlyElementalData.volume: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.store", + "href": "api/_autosummary/ansys.acp.core.Fabric.store.html#ansys.acp.core.Fabric.store", + "title": "store > store > store", + "section": "store > store", + "text": "Fabric.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.ELEMENT_SETS", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.ELEMENT_SETS.html#element_sets", - "title": "ELEMENT_SETS", - "section": "ELEMENT_SETS", - "text": "ELEMENT_SETS" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalpha", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalpha.html#isalpha", + "title": "isalpha", + "section": "isalpha", + "text": "Return True if the string is an alphabetic string, False otherwise.\nA string is alphabetic if all characters in the string are alphabetic and there\nis at least one character in the string.\nisalpha" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.ELEMENT_SETS", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.ELEMENT_SETS.html#ansys.acp.core.IgnorableEntity.ELEMENT_SETS", - "title": "ELEMENT_SETS > ELEMENT_SETS > ELEMENT_SETS", - "section": "ELEMENT_SETS > ELEMENT_SETS", - "text": "IgnorableEntity.ELEMENT_SETS = 'element_sets'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalpha", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalpha.html#ansys.acp.core.material_property_sets.PuckMaterialType.isalpha", + "title": "isalpha > isalpha > isalpha", + "section": "isalpha > isalpha", + "text": "PuckMaterialType.isalpha(/)\n\nReturn True if the string is an alphabetic string, False otherwise.\n\nA string is alphabetic if all characters in the string are alphabetic and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE", - "href": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE.html#edge_wise", - "title": "EDGE_WISE", - "section": "EDGE_WISE", - "text": "EDGE_WISE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isnumeric", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isnumeric.html#isnumeric", + "title": "isnumeric", + "section": "isnumeric", + "text": "Return True if the string is a numeric string, False otherwise.\nA string is numeric if all characters in the string are numeric and there is at\nleast one character in the string.\nisnumeric" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE", - "href": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE.html#ansys.acp.core.RosetteType.EDGE_WISE", - "title": "EDGE_WISE > EDGE_WISE > EDGE_WISE", - "section": "EDGE_WISE > EDGE_WISE", - "text": "RosetteType.EDGE_WISE = 'edge_wise'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isnumeric", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isnumeric.html#ansys.acp.core.material_property_sets.PuckMaterialType.isnumeric", + "title": "isnumeric > isnumeric > isnumeric", + "section": "isnumeric > isnumeric", + "text": "PuckMaterialType.isnumeric(/)\n\nReturn True if the string is a numeric string, False otherwise.\n\nA string is numeric if all characters in the string are numeric and there is at\nleast one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE", - "href": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE.html#examples-using-rosettetypeedge_wise", - "title": "EDGE_WISE > Examples using RosetteType.EDGE_WISE", - "section": "Examples using RosetteType.EDGE_WISE", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType.EDGE_WISE" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.ply_group_pointers", + "href": "api/_autosummary/ansys.acp.core.SolidModel.ply_group_pointers.html#ply_group_pointers", + "title": "ply_group_pointers", + "section": "ply_group_pointers", + "text": "ply_group_pointers" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.locked", - "href": "api/_autosummary/ansys.acp.core.SolidModel.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.ply_group_pointers", + "href": "api/_autosummary/ansys.acp.core.SolidModel.ply_group_pointers.html#ansys.acp.core.SolidModel.ply_group_pointers", + "title": "ply_group_pointers > ply_group_pointers > ply_group_pointers", + "section": "ply_group_pointers > ply_group_pointers", + "text": "property SolidModel.ply_group_pointers: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.locked", - "href": "api/_autosummary/ansys.acp.core.SolidModel.locked.html#ansys.acp.core.SolidModel.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property SolidModel.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removesuffix", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removesuffix.html#removesuffix", + "title": "removesuffix", + "section": "removesuffix", + "text": "Return a str with the given suffix string removed if present.\nIf the string ends with the suffix string and that suffix is not empty,\nreturn string[:-len(suffix)]. Otherwise, return a copy of the original\nstring.\nremovesuffix" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.coordinate_system_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.coordinate_system_index.html#coordinate_system_index", - "title": "coordinate_system_index", - "section": "coordinate_system_index", - "text": "coordinate_system_index" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removesuffix", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removesuffix.html#ansys.acp.core.material_property_sets.PuckMaterialType.removesuffix", + "title": "removesuffix > removesuffix > removesuffix", + "section": "removesuffix > removesuffix", + "text": "PuckMaterialType.removesuffix(suffix, /)\n\nReturn a str with the given suffix string removed if present.\n\nIf the string ends with the suffix string and that suffix is not empty,\nreturn string[:-len(suffix)]. Otherwise, return a copy of the original\nstring.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.coordinate_system_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.coordinate_system_index.html#ansys.acp.core.SolidModelExportSettings.coordinate_system_index", - "title": "coordinate_system_index > coordinate_system_index > coordinate_system_index", - "section": "coordinate_system_index > coordinate_system_index", - "text": "property SolidModelExportSettings.coordinate_system_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.scale_ply_thicknesses", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.scale_ply_thicknesses.html#scale_ply_thicknesses", + "title": "scale_ply_thicknesses", + "section": "scale_ply_thicknesses", + "text": "scale_ply_thicknesses" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.server_version", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.server_version.html#server_version", - "title": "server_version", - "section": "server_version", - "text": "Version of the connected server.\nserver_version" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.scale_ply_thicknesses", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.scale_ply_thicknesses.html#ansys.acp.core.LayupMappingObject.scale_ply_thicknesses", + "title": "scale_ply_thicknesses > scale_ply_thicknesses > scale_ply_thicknesses", + "section": "scale_ply_thicknesses > scale_ply_thicknesses", + "text": "property LayupMappingObject.scale_ply_thicknesses: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.server_version", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.server_version.html#ansys.acp.core.ACPInstance.server_version", - "title": "server_version > server_version > server_version", - "section": "server_version > server_version", - "text": "property ACPInstance.server_version: str\n\nVersion of the connected server.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.modeling_groups", + "href": "api/_autosummary/ansys.acp.core.Model.modeling_groups.html#modeling_groups", + "title": "modeling_groups", + "section": "modeling_groups", + "text": "modeling_groups" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.clone.html#clone", + "objectID": "api/_autosummary/ansys.acp.core.Model.modeling_groups", + "href": "api/_autosummary/ansys.acp.core.Model.modeling_groups.html#ansys.acp.core.Model.modeling_groups", + "title": "modeling_groups > modeling_groups > modeling_groups", + "section": "modeling_groups > modeling_groups", + "text": "property Model.modeling_groups: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.modeling_groups", + "href": "api/_autosummary/ansys.acp.core.Model.modeling_groups.html#examples-using-modelmodeling_groups", + "title": "modeling_groups > Examples using Model.modeling_groups", + "section": "Examples using Model.modeling_groups", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.modeling_groups" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_2.html#e2_2", + "title": "E2_2", + "section": "E2_2", + "text": "E2_2" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_2", + "title": "E2_2 > E2_2 > E2_2", + "section": "E2_2 > E2_2", + "text": "property VariableWovenCharacterization.E2_2: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.clone", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.clone.html#clone", "title": "clone", "section": "clone", "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.clone.html#ansys.acp.core.TubeSelectionRule.clone", + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.clone", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.clone.html#ansys.acp.core.ImportedModelingPly.clone", "title": "clone > clone > clone", "section": "clone > clone", - "text": "TubeSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "text": "ImportedModelingPly.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + }, + { + "objectID": "examples/modeling_features/020-solid_model", + "href": "examples/modeling_features/020-solid_model.html#solid-model", + "title": "Solid Model", + "section": "Solid Model", + "text": "This example shows how to create and shape a solid model.\nThe solid model implements an extrusion algorithm which creates\na layered solid mesh based on the shell mesh and layup definition.\nThis solid mesh can be further processed by ExtrusionGuide,\nSnapToGeometry, and CutOffGeometry.\nImport the standard library and third-party dependencies.\nImport the PyACP dependencies.\nSolid Model\nExtrusionGuide\nSnapToGeometry\nCutOffGeometry" + }, + { + "objectID": "examples/modeling_features/020-solid_model", + "href": "examples/modeling_features/020-solid_model.html#load-a-minimal-model", + "title": "Solid Model > Load a minimal model", + "section": "Load a minimal model", + "text": "Launch the PyACP server and connect to it.\nLoad the model from the input file.\nLoad a minimal model" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.orientation_type", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.orientation_type.html#orientation_type", - "title": "orientation_type", - "section": "orientation_type", - "text": "orientation_type" + "objectID": "examples/modeling_features/020-solid_model", + "href": "examples/modeling_features/020-solid_model.html#create-a-simple-layup", + "title": "Solid Model > Create a simple layup", + "section": "Create a simple layup", + "text": "%%\nAdd more layers to the modeling ply so that it is easier to see the\neffects of the selection rules.\nCreate a simple layup" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.orientation_type", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.orientation_type.html#ansys.acp.core.CutOffGeometry.orientation_type", - "title": "orientation_type > orientation_type > orientation_type", - "section": "orientation_type > orientation_type", - "text": "property CutOffGeometry.orientation_type: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/020-solid_model", + "href": "examples/modeling_features/020-solid_model.html#create-an-initial-solid-model", + "title": "Solid Model > Create an initial solid model", + "section": "Create an initial solid model", + "text": "By default, the layup is extruded along the normal direction of the shell mesh.\nCreate an initial solid model" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.delete", - "href": "api/_autosummary/ansys.acp.core.Sensor.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "examples/modeling_features/020-solid_model", + "href": "examples/modeling_features/020-solid_model.html#snap-the-top-to-a-geometry", + "title": "Solid Model > Snap the top to a geometry", + "section": "Snap the top to a geometry", + "text": "The SnapToGeometry allows to shape the bottom or top of the solid model.\nFirst, import the geometry and then add the snap-to feature to the solid model.\nSnap the top to a geometry\nSnapToGeometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.delete", - "href": "api/_autosummary/ansys.acp.core.Sensor.delete.html#ansys.acp.core.Sensor.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "Sensor.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "examples/modeling_features/020-solid_model", + "href": "examples/modeling_features/020-solid_model.html#shape-the-walls", + "title": "Solid Model > Shape the walls", + "section": "Shape the walls", + "text": "The ExtrusionGuide is used to shape the side walls of the solid model.\nThe feature can be defined by a direction as shown here or through a geometry.\nShape the walls\nExtrusionGuide" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.element_set", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.element_set.html#element_set", - "title": "element_set", - "section": "element_set", - "text": "element_set" + "objectID": "examples/modeling_features/020-solid_model", + "href": "examples/modeling_features/020-solid_model.html#cut-off-an-edge", + "title": "Solid Model > Cut-off an edge", + "section": "Cut-off an edge", + "text": "The CutOffGeometry is used to crop elements from the solid model.\nCut-off an edge\nCutOffGeometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.element_set", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.element_set.html#ansys.acp.core.EdgeSet.element_set", - "title": "element_set > element_set > element_set", - "section": "element_set > element_set", - "text": "property EdgeSet.element_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/020-solid_model", + "href": "examples/modeling_features/020-solid_model.html#plot-results-on-the-solid-mesh", + "title": "Solid Model > Plot results on the solid mesh", + "section": "Plot results on the solid mesh", + "text": "The plotting capabilities also support the visualization of ply-wise results,\nsuch as directions or thicknesses as shown here.\nGet the analysis ply of interest\nPlot results on the solid mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.name", - "href": "api/_autosummary/ansys.acp.core.Model.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "examples/modeling_features/020-solid_model", + "href": "examples/modeling_features/020-solid_model.html#plot-fiber-directions", + "title": "Solid Model > Plot fiber directions", + "section": "Plot fiber directions", + "text": "Plot fiber directions" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.name", - "href": "api/_autosummary/ansys.acp.core.Model.name.html#ansys.acp.core.Model.name", - "title": "name > name > name", - "section": "name > name", - "text": "property Model.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/020-solid_model", + "href": "examples/modeling_features/020-solid_model.html#plot-thicknesses", + "title": "Solid Model > Plot thicknesses", + "section": "Plot thicknesses", + "text": "Total running time of the script: (0 minutes 6.663 seconds)\nDownload Jupyter notebook: 020-solid_model.ipynb\nDownload Python source code: 020-solid_model.py\nDownload zipped: 020-solid_model.zip\nGallery generated by Sphinx-Gallery\nPlot thicknesses\nDownload Jupyter notebook: 020-solid_model.ipynb\nDownload Python source code: 020-solid_model.py\nDownload zipped: 020-solid_model.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.name", - "href": "api/_autosummary/ansys.acp.core.Model.name.html#examples-using-modelname", - "title": "name > Examples using Model.name", - "section": "Examples using Model.name", - "text": "sphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.name" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yc.html#yc", + "title": "Yc", + "section": "Yc", + "text": "Yc" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.html#variableengineeringconstants", - "title": "VariableEngineeringConstants", - "section": "VariableEngineeringConstants", - "text": "Variable engineering constants material property set.\nAdded in ACP server version 24.2.\nVariableEngineeringConstants.E\n\nVariableEngineeringConstants.E1\n\nVariableEngineeringConstants.E2\n\nVariableEngineeringConstants.E3\n\nVariableEngineeringConstants.G12\n\nVariableEngineeringConstants.G23\n\nVariableEngineeringConstants.G31\n\nVariableEngineeringConstants.field_variables\n\nVariableEngineeringConstants.interpolation_options\n\nVariableEngineeringConstants.nu\n\nVariableEngineeringConstants.nu12\n\nVariableEngineeringConstants.nu13\n\nVariableEngineeringConstants.nu23\n\nVariableEngineeringConstants\nVariableEngineeringConstants.E\nVariableEngineeringConstants.E1\nVariableEngineeringConstants.E2\nVariableEngineeringConstants.E3\nVariableEngineeringConstants.G12\nVariableEngineeringConstants.G23\nVariableEngineeringConstants.G31\nVariableEngineeringConstants.field_variables\nVariableEngineeringConstants.interpolation_options\nVariableEngineeringConstants.nu\nVariableEngineeringConstants.nu12\nVariableEngineeringConstants.nu13\nVariableEngineeringConstants.nu23" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yc.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Yc", + "title": "Yc > Yc > Yc", + "section": "Yc > Yc", + "text": "property ConstantStressLimits.Yc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants", - "title": "VariableEngineeringConstants > VariableEngineeringConstants > VariableEngineeringConstants", - "section": "VariableEngineeringConstants > VariableEngineeringConstants", - "text": "class ansys.acp.core.material_property_sets.VariableEngineeringConstants(*, _parent_object=None, _attribute_path=None)\n\nVariable engineering constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableEngineeringConstants.E\n\n\n\nVariableEngineeringConstants.E1\n\n\n\nVariableEngineeringConstants.E2\n\n\n\nVariableEngineeringConstants.E3\n\n\n\nVariableEngineeringConstants.G12\n\n\n\nVariableEngineeringConstants.G23\n\n\n\nVariableEngineeringConstants.G31\n\n\n\nVariableEngineeringConstants.field_variables\n\n\n\nVariableEngineeringConstants.interpolation_options\n\n\n\nVariableEngineeringConstants.nu\n\n\n\nVariableEngineeringConstants.nu12\n\n\n\nVariableEngineeringConstants.nu13\n\n\n\nVariableEngineeringConstants.nu23\n\n\n\n\n\n" + "objectID": "user_guide/howto/view_model_in_acp_gui", + "href": "user_guide/howto/view_model_in_acp_gui.html#view-model-in-acp-gui", + "title": "View model in ACP GUI", + "section": "View model in ACP GUI", + "text": "To view the PyACP model in the ACP GUI, save the model to a file using the Model.save() method and then open the saved file in ACP by selecting File > Open.\nIn the ACP GUI, reload the model from its context menu by right-clicking the model’s name in the tree and selecting Reload Model.\nA common workflow is to save the model to a file at the end of the script and reload it in ACP after each script run.\nView model in ACP GUI\nModel.save()" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.html#buttjointsequence", - "title": "ButtJointSequence", - "section": "ButtJointSequence", - "text": "Instantiate a ButtJointSequence.\nname (str) – Name of the butt joint sequence.\nprimary_plies (Sequence[PrimaryPly]) – Primary plies are the source of a butt joint and they pass the thickness to\nadjacent plies. Plies with a higher level inherit the thickness from those\nwith a lower level.\nsecondary_plies (Sequence[ModelingGroup | ModelingPly]) – Secondary plies are butt-joined to adjacent primary plies and they inherit\nthe thickness.\nAdded in ACP server version 25.1.\nButtJointSequence.add_primary_ply(sequence)\nAdd a PrimaryPly to the ButtJointSequence.\nButtJointSequence.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nButtJointSequence.delete()\nDelete the object.\nButtJointSequence.store(parent)\nStore the object on the server.\nButtJointSequence.active\n\nButtJointSequence.global_ply_nr\n\nButtJointSequence.id\nIdentifier of the object, used for example as key in maps.\nButtJointSequence.name\nThe name of the object.\nButtJointSequence.parent\nThe parent of the object.\nButtJointSequence.primary_plies\n\nButtJointSequence.secondary_plies\n\nButtJointSequence.status\n\nButtJointSequence\nButtJointSequence.add_primary_ply\nButtJointSequence.clone\nButtJointSequence.delete\nButtJointSequence.store\nButtJointSequence.active\nButtJointSequence.global_ply_nr\nButtJointSequence.id\nButtJointSequence.name\nButtJointSequence.parent\nButtJointSequence.primary_plies\nButtJointSequence.secondary_plies\nButtJointSequence.status" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.relative_thickness_correction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.relative_thickness_correction.html#relative_thickness_correction", + "title": "relative_thickness_correction", + "section": "relative_thickness_correction", + "text": "relative_thickness_correction" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.html#ansys.acp.core.ButtJointSequence", - "title": "ButtJointSequence > ButtJointSequence > ButtJointSequence", - "section": "ButtJointSequence > ButtJointSequence", - "text": "class ansys.acp.core.ButtJointSequence(*, name='ButtJointSequence', active=True, global_ply_nr=0, primary_plies=(), secondary_plies=())\n\nInstantiate a ButtJointSequence.\n\nParameters\n\nname (str) – Name of the butt joint sequence.\n\nprimary_plies (Sequence[PrimaryPly]) – Primary plies are the source of a butt joint and they pass the thickness to\nadjacent plies. Plies with a higher level inherit the thickness from those\nwith a lower level.\n\nsecondary_plies (Sequence[ModelingGroup | ModelingPly]) – Secondary plies are butt-joined to adjacent primary plies and they inherit\nthe thickness.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nButtJointSequence.add_primary_ply(sequence)\n\nAdd a PrimaryPly to the ButtJointSequence.\n\nButtJointSequence.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nButtJointSequence.delete()\n\nDelete the object.\n\nButtJointSequence.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nButtJointSequence.active\n\n\n\nButtJointSequence.global_ply_nr\n\n\n\nButtJointSequence.id\n\nIdentifier of the object, used for example as key in maps.\n\nButtJointSequence.name\n\nThe name of the object.\n\nButtJointSequence.parent\n\nThe parent of the object.\n\nButtJointSequence.primary_plies\n\n\n\nButtJointSequence.secondary_plies\n\n\n\nButtJointSequence.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.relative_thickness_correction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.relative_thickness_correction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.relative_thickness_correction", + "title": "relative_thickness_correction > relative_thickness_correction > relative_thickness_correction", + "section": "relative_thickness_correction > relative_thickness_correction", + "text": "AnalysisPlyElementalData.relative_thickness_correction: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.skip_elements_without_plies", - "href": "api/_autosummary/ansys.acp.core.SolidModel.skip_elements_without_plies.html#skip_elements_without_plies", - "title": "skip_elements_without_plies", - "section": "skip_elements_without_plies", - "text": "skip_elements_without_plies" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_element_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_element_index.html#use_default_element_index", + "title": "use_default_element_index", + "section": "use_default_element_index", + "text": "use_default_element_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.skip_elements_without_plies", - "href": "api/_autosummary/ansys.acp.core.SolidModel.skip_elements_without_plies.html#ansys.acp.core.SolidModel.skip_elements_without_plies", - "title": "skip_elements_without_plies > skip_elements_without_plies > skip_elements_without_plies", - "section": "skip_elements_without_plies > skip_elements_without_plies", - "text": "property SolidModel.skip_elements_without_plies: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_element_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_element_index.html#ansys.acp.core.ImportedSolidModelExportSettings.use_default_element_index", + "title": "use_default_element_index > use_default_element_index > use_default_element_index", + "section": "use_default_element_index > use_default_element_index", + "text": "property ImportedSolidModelExportSettings.use_default_element_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.html#booleanselectionrule", - "title": "BooleanSelectionRule", - "section": "BooleanSelectionRule", - "text": "Instantiate a Boolean Selection Rule.\nname (str) – Name of the Boolean Selection Rule.\nselection_rules (Iterable[LinkedSelectionRule])\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nAdded in ACP server version 24.2.\nBooleanSelectionRule.add_selection_rule(...)\nAdd a LinkedSelectionRule to the BooleanSelectionRule.\nBooleanSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nBooleanSelectionRule.delete()\nDelete the object.\nBooleanSelectionRule.store(parent)\nStore the object on the server.\nBooleanSelectionRule.elemental_data\n\nBooleanSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nBooleanSelectionRule.include_rule\n\nBooleanSelectionRule.mesh\nFull mesh associated with the object.\nBooleanSelectionRule.name\nThe name of the object.\nBooleanSelectionRule.nodal_data\n\nBooleanSelectionRule.parent\nThe parent of the object.\nBooleanSelectionRule.selection_rules\n\nBooleanSelectionRule.shell_mesh\nShell mesh associated with the object.\nBooleanSelectionRule.status\n\nBooleanSelectionRule\nFalse\nBooleanSelectionRule.add_selection_rule\nBooleanSelectionRule.clone\nBooleanSelectionRule.delete\nBooleanSelectionRule.store\nBooleanSelectionRule.elemental_data\nBooleanSelectionRule.id\nBooleanSelectionRule.include_rule\nBooleanSelectionRule.mesh\nBooleanSelectionRule.name\nBooleanSelectionRule.nodal_data\nBooleanSelectionRule.parent\nBooleanSelectionRule.selection_rules\nBooleanSelectionRule.shell_mesh\nBooleanSelectionRule.status" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group", + "href": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group.html#create_imported_modeling_group", + "title": "create_imported_modeling_group", + "section": "create_imported_modeling_group", + "text": "Instantiate an imported modeling group.\nname (str) – Name of the imported modeling group.\nImportedModelingGroup\nAdded in ACP server version 25.1.\ncreate_imported_modeling_group" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.html#ansys.acp.core.BooleanSelectionRule", - "title": "BooleanSelectionRule > BooleanSelectionRule > BooleanSelectionRule", - "section": "BooleanSelectionRule > BooleanSelectionRule", - "text": "class ansys.acp.core.BooleanSelectionRule(*, name='BooleanSelectionrule', selection_rules=(), include_rule=True)\n\nInstantiate a Boolean Selection Rule.\n\nParameters\n\nname (str) – Name of the Boolean Selection Rule.\n\nselection_rules (Iterable[LinkedSelectionRule])\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nBooleanSelectionRule.add_selection_rule(...)\n\nAdd a LinkedSelectionRule to the BooleanSelectionRule.\n\nBooleanSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nBooleanSelectionRule.delete()\n\nDelete the object.\n\nBooleanSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nBooleanSelectionRule.elemental_data\n\n\n\nBooleanSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nBooleanSelectionRule.include_rule\n\n\n\nBooleanSelectionRule.mesh\n\nFull mesh associated with the object.\n\nBooleanSelectionRule.name\n\nThe name of the object.\n\nBooleanSelectionRule.nodal_data\n\n\n\nBooleanSelectionRule.parent\n\nThe parent of the object.\n\nBooleanSelectionRule.selection_rules\n\n\n\nBooleanSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nBooleanSelectionRule.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group", + "href": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group.html#ansys.acp.core.Model.create_imported_modeling_group", + "title": "create_imported_modeling_group > create_imported_modeling_group > create_imported_modeling_group", + "section": "create_imported_modeling_group > create_imported_modeling_group", + "text": "Model.create_imported_modeling_group(*, name='ImportedModelingGroup')\n\nInstantiate an imported modeling group.\n\nParameters\n\nname (str) – Name of the imported modeling group.\n\nReturn type\n\nImportedModelingGroup\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.html#examples-using-booleanselectionrule", - "title": "BooleanSelectionRule > Examples using BooleanSelectionRule", - "section": "Examples using BooleanSelectionRule", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using BooleanSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group", + "href": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group.html#examples-using-modelcreate_imported_modeling_group", + "title": "create_imported_modeling_group > Examples using Model.create_imported_modeling_group", + "section": "Examples using Model.create_imported_modeling_group", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using Model.create_imported_modeling_group" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.center", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.center.html#center", - "title": "center", - "section": "center", - "text": "Return a centered string of length width.\nPadding is done using the specified fill character (default is a space).\ncenter" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.in_plane_capture_tolerance", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.in_plane_capture_tolerance.html#in_plane_capture_tolerance", + "title": "in_plane_capture_tolerance", + "section": "in_plane_capture_tolerance", + "text": "in_plane_capture_tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.center", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.center.html#ansys.acp.core.material_property_sets.PuckMaterialType.center", - "title": "center > center > center", - "section": "center > center", - "text": "PuckMaterialType.center(width, fillchar=' ', /)\n\nReturn a centered string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.in_plane_capture_tolerance", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.in_plane_capture_tolerance.html#ansys.acp.core.GeometricalSelectionRule.in_plane_capture_tolerance", + "title": "in_plane_capture_tolerance > in_plane_capture_tolerance > in_plane_capture_tolerance", + "section": "in_plane_capture_tolerance > in_plane_capture_tolerance", + "text": "property GeometricalSelectionRule.in_plane_capture_tolerance: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.html#physicaldimension", - "title": "PhysicalDimension", - "section": "PhysicalDimension", - "text": "Options for the dimension (time, length, currency, …) of data.\nPhysicalDimension.DIMENSIONLESS\n\nPhysicalDimension.LENGTH\n\nPhysicalDimension.MASS\n\nPhysicalDimension.FORCE\n\nPhysicalDimension.TIME\n\nPhysicalDimension.TEMPERATURE\n\nPhysicalDimension.CURRENCY\n\nPhysicalDimension\nPhysicalDimension.DIMENSIONLESS\nPhysicalDimension.LENGTH\nPhysicalDimension.MASS\nPhysicalDimension.FORCE\nPhysicalDimension.TIME\nPhysicalDimension.TEMPERATURE\nPhysicalDimension.CURRENCY" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.angles", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.angles.html#angles", + "title": "angles", + "section": "angles", + "text": "angles" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.html#ansys.acp.core.PhysicalDimension", - "title": "PhysicalDimension > PhysicalDimension > PhysicalDimension", - "section": "PhysicalDimension > PhysicalDimension", - "text": "class ansys.acp.core.PhysicalDimension(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the dimension (time, length, currency, …) of data.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nPhysicalDimension.DIMENSIONLESS\n\n\n\nPhysicalDimension.LENGTH\n\n\n\nPhysicalDimension.MASS\n\n\n\nPhysicalDimension.FORCE\n\n\n\nPhysicalDimension.TIME\n\n\n\nPhysicalDimension.TEMPERATURE\n\n\n\nPhysicalDimension.CURRENCY\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.angles", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.angles.html#ansys.acp.core.VariableOffsetSelectionRule.angles", + "title": "angles > angles > angles", + "section": "angles > angles", + "text": "property VariableOffsetSelectionRule.angles: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.html#examples-using-physicaldimension", - "title": "PhysicalDimension > Examples using PhysicalDimension", - "section": "Examples using PhysicalDimension", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using PhysicalDimension" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ElementSet.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.html#cylindricalselectionrulenodaldata", - "title": "CylindricalSelectionRuleNodalData", - "section": "CylindricalSelectionRuleNodalData", - "text": "Represents nodal data for a Cylindrical Selection Rule.\nCylindricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nCylindricalSelectionRuleNodalData.node_labels\n\nCylindricalSelectionRuleNodalData\nCylindricalSelectionRuleNodalData.get_pyvista_mesh\nCylindricalSelectionRuleNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ElementSet.nodal_data.html#ansys.acp.core.ElementSet.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property ElementSet.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData", - "title": "CylindricalSelectionRuleNodalData > CylindricalSelectionRuleNodalData > CylindricalSelectionRuleNodalData", - "section": "CylindricalSelectionRuleNodalData > CylindricalSelectionRuleNodalData", - "text": "class ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Cylindrical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCylindricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCylindricalSelectionRuleNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.thickness", + "href": "api/_autosummary/ansys.acp.core.Fabric.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Fabric.thickness", + "href": "api/_autosummary/ansys.acp.core.Fabric.thickness.html#ansys.acp.core.Fabric.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "property Fabric.thickness: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.include_rule.html#include_rule", - "title": "include_rule", - "section": "include_rule", - "text": "include_rule" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType.ELEMENT_SETS", + "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.ELEMENT_SETS.html#element_sets", + "title": "ELEMENT_SETS", + "section": "ELEMENT_SETS", + "text": "ELEMENT_SETS" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.include_rule.html#ansys.acp.core.SphericalSelectionRule.include_rule", - "title": "include_rule > include_rule > include_rule", - "section": "include_rule > include_rule", - "text": "property SphericalSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType.ELEMENT_SETS", + "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.ELEMENT_SETS.html#ansys.acp.core.GeometricalRuleType.ELEMENT_SETS", + "title": "ELEMENT_SETS > ELEMENT_SETS > ELEMENT_SETS", + "section": "ELEMENT_SETS > ELEMENT_SETS", + "text": "GeometricalRuleType.ELEMENT_SETS = 'element_sets'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_ACPH5", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_ACPH5.html#basic_flat_plate_acph5", - "title": "BASIC_FLAT_PLATE_ACPH5", - "section": "BASIC_FLAT_PLATE_ACPH5", - "text": "BASIC_FLAT_PLATE_ACPH5" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_type", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_type.html#thickness_type", + "title": "thickness_type", + "section": "thickness_type", + "text": "thickness_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_ACPH5", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_ACPH5.html#ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_ACPH5", - "title": "BASIC_FLAT_PLATE_ACPH5 > BASIC_FLAT_PLATE_ACPH5 > BASIC_FLAT_PLATE_ACPH5", - "section": "BASIC_FLAT_PLATE_ACPH5 > BASIC_FLAT_PLATE_ACPH5", - "text": "ExampleKeys.BASIC_FLAT_PLATE_ACPH5 = 3\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_type", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_type.html#ansys.acp.core.ImportedModelingPly.thickness_type", + "title": "thickness_type > thickness_type > thickness_type", + "section": "thickness_type > thickness_type", + "text": "property ImportedModelingPly.thickness_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.restart", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.restart.html#restart", - "title": "restart", - "section": "restart", - "text": "Stop, then start the product instance.\nstop_timeout (float | None) – Time in seconds after which the instance is forcefully stopped. Note\nthat not all launch methods may implement this parameter. If they\ndo not, the parameter is ignored.\nRuntimeError – If the instance is already in the stopped state.\nRuntimeError – If the instance does not allow restarting.\nrestart" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.restart", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.restart.html#ansys.acp.core.ACPInstance.restart", - "title": "restart > restart > restart", - "section": "restart > restart", - "text": "ACPInstance.restart(stop_timeout=None)\n\nStop, then start the product instance.\n\nParameters\n\nstop_timeout (float | None) – Time in seconds after which the instance is forcefully stopped. Note\nthat not all launch methods may implement this parameter. If they\ndo not, the parameter is ignored.\n\nRaises\n\nRuntimeError – If the instance is already in the stopped state.\n\nRuntimeError – If the instance does not allow restarting.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "OrientedSelectionSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns.html#columns", - "title": "columns", - "section": "columns", - "text": "columns" + "objectID": "api/_autosummary/ansys.acp.core.Model.section_cuts", + "href": "api/_autosummary/ansys.acp.core.Model.section_cuts.html#section_cuts", + "title": "section_cuts", + "section": "section_cuts", + "text": "section_cuts" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns.html#ansys.acp.core.LookUpTable1D.columns", - "title": "columns > columns > columns", - "section": "columns > columns", - "text": "property LookUpTable1D.columns: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.section_cuts", + "href": "api/_autosummary/ansys.acp.core.Model.section_cuts.html#ansys.acp.core.Model.section_cuts", + "title": "section_cuts > section_cuts > section_cuts", + "section": "section_cuts > section_cuts", + "text": "property Model.section_cuts: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns.html#examples-using-lookuptable1dcolumns", - "title": "columns > Examples using LookUpTable1D.columns", - "section": "Examples using LookUpTable1D.columns", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LookUpTable1D.columns" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.delete", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType", - "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.html#geometricalruletype", - "title": "GeometricalRuleType", - "section": "GeometricalRuleType", - "text": "Options for how a geometrical selection rule is defined.\nGeometricalRuleType.GEOMETRY\n\nGeometricalRuleType.ELEMENT_SETS\n\nGeometricalRuleType\nGeometricalRuleType.GEOMETRY\nGeometricalRuleType.ELEMENT_SETS" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.delete", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.delete.html#ansys.acp.core.FieldDefinition.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "FieldDefinition.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType", - "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.html#ansys.acp.core.GeometricalRuleType", - "title": "GeometricalRuleType > GeometricalRuleType > GeometricalRuleType", - "section": "GeometricalRuleType > GeometricalRuleType", - "text": "class ansys.acp.core.GeometricalRuleType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how a geometrical selection rule is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nGeometricalRuleType.GEOMETRY\n\n\n\nGeometricalRuleType.ELEMENT_SETS\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.cad_geometries", - "href": "api/_autosummary/ansys.acp.core.Model.cad_geometries.html#cad_geometries", - "title": "cad_geometries", - "section": "cad_geometries", - "text": "cad_geometries" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "BooleanSelectionRuleElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.cad_geometries", - "href": "api/_autosummary/ansys.acp.core.Model.cad_geometries.html#ansys.acp.core.Model.cad_geometries", - "title": "cad_geometries > cad_geometries > cad_geometries", - "section": "cad_geometries > cad_geometries", - "text": "property Model.cad_geometries: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.status", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_1_field", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_1_field.html#draping_angle_1_field", - "title": "draping_angle_1_field", - "section": "draping_angle_1_field", - "text": "draping_angle_1_field" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.status", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.status.html#ansys.acp.core.SubLaminate.status", + "title": "status > status > status", + "section": "status > status", + "text": "property SubLaminate.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_1_field", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_1_field.html#ansys.acp.core.ModelingPly.draping_angle_1_field", - "title": "draping_angle_1_field > draping_angle_1_field > draping_angle_1_field", - "section": "draping_angle_1_field > draping_angle_1_field", - "text": "property ModelingPly.draping_angle_1_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR.html#nearest_neighbor", - "title": "NEAREST_NEIGHBOR", - "section": "NEAREST_NEIGHBOR", - "text": "NEAREST_NEIGHBOR" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.name.html#ansys.acp.core.CutOffSelectionRule.name", + "title": "name > name > name", + "section": "name > name", + "text": "property CutOffSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR.html#ansys.acp.core.LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR", - "title": "NEAREST_NEIGHBOR > NEAREST_NEIGHBOR > NEAREST_NEIGHBOR", - "section": "NEAREST_NEIGHBOR > NEAREST_NEIGHBOR", - "text": "LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR = 'nearest_neighbor'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.html#orientedselectionsetelementaldata", + "title": "OrientedSelectionSetElementalData", + "section": "OrientedSelectionSetElementalData", + "text": "Represents elemental data for an Oriented Selection Set.\nOrientedSelectionSetElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nOrientedSelectionSetElementalData.normal\n\nOrientedSelectionSetElementalData.orientation\n\nOrientedSelectionSetElementalData.reference_direction\n\nOrientedSelectionSetElementalData.element_labels\n\nOrientedSelectionSetElementalData\nOrientedSelectionSetElementalData.get_pyvista_mesh\nOrientedSelectionSetElementalData.normal\nOrientedSelectionSetElementalData.orientation\nOrientedSelectionSetElementalData.reference_direction\nOrientedSelectionSetElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.ElementSet.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData", + "title": "OrientedSelectionSetElementalData > OrientedSelectionSetElementalData > OrientedSelectionSetElementalData", + "section": "OrientedSelectionSetElementalData > OrientedSelectionSetElementalData", + "text": "class ansys.acp.core.mesh_data.OrientedSelectionSetElementalData(element_labels, normal=None, orientation=None, reference_direction=None)\n\nRepresents elemental data for an Oriented Selection Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nOrientedSelectionSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nOrientedSelectionSetElementalData.normal\n\n\n\nOrientedSelectionSetElementalData.orientation\n\n\n\nOrientedSelectionSetElementalData.reference_direction\n\n\n\nOrientedSelectionSetElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.ElementSet.shell_mesh.html#ansys.acp.core.ElementSet.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property ElementSet.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SHELL_NORMAL", + "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SHELL_NORMAL.html#shell_normal", + "title": "SHELL_NORMAL", + "section": "SHELL_NORMAL", + "text": "SHELL_NORMAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.EVEN_SYMMETRY", - "href": "api/_autosummary/ansys.acp.core.SymmetryType.EVEN_SYMMETRY.html#even_symmetry", - "title": "EVEN_SYMMETRY", - "section": "EVEN_SYMMETRY", - "text": "EVEN_SYMMETRY" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SHELL_NORMAL", + "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SHELL_NORMAL.html#ansys.acp.core.SolidModelOffsetDirectionType.SHELL_NORMAL", + "title": "SHELL_NORMAL > SHELL_NORMAL > SHELL_NORMAL", + "section": "SHELL_NORMAL > SHELL_NORMAL", + "text": "SolidModelOffsetDirectionType.SHELL_NORMAL = 'shell_normal'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.EVEN_SYMMETRY", - "href": "api/_autosummary/ansys.acp.core.SymmetryType.EVEN_SYMMETRY.html#ansys.acp.core.SymmetryType.EVEN_SYMMETRY", - "title": "EVEN_SYMMETRY > EVEN_SYMMETRY > EVEN_SYMMETRY", - "section": "EVEN_SYMMETRY > EVEN_SYMMETRY", - "text": "SymmetryType.EVEN_SYMMETRY = 'even_symmetry'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isdigit", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isdigit.html#isdigit", + "title": "isdigit", + "section": "isdigit", + "text": "Return True if the string is a digit string, False otherwise.\nA string is a digit string if all characters in the string are digits and there\nis at least one character in the string.\nisdigit" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.html#fieldvariable", - "title": "FieldVariable", - "section": "FieldVariable", - "text": "Defines field variables for variable material properties.\nFieldVariable.name\n\nFieldVariable.values\n\nFieldVariable.default\n\nFieldVariable.lower_limit\n\nFieldVariable.upper_limit\n\nFieldVariable\nFieldVariable.name\nFieldVariable.values\nFieldVariable.default\nFieldVariable.lower_limit\nFieldVariable.upper_limit" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isdigit", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isdigit.html#ansys.acp.core.LaunchMode.isdigit", + "title": "isdigit > isdigit > isdigit", + "section": "isdigit > isdigit", + "text": "LaunchMode.isdigit(/)\n\nReturn True if the string is a digit string, False otherwise.\n\nA string is a digit string if all characters in the string are digits and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.html#ansys.acp.core.material_property_sets.FieldVariable", - "title": "FieldVariable > FieldVariable > FieldVariable", - "section": "FieldVariable > FieldVariable", - "text": "class ansys.acp.core.material_property_sets.FieldVariable(name, values, default, lower_limit, upper_limit)\n\nDefines field variables for variable material properties.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nFieldVariable.name\n\n\n\nFieldVariable.values\n\n\n\nFieldVariable.default\n\n\n\nFieldVariable.lower_limit\n\n\n\nFieldVariable.upper_limit\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat", + "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.html#solidmodelskinexportformat", + "title": "SolidModelSkinExportFormat", + "section": "SolidModelSkinExportFormat", + "text": "Options for the export format of solid model skins.\nSolidModelSkinExportFormat.ANSYS_CDB\n\nSolidModelSkinExportFormat.STEP\n\nSolidModelSkinExportFormat.IGES\n\nSolidModelSkinExportFormat.STL\n\nSolidModelSkinExportFormat\nSolidModelSkinExportFormat.ANSYS_CDB\nSolidModelSkinExportFormat.STEP\nSolidModelSkinExportFormat.IGES\nSolidModelSkinExportFormat.STL" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat", + "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.html#ansys.acp.core.SolidModelSkinExportFormat", + "title": "SolidModelSkinExportFormat > SolidModelSkinExportFormat > SolidModelSkinExportFormat", + "section": "SolidModelSkinExportFormat > SolidModelSkinExportFormat", + "text": "class ansys.acp.core.SolidModelSkinExportFormat(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the export format of solid model skins.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSolidModelSkinExportFormat.ANSYS_CDB\n\n\n\nSolidModelSkinExportFormat.STEP\n\n\n\nSolidModelSkinExportFormat.IGES\n\n\n\nSolidModelSkinExportFormat.STL\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.shell_mesh.html#ansys.acp.core.TubeSelectionRule.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property TubeSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/01-pymapdl-workflow", + "href": "examples/workflows/01-pymapdl-workflow.html#pymapdl-workflow", + "title": "PyMAPDL workflow", + "section": "PyMAPDL workflow", + "text": "This example shows how to define a composite lay-up with PyACP, solve the resulting model with PyMAPDL, and\nrun a failure analysis with PyDPF - Composites.\nPyMAPDL workflow" + }, + { + "objectID": "examples/workflows/01-pymapdl-workflow", + "href": "examples/workflows/01-pymapdl-workflow.html#description", + "title": "PyMAPDL workflow > Description", + "section": "Description", + "text": "In a basic PyACP workflow, you begin with an MAPDL DAT file containing the mesh, material data, and\nboundary conditions. For more information on creating input files, see input_file_for_pyacp.\nThen, you import the DAT file into PyACP to define the composite lay-up. Finally, you export the\nresulting model from PyACP to PyMAPDL. Once the results are available, the RST file is loaded in\nPyDPF - Composites for analysis. The additional input files (material.xml and\nACPCompositeDefinitions.h5) can also be stored with PyACP and passed to PyDPF - Composites.\nDescription\nmaterial.xml\nACPCompositeDefinitions.h5" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.parent", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "examples/workflows/01-pymapdl-workflow", + "href": "examples/workflows/01-pymapdl-workflow.html#import-modules", + "title": "PyMAPDL workflow > Import modules", + "section": "Import modules", + "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.parent", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.parent.html#ansys.acp.core.LookUpTable1D.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property LookUpTable1D.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/01-pymapdl-workflow", + "href": "examples/workflows/01-pymapdl-workflow.html#launch-pyacp", + "title": "PyMAPDL workflow > Launch PyACP", + "section": "Launch PyACP", + "text": "Download the example input file.\nLaunch the PyACP server and connect to it.\nLaunch PyACP" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_direction", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_direction.html#radius_direction", - "title": "radius_direction", - "section": "radius_direction", - "text": "radius_direction" + "objectID": "examples/workflows/01-pymapdl-workflow", + "href": "examples/workflows/01-pymapdl-workflow.html#create-an-acp-workflow-instance-and-load-the-model", + "title": "PyMAPDL workflow > Create an ACP workflow instance and load the model", + "section": "Create an ACP workflow instance and load the model", + "text": "Import the model from the input file.\nVisualize the loaded mesh.\nCreate an ACP workflow instance and load the model" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_direction", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_direction.html#ansys.acp.core.VariableOffsetSelectionRule.radius_direction", - "title": "radius_direction > radius_direction > radius_direction", - "section": "radius_direction > radius_direction", - "text": "property VariableOffsetSelectionRule.radius_direction: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/01-pymapdl-workflow", + "href": "examples/workflows/01-pymapdl-workflow.html#define-the-composite-lay-up", + "title": "PyMAPDL workflow > Define the composite lay-up", + "section": "Define the composite lay-up", + "text": "Create an orthotropic material and fabric including strain limits, which are later\nused to postprocess the simulation.\nDefine a rosette and oriented selection set. Plot the orientation.\nCreate various plies with different angles and add them to a modeling group.\nShow the fiber directions of a specific ply.\nFor a quick overview, print the model tree. Note that\nthe model can also be opened in the ACP GUI. For more\ninformation, see view_the_model_in_the_acp_gui.\nDefine the composite lay-up" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "examples/workflows/01-pymapdl-workflow", + "href": "examples/workflows/01-pymapdl-workflow.html#solve-the-model-with-pymapdl", + "title": "PyMAPDL workflow > Solve the model with PyMAPDL", + "section": "Solve the model with PyMAPDL", + "text": "Launch the PyMAPDL instance.\nLoad the CDB file into PyMAPDL.\nSolve the model.\nShow the displacements in postprocessing.\nDownload the RST file for composite-specific postprocessing.\nSolve the model with PyMAPDL" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.mesh.html#ansys.acp.core.TubeSelectionRule.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property TubeSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/01-pymapdl-workflow", + "href": "examples/workflows/01-pymapdl-workflow.html#postprocessing-with-pydpf---composites", + "title": "PyMAPDL workflow > Postprocessing with PyDPF - Composites", + "section": "Postprocessing with PyDPF - Composites", + "text": "To postprocess the results, you must configure the imports, connect to the\nPyDPF - Composites server, and load its plugin.\nConnect to the server. The connect_to_or_start_server function\nautomatically loads the composites plugin.\nSpecify the combined failure criterion.\nCreate the composite model and configure its input.\nEvaluate and plot the failure criteria.\nRelease the composite model to close the open streams to the result file.\nTotal running time of the script: (0 minutes 10.246 seconds)\nDownload Jupyter notebook: 01-pymapdl-workflow.ipynb\nDownload Python source code: 01-pymapdl-workflow.py\nDownload zipped: 01-pymapdl-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocessing with PyDPF - Composites\nconnect_to_or_start_server\nDownload Jupyter notebook: 01-pymapdl-workflow.ipynb\nDownload Python source code: 01-pymapdl-workflow.py\nDownload zipped: 01-pymapdl-workflow.zip" }, { - "objectID": "examples/modeling_features/006-layup-thickness-definitions", - "href": "examples/modeling_features/006-layup-thickness-definitions.html#thickness-definition", - "title": "Thickness definition", - "section": "Thickness definition", - "text": "This example shows how the thickness of a ply can be defined by a geometry or a lookup table.\nThe example only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nThickness definition" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY.html#cut_off_geometry", + "title": "CUT_OFF_GEOMETRY", + "section": "CUT_OFF_GEOMETRY", + "text": "CUT_OFF_GEOMETRY" }, { - "objectID": "examples/modeling_features/006-layup-thickness-definitions", - "href": "examples/modeling_features/006-layup-thickness-definitions.html#import-modules", - "title": "Thickness definition > Import modules", - "section": "Import modules", - "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY.html#ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY", + "title": "CUT_OFF_GEOMETRY > CUT_OFF_GEOMETRY > CUT_OFF_GEOMETRY", + "section": "CUT_OFF_GEOMETRY > CUT_OFF_GEOMETRY", + "text": "ExampleKeys.CUT_OFF_GEOMETRY = 7\n\n" }, { - "objectID": "examples/modeling_features/006-layup-thickness-definitions", - "href": "examples/modeling_features/006-layup-thickness-definitions.html#start-acp-and-load-the-model", - "title": "Thickness definition > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from the input file.\nThis example’s input file contains a flat plate with a single ply.\nStart ACP and load the model" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.status", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "examples/modeling_features/006-layup-thickness-definitions", - "href": "examples/modeling_features/006-layup-thickness-definitions.html#define-the-thickness-from-a-geometry", - "title": "Thickness definition > Define the thickness from a geometry", - "section": "Define the thickness from a geometry", - "text": "Add the solid geometry to the model that defines the thickness.\nCreate a virtual geometry from the CAD geometry.\nSet the thickness type to FROM_GEOMETRY and define the virtual geometry.\nPlot the ply thickness together with the geometry defining the thickness.\nDefine the thickness from a geometry\nFROM_GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.status", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.status.html#ansys.acp.core.SnapToGeometry.status", + "title": "status > status > status", + "section": "status > status", + "text": "property SnapToGeometry.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/006-layup-thickness-definitions", - "href": "examples/modeling_features/006-layup-thickness-definitions.html#define-the-thickness-from-a-lookup-table", - "title": "Thickness definition > Define the thickness from a lookup table", - "section": "Define the thickness from a lookup table", - "text": "Create the data for the lookup table.\nMake a 20x20 grid of points to define a thickness function on. In this example,\nthe mesh of the lookup table is finer than the finite element mesh, and the thickness\nis interpolated onto the finite element mesh.\nNote that the plate lies in the xz plane and the thickness is defined in the y direction.\nCreate a thickness that equals the distance to the center of the plate.\nCreate the point coordinates for the lookup table.\nThe y coordinate is always zero.\nNow you have a list of point coordinates:\nAnd the corresponding thickness values.\nCreate the lookup table and add the coordinates and thickness data.\nSet the thickness type to FROM_TABLE and assign the thickness column.\nPlot the ply thickness.\nTotal running time of the script: (0 minutes 4.250 seconds)\nDownload Jupyter notebook: 006-layup-thickness-definitions.ipynb\nDownload Python source code: 006-layup-thickness-definitions.py\nDownload zipped: 006-layup-thickness-definitions.zip\nGallery generated by Sphinx-Gallery\nDefine the thickness from a lookup table\nFROM_TABLE\nDownload Jupyter notebook: 006-layup-thickness-definitions.ipynb\nDownload Python source code: 006-layup-thickness-definitions.py\nDownload zipped: 006-layup-thickness-definitions.zip" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets.html#solid_element_sets", + "title": "solid_element_sets", + "section": "solid_element_sets", + "text": "solid_element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.element_nodes", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.element_nodes.html#element_nodes", - "title": "element_nodes", - "section": "element_nodes", - "text": "element_nodes" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets.html#ansys.acp.core.ImportedSolidModel.solid_element_sets", + "title": "solid_element_sets > solid_element_sets > solid_element_sets", + "section": "solid_element_sets > solid_element_sets", + "text": "property ImportedSolidModel.solid_element_sets: Mapping[ValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.element_nodes", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.element_nodes.html#ansys.acp.core.mesh_data.TriangleMesh.element_nodes", - "title": "element_nodes > element_nodes > element_nodes", - "section": "element_nodes > element_nodes", - "text": "TriangleMesh.element_nodes: ndarray[tuple[int, ...], dtype[int64]]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets.html#examples-using-importedsolidmodelsolid_element_sets", + "title": "solid_element_sets > Examples using ImportedSolidModel.solid_element_sets", + "section": "Examples using ImportedSolidModel.solid_element_sets", + "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using ImportedSolidModel.solid_element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model", - "href": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model.html#create_imported_solid_model", - "title": "create_imported_solid_model", - "section": "create_imported_solid_model", - "text": "Instantiate an imported solid model.\nname (str) – Name of the imported solid model.\nactive (bool) – Inactive imported solid models are ignored in the analysis.\nformat (SolidModelImportFormat) – Specifies the format of the file to be imported.\nunit_system (UnitSystemType) – Specifies the unit system of the external solid mesh.\nexternal_path (_PATH) – Path of the file to be imported.\ndelete_bad_elements (bool) – If True, run an element check and delete erroneous elements. Bad elements\ncan falsify the mapping.\nwarping_limit (float) – Maximum allowable warping. Elements with a warping above this limit are\ndeleted.\nOnly used if delete_bad_elements is True.\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are deleted.\nOnly used if delete_bad_elements is True.\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\nexport_settings (ImportedSolidModelExportSettings) – Defines the settings for exporting the imported solid model.\nImportedSolidModel\nAdded in ACP server version 25.1.\ncreate_imported_solid_model\ndelete_bad_elements\ndelete_bad_elements\ncut_off_material_handling\nGLOBAL" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rindex", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rindex.html#rindex", + "title": "rindex", + "section": "rindex", + "text": "Return the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nRaises ValueError when the substring is not found.\nrindex" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model", - "href": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model.html#ansys.acp.core.Model.create_imported_solid_model", - "title": "create_imported_solid_model > create_imported_solid_model > create_imported_solid_model", - "section": "create_imported_solid_model > create_imported_solid_model", - "text": "Model.create_imported_solid_model(*, name='ImportedSolidModel', active=True, format='ansys:cdb', unit_system='from_file', external_path='', delete_bad_elements=True, warping_limit=0.4, minimum_volume=0.0, cut_off_material=None, export_settings=)\n\nInstantiate an imported solid model.\n\nParameters\n\nname (str) – Name of the imported solid model.\n\nactive (bool) – Inactive imported solid models are ignored in the analysis.\n\nformat (SolidModelImportFormat) – Specifies the format of the file to be imported.\n\nunit_system (UnitSystemType) – Specifies the unit system of the external solid mesh.\n\nexternal_path (_PATH) – Path of the file to be imported.\n\ndelete_bad_elements (bool) – If True, run an element check and delete erroneous elements. Bad elements\ncan falsify the mapping.\n\nwarping_limit (float) – Maximum allowable warping. Elements with a warping above this limit are\ndeleted.\nOnly used if delete_bad_elements is True.\n\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are deleted.\nOnly used if delete_bad_elements is True.\n\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\nexport_settings (ImportedSolidModelExportSettings) – Defines the settings for exporting the imported solid model.\n\nReturn type\n\nImportedSolidModel\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rindex", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rindex.html#ansys.acp.core.LaunchMode.rindex", + "title": "rindex > rindex > rindex", + "section": "rindex > rindex", + "text": "LaunchMode.rindex(sub, [start, [end]]) -> int\n\nReturn the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nRaises ValueError when the substring is not found.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model", - "href": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model.html#examples-using-modelcreate_imported_solid_model", - "title": "create_imported_solid_model > Examples using Model.create_imported_solid_model", - "section": "Examples using Model.create_imported_solid_model", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.create_imported_solid_model" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.html#importedanalysisply", + "title": "ImportedAnalysisPly", + "section": "ImportedAnalysisPly", + "text": "Instantiate an Imported Analysis Ply.\nname (str) – The name of the Imported Analysis Ply.\nmaterial (Material) – Material of the Imported Analysis ply.\nangle (float) – Angle of the Analysis ply in degrees.\nthickness (float) – Thickness of the ply.\nactive_in_post_mode (bool) – If False, deactivates the failure analysis for this ply during post-processing.\nAdded in ACP server version 25.1.\nImportedAnalysisPly.active_in_post_mode\n\nImportedAnalysisPly.angle\n\nImportedAnalysisPly.id\nIdentifier of the object, used for example as key in maps.\nImportedAnalysisPly.material\n\nImportedAnalysisPly.name\nThe name of the object.\nImportedAnalysisPly.parent\nThe parent of the object.\nImportedAnalysisPly.solid_mesh\nSolid mesh associated with the object.\nImportedAnalysisPly.status\n\nImportedAnalysisPly.thickness\n\nImportedAnalysisPly\nImportedAnalysisPly.active_in_post_mode\nImportedAnalysisPly.angle\nImportedAnalysisPly.id\nImportedAnalysisPly.material\nImportedAnalysisPly.name\nImportedAnalysisPly.parent\nImportedAnalysisPly.solid_mesh\nImportedAnalysisPly.status\nImportedAnalysisPly.thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.normalized", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.normalized.html#normalized", - "title": "normalized", - "section": "normalized", - "text": "normalized" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.html#ansys.acp.core.ImportedAnalysisPly", + "title": "ImportedAnalysisPly > ImportedAnalysisPly > ImportedAnalysisPly", + "section": "ImportedAnalysisPly > ImportedAnalysisPly", + "text": "class ansys.acp.core.ImportedAnalysisPly\n\nInstantiate an Imported Analysis Ply.\n\nParameters\n\nname (str) – The name of the Imported Analysis Ply.\n\nmaterial (Material) – Material of the Imported Analysis ply.\n\nangle (float) – Angle of the Analysis ply in degrees.\n\nthickness (float) – Thickness of the ply.\n\nactive_in_post_mode (bool) – If False, deactivates the failure analysis for this ply during post-processing.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedAnalysisPly.active_in_post_mode\n\n\n\nImportedAnalysisPly.angle\n\n\n\nImportedAnalysisPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nImportedAnalysisPly.material\n\n\n\nImportedAnalysisPly.name\n\nThe name of the object.\n\nImportedAnalysisPly.parent\n\nThe parent of the object.\n\nImportedAnalysisPly.solid_mesh\n\nSolid mesh associated with the object.\n\nImportedAnalysisPly.status\n\n\n\nImportedAnalysisPly.thickness\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.normalized", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.normalized.html#ansys.acp.core.material_property_sets.InterpolationOptions.normalized", - "title": "normalized > normalized > normalized", - "section": "normalized > normalized", - "text": "InterpolationOptions.normalized: bool\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.html#examples-using-importedanalysisply", + "title": "ImportedAnalysisPly > Examples using ImportedAnalysisPly", + "section": "Examples using ImportedAnalysisPly", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ImportedAnalysisPly" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.MATERIAL_1_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.MATERIAL_1_DIRECTION.html#material_1_direction", - "title": "MATERIAL_1_DIRECTION", - "section": "MATERIAL_1_DIRECTION", - "text": "MATERIAL_1_DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_thickness_tolerance", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_thickness_tolerance.html#relative_thickness_tolerance", + "title": "relative_thickness_tolerance", + "section": "relative_thickness_tolerance", + "text": "relative_thickness_tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.MATERIAL_1_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.MATERIAL_1_DIRECTION.html#ansys.acp.core.ElementalDataType.MATERIAL_1_DIRECTION", - "title": "MATERIAL_1_DIRECTION > MATERIAL_1_DIRECTION > MATERIAL_1_DIRECTION", - "section": "MATERIAL_1_DIRECTION > MATERIAL_1_DIRECTION", - "text": "ElementalDataType.MATERIAL_1_DIRECTION = 'material_1_direction'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_thickness_tolerance", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_thickness_tolerance.html#ansys.acp.core.ShellMappingProperties.relative_thickness_tolerance", + "title": "relative_thickness_tolerance > relative_thickness_tolerance > relative_thickness_tolerance", + "section": "relative_thickness_tolerance > relative_thickness_tolerance", + "text": "ShellMappingProperties.relative_thickness_tolerance: float = 0.5\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.format", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.format.html#format", - "title": "format", - "section": "format", - "text": "format" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_modeling_group", + "href": "api/_autosummary/ansys.acp.core.Model.create_modeling_group.html#create_modeling_group", + "title": "create_modeling_group", + "section": "create_modeling_group", + "text": "Instantiate a modeling group.\nname (str) – Name of the modeling group.\nModelingGroup\nAdded in ACP server version 24.2.\ncreate_modeling_group" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.format", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.format.html#ansys.acp.core.ImportedSolidModel.format", - "title": "format > format > format", - "section": "format > format", - "text": "property ImportedSolidModel.format: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_modeling_group", + "href": "api/_autosummary/ansys.acp.core.Model.create_modeling_group.html#ansys.acp.core.Model.create_modeling_group", + "title": "create_modeling_group > create_modeling_group > create_modeling_group", + "section": "create_modeling_group > create_modeling_group", + "text": "Model.create_modeling_group(*, name='ModelingGroup')\n\nInstantiate a modeling group.\n\nParameters\n\nname (str) – Name of the modeling group.\n\nReturn type\n\nModelingGroup\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.node_coordinates", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.node_coordinates.html#node_coordinates", - "title": "node_coordinates", - "section": "node_coordinates", - "text": "node_coordinates" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_modeling_group", + "href": "api/_autosummary/ansys.acp.core.Model.create_modeling_group.html#examples-using-modelcreate_modeling_group", + "title": "create_modeling_group > Examples using Model.create_modeling_group", + "section": "Examples using Model.create_modeling_group", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.create_modeling_group" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.node_coordinates", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.node_coordinates.html#ansys.acp.core.mesh_data.TriangleMesh.node_coordinates", - "title": "node_coordinates > node_coordinates > node_coordinates", - "section": "node_coordinates > node_coordinates", - "text": "TriangleMesh.node_coordinates: ndarray[tuple[int, ...], dtype[float64]]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.solid_mesh.html#solid_mesh", + "title": "solid_mesh", + "section": "solid_mesh", + "text": "Solid mesh associated with the object.\nsolid_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.offset_type", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.offset_type.html#offset_type", - "title": "offset_type", - "section": "offset_type", - "text": "offset_type" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.solid_mesh.html#ansys.acp.core.SolidElementSet.solid_mesh", + "title": "solid_mesh > solid_mesh > solid_mesh", + "section": "solid_mesh > solid_mesh", + "text": "property SolidElementSet.solid_mesh: MeshData\n\nSolid mesh associated with the object.\n\n!! processed by numpydoc !!" }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.offset_type", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.offset_type.html#ansys.acp.core.ImportedModelingPly.offset_type", - "title": "offset_type > offset_type > offset_type", - "section": "offset_type > offset_type", - "text": "property ImportedModelingPly.offset_type: Any\n\n!! processed by numpydoc !!" + { + "objectID": "examples/workflows/03-pymechanical-shell-workflow", + "href": "examples/workflows/03-pymechanical-shell-workflow.html#pymechanical-shell-workflow", + "title": "PyMechanical shell workflow", + "section": "PyMechanical shell workflow", + "text": "This example shows how to set up a simple shell model with PyACP and\nPyMechanical:\nThe geometry is imported into Mechanical and meshed.\nThe mesh is exported to ACP.\nA simple lay-up is defined in ACP.\nPlies and materials are exported from ACP, and imported into Mechanical.\nBoundary conditions are set in Mechanical.\nThe model is solved.\nThe results are post-processed in PyDPF - Composites.\nThe PyACP / PyMechanical integration is still experimental. Refer to the\nlimitations section for more information.\nPyMechanical shell workflow" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "examples/workflows/03-pymechanical-shell-workflow", + "href": "examples/workflows/03-pymechanical-shell-workflow.html#import-modules-and-start-the-ansys-products", + "title": "PyMechanical shell workflow > Import modules and start the Ansys products", + "section": "Import modules and start the Ansys products", + "text": "Import the standard library and third-party dependencies.\nImport PyACP, PyMechanical, and PyDPF - Composites.\nStart the ACP, Mechanical, and DPF servers. We use a ThreadPoolExecutor\nto start them in parallel.\nImport modules and start the Ansys products\nThreadPoolExecutor" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.store.html#ansys.acp.core.GeometricalSelectionRule.store", - "title": "store > store > store", - "section": "store > store", - "text": "GeometricalSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/03-pymechanical-shell-workflow", + "href": "examples/workflows/03-pymechanical-shell-workflow.html#get-example-input-files", + "title": "PyMechanical shell workflow > Get example input files", + "section": "Get example input files", + "text": "Create a temporary working directory, and download the example input files\nto this directory.\nGet example input files" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_1.html#g12_1", - "title": "G12_1", - "section": "G12_1", - "text": "G12_1" + "objectID": "examples/workflows/03-pymechanical-shell-workflow", + "href": "examples/workflows/03-pymechanical-shell-workflow.html#generate-the-mesh-in-pymechanical", + "title": "PyMechanical shell workflow > Generate the mesh in PyMechanical", + "section": "Generate the mesh in PyMechanical", + "text": "Load the geometry into Mechanical, generate the mesh, and export it to the\nappropriate transfer format for ACP.\nGenerate the mesh in PyMechanical" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_1", - "title": "G12_1 > G12_1 > G12_1", - "section": "G12_1 > G12_1", - "text": "property ConstantWovenCharacterization.G12_1: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/03-pymechanical-shell-workflow", + "href": "examples/workflows/03-pymechanical-shell-workflow.html#set-up-the-acp-model", + "title": "PyMechanical shell workflow > Set up the ACP model", + "section": "Set up the ACP model", + "text": "Setup basic ACP lay-up based on the mesh in mesh_path, and export material and composite\ndefinition file to output_path.\nSet up the ACP model\nmesh_path" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.name", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "examples/workflows/03-pymechanical-shell-workflow", + "href": "examples/workflows/03-pymechanical-shell-workflow.html#update-and-save-the-acp-model", + "title": "PyMechanical shell workflow > Update and Save the ACP model", + "section": "Update and Save the ACP model", + "text": "Update and Save the ACP model" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.name", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.name.html#ansys.acp.core.ImportedSolidModel.name", - "title": "name > name > name", - "section": "name > name", - "text": "property ImportedSolidModel.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/03-pymechanical-shell-workflow", + "href": "examples/workflows/03-pymechanical-shell-workflow.html#import-materials-and-plies-into-mechanical", + "title": "PyMechanical shell workflow > Import materials and plies into Mechanical", + "section": "Import materials and plies into Mechanical", + "text": "Import materials into Mechanical\nImport plies into Mechanical\nImport materials and plies into Mechanical" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rsplit", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rsplit.html#rsplit", - "title": "rsplit", - "section": "rsplit", - "text": "Return a list of the substrings in the string, using sep as the separator string.\nThe separator used to split the string.\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\nMaximum number of splits.\n-1 (the default value) means no limit.\nSplitting starts at the end of the string and works to the front.\nrsplit" + "objectID": "examples/workflows/03-pymechanical-shell-workflow", + "href": "examples/workflows/03-pymechanical-shell-workflow.html#set-boundary-condition-and-solve", + "title": "PyMechanical shell workflow > Set boundary condition and solve", + "section": "Set boundary condition and solve", + "text": "Set boundary condition and solve" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rsplit", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rsplit.html#ansys.acp.core.LaunchMode.rsplit", - "title": "rsplit > rsplit > rsplit", - "section": "rsplit > rsplit", - "text": "LaunchMode.rsplit(/, sep=None, maxsplit=-1)\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nsep\n\nThe separator used to split the string.\n\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\n\nmaxsplit\n\nMaximum number of splits.\n-1 (the default value) means no limit.\n\nSplitting starts at the end of the string and works to the front.\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/03-pymechanical-shell-workflow", + "href": "examples/workflows/03-pymechanical-shell-workflow.html#postprocess-results", + "title": "PyMechanical shell workflow > Postprocess results", + "section": "Postprocess results", + "text": "Evaluate the failure criteria using the PyDPF - Composites.\nDownload Jupyter notebook: 03-pymechanical-shell-workflow.ipynb\nDownload Python source code: 03-pymechanical-shell-workflow.py\nDownload zipped: 03-pymechanical-shell-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocess results\nDownload Jupyter notebook: 03-pymechanical-shell-workflow.ipynb\nDownload Python source code: 03-pymechanical-shell-workflow.py\nDownload zipped: 03-pymechanical-shell-workflow.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH.html#imported_solid_model_solid_mesh", - "title": "IMPORTED_SOLID_MODEL_SOLID_MESH", - "section": "IMPORTED_SOLID_MODEL_SOLID_MESH", - "text": "IMPORTED_SOLID_MODEL_SOLID_MESH" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.id", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH.html#ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH", - "title": "IMPORTED_SOLID_MODEL_SOLID_MESH > IMPORTED_SOLID_MODEL_SOLID_MESH > IMPORTED_SOLID_MODEL_SOLID_MESH", - "section": "IMPORTED_SOLID_MODEL_SOLID_MESH > IMPORTED_SOLID_MODEL_SOLID_MESH", - "text": "ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH = 16\n\n" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.id", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.id.html#ansys.acp.core.InterfaceLayer.id", + "title": "id > id > id", + "section": "id > id", + "text": "property InterfaceLayer.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.AnalysisPlyNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "AnalysisPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.element_labels.html#ansys.acp.core.mesh_data.SolidElementSetElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "SolidElementSetElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYt.html#eyt", - "title": "eYt", - "section": "eYt", - "text": "eYt" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.html#variablepuckconstants", + "title": "VariablePuckConstants", + "section": "VariablePuckConstants", + "text": "Variable Puck constants material property set.\nAdded in ACP server version 24.2.\nVariablePuckConstants.M\n\nVariablePuckConstants.field_variables\n\nVariablePuckConstants.interface_weakening_factor\n\nVariablePuckConstants.interpolation_options\n\nVariablePuckConstants.mat_type\n\nVariablePuckConstants.p_21_neg\n\nVariablePuckConstants.p_21_pos\n\nVariablePuckConstants.p_22_neg\n\nVariablePuckConstants.p_22_pos\n\nVariablePuckConstants.s\n\nVariablePuckConstants\nVariablePuckConstants.M\nVariablePuckConstants.field_variables\nVariablePuckConstants.interface_weakening_factor\nVariablePuckConstants.interpolation_options\nVariablePuckConstants.mat_type\nVariablePuckConstants.p_21_neg\nVariablePuckConstants.p_21_pos\nVariablePuckConstants.p_22_neg\nVariablePuckConstants.p_22_pos\nVariablePuckConstants.s" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYt.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eYt", - "title": "eYt > eYt > eYt", - "section": "eYt > eYt", - "text": "property ConstantStrainLimits.eYt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.html#ansys.acp.core.material_property_sets.VariablePuckConstants", + "title": "VariablePuckConstants > VariablePuckConstants > VariablePuckConstants", + "section": "VariablePuckConstants > VariablePuckConstants", + "text": "class ansys.acp.core.material_property_sets.VariablePuckConstants(*, _parent_object=None, _attribute_path=None)\n\nVariable Puck constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariablePuckConstants.M\n\n\n\nVariablePuckConstants.field_variables\n\n\n\nVariablePuckConstants.interface_weakening_factor\n\n\n\nVariablePuckConstants.interpolation_options\n\n\n\nVariablePuckConstants.mat_type\n\n\n\nVariablePuckConstants.p_21_neg\n\n\n\nVariablePuckConstants.p_21_pos\n\n\n\nVariablePuckConstants.p_22_neg\n\n\n\nVariablePuckConstants.p_22_pos\n\n\n\nVariablePuckConstants.s\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes.html#root_shapes", - "title": "root_shapes", - "section": "root_shapes", - "text": "root_shapes" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.name", + "href": "api/_autosummary/ansys.acp.core.Fabric.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes.html#ansys.acp.core.CADGeometry.root_shapes", - "title": "root_shapes > root_shapes > root_shapes", - "section": "root_shapes > root_shapes", - "text": "property CADGeometry.root_shapes: Mapping[ValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.name", + "href": "api/_autosummary/ansys.acp.core.Fabric.name.html#ansys.acp.core.Fabric.name", + "title": "name > name > name", + "section": "name > name", + "text": "property Fabric.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes.html#examples-using-cadgeometryroot_shapes", - "title": "root_shapes > Examples using CADGeometry.root_shapes", - "section": "Examples using CADGeometry.root_shapes", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using CADGeometry.root_shapes" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.name", + "href": "api/_autosummary/ansys.acp.core.Fabric.name.html#examples-using-fabricname", + "title": "name > Examples using Fabric.name", + "section": "Examples using Fabric.name", + "text": "sphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nExamples using Fabric.name" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.id", - "href": "api/_autosummary/ansys.acp.core.SolidModel.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes_offsets", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes_offsets.html#element_nodes_offsets", + "title": "element_nodes_offsets", + "section": "element_nodes_offsets", + "text": "element_nodes_offsets" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.id", - "href": "api/_autosummary/ansys.acp.core.SolidModel.id.html#ansys.acp.core.SolidModel.id", - "title": "id > id > id", - "section": "id > id", - "text": "property SolidModel.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes_offsets", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes_offsets.html#ansys.acp.core.mesh_data.MeshData.element_nodes_offsets", + "title": "element_nodes_offsets > element_nodes_offsets > element_nodes_offsets", + "section": "element_nodes_offsets > element_nodes_offsets", + "text": "MeshData.element_nodes_offsets: ndarray[tuple[int, ...], dtype[int32]]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.delete", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.delete", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.delete.html#ansys.acp.core.SubLaminate.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "SubLaminate.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.parent.html#ansys.acp.core.CylindricalSelectionRule.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property CylindricalSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.lookup_tables_3d", - "href": "api/_autosummary/ansys.acp.core.Model.lookup_tables_3d.html#lookup_tables_3d", - "title": "lookup_tables_3d", - "section": "lookup_tables_3d", - "text": "lookup_tables_3d" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.html#modelingplyelementaldata", + "title": "ModelingPlyElementalData", + "section": "ModelingPlyElementalData", + "text": "Represents elemental data for a Modeling Ply.\nModelingPlyElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nModelingPlyElementalData.area\n\nModelingPlyElementalData.cog\n\nModelingPlyElementalData.design_angle\n\nModelingPlyElementalData.draped_fiber_angle\n\nModelingPlyElementalData.draped_fiber_direction\n\nModelingPlyElementalData.draped_transverse_angle\n\nModelingPlyElementalData.draped_transverse_direction\n\nModelingPlyElementalData.fiber_direction\n\nModelingPlyElementalData.mass\n\nModelingPlyElementalData.normal\n\nModelingPlyElementalData.offset\n\nModelingPlyElementalData.orientation\n\nModelingPlyElementalData.price\n\nModelingPlyElementalData.reference_direction\n\nModelingPlyElementalData.relative_thickness_correction\n\nModelingPlyElementalData.shear_angle\n\nModelingPlyElementalData.thickness\n\nModelingPlyElementalData.transverse_direction\n\nModelingPlyElementalData.volume\n\nModelingPlyElementalData.element_labels\n\nModelingPlyElementalData\nModelingPlyElementalData.get_pyvista_mesh\nModelingPlyElementalData.area\nModelingPlyElementalData.cog\nModelingPlyElementalData.design_angle\nModelingPlyElementalData.draped_fiber_angle\nModelingPlyElementalData.draped_fiber_direction\nModelingPlyElementalData.draped_transverse_angle\nModelingPlyElementalData.draped_transverse_direction\nModelingPlyElementalData.fiber_direction\nModelingPlyElementalData.mass\nModelingPlyElementalData.normal\nModelingPlyElementalData.offset\nModelingPlyElementalData.orientation\nModelingPlyElementalData.price\nModelingPlyElementalData.reference_direction\nModelingPlyElementalData.relative_thickness_correction\nModelingPlyElementalData.shear_angle\nModelingPlyElementalData.thickness\nModelingPlyElementalData.transverse_direction\nModelingPlyElementalData.volume\nModelingPlyElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.lookup_tables_3d", - "href": "api/_autosummary/ansys.acp.core.Model.lookup_tables_3d.html#ansys.acp.core.Model.lookup_tables_3d", - "title": "lookup_tables_3d > lookup_tables_3d > lookup_tables_3d", - "section": "lookup_tables_3d > lookup_tables_3d", - "text": "property Model.lookup_tables_3d: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.html#ansys.acp.core.mesh_data.ModelingPlyElementalData", + "title": "ModelingPlyElementalData > ModelingPlyElementalData > ModelingPlyElementalData", + "section": "ModelingPlyElementalData > ModelingPlyElementalData", + "text": "class ansys.acp.core.mesh_data.ModelingPlyElementalData(element_labels, normal=None, orientation=None, reference_direction=None, fiber_direction=None, draped_fiber_direction=None, transverse_direction=None, draped_transverse_direction=None, thickness=None, relative_thickness_correction=None, design_angle=None, shear_angle=None, draped_fiber_angle=None, draped_transverse_angle=None, area=None, price=None, volume=None, mass=None, offset=None, cog=None)\n\nRepresents elemental data for a Modeling Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelingPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelingPlyElementalData.area\n\n\n\nModelingPlyElementalData.cog\n\n\n\nModelingPlyElementalData.design_angle\n\n\n\nModelingPlyElementalData.draped_fiber_angle\n\n\n\nModelingPlyElementalData.draped_fiber_direction\n\n\n\nModelingPlyElementalData.draped_transverse_angle\n\n\n\nModelingPlyElementalData.draped_transverse_direction\n\n\n\nModelingPlyElementalData.fiber_direction\n\n\n\nModelingPlyElementalData.mass\n\n\n\nModelingPlyElementalData.normal\n\n\n\nModelingPlyElementalData.offset\n\n\n\nModelingPlyElementalData.orientation\n\n\n\nModelingPlyElementalData.price\n\n\n\nModelingPlyElementalData.reference_direction\n\n\n\nModelingPlyElementalData.relative_thickness_correction\n\n\n\nModelingPlyElementalData.shear_angle\n\n\n\nModelingPlyElementalData.thickness\n\n\n\nModelingPlyElementalData.transverse_direction\n\n\n\nModelingPlyElementalData.volume\n\n\n\nModelingPlyElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.id", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED.html#minimum_distance_superposed", + "title": "MINIMUM_DISTANCE_SUPERPOSED", + "section": "MINIMUM_DISTANCE_SUPERPOSED", + "text": "MINIMUM_DISTANCE_SUPERPOSED" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.id", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.id.html#ansys.acp.core.ModelingGroup.id", - "title": "id > id > id", - "section": "id > id", - "text": "property ModelingGroup.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED.html#ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", + "title": "MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED", + "section": "MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED", + "text": "RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED = 'minimum_distance_superposed'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType.TOP_OFFSET", - "href": "api/_autosummary/ansys.acp.core.OffsetType.TOP_OFFSET.html#top_offset", - "title": "TOP_OFFSET", - "section": "TOP_OFFSET", - "text": "TOP_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED.html#examples-using-rosetteselectionmethodminimum_distance_superposed", + "title": "MINIMUM_DISTANCE_SUPERPOSED > Examples using RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", + "section": "Examples using RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType.TOP_OFFSET", - "href": "api/_autosummary/ansys.acp.core.OffsetType.TOP_OFFSET.html#ansys.acp.core.OffsetType.TOP_OFFSET", - "title": "TOP_OFFSET > TOP_OFFSET > TOP_OFFSET", - "section": "TOP_OFFSET > TOP_OFFSET", - "text": "OffsetType.TOP_OFFSET = 'top_offset'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_sublaminate", + "href": "api/_autosummary/ansys.acp.core.Model.create_sublaminate.html#create_sublaminate", + "title": "create_sublaminate", + "section": "create_sublaminate", + "text": "Instantiate a SubLaminate.\nname (str) – Name of the sub-laminate.\nsymmetry (SymmetryType) – Whether the sub-laminate is odd or even symmetrical, or none.\ntopdown (bool) – The first material in the list is placed first in the mold if topdown is true.\nmaterials (Sequence[Lamina]) – List of materials (fabrics and stackups) with angles which build the sub-laminate.\nSubLaminate\nAdded in ACP server version 24.2.\ncreate_sublaminate" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.html#booleanselectionruleelementaldata", - "title": "BooleanSelectionRuleElementalData", - "section": "BooleanSelectionRuleElementalData", - "text": "Represents elemental data for a Boolean Selection Rule.\nBooleanSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nBooleanSelectionRuleElementalData.normal\n\nBooleanSelectionRuleElementalData.element_labels\n\nBooleanSelectionRuleElementalData\nBooleanSelectionRuleElementalData.get_pyvista_mesh\nBooleanSelectionRuleElementalData.normal\nBooleanSelectionRuleElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_sublaminate", + "href": "api/_autosummary/ansys.acp.core.Model.create_sublaminate.html#ansys.acp.core.Model.create_sublaminate", + "title": "create_sublaminate > create_sublaminate > create_sublaminate", + "section": "create_sublaminate > create_sublaminate", + "text": "Model.create_sublaminate(*, name='SubLaminate', symmetry='no_symmetry', topdown=True, materials=())\n\nInstantiate a SubLaminate.\n\nParameters\n\nname (str) – Name of the sub-laminate.\n\nsymmetry (SymmetryType) – Whether the sub-laminate is odd or even symmetrical, or none.\n\ntopdown (bool) – The first material in the list is placed first in the mold if topdown is true.\n\nmaterials (Sequence[Lamina]) – List of materials (fabrics and stackups) with angles which build the sub-laminate.\n\nReturn type\n\nSubLaminate\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.html#ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData", - "title": "BooleanSelectionRuleElementalData > BooleanSelectionRuleElementalData > BooleanSelectionRuleElementalData", - "section": "BooleanSelectionRuleElementalData > BooleanSelectionRuleElementalData", - "text": "class ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Boolean Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nBooleanSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nBooleanSelectionRuleElementalData.normal\n\n\n\nBooleanSelectionRuleElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_sublaminate", + "href": "api/_autosummary/ansys.acp.core.Model.create_sublaminate.html#examples-using-modelcreate_sublaminate", + "title": "create_sublaminate > Examples using Model.create_sublaminate", + "section": "Examples using Model.create_sublaminate", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using Model.create_sublaminate" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.topdown", - "href": "api/_autosummary/ansys.acp.core.Stackup.topdown.html#topdown", - "title": "topdown", - "section": "topdown", - "text": "topdown" + "objectID": "user_guide/concepts/store", + "href": "user_guide/concepts/store.html#stored-versus-unstored-objects", + "title": "Stored versus unstored objects", + "section": "Stored versus unstored objects", + "text": "This is an advanced PyACP concept. It is not required knowledge for most modeling tasks.\nStored versus unstored objects" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.topdown", - "href": "api/_autosummary/ansys.acp.core.Stackup.topdown.html#ansys.acp.core.Stackup.topdown", - "title": "topdown > topdown > topdown", - "section": "topdown > topdown", - "text": "property Stackup.topdown: Any\n\n!! processed by numpydoc !!" + "objectID": "user_guide/concepts/store", + "href": "user_guide/concepts/store.html#general-concept", + "title": "Stored versus unstored objects > General concept", + "section": "General concept", + "text": "PyACP objects can exist in two states: stored and unstored.\nA stored object is one that has been sent to the ACP server. When any of its properties change, the change is automatically propagated to the server. Similarly, when an attribute is accessed, the value is retrieved from the server.\nAn unstored object is a local representation of an ACP object. It can be used to specify the defining properties of the object, but all computed properties are unavailable. When it is stored, it is sent to the server and becomes a stored object.\nGeneral concept" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.id", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "user_guide/concepts/store", + "href": "user_guide/concepts/store.html#creating-stored-and-unstored-objects", + "title": "Stored versus unstored objects > Creating stored and unstored objects", + "section": "Creating stored and unstored objects", + "text": "Consider the following example. First, launch an ACP instance and import a model. This creates a stored model object.\nTo create a new stored material object, call the create_material() method of the model object.\nTo instead create an unstored material object, directly call the Material constructor:\nNotice that the unstored material object has an empty ID. This is because the ID is assigned by the server when the object is stored.\nCreating stored and unstored objects\ncreate_material()\nMaterial" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.id", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.id.html#ansys.acp.core.EdgeSet.id", - "title": "id > id > id", - "section": "id > id", - "text": "property EdgeSet.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "user_guide/concepts/store", + "href": "user_guide/concepts/store.html#storing-objects", + "title": "Stored versus unstored objects > Storing objects", + "section": "Storing objects", + "text": "You can make changes to the unstored material, but they are lost when the Python session ends.\nTo store a material in an ACP model, call its store method. The parent parameter determines where in the model the material is stored. In this case, the parent is the model itself.\nStoring objects\nstore\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.RELATIVE_THICKNESS_CORRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.RELATIVE_THICKNESS_CORRECTION.html#relative_thickness_correction", - "title": "RELATIVE_THICKNESS_CORRECTION", - "section": "RELATIVE_THICKNESS_CORRECTION", - "text": "RELATIVE_THICKNESS_CORRECTION" + "objectID": "user_guide/concepts/store", + "href": "user_guide/concepts/store.html#cloning-objects", + "title": "Stored versus unstored objects > Cloning objects", + "section": "Cloning objects", + "text": "You can create an unstored copy of an existing object by calling the clone method. The source object can be either stored or unstored.\nYou may also use the clone method to copy an object between models, even if the models are on different ACP servers.\nCloning objects\nclone\nclone" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.RELATIVE_THICKNESS_CORRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.RELATIVE_THICKNESS_CORRECTION.html#ansys.acp.core.ElementalDataType.RELATIVE_THICKNESS_CORRECTION", - "title": "RELATIVE_THICKNESS_CORRECTION > RELATIVE_THICKNESS_CORRECTION > RELATIVE_THICKNESS_CORRECTION", - "section": "RELATIVE_THICKNESS_CORRECTION > RELATIVE_THICKNESS_CORRECTION", - "text": "ElementalDataType.RELATIVE_THICKNESS_CORRECTION = 'relative_thickness_correction'\n\n" + "objectID": "user_guide/concepts/store", + "href": "user_guide/concepts/store.html#performance-considerations", + "title": "Stored versus unstored objects > Performance considerations", + "section": "Performance considerations", + "text": "When building ACP models, performance can vary depending on whether the objects are stored or unstored. In general, it is best to first build an unstored object and then store its finished form. Otherwise, each change to the object is sent to the server, which can slow down the performance depending on the network connection.\nThis does not mean that you necessarily need to use the store() method. It is just as efficient to use the create_*() methods and simply pass all the defining properties at once.\nPerformance considerations\nstore()\ncreate_*()" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.use_imported_plies", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.use_imported_plies.html#use_imported_plies", - "title": "use_imported_plies", - "section": "use_imported_plies", - "text": "use_imported_plies" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.add_taper_edge", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.add_taper_edge.html#add_taper_edge", + "title": "add_taper_edge", + "section": "add_taper_edge", + "text": "Add a TaperEdge to the ModelingPly.\nSee TaperEdge for the available parameters.\nTaperEdge\nadd_taper_edge\nTaperEdge" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.use_imported_plies", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.use_imported_plies.html#ansys.acp.core.LayupMappingObject.use_imported_plies", - "title": "use_imported_plies > use_imported_plies > use_imported_plies", - "section": "use_imported_plies > use_imported_plies", - "text": "property LayupMappingObject.use_imported_plies: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.add_taper_edge", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.add_taper_edge.html#ansys.acp.core.ModelingPly.add_taper_edge", + "title": "add_taper_edge > add_taper_edge > add_taper_edge", + "section": "add_taper_edge > add_taper_edge", + "text": "ModelingPly.add_taper_edge(edge_set, *, angle, offset)\n\nAdd a TaperEdge to the ModelingPly.\n\nSee TaperEdge for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nTaperEdge" }, { - "objectID": "api/_autosummary/ansys.acp.core.SymmetryType", - "href": "api/_autosummary/ansys.acp.core.SymmetryType.html#symmetrytype", - "title": "SymmetryType", - "section": "SymmetryType", - "text": "Options for the symmetry of stackups or sublaminates.\nSymmetryType.NO_SYMMETRY\n\nSymmetryType.EVEN_SYMMETRY\n\nSymmetryType.ODD_SYMMETRY\n\nSymmetryType\nSymmetryType.NO_SYMMETRY\nSymmetryType.EVEN_SYMMETRY\nSymmetryType.ODD_SYMMETRY" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.inner_radius", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.inner_radius.html#inner_radius", + "title": "inner_radius", + "section": "inner_radius", + "text": "inner_radius" }, { - "objectID": "api/_autosummary/ansys.acp.core.SymmetryType", - "href": "api/_autosummary/ansys.acp.core.SymmetryType.html#ansys.acp.core.SymmetryType", - "title": "SymmetryType > SymmetryType > SymmetryType", - "section": "SymmetryType > SymmetryType", - "text": "class ansys.acp.core.SymmetryType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the symmetry of stackups or sublaminates.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSymmetryType.NO_SYMMETRY\n\n\n\nSymmetryType.EVEN_SYMMETRY\n\n\n\nSymmetryType.ODD_SYMMETRY\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.inner_radius", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.inner_radius.html#ansys.acp.core.TubeSelectionRule.inner_radius", + "title": "inner_radius > inner_radius > inner_radius", + "section": "inner_radius > inner_radius", + "text": "property TubeSelectionRule.inner_radius: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SymmetryType", - "href": "api/_autosummary/ansys.acp.core.SymmetryType.html#examples-using-symmetrytype", - "title": "SymmetryType > Examples using SymmetryType", - "section": "Examples using SymmetryType", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nExamples using SymmetryType" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isupper", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isupper.html#isupper", - "title": "isupper", - "section": "isupper", - "text": "Return True if the string is an uppercase string, False otherwise.\nA string is uppercase if all cased characters in the string are uppercase and\nthere is at least one cased character in the string.\nisupper" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.elemental_data.html#ansys.acp.core.CutOffSelectionRule.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property CutOffSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isupper", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isupper.html#ansys.acp.core.material_property_sets.PuckMaterialType.isupper", - "title": "isupper > isupper > isupper", - "section": "isupper > isupper", - "text": "PuckMaterialType.isupper(/)\n\nReturn True if the string is an uppercase string, False otherwise.\n\nA string is uppercase if all cased characters in the string are uppercase and\nthere is at least one cased character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.Model.solid_mesh.html#solid_mesh", + "title": "solid_mesh", + "section": "solid_mesh", + "text": "Solid mesh associated with the object.\nsolid_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material_handling", - "href": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material_handling.html#cut_off_material_handling", - "title": "cut_off_material_handling", - "section": "cut_off_material_handling", - "text": "cut_off_material_handling" + "objectID": "api/_autosummary/ansys.acp.core.Model.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.Model.solid_mesh.html#ansys.acp.core.Model.solid_mesh", + "title": "solid_mesh > solid_mesh > solid_mesh", + "section": "solid_mesh > solid_mesh", + "text": "property Model.solid_mesh: MeshData\n\nSolid mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material_handling", - "href": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material_handling.html#ansys.acp.core.Stackup.cut_off_material_handling", - "title": "cut_off_material_handling > cut_off_material_handling > cut_off_material_handling", - "section": "cut_off_material_handling > cut_off_material_handling", - "text": "property Stackup.cut_off_material_handling: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.Model.solid_mesh.html#examples-using-modelsolid_mesh", + "title": "solid_mesh > Examples using Model.solid_mesh", + "section": "Examples using Model.solid_mesh", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.solid_mesh" }, { - "objectID": "examples/modeling_features/010-sandwich-panel-layup", - "href": "examples/modeling_features/010-sandwich-panel-layup.html#sandwich-panel", - "title": "Sandwich panel", - "section": "Sandwich panel", - "text": "This example defines a composite lay-up for a sandwich panel using PyACP.\nIt only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nImport the standard library and third-party dependencies.\nImport the PyACP dependencies.\nSandwich panel" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.delete", + "href": "api/_autosummary/ansys.acp.core.Sensor.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "examples/modeling_features/010-sandwich-panel-layup", - "href": "examples/modeling_features/010-sandwich-panel-layup.html#start-acp-and-load-the-model", - "title": "Sandwich panel > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "Get the example file from the server.\nLaunch the ACP server and connect to it.\nDefine the input file and import it into ACP.\nVisualize the loaded mesh.\nStart ACP and load the model" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.delete", + "href": "api/_autosummary/ansys.acp.core.Sensor.delete.html#ansys.acp.core.Sensor.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "Sensor.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "examples/modeling_features/010-sandwich-panel-layup", - "href": "examples/modeling_features/010-sandwich-panel-layup.html#create-the-sandwich-materials", - "title": "Sandwich panel > Create the sandwich materials", - "section": "Create the sandwich materials", - "text": "Create the UD material and its corresponding fabric.\nCreate a multi-axial stackup and a sublaminate. Stackups and sublaminates help quickly\nbuild repeating laminates.\nCreate the core material and its corresponding fabric.\nCreate the sandwich materials" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule.html#create_cut_off_selection_rule", + "title": "create_cut_off_selection_rule", + "section": "create_cut_off_selection_rule", + "text": "Instantiate a Cut-Off Selection Rule.\nname (str) – Name of the Cut-Off Selection Rule.\ncut_off_rule_type (CutOffRuleType) – Determines if the cut-off is defined by a geometry or by a tapering edge.\ncut_off_geometry (VirtualGeometry | None) – Geometry used to define the cut-off. Only applies if\ncut_off_rule_type is GEOMETRY.\ntaper_edge_set (EdgeSet | None) – Edge used to define the cut-off. Only applies if\ncut_off_rule_type is CutOffRuleType.TAPER.\noffset (float) – Moves the cutting plane along the out-of-plane direction. Always measured\nfrom the reference surface.\nangle (float) – Defines the angle between the cutting plane and the reference surface.\nply_cut_off_type (PlyCutOffType) – Either the complete production ply is cut-off\n(PlyCutOffType.PRODUCTION_PLY_CUTOFF) or individual analysis plies\n(PlyCutOffType.ANALYSIS_PLY_CUTOFF).\nply_tapering (bool) – Whether the tapering of analysis plies is enabled.\nCutOffSelectionRule\nAdded in ACP server version 24.2.\ncreate_cut_off_selection_rule\ncut_off_rule_type\ncut_off_rule_type\nCutOffRuleType.TAPER\nPlyCutOffType.PRODUCTION_PLY_CUTOFF\nPlyCutOffType.ANALYSIS_PLY_CUTOFF" }, { - "objectID": "examples/modeling_features/010-sandwich-panel-layup", - "href": "examples/modeling_features/010-sandwich-panel-layup.html#create-the-lay-up", - "title": "Sandwich panel > Create the Lay-up", - "section": "Create the Lay-up", - "text": "Define a rosette and oriented selection set. Plot the orientations.\nCreate the modeling plies which define the lay-up of the sandwich panel.\nUpdate and print the model.\nTotal running time of the script: (0 minutes 6.260 seconds)\nDownload Jupyter notebook: 010-sandwich-panel-layup.ipynb\nDownload Python source code: 010-sandwich-panel-layup.py\nDownload zipped: 010-sandwich-panel-layup.zip\nGallery generated by Sphinx-Gallery\nCreate the Lay-up\nDownload Jupyter notebook: 010-sandwich-panel-layup.ipynb\nDownload Python source code: 010-sandwich-panel-layup.py\nDownload zipped: 010-sandwich-panel-layup.zip" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule.html#ansys.acp.core.Model.create_cut_off_selection_rule", + "title": "create_cut_off_selection_rule > create_cut_off_selection_rule > create_cut_off_selection_rule", + "section": "create_cut_off_selection_rule > create_cut_off_selection_rule", + "text": "Model.create_cut_off_selection_rule(*, name='CutOffSelectionrule', cut_off_rule_type='geometry', cut_off_geometry=None, taper_edge_set=None, offset=0.0, angle=0.0, ply_cut_off_type='production_ply_cutoff', ply_tapering=False)\n\nInstantiate a Cut-Off Selection Rule.\n\nParameters\n\nname (str) – Name of the Cut-Off Selection Rule.\n\ncut_off_rule_type (CutOffRuleType) – Determines if the cut-off is defined by a geometry or by a tapering edge.\n\ncut_off_geometry (VirtualGeometry | None) – Geometry used to define the cut-off. Only applies if\ncut_off_rule_type is GEOMETRY.\n\ntaper_edge_set (EdgeSet | None) – Edge used to define the cut-off. Only applies if\ncut_off_rule_type is CutOffRuleType.TAPER.\n\noffset (float) – Moves the cutting plane along the out-of-plane direction. Always measured\nfrom the reference surface.\n\nangle (float) – Defines the angle between the cutting plane and the reference surface.\n\nply_cut_off_type (PlyCutOffType) – Either the complete production ply is cut-off\n(PlyCutOffType.PRODUCTION_PLY_CUTOFF) or individual analysis plies\n(PlyCutOffType.ANALYSIS_PLY_CUTOFF).\n\nply_tapering (bool) – Whether the tapering of analysis plies is enabled.\n\nReturn type\n\nCutOffSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/sg_execution_times", - "href": "examples/workflows/sg_execution_times.html#computation-times", - "title": "Computation times", - "section": "Computation times", - "text": "00:33.897 total execution time for 6 files from examples/workflows:\nExample\nTime\nMem (MB)\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py (02-advanced-pymapdl-workflow.py)\n00:27.369\n0.0\nsphx_glr_examples_workflows_01-pymapdl-workflow.py (01-pymapdl-workflow.py)\n00:06.528\n0.0\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py (03-pymechanical-shell-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py (04-pymechanical-solid-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py (05-pymechanical-to-cdb-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py (06-cdb-to-pymechanical-workflow.py)\n00:00.000\n0.0\nComputation times\n02-advanced-pymapdl-workflow.py\n01-pymapdl-workflow.py\n03-pymechanical-shell-workflow.py\n04-pymechanical-solid-workflow.py\n05-pymechanical-to-cdb-workflow.py\n06-cdb-to-pymechanical-workflow.py" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule.html#examples-using-modelcreate_cut_off_selection_rule", + "title": "create_cut_off_selection_rule > Examples using Model.create_cut_off_selection_rule", + "section": "Examples using Model.create_cut_off_selection_rule", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using Model.create_cut_off_selection_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.zfill", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.zfill.html#zfill", - "title": "zfill", - "section": "zfill", - "text": "Pad a numeric string with zeros on the left, to fill a field of the given width.\nThe string is never truncated.\nzfill" + "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_H5", + "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_H5.html#ansys_h5", + "title": "ANSYS_H5", + "section": "ANSYS_H5", + "text": "ANSYS_H5" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.zfill", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.zfill.html#ansys.acp.core.material_property_sets.PuckMaterialType.zfill", - "title": "zfill > zfill > zfill", - "section": "zfill > zfill", - "text": "PuckMaterialType.zfill(width, /)\n\nPad a numeric string with zeros on the left, to fill a field of the given width.\n\nThe string is never truncated.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_H5", + "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_H5.html#ansys.acp.core.FeFormat.ANSYS_H5", + "title": "ANSYS_H5 > ANSYS_H5 > ANSYS_H5", + "section": "ANSYS_H5 > ANSYS_H5", + "text": "FeFormat.ANSYS_H5 = 'ansys:h5'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.SI", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.SI.html#si", - "title": "SI", - "section": "SI", - "text": "SI" + "objectID": "api/_autosummary/ansys.acp.core.Model.sublaminates", + "href": "api/_autosummary/ansys.acp.core.Model.sublaminates.html#sublaminates", + "title": "sublaminates", + "section": "sublaminates", + "text": "sublaminates" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.SI", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.SI.html#ansys.acp.core.UnitSystemType.SI", - "title": "SI > SI > SI", - "section": "SI > SI", - "text": "UnitSystemType.SI = 'si'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.sublaminates", + "href": "api/_autosummary/ansys.acp.core.Model.sublaminates.html#ansys.acp.core.Model.sublaminates", + "title": "sublaminates > sublaminates > sublaminates", + "section": "sublaminates > sublaminates", + "text": "property Model.sublaminates: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.SI", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.SI.html#examples-using-unitsystemtypesi", - "title": "SI > Examples using UnitSystemType.SI", - "section": "Examples using UnitSystemType.SI", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using UnitSystemType.SI" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.orientation_type", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.orientation_type.html#orientation_type", + "title": "orientation_type", + "section": "orientation_type", + "text": "orientation_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.orientation_type", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.orientation_type.html#ansys.acp.core.CutOffGeometry.orientation_type", + "title": "orientation_type > orientation_type > orientation_type", + "section": "orientation_type > orientation_type", + "text": "property CutOffGeometry.orientation_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.status.html#ansys.acp.core.TubeSelectionRule.status", - "title": "status > status > status", - "section": "status > status", - "text": "property TubeSelectionRule.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.scale_factor", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.scale_factor.html#scale_factor", + "title": "scale_factor", + "section": "scale_factor", + "text": "scale_factor" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType.GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.GEOMETRY.html#geometry", - "title": "GEOMETRY", - "section": "GEOMETRY", - "text": "GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.scale_factor", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.scale_factor.html#ansys.acp.core.CADGeometry.scale_factor", + "title": "scale_factor > scale_factor > scale_factor", + "section": "scale_factor > scale_factor", + "text": "property CADGeometry.scale_factor: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType.GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.GEOMETRY.html#ansys.acp.core.CutOffRuleType.GEOMETRY", - "title": "GEOMETRY > GEOMETRY > GEOMETRY", - "section": "GEOMETRY > GEOMETRY", - "text": "CutOffRuleType.GEOMETRY = 'geometry'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.clone", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.thin_ply_thickness_limit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.thin_ply_thickness_limit.html#thin_ply_thickness_limit", - "title": "thin_ply_thickness_limit", - "section": "thin_ply_thickness_limit", - "text": "thin_ply_thickness_limit" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.clone", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.clone.html#ansys.acp.core.SubLaminate.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "SubLaminate.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.thin_ply_thickness_limit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.thin_ply_thickness_limit.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.thin_ply_thickness_limit", - "title": "thin_ply_thickness_limit > thin_ply_thickness_limit > thin_ply_thickness_limit", - "section": "thin_ply_thickness_limit > thin_ply_thickness_limit", - "text": "property VariableLaRCConstants.thin_ply_thickness_limit: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_element_sets", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_element_sets.html#transferred_element_sets", + "title": "transferred_element_sets", + "section": "transferred_element_sets", + "text": "transferred_element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.name", - "href": "api/_autosummary/ansys.acp.core.Material.name.html#name", + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_element_sets", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_element_sets.html#ansys.acp.core.SolidModelExportSettings.transferred_element_sets", + "title": "transferred_element_sets > transferred_element_sets > transferred_element_sets", + "section": "transferred_element_sets > transferred_element_sets", + "text": "property SolidModelExportSettings.transferred_element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.name", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.name.html#name", "title": "name", "section": "name", "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.name", - "href": "api/_autosummary/ansys.acp.core.Material.name.html#ansys.acp.core.Material.name", + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.name", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.name.html#ansys.acp.core.ImportedProductionPly.name", "title": "name > name > name", "section": "name > name", - "text": "property Material.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "text": "property ImportedProductionPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.name", - "href": "api/_autosummary/ansys.acp.core.Material.name.html#examples-using-materialname", - "title": "name > Examples using Material.name", - "section": "Examples using Material.name", - "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Material.name" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.store", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_H5", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_H5.html#ansys_h5", - "title": "ANSYS_H5", - "section": "ANSYS_H5", - "text": "ANSYS_H5" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.store", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.store.html#ansys.acp.core.ImportedSolidModel.store", + "title": "store > store > store", + "section": "store > store", + "text": "ImportedSolidModel.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_H5", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_H5.html#ansys.acp.core.SolidModelExportFormat.ANSYS_H5", - "title": "ANSYS_H5 > ANSYS_H5 > ANSYS_H5", - "section": "ANSYS_H5 > ANSYS_H5", - "text": "SolidModelExportFormat.ANSYS_H5 = 'ansys:h5'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Material.delete", + "href": "api/_autosummary/ansys.acp.core.Material.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.use_default_search_radius", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.use_default_search_radius.html#use_default_search_radius", - "title": "use_default_search_radius", - "section": "use_default_search_radius", - "text": "use_default_search_radius" + "objectID": "api/_autosummary/ansys.acp.core.Material.delete", + "href": "api/_autosummary/ansys.acp.core.Material.delete.html#ansys.acp.core.Material.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "Material.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.use_default_search_radius", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.use_default_search_radius.html#ansys.acp.core.LookUpTable3D.use_default_search_radius", - "title": "use_default_search_radius > use_default_search_radius > use_default_search_radius", - "section": "use_default_search_radius > use_default_search_radius", - "text": "property LookUpTable3D.use_default_search_radius: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_edge_set", + "href": "api/_autosummary/ansys.acp.core.Model.create_edge_set.html#create_edge_set", + "title": "create_edge_set", + "section": "create_edge_set", + "text": "Instantiate an edge set.\nname (str) – Name of the edge set.\nedge_set_type (EdgeSetType) – Determines how the edge set is defined. Can be one of:EdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\n\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\nDetermines how the edge set is defined. Can be one of:\nEdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\ndefining_node_labels (Collection[int]) – Labels of the nodes in the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_NODES.\nelement_set (ElementSet | None) – The boundary of this element set defines the initial\nedge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\nlimit_angle (float) – The edge set is cropped if the angle between two element edges exceeds this limits (in degrees).\nUse -1. to disable cropping.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\norigin (tuple[float, float, float]) – Defines the starting point of the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\nEdgeSet\nAdded in ACP server version 24.2.\ncreate_edge_set\nEdgeSetType.BY_REFERENCE\nElementSet\nEdgeSetType.BY_NODES\nedge_set_type\nEdgeSetType.BY_NODES\nedge_set_type\nEdgeSetType.BY_REFERENCE\n-1.\nedge_set_type\nEdgeSetType.BY_REFERENCE\nedge_set_type\nEdgeSetType.BY_REFERENCE" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_edge_set", + "href": "api/_autosummary/ansys.acp.core.Model.create_edge_set.html#ansys.acp.core.Model.create_edge_set", + "title": "create_edge_set > create_edge_set > create_edge_set", + "section": "create_edge_set > create_edge_set", + "text": "Model.create_edge_set(*, name='EdgeSet', edge_set_type='by_reference', defining_node_labels=(), element_set=None, limit_angle=-1.0, origin=(0.0, 0.0, 0.0))\n\nInstantiate an edge set.\n\nParameters\n\nname (str) – Name of the edge set.\n\nedge_set_type (EdgeSetType) – Determines how the edge set is defined. Can be one of:EdgeSetType.BY_REFERENCE: define the edge set using an ElementSet.\n\nEdgeSetType.BY_NODES: define the edge set using a list of node labels.\n\ndefining_node_labels (Collection[int]) – Labels of the nodes in the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_NODES.\n\nelement_set (ElementSet | None) – The boundary of this element set defines the initial\nedge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\nlimit_angle (float) – The edge set is cropped if the angle between two element edges exceeds this limits (in degrees).\nUse -1. to disable cropping.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\norigin (tuple[float, float, float]) – Defines the starting point of the edge set.\nThis parameter only applies when edge_set_type is EdgeSetType.BY_REFERENCE.\n\nReturn type\n\nEdgeSet\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.shell_mesh.html#ansys.acp.core.ProductionPly.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property ProductionPly.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_edge_set", + "href": "api/_autosummary/ansys.acp.core.Model.create_edge_set.html#examples-using-modelcreate_edge_set", + "title": "create_edge_set > Examples using Model.create_edge_set", + "section": "Examples using Model.create_edge_set", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using Model.create_edge_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.elemental_data", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.SolidMappingProperties", + "href": "api/_autosummary/ansys.acp.core.SolidMappingProperties.html#solidmappingproperties", + "title": "SolidMappingProperties", + "section": "SolidMappingProperties", + "text": "Properties for importing HDF5 Composite CAE files as imported plies.\nSolidMappingProperties.offset_type\n\nSolidMappingProperties\nSolidMappingProperties.offset_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.elemental_data", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.elemental_data.html#ansys.acp.core.InterfaceLayer.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property InterfaceLayer.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidMappingProperties", + "href": "api/_autosummary/ansys.acp.core.SolidMappingProperties.html#ansys.acp.core.SolidMappingProperties", + "title": "SolidMappingProperties > SolidMappingProperties > SolidMappingProperties", + "section": "SolidMappingProperties > SolidMappingProperties", + "text": "class ansys.acp.core.SolidMappingProperties(offset_type='bottom_offset')\n\nProperties for importing HDF5 Composite CAE files as imported plies.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidMappingProperties.offset_type\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide", - "href": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide.html#create_extrusion_guide", - "title": "create_extrusion_guide", - "section": "create_extrusion_guide", - "text": "Instantiate an Extrusion Guide of a Solid Model.\nname (str) – The name of the Oriented Selection Set.\nactive (bool) – Inactive extrusion guides are not used in the solid model extrusion.\nedge_set (EdgeSet | None) – Edge Set along which the Extrusion Guide acts.\nextrusion_guide_type (ExtrusionGuideType) – Type of the extrusion such as by direction or by geometry.\ncad_geometry (VirtualGeometry | None) – CAD geometry along which the extrusion guide runs.\nNeeded if the extrusion type is set to ExtrusionGuideType.BY_GEOMETRY.\ndirection (tuple[float, float, float]) – Direction along which the extrusion guide runs. Need if\nthe extrusion type is set to ExtrusionGuideType.BY_DIRECTION.\nradius (float) – Controls the sphere of influence for mesh morphing.\ndepth (float) – Defines the bias of the mesh morphing.\nuse_curvature_correction (bool) – Apply a curvature correction during the solid model extrusion which results in\na smoother extruded surface. Under certain circumstances, deactivating\ncurvature correction can lead to better extrusion results.\nExtrusionGuide\nAdded in ACP server version 25.1.\ncreate_extrusion_guide\nExtrusionGuideType.BY_GEOMETRY\nExtrusionGuideType.BY_DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide", - "href": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide.html#ansys.acp.core.SolidModel.create_extrusion_guide", - "title": "create_extrusion_guide > create_extrusion_guide > create_extrusion_guide", - "section": "create_extrusion_guide > create_extrusion_guide", - "text": "SolidModel.create_extrusion_guide(*, name='ExtrusionGuide', active=True, edge_set=None, extrusion_guide_type='by_direction', cad_geometry=None, direction=(0.0, 0.0, 1.0), radius=0.0, depth=0.0, use_curvature_correction=False)\n\nInstantiate an Extrusion Guide of a Solid Model.\n\nParameters\n\nname (str) – The name of the Oriented Selection Set.\n\nactive (bool) – Inactive extrusion guides are not used in the solid model extrusion.\n\nedge_set (EdgeSet | None) – Edge Set along which the Extrusion Guide acts.\n\nextrusion_guide_type (ExtrusionGuideType) – Type of the extrusion such as by direction or by geometry.\n\ncad_geometry (VirtualGeometry | None) – CAD geometry along which the extrusion guide runs.\nNeeded if the extrusion type is set to ExtrusionGuideType.BY_GEOMETRY.\n\ndirection (tuple[float, float, float]) – Direction along which the extrusion guide runs. Need if\nthe extrusion type is set to ExtrusionGuideType.BY_DIRECTION.\n\nradius (float) – Controls the sphere of influence for mesh morphing.\n\ndepth (float) – Defines the bias of the mesh morphing.\n\nuse_curvature_correction (bool) – Apply a curvature correction during the solid model extrusion which results in\na smoother extruded surface. Under certain circumstances, deactivating\ncurvature correction can lead to better extrusion results.\n\nReturn type\n\nExtrusionGuide\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "TubeSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide", - "href": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide.html#examples-using-solidmodelcreate_extrusion_guide", - "title": "create_extrusion_guide > Examples using SolidModel.create_extrusion_guide", - "section": "Examples using SolidModel.create_extrusion_guide", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SolidModel.create_extrusion_guide" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.include_rule.html#include_rule", + "title": "include_rule", + "section": "include_rule", + "text": "include_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZt.html#ezt", - "title": "eZt", - "section": "eZt", - "text": "eZt" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.include_rule.html#ansys.acp.core.BooleanSelectionRule.include_rule", + "title": "include_rule > include_rule > include_rule", + "section": "include_rule > include_rule", + "text": "property BooleanSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZt.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eZt", - "title": "eZt > eZt > eZt", - "section": "eZt > eZt", - "text": "property VariableStrainLimits.eZt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.lower_limit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.lower_limit.html#lower_limit", + "title": "lower_limit", + "section": "lower_limit", + "text": "lower_limit" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.lower_limit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.lower_limit.html#ansys.acp.core.material_property_sets.FieldVariable.lower_limit", + "title": "lower_limit > lower_limit > lower_limit", + "section": "lower_limit > lower_limit", + "text": "FieldVariable.lower_limit: float\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.status", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.delete", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.status", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.status.html#ansys.acp.core.ButtJointSequence.status", - "title": "status > status > status", - "section": "status > status", - "text": "property ButtJointSequence.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.delete", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.delete.html#ansys.acp.core.LookUpTable1DColumn.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "LookUpTable1DColumn.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.limit_angle", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.limit_angle.html#limit_angle", - "title": "limit_angle", - "section": "limit_angle", - "text": "limit_angle" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.id", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.limit_angle", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.limit_angle.html#ansys.acp.core.EdgeSet.limit_angle", - "title": "limit_angle > limit_angle > limit_angle", - "section": "limit_angle > limit_angle", - "text": "property EdgeSet.limit_angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.id", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.id.html#ansys.acp.core.ImportedModelingGroup.id", + "title": "id > id > id", + "section": "id > id", + "text": "property ImportedModelingGroup.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_2.html#g23_2", - "title": "G23_2", - "section": "G23_2", - "text": "G23_2" + "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.COPY", + "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.COPY.html#copy", + "title": "COPY", + "section": "COPY", + "text": "COPY" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_2", - "title": "G23_2 > G23_2 > G23_2", - "section": "G23_2 > G23_2", - "text": "property VariableWovenCharacterization.G23_2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.COPY", + "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.COPY.html#ansys.acp.core.LinkedObjectHandling.COPY", + "title": "COPY > COPY > COPY", + "section": "COPY > COPY", + "text": "LinkedObjectHandling.COPY = 'copy'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology", - "href": "api/_autosummary/ansys.acp.core.ElementTechnology.html#elementtechnology", - "title": "ElementTechnology", - "section": "ElementTechnology", - "text": "Options for the element technology used in a layup mapping object.\nElementTechnology.LAYERED_ELEMENT\n\nElementTechnology.REINFORCING\n\nElementTechnology\nElementTechnology.LAYERED_ELEMENT\nElementTechnology.REINFORCING" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.id", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology", - "href": "api/_autosummary/ansys.acp.core.ElementTechnology.html#ansys.acp.core.ElementTechnology", - "title": "ElementTechnology > ElementTechnology > ElementTechnology", - "section": "ElementTechnology > ElementTechnology", - "text": "class ansys.acp.core.ElementTechnology(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the element technology used in a layup mapping object.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nElementTechnology.LAYERED_ELEMENT\n\n\n\nElementTechnology.REINFORCING\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.id", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.id.html#ansys.acp.core.CutOffGeometry.id", + "title": "id > id > id", + "section": "id > id", + "text": "property CutOffGeometry.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology", - "href": "api/_autosummary/ansys.acp.core.ElementTechnology.html#examples-using-elementtechnology", - "title": "ElementTechnology > Examples using ElementTechnology", - "section": "Examples using ElementTechnology", - "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using ElementTechnology" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.small_hole_threshold", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.small_hole_threshold.html#small_hole_threshold", + "title": "small_hole_threshold", + "section": "small_hole_threshold", + "text": "small_hole_threshold" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.taper_edge_set", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.taper_edge_set.html#taper_edge_set", - "title": "taper_edge_set", - "section": "taper_edge_set", - "text": "taper_edge_set" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.small_hole_threshold", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.small_hole_threshold.html#ansys.acp.core.ShellMappingProperties.small_hole_threshold", + "title": "small_hole_threshold > small_hole_threshold > small_hole_threshold", + "section": "small_hole_threshold > small_hole_threshold", + "text": "ShellMappingProperties.small_hole_threshold: float = 0.0\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.taper_edge_set", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.taper_edge_set.html#ansys.acp.core.CutOffSelectionRule.taper_edge_set", - "title": "taper_edge_set > taper_edge_set > taper_edge_set", - "section": "taper_edge_set > taper_edge_set", - "text": "property CutOffSelectionRule.taper_edge_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material", + "href": "api/_autosummary/ansys.acp.core.Material.html#material", + "title": "Material", + "section": "Material", + "text": "Instantiate a Material.\nThe active material property sets are determined by the ply_type. For\nexample, puck_constants are only active when the ply_type is either\nPlyType.REGULAR or PlyType.WOVEN.\nThe inactive property sets can still be set, but may not be accessible:\nFor stored materials, inactive property sets always return None.\nFor unstored materials, inactive property sets can be accessed. They\nreturn None after storing.\nname (str) – Name of the Material.\nply_type (PlyType) – Define the type of material such as core, uni-directional (regular), woven, or isotropic.\ndensity (ConstantDensity | None) – Define the density of the material.\nengineering_constants (ConstantEngineeringConstants | None) – Define the material stiffness (Young’s moduli, Poisson ratios and shear moduli).\nstress_limits (ConstantStressLimits | None) – Define the stress limits for the evaluation of failure criteria with ansys.dpf.composites.\nstrain_limits (ConstantStrainLimits | None) – Define the strain limits for the evaluation of failure criteria with ansys.dpf.composites.\npuck_constants (ConstantPuckConstants | None) – Define the puck constants for the evaluation of the Puck criterion with ansys.dpf.composites.\nwoven_characterization (ConstantWovenCharacterization | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_1 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_2 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_2 – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_stress_limits_1 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_stress_limits_2 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\ntsai_wu_constants (ConstantTsaiWuConstants | None) – Define the Tsai-Wu constants for the evaluation of the Tsai-Wu criterion\nwith ansys.dpf.composites.\nlarc_constants (ConstantLaRCConstants | None) – Define the LaRC constants for the evaluation of the LaRC criterion with\nansys.dpf.composites.\nfabric_fiber_angle (ConstantFabricFiberAngle | None) – Define the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\nAdded in ACP server version 24.2.\nMaterial.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nMaterial.delete()\nDelete the object.\nMaterial.store(parent)\nStore the object on the server.\nMaterial.density\n\nMaterial.engineering_constants\n\nMaterial.ext_id\n\nMaterial.fabric_fiber_angle\n\nMaterial.id\nIdentifier of the object, used for example as key in maps.\nMaterial.larc_constants\n\nMaterial.locked\n\nMaterial.name\nThe name of the object.\nMaterial.parent\nThe parent of the object.\nMaterial.ply_type\n\nMaterial.puck_constants\n\nMaterial.status\n\nMaterial.strain_limits\n\nMaterial.stress_limits\n\nMaterial.tsai_wu_constants\n\nMaterial.woven_characterization\n\nMaterial.woven_puck_constants_1\n\nMaterial.woven_puck_constants_2\n\nMaterial.woven_stress_limits_1\n\nMaterial.woven_stress_limits_2\n\nMaterial\nply_type\npuck_constants\nply_type\nPlyType.REGULAR\nPlyType.WOVEN\nNone\nNone\nMaterial.clone\nMaterial.delete\nMaterial.store\nMaterial.density\nMaterial.engineering_constants\nMaterial.ext_id\nMaterial.fabric_fiber_angle\nMaterial.id\nMaterial.larc_constants\nMaterial.locked\nMaterial.name\nMaterial.parent\nMaterial.ply_type\nMaterial.puck_constants\nMaterial.status\nMaterial.strain_limits\nMaterial.stress_limits\nMaterial.tsai_wu_constants\nMaterial.woven_characterization\nMaterial.woven_puck_constants_1\nMaterial.woven_puck_constants_2\nMaterial.woven_stress_limits_1\nMaterial.woven_stress_limits_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.html#geometricalselectionrule", - "title": "GeometricalSelectionRule", - "section": "GeometricalSelectionRule", - "text": "Instantiate a Geometrical Selection Rule.\nname (str) – Name of the Geometrical Selection Rule.\ngeometrical_rule_type (GeometricalRuleType) – Rule type. Can be either GeometricalRuleType.GEOMETRY or\nGeometricalRuleType.ELEMENT_SETS.\ngeometry (VirtualGeometry | None) – Virtual geometry to use for the rule.\nelement_sets (Iterable[ElementSet]) – Element sets to use for the rule.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nuse_default_tolerances (bool) – Whether to use default tolerances.\nin_plane_capture_tolerance (float) – In-plane capture tolerance around the outline.\nnegative_capture_tolerance (float) – Capture tolerance along the surface or projection normal.\npositive_capture_tolerance (float) – Capture tolerance along the opposite surface or projection normal.\nAdded in ACP server version 24.2.\nGeometricalSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nGeometricalSelectionRule.delete()\nDelete the object.\nGeometricalSelectionRule.store(parent)\nStore the object on the server.\nGeometricalSelectionRule.element_sets\n\nGeometricalSelectionRule.elemental_data\n\nGeometricalSelectionRule.geometrical_rule_type\n\nGeometricalSelectionRule.geometry\n\nGeometricalSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nGeometricalSelectionRule.in_plane_capture_tolerance\n\nGeometricalSelectionRule.include_rule\n\nGeometricalSelectionRule.mesh\nFull mesh associated with the object.\nGeometricalSelectionRule.name\nThe name of the object.\nGeometricalSelectionRule.negative_capture_tolerance\n\nGeometricalSelectionRule.nodal_data\n\nGeometricalSelectionRule.parent\nThe parent of the object.\nGeometricalSelectionRule.positive_capture_tolerance\n\nGeometricalSelectionRule.shell_mesh\nShell mesh associated with the object.\nGeometricalSelectionRule.status\n\nGeometricalSelectionRule.use_default_tolerances\n\nGeometricalSelectionRule\nGeometricalRuleType.GEOMETRY\nGeometricalRuleType.ELEMENT_SETS\nFalse\nGeometricalSelectionRule.clone\nGeometricalSelectionRule.delete\nGeometricalSelectionRule.store\nGeometricalSelectionRule.element_sets\nGeometricalSelectionRule.elemental_data\nGeometricalSelectionRule.geometrical_rule_type\nGeometricalSelectionRule.geometry\nGeometricalSelectionRule.id\nGeometricalSelectionRule.in_plane_capture_tolerance\nGeometricalSelectionRule.include_rule\nGeometricalSelectionRule.mesh\nGeometricalSelectionRule.name\nGeometricalSelectionRule.negative_capture_tolerance\nGeometricalSelectionRule.nodal_data\nGeometricalSelectionRule.parent\nGeometricalSelectionRule.positive_capture_tolerance\nGeometricalSelectionRule.shell_mesh\nGeometricalSelectionRule.status\nGeometricalSelectionRule.use_default_tolerances" + "objectID": "api/_autosummary/ansys.acp.core.Material", + "href": "api/_autosummary/ansys.acp.core.Material.html#ansys.acp.core.Material", + "title": "Material > Material > Material", + "section": "Material > Material", + "text": "class ansys.acp.core.Material(*, name='Material', ply_type='undefined', density=None, engineering_constants=None, stress_limits=None, strain_limits=None, puck_constants=None, woven_characterization=None, woven_puck_constants_1=None, woven_puck_constants_2=None, woven_stress_limits_1=None, woven_stress_limits_2=None, tsai_wu_constants=None, larc_constants=None, fabric_fiber_angle=None)\n\nInstantiate a Material.\n\nThe active material property sets are determined by the ply_type. For\nexample, puck_constants are only active when the ply_type is either\nPlyType.REGULAR or PlyType.WOVEN.\n\nThe inactive property sets can still be set, but may not be accessible:\n\nFor stored materials, inactive property sets always return None.\n\nFor unstored materials, inactive property sets can be accessed. They\nreturn None after storing.\n\nParameters\n\nname (str) – Name of the Material.\n\nply_type (PlyType) – Define the type of material such as core, uni-directional (regular), woven, or isotropic.\n\ndensity (ConstantDensity | None) – Define the density of the material.\n\nengineering_constants (ConstantEngineeringConstants | None) – Define the material stiffness (Young’s moduli, Poisson ratios and shear moduli).\n\nstress_limits (ConstantStressLimits | None) – Define the stress limits for the evaluation of failure criteria with ansys.dpf.composites.\n\nstrain_limits (ConstantStrainLimits | None) – Define the strain limits for the evaluation of failure criteria with ansys.dpf.composites.\n\npuck_constants (ConstantPuckConstants | None) – Define the puck constants for the evaluation of the Puck criterion with ansys.dpf.composites.\n\nwoven_characterization (ConstantWovenCharacterization | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_1 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_2 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_2 – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_stress_limits_1 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_stress_limits_2 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\ntsai_wu_constants (ConstantTsaiWuConstants | None) – Define the Tsai-Wu constants for the evaluation of the Tsai-Wu criterion\nwith ansys.dpf.composites.\n\nlarc_constants (ConstantLaRCConstants | None) – Define the LaRC constants for the evaluation of the LaRC criterion with\nansys.dpf.composites.\n\nfabric_fiber_angle (ConstantFabricFiberAngle | None) – Define the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nMaterial.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nMaterial.delete()\n\nDelete the object.\n\nMaterial.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nMaterial.density\n\n\n\nMaterial.engineering_constants\n\n\n\nMaterial.ext_id\n\n\n\nMaterial.fabric_fiber_angle\n\n\n\nMaterial.id\n\nIdentifier of the object, used for example as key in maps.\n\nMaterial.larc_constants\n\n\n\nMaterial.locked\n\n\n\nMaterial.name\n\nThe name of the object.\n\nMaterial.parent\n\nThe parent of the object.\n\nMaterial.ply_type\n\n\n\nMaterial.puck_constants\n\n\n\nMaterial.status\n\n\n\nMaterial.strain_limits\n\n\n\nMaterial.stress_limits\n\n\n\nMaterial.tsai_wu_constants\n\n\n\nMaterial.woven_characterization\n\n\n\nMaterial.woven_puck_constants_1\n\n\n\nMaterial.woven_puck_constants_2\n\n\n\nMaterial.woven_stress_limits_1\n\n\n\nMaterial.woven_stress_limits_2\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.html#ansys.acp.core.GeometricalSelectionRule", - "title": "GeometricalSelectionRule > GeometricalSelectionRule > GeometricalSelectionRule", - "section": "GeometricalSelectionRule > GeometricalSelectionRule", - "text": "class ansys.acp.core.GeometricalSelectionRule(*, name='GeometricalSelectionrule', geometrical_rule_type='geometry', geometry=None, element_sets=(), include_rule=True, use_default_tolerances=True, in_plane_capture_tolerance=0.0, negative_capture_tolerance=0.0, positive_capture_tolerance=0.0)\n\nInstantiate a Geometrical Selection Rule.\n\nParameters\n\nname (str) – Name of the Geometrical Selection Rule.\n\ngeometrical_rule_type (GeometricalRuleType) – Rule type. Can be either GeometricalRuleType.GEOMETRY or\nGeometricalRuleType.ELEMENT_SETS.\n\ngeometry (VirtualGeometry | None) – Virtual geometry to use for the rule.\n\nelement_sets (Iterable[ElementSet]) – Element sets to use for the rule.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nuse_default_tolerances (bool) – Whether to use default tolerances.\n\nin_plane_capture_tolerance (float) – In-plane capture tolerance around the outline.\n\nnegative_capture_tolerance (float) – Capture tolerance along the surface or projection normal.\n\npositive_capture_tolerance (float) – Capture tolerance along the opposite surface or projection normal.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nGeometricalSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nGeometricalSelectionRule.delete()\n\nDelete the object.\n\nGeometricalSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nGeometricalSelectionRule.element_sets\n\n\n\nGeometricalSelectionRule.elemental_data\n\n\n\nGeometricalSelectionRule.geometrical_rule_type\n\n\n\nGeometricalSelectionRule.geometry\n\n\n\nGeometricalSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nGeometricalSelectionRule.in_plane_capture_tolerance\n\n\n\nGeometricalSelectionRule.include_rule\n\n\n\nGeometricalSelectionRule.mesh\n\nFull mesh associated with the object.\n\nGeometricalSelectionRule.name\n\nThe name of the object.\n\nGeometricalSelectionRule.negative_capture_tolerance\n\n\n\nGeometricalSelectionRule.nodal_data\n\n\n\nGeometricalSelectionRule.parent\n\nThe parent of the object.\n\nGeometricalSelectionRule.positive_capture_tolerance\n\n\n\nGeometricalSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nGeometricalSelectionRule.status\n\n\n\nGeometricalSelectionRule.use_default_tolerances\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Material", + "href": "api/_autosummary/ansys.acp.core.Material.html#examples-using-material", + "title": "Material > Examples using Material", + "section": "Examples using Material", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Material" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.html#examples-using-geometricalselectionrule", - "title": "GeometricalSelectionRule > Examples using GeometricalSelectionRule", - "section": "Examples using GeometricalSelectionRule", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using GeometricalSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.num_min_neighbors", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.num_min_neighbors.html#num_min_neighbors", + "title": "num_min_neighbors", + "section": "num_min_neighbors", + "text": "num_min_neighbors" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_2.html#orientation_2", - "title": "orientation_2", - "section": "orientation_2", - "text": "orientation_2" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.num_min_neighbors", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.num_min_neighbors.html#ansys.acp.core.LookUpTable3D.num_min_neighbors", + "title": "num_min_neighbors > num_min_neighbors > num_min_neighbors", + "section": "num_min_neighbors > num_min_neighbors", + "text": "property LookUpTable3D.num_min_neighbors: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_2", - "title": "orientation_2 > orientation_2 > orientation_2", - "section": "orientation_2 > orientation_2", - "text": "property ConstantWovenCharacterization.orientation_2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.html#cylindricalselectionruleelementaldata", + "title": "CylindricalSelectionRuleElementalData", + "section": "CylindricalSelectionRuleElementalData", + "text": "Represents elemental data for a Cylindrical Selection Rule.\nCylindricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nCylindricalSelectionRuleElementalData.normal\n\nCylindricalSelectionRuleElementalData.element_labels\n\nCylindricalSelectionRuleElementalData\nCylindricalSelectionRuleElementalData.get_pyvista_mesh\nCylindricalSelectionRuleElementalData.normal\nCylindricalSelectionRuleElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.global_ply_nr", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.global_ply_nr.html#global_ply_nr", - "title": "global_ply_nr", - "section": "global_ply_nr", - "text": "global_ply_nr" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData", + "title": "CylindricalSelectionRuleElementalData > CylindricalSelectionRuleElementalData > CylindricalSelectionRuleElementalData", + "section": "CylindricalSelectionRuleElementalData > CylindricalSelectionRuleElementalData", + "text": "class ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Cylindrical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCylindricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCylindricalSelectionRuleElementalData.normal\n\n\n\nCylindricalSelectionRuleElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.global_ply_nr", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.global_ply_nr.html#ansys.acp.core.ModelingPly.global_ply_nr", - "title": "global_ply_nr > global_ply_nr > global_ply_nr", - "section": "global_ply_nr > global_ply_nr", - "text": "property ModelingPly.global_ply_nr: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.DISCARD", + "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.DISCARD.html#discard", + "title": "DISCARD", + "section": "DISCARD", + "text": "DISCARD" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.ply_material", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.ply_material.html#ply_material", - "title": "ply_material", - "section": "ply_material", - "text": "ply_material" + "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.DISCARD", + "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.DISCARD.html#ansys.acp.core.LinkedObjectHandling.DISCARD", + "title": "DISCARD > DISCARD > DISCARD", + "section": "DISCARD > DISCARD", + "text": "LinkedObjectHandling.DISCARD = 'discard'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.ply_material", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.ply_material.html#ansys.acp.core.ModelingPly.ply_material", - "title": "ply_material > ply_material > ply_material", - "section": "ply_material > ply_material", - "text": "property ModelingPly.ply_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_coordinate_system_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_coordinate_system_index.html#use_default_coordinate_system_index", - "title": "use_default_coordinate_system_index", - "section": "use_default_coordinate_system_index", - "text": "use_default_coordinate_system_index" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "CutOffSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_coordinate_system_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_coordinate_system_index.html#ansys.acp.core.SolidModelExportSettings.use_default_coordinate_system_index", - "title": "use_default_coordinate_system_index > use_default_coordinate_system_index > use_default_coordinate_system_index", - "section": "use_default_coordinate_system_index > use_default_coordinate_system_index", - "text": "property SolidModelExportSettings.use_default_coordinate_system_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae", + "href": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae.html#export_hdf5_composite_cae", + "title": "export_hdf5_composite_cae", + "section": "export_hdf5_composite_cae", + "text": "Export the lay-up to the HDF5 Composite CAE format.\npath (str | PathLike[str]) – File path.\nremove_midside_nodes (bool) – If True, remove mid-side nodes from the exported mesh. This increases the\noverall performance.\nlayup_representation_3d (bool) – If True, the 3D representation of the lay-up is computed, and the offset ply\nsurfaces are exported.\noffset_type (OffsetType) – Defines if the bottom, mid, or top surface of the plies is exported.\nOnly used if layup_representation_3d is True.\nall_elements (bool) – Whether to limit the export to some user-defined element sets or not.\nelement_sets (Sequence[ElementSet | OrientedSelectionSet]) – Only plies defined on the selected element sets or oriented selection\nsets will be exported.\nUsed only if all_elements is False.\nall_plies (bool) – Whether to export all plies or a user-defined set.\nplies (Sequence[ModelingGroup | ModelingPly]) – User-defined set of Modeling Plies and/or Modeling Groups.\nUsed only if all_plies is False.\nascii_encoding (bool) – If True, use ASCII encoding when writing text attributes to the HDF5 CAE\nfile. This may be needed for compatibility with programs that don’t fully\nsupport unicode when reading the file.\nexport_hdf5_composite_cae\nlayup_representation_3d\nall_elements\nall_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.name", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae", + "href": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae.html#ansys.acp.core.Model.export_hdf5_composite_cae", + "title": "export_hdf5_composite_cae > export_hdf5_composite_cae > export_hdf5_composite_cae", + "section": "export_hdf5_composite_cae > export_hdf5_composite_cae", + "text": "Model.export_hdf5_composite_cae(path, *, remove_midside_nodes=True, layup_representation_3d=False, offset_type='bottom_offset', all_elements=True, element_sets=(), all_plies=True, plies=(), ascii_encoding=False)\n\nExport the lay-up to the HDF5 Composite CAE format.\n\nParameters\n\npath (str | PathLike[str]) – File path.\n\nremove_midside_nodes (bool) – If True, remove mid-side nodes from the exported mesh. This increases the\noverall performance.\n\nlayup_representation_3d (bool) – If True, the 3D representation of the lay-up is computed, and the offset ply\nsurfaces are exported.\n\noffset_type (OffsetType) – Defines if the bottom, mid, or top surface of the plies is exported.\nOnly used if layup_representation_3d is True.\n\nall_elements (bool) – Whether to limit the export to some user-defined element sets or not.\n\nelement_sets (Sequence[ElementSet | OrientedSelectionSet]) – Only plies defined on the selected element sets or oriented selection\nsets will be exported.\nUsed only if all_elements is False.\n\nall_plies (bool) – Whether to export all plies or a user-defined set.\n\nplies (Sequence[ModelingGroup | ModelingPly]) – User-defined set of Modeling Plies and/or Modeling Groups.\nUsed only if all_plies is False.\n\nascii_encoding (bool) – If True, use ASCII encoding when writing text attributes to the HDF5 CAE\nfile. This may be needed for compatibility with programs that don’t fully\nsupport unicode when reading the file.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.name", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.name.html#ansys.acp.core.CutOffGeometry.name", - "title": "name > name > name", - "section": "name > name", - "text": "property CutOffGeometry.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae", + "href": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae.html#examples-using-modelexport_hdf5_composite_cae", + "title": "export_hdf5_composite_cae > Examples using Model.export_hdf5_composite_cae", + "section": "Examples using Model.export_hdf5_composite_cae", + "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.export_hdf5_composite_cae" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.ply_offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.ply_offset.html#ply_offset", - "title": "ply_offset", - "section": "ply_offset", - "text": "ply_offset" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin", + "href": "api/_autosummary/ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin.html#solidmodelexportmixin", + "title": "SolidModelExportMixin", + "section": "SolidModelExportMixin", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nMixin class for adding export functionality to the solid model and imported solid model classes.\nSolidModelExportMixin" + }, + { + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin", + "href": "api/_autosummary/ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin.html#ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin", + "title": "SolidModelExportMixin > SolidModelExportMixin > SolidModelExportMixin", + "section": "SolidModelExportMixin > SolidModelExportMixin", + "text": "class ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin(name='')\n\nMixin class for adding export functionality to the solid model and imported solid model classes.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.ply_offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.ply_offset.html#ansys.acp.core.mesh_data.ProductionPlyNodalData.ply_offset", - "title": "ply_offset > ply_offset > ply_offset", - "section": "ply_offset > ply_offset", - "text": "ProductionPlyNodalData.ply_offset: VectorData\n\n" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.clone.html#ansys.acp.core.TubeSelectionRule.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "TubeSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.id.html#ansys.acp.core.SphericalSelectionRule.id", - "title": "id > id > id", - "section": "id > id", - "text": "property SphericalSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup", + "href": "api/_autosummary/ansys.acp.core.Stackup.html#stackup", + "title": "Stackup", + "section": "Stackup", + "text": "Instantiate a Stackup.\nname (str) – Name of the stackup.\nsymmetry (SymmetryType) – Whether the stackup is odd or even symmetrical, or none.\ntopdown (bool) – The first fabric in the list is placed first in the mold if topdown is true.\nfabrics (Sequence[FabricWithAngle]) – List of fabrics with angles which build the stackup.\narea_price (float) – Price per area of the stackup.\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\nAdded in ACP server version 24.2.\nStackup.add_fabric(fabric[, angle])\nAdd a FabricWithAngle to the Stackup.\nStackup.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nStackup.delete()\nDelete the object.\nStackup.store(parent)\nStore the object on the server.\nStackup.area_price\n\nStackup.area_weight\n\nStackup.cut_off_material\n\nStackup.cut_off_material_handling\n\nStackup.draping_material_model\n\nStackup.draping_ud_coefficient\n\nStackup.drop_off_material\n\nStackup.drop_off_material_handling\n\nStackup.fabrics\n\nStackup.id\nIdentifier of the object, used for example as key in maps.\nStackup.ignore_for_postprocessing\n\nStackup.locked\n\nStackup.name\nThe name of the object.\nStackup.parent\nThe parent of the object.\nStackup.status\n\nStackup.symmetry\n\nStackup.thickness\n\nStackup.topdown\n\nStackup\nStackup.add_fabric\nStackup.clone\nStackup.delete\nStackup.store\nStackup.area_price\nStackup.area_weight\nStackup.cut_off_material\nStackup.cut_off_material_handling\nStackup.draping_material_model\nStackup.draping_ud_coefficient\nStackup.drop_off_material\nStackup.drop_off_material_handling\nStackup.fabrics\nStackup.id\nStackup.ignore_for_postprocessing\nStackup.locked\nStackup.name\nStackup.parent\nStackup.status\nStackup.symmetry\nStackup.thickness\nStackup.topdown" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu12", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu12.html#nu12", - "title": "nu12", - "section": "nu12", - "text": "nu12" + "objectID": "api/_autosummary/ansys.acp.core.Stackup", + "href": "api/_autosummary/ansys.acp.core.Stackup.html#ansys.acp.core.Stackup", + "title": "Stackup > Stackup > Stackup", + "section": "Stackup > Stackup", + "text": "class ansys.acp.core.Stackup(*, name='Stackup', symmetry='no_symmetry', topdown=True, fabrics=(), area_price=0.0, drop_off_material_handling='global', drop_off_material=None, cut_off_material=None, cut_off_material_handling='computed', draping_material_model='woven', draping_ud_coefficient=0.0)\n\nInstantiate a Stackup.\n\nParameters\n\nname (str) – Name of the stackup.\n\nsymmetry (SymmetryType) – Whether the stackup is odd or even symmetrical, or none.\n\ntopdown (bool) – The first fabric in the list is placed first in the mold if topdown is true.\n\nfabrics (Sequence[FabricWithAngle]) – List of fabrics with angles which build the stackup.\n\narea_price (float) – Price per area of the stackup.\n\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\n\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\n\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\n\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\n\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\n\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nStackup.add_fabric(fabric[, angle])\n\nAdd a FabricWithAngle to the Stackup.\n\nStackup.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nStackup.delete()\n\nDelete the object.\n\nStackup.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nStackup.area_price\n\n\n\nStackup.area_weight\n\n\n\nStackup.cut_off_material\n\n\n\nStackup.cut_off_material_handling\n\n\n\nStackup.draping_material_model\n\n\n\nStackup.draping_ud_coefficient\n\n\n\nStackup.drop_off_material\n\n\n\nStackup.drop_off_material_handling\n\n\n\nStackup.fabrics\n\n\n\nStackup.id\n\nIdentifier of the object, used for example as key in maps.\n\nStackup.ignore_for_postprocessing\n\n\n\nStackup.locked\n\n\n\nStackup.name\n\nThe name of the object.\n\nStackup.parent\n\nThe parent of the object.\n\nStackup.status\n\n\n\nStackup.symmetry\n\n\n\nStackup.thickness\n\n\n\nStackup.topdown\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu12", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu12.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu12", - "title": "nu12 > nu12 > nu12", - "section": "nu12 > nu12", - "text": "property VariableEngineeringConstants.nu12: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup", + "href": "api/_autosummary/ansys.acp.core.Stackup.html#examples-using-stackup", + "title": "Stackup > Examples using Stackup", + "section": "Examples using Stackup", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using Stackup" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh.html#solid_mesh", - "title": "solid_mesh", - "section": "solid_mesh", - "text": "Solid mesh associated with the object.\nsolid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.name", + "href": "api/_autosummary/ansys.acp.core.SectionCut.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh.html#ansys.acp.core.ImportedSolidModel.solid_mesh", - "title": "solid_mesh > solid_mesh > solid_mesh", - "section": "solid_mesh > solid_mesh", - "text": "property ImportedSolidModel.solid_mesh: MeshData\n\nSolid mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.name", + "href": "api/_autosummary/ansys.acp.core.SectionCut.name.html#ansys.acp.core.SectionCut.name", + "title": "name > name > name", + "section": "name > name", + "text": "property SectionCut.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh.html#examples-using-importedsolidmodelsolid_mesh", - "title": "solid_mesh > Examples using ImportedSolidModel.solid_mesh", - "section": "Examples using ImportedSolidModel.solid_mesh", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedSolidModel.solid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxz.html#sxz", + "title": "Sxz", + "section": "Sxz", + "text": "Sxz" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalnum", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalnum.html#isalnum", - "title": "isalnum", - "section": "isalnum", - "text": "Return True if the string is an alpha-numeric string, False otherwise.\nA string is alpha-numeric if all characters in the string are alpha-numeric and\nthere is at least one character in the string.\nisalnum" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxz.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxz", + "title": "Sxz > Sxz > Sxz", + "section": "Sxz > Sxz", + "text": "property ConstantWovenStressLimits.Sxz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalnum", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalnum.html#ansys.acp.core.material_property_sets.PuckMaterialType.isalnum", - "title": "isalnum > isalnum > isalnum", - "section": "isalnum > isalnum", - "text": "PuckMaterialType.isalnum(/)\n\nReturn True if the string is an alpha-numeric string, False otherwise.\n\nA string is alpha-numeric if all characters in the string are alpha-numeric and\nthere is at least one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.delete", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.ljust", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.ljust.html#ljust", - "title": "ljust", - "section": "ljust", - "text": "Return a left-justified string of length width.\nPadding is done using the specified fill character (default is a space).\nljust" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.delete", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.delete.html#ansys.acp.core.CutOffGeometry.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "CutOffGeometry.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.ljust", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.ljust.html#ansys.acp.core.LaunchMode.ljust", - "title": "ljust > ljust > ljust", - "section": "ljust > ljust", - "text": "LaunchMode.ljust(width, fillchar=' ', /)\n\nReturn a left-justified string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.html#unitsystemtype", + "title": "UnitSystemType", + "section": "UnitSystemType", + "text": "Available choices for the unit system.\nUnitSystemType.UNDEFINED\n\nUnitSystemType.SI\n\nUnitSystemType.MKS\n\nUnitSystemType.uMKS\n\nUnitSystemType.CGS\n\nUnitSystemType.MPA\n\nUnitSystemType.BFT\n\nUnitSystemType.BIN\n\nUnitSystemType.FROM_FILE\n\nUnitSystemType\nUnitSystemType.UNDEFINED\nUnitSystemType.SI\nUnitSystemType.MKS\nUnitSystemType.uMKS\nUnitSystemType.CGS\nUnitSystemType.MPA\nUnitSystemType.BFT\nUnitSystemType.BIN\nUnitSystemType.FROM_FILE" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.status", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.html#ansys.acp.core.UnitSystemType", + "title": "UnitSystemType > UnitSystemType > UnitSystemType", + "section": "UnitSystemType > UnitSystemType", + "text": "class ansys.acp.core.UnitSystemType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nAvailable choices for the unit system.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nUnitSystemType.UNDEFINED\n\n\n\nUnitSystemType.SI\n\n\n\nUnitSystemType.MKS\n\n\n\nUnitSystemType.uMKS\n\n\n\nUnitSystemType.CGS\n\n\n\nUnitSystemType.MPA\n\n\n\nUnitSystemType.BFT\n\n\n\nUnitSystemType.BIN\n\n\n\nUnitSystemType.FROM_FILE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.status", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.status.html#ansys.acp.core.VirtualGeometry.status", - "title": "status > status > status", - "section": "status > status", - "text": "property VirtualGeometry.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.html#examples-using-unitsystemtype", + "title": "UnitSystemType > Examples using UnitSystemType", + "section": "Examples using UnitSystemType", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using UnitSystemType" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.environment_variables", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.environment_variables.html#environment_variables", - "title": "environment_variables", - "section": "environment_variables", - "text": "environment_variables" + "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.COMPUTED", + "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.COMPUTED.html#computed", + "title": "COMPUTED", + "section": "COMPUTED", + "text": "COMPUTED" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.environment_variables", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.environment_variables.html#ansys.acp.core.DockerComposeLaunchConfig.environment_variables", - "title": "environment_variables > environment_variables > environment_variables", - "section": "environment_variables > environment_variables", - "text": "DockerComposeLaunchConfig.environment_variables: dict[str, str]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.COMPUTED", + "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.COMPUTED.html#ansys.acp.core.CutOffMaterialHandling.COMPUTED", + "title": "COMPUTED > COMPUTED > COMPUTED", + "section": "COMPUTED > COMPUTED", + "text": "CutOffMaterialHandling.COMPUTED = 'computed'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.stop", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.stop.html#stop", - "title": "stop", - "section": "stop", - "text": "Stop the product instance.\ntimeout (float | None) – Time in seconds after which the instance is forcefully stopped. Note\nthat not all launch methods may implement this parameter. If they\ndo not, the parameter is ignored.\nRuntimeError – If the instance is already in the stopped state.\nRuntimeError – If the instance does not allow stopping.\nstop" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.stop", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.stop.html#ansys.acp.core.ACPInstance.stop", - "title": "stop > stop > stop", - "section": "stop > stop", - "text": "ACPInstance.stop(*, timeout=None)\n\nStop the product instance.\n\nParameters\n\ntimeout (float | None) – Time in seconds after which the instance is forcefully stopped. Note\nthat not all launch methods may implement this parameter. If they\ndo not, the parameter is ignored.\n\nRaises\n\nRuntimeError – If the instance is already in the stopped state.\n\nRuntimeError – If the instance does not allow stopping.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "VariableOffsetSelectionRuleElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.ply_offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.ply_offset.html#ply_offset", - "title": "ply_offset", - "section": "ply_offset", - "text": "ply_offset" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.section_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.section_index.html#section_index", + "title": "section_index", + "section": "section_index", + "text": "section_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.ply_offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.ply_offset.html#ansys.acp.core.mesh_data.AnalysisPlyNodalData.ply_offset", - "title": "ply_offset > ply_offset > ply_offset", - "section": "ply_offset > ply_offset", - "text": "AnalysisPlyNodalData.ply_offset: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.section_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.section_index.html#ansys.acp.core.ImportedSolidModelExportSettings.section_index", + "title": "section_index > section_index > section_index", + "section": "section_index > section_index", + "text": "property ImportedSolidModelExportSettings.section_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file.html#upload_file", - "title": "upload_file", - "section": "upload_file", - "text": "Upload a file to the server.\nDo not execute this function with untrusted input parameters.\nSee the security guide\nfor details.\nlocal_path (str | PathLike[str]) – The path of the file to be uploaded.\nThe path of the uploaded file on the server.\nPurePath\nupload_file" + "objectID": "api/_autosummary/ansys.acp.core.print_model", + "href": "api/_autosummary/ansys.acp.core.print_model.html#print_model", + "title": "print_model", + "section": "print_model", + "text": "Print a tree representation of the model.\nmodel (Model) – pyACP model\nhide_empty (bool) – Whether to hide empty collections.\nprint_model" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file.html#ansys.acp.core.ACPInstance.upload_file", - "title": "upload_file > upload_file > upload_file", - "section": "upload_file > upload_file", - "text": "ACPInstance.upload_file(local_path)\n\nUpload a file to the server.\n\nDo not execute this function with untrusted input parameters.\nSee the security guide\nfor details.\n\nParameters\n\nlocal_path (str | PathLike[str]) – The path of the file to be uploaded.\n\nReturns\n\nThe path of the uploaded file on the server.\n\nReturn type\n\nPurePath\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.print_model", + "href": "api/_autosummary/ansys.acp.core.print_model.html#ansys.acp.core.print_model", + "title": "print_model > print_model > print_model", + "section": "print_model > print_model", + "text": "ansys.acp.core.print_model(model, *, hide_empty=True)\n\nPrint a tree representation of the model.\n\nParameters\n\nmodel (Model) – pyACP model\n\nhide_empty (bool) – Whether to hide empty collections.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file.html#examples-using-acpinstanceupload_file", - "title": "upload_file > Examples using ACPInstance.upload_file", - "section": "Examples using ACPInstance.upload_file", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ACPInstance.upload_file" + "objectID": "api/_autosummary/ansys.acp.core.print_model", + "href": "api/_autosummary/ansys.acp.core.print_model.html#examples-using-print_model", + "title": "print_model > Examples using print_model", + "section": "Examples using print_model", + "text": "sphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nExamples using print_model" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.orientation", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.orientation.html#orientation", - "title": "orientation", - "section": "orientation", - "text": "orientation" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.orientation", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.orientation.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.orientation", - "title": "orientation > orientation > orientation", - "section": "orientation > orientation", - "text": "ProductionPlyElementalData.orientation: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.elemental_data.html#ansys.acp.core.ParallelSelectionRule.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property ParallelSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly", + "href": "api/_autosummary/ansys.acp.core.PrimaryPly.html#primaryply", + "title": "PrimaryPly", + "section": "PrimaryPly", + "text": "Defines a primary ply of a butt joint sequence.\nsequence (ModelingGroup | ModelingPly) – Modeling group or modeling ply defining the primary ply.\nlevel (int) – Level of the primary ply. Plies with a higher level inherit the thickness\nfrom adjacent plies with a lower level.\nAdded in ACP server version 25.1.\nPrimaryPly.clone()\nCreate a new unstored PrimaryPly with the same properties.\nPrimaryPly.level\nLevel of the primary ply.\nPrimaryPly.sequence\nLinked sequence.\nPrimaryPly\nPrimaryPly.clone\nPrimaryPly.level\nPrimaryPly.sequence" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_ANGLE", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_ANGLE.html#draped_fiber_angle", - "title": "DRAPED_FIBER_ANGLE", - "section": "DRAPED_FIBER_ANGLE", - "text": "DRAPED_FIBER_ANGLE" + "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly", + "href": "api/_autosummary/ansys.acp.core.PrimaryPly.html#ansys.acp.core.PrimaryPly", + "title": "PrimaryPly > PrimaryPly > PrimaryPly", + "section": "PrimaryPly > PrimaryPly", + "text": "class ansys.acp.core.PrimaryPly(sequence, level=1)\n\nDefines a primary ply of a butt joint sequence.\n\nParameters\n\nsequence (ModelingGroup | ModelingPly) – Modeling group or modeling ply defining the primary ply.\n\nlevel (int) – Level of the primary ply. Plies with a higher level inherit the thickness\nfrom adjacent plies with a lower level.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nPrimaryPly.clone()\n\nCreate a new unstored PrimaryPly with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nPrimaryPly.level\n\nLevel of the primary ply.\n\nPrimaryPly.sequence\n\nLinked sequence.\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_ANGLE", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_ANGLE.html#ansys.acp.core.ElementalDataType.DRAPED_FIBER_ANGLE", - "title": "DRAPED_FIBER_ANGLE > DRAPED_FIBER_ANGLE > DRAPED_FIBER_ANGLE", - "section": "DRAPED_FIBER_ANGLE > DRAPED_FIBER_ANGLE", - "text": "ElementalDataType.DRAPED_FIBER_ANGLE = 'draped_fiber_angle'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.PRODUCTION_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.PRODUCTION_PLY_WISE.html#production_ply_wise", + "title": "PRODUCTION_PLY_WISE", + "section": "PRODUCTION_PLY_WISE", + "text": "PRODUCTION_PLY_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yt.html#yt", - "title": "Yt", - "section": "Yt", - "text": "Yt" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.PRODUCTION_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.PRODUCTION_PLY_WISE.html#ansys.acp.core.ExtrusionMethod.PRODUCTION_PLY_WISE", + "title": "PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE", + "section": "PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE", + "text": "ExtrusionMethod.PRODUCTION_PLY_WISE = 'production_ply_wise'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yt.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yt", - "title": "Yt > Yt > Yt", - "section": "Yt > Yt", - "text": "property VariableWovenStressLimits.Yt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology.REINFORCING", - "href": "api/_autosummary/ansys.acp.core.ElementTechnology.REINFORCING.html#reinforcing", - "title": "REINFORCING", - "section": "REINFORCING", - "text": "REINFORCING" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.id.html#ansys.acp.core.CutOffSelectionRule.id", + "title": "id > id > id", + "section": "id > id", + "text": "property CutOffSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology.REINFORCING", - "href": "api/_autosummary/ansys.acp.core.ElementTechnology.REINFORCING.html#ansys.acp.core.ElementTechnology.REINFORCING", - "title": "REINFORCING > REINFORCING > REINFORCING", - "section": "REINFORCING > REINFORCING", - "text": "ElementTechnology.REINFORCING = 'reinforcing'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.values", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.values.html#values", + "title": "values", + "section": "values", + "text": "Scalar data values as a numpy array.\nvalues" }, { - "objectID": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_H5_COMPOSITE_CAE", - "href": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_H5_COMPOSITE_CAE.html#from_h5_composite_cae", - "title": "FROM_H5_COMPOSITE_CAE", - "section": "FROM_H5_COMPOSITE_CAE", - "text": "FROM_H5_COMPOSITE_CAE" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.values", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.values.html#ansys.acp.core.mesh_data.ScalarData.values", + "title": "values > values > values", + "section": "values > values", + "text": "property ScalarData.values: ndarray[tuple[int, ...], dtype[ScalarDataT]]\n\nScalar data values as a numpy array.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_H5_COMPOSITE_CAE", - "href": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_H5_COMPOSITE_CAE.html#ansys.acp.core.MeshImportType.FROM_H5_COMPOSITE_CAE", - "title": "FROM_H5_COMPOSITE_CAE > FROM_H5_COMPOSITE_CAE > FROM_H5_COMPOSITE_CAE", - "section": "FROM_H5_COMPOSITE_CAE > FROM_H5_COMPOSITE_CAE", - "text": "MeshImportType.FROM_H5_COMPOSITE_CAE = 'from_h5_composite_cae'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh.html#visualization_mesh", + "title": "visualization_mesh", + "section": "visualization_mesh", + "text": "Surface mesh for visualization.\nThe CAD Geometry’s surface represented as a triangle mesh.\nvisualization_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh.html#ansys.acp.core.CADGeometry.visualization_mesh", + "title": "visualization_mesh > visualization_mesh > visualization_mesh", + "section": "visualization_mesh > visualization_mesh", + "text": "property CADGeometry.visualization_mesh: TriangleMesh\n\nSurface mesh for visualization.\n\nThe CAD Geometry’s surface represented as a triangle mesh.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "VariableOffsetSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh.html#examples-using-cadgeometryvisualization_mesh", + "title": "visualization_mesh > Examples using CADGeometry.visualization_mesh", + "section": "Examples using CADGeometry.visualization_mesh", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using CADGeometry.visualization_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.status", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.clone", + "href": "api/_autosummary/ansys.acp.core.ElementSet.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.status", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.status.html#ansys.acp.core.ProductionPly.status", - "title": "status > status > status", - "section": "status > status", - "text": "property ProductionPly.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.clone", + "href": "api/_autosummary/ansys.acp.core.ElementSet.clone.html#ansys.acp.core.ElementSet.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "ElementSet.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.lookup_tables_1d", - "href": "api/_autosummary/ansys.acp.core.Model.lookup_tables_1d.html#lookup_tables_1d", - "title": "lookup_tables_1d", - "section": "lookup_tables_1d", - "text": "lookup_tables_1d" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.html#modelingply", + "title": "ModelingPly", + "section": "ModelingPly", + "text": "Instantiate a Modeling Ply.\nname (str) – The name of the Modeling Ply\nply_material (Fabric | Stackup | SubLaminate | None) – The material (fabric, stackup or sub-laminate) of the ply.\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\nnumber_of_layers (int) – Number of times the plies are generated.\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\nglobal_ply_nr (int) – Defines the global ply order.\nselection_rules (Iterable[LinkedSelectionRule]) – Selection Rules which may limit the extent of the ply.\ndraping_type (DrapingType) – Chooses between different draping formulations.\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\nauto_draping_direction (bool) – If True, the fiber direction of the production ply at the draping\n\nseed point is used as draping direction.\nseed point is used as draping direction.\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\nuse_default_draping_mesh_size (bool) – Whether to use the average element size of the shell mesh for the draping.\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\ndraping_thickness_correction (bool) – Enables the thickness correction of draped plies based on the draping\nshear angle.\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\nthickness_type (ThicknessType) – Choose between ThicknessType.FROM_GEOMETRY or\nThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\nthickness_geometry (VirtualGeometry | None) – Defines the geometry used to determine the ply thickness. Only applies if\nthickness_type is ThicknessType.FROM_GEOMETRY.\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\ntaper_edges (Iterable[TaperEdge]) – Defines the taper edges of the ply.\nAdded in ACP server version 24.2.\nModelingPly.add_selection_rule(selection_rule, *)\nAdd a LinkedSelectionRule to the ModelingPly.\nModelingPly.add_taper_edge(edge_set, *, ...)\nAdd a TaperEdge to the ModelingPly.\nModelingPly.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nModelingPly.delete()\nDelete the object.\nModelingPly.store(parent)\nStore the object on the server.\nModelingPly.active\n\nModelingPly.auto_draping_direction\n\nModelingPly.draping_angle_1_field\n\nModelingPly.draping_angle_2_field\n\nModelingPly.draping_direction\n\nModelingPly.draping_mesh_size\n\nModelingPly.draping_seed_point\n\nModelingPly.draping_thickness_correction\n\nModelingPly.draping_type\n\nModelingPly.elemental_data\n\nModelingPly.global_ply_nr\n\nModelingPly.id\nIdentifier of the object, used for example as key in maps.\nModelingPly.mesh\nFull mesh associated with the object.\nModelingPly.name\nThe name of the object.\nModelingPly.nodal_data\n\nModelingPly.number_of_layers\n\nModelingPly.oriented_selection_sets\n\nModelingPly.parent\nThe parent of the object.\nModelingPly.ply_angle\n\nModelingPly.ply_material\n\nModelingPly.production_plies\n\nModelingPly.selection_rules\n\nModelingPly.shell_mesh\nShell mesh associated with the object.\nModelingPly.status\n\nModelingPly.taper_edges\n\nModelingPly.thickness_field\n\nModelingPly.thickness_field_type\n\nModelingPly.thickness_geometry\n\nModelingPly.thickness_type\n\nModelingPly.use_default_draping_mesh_size\n\nModelingPly\nTrue\nauto_draping_direction\nFalse\n-1.\ndraping_angle_1_field\nThicknessType.FROM_GEOMETRY\nThicknessType.FROM_TABLE\nThicknessType.NOMINAL\nthickness_type\nThicknessType.FROM_GEOMETRY\nthickness_type\nThicknessType.FROM_TABLE\nthickness_type\nThicknessType.FROM_TABLE\nThicknessFieldType.ABSOLUTE_VALUES\nThicknessFieldType.RELATIVE_SCALING_FACTOR\nModelingPly.add_selection_rule\nModelingPly.add_taper_edge\nModelingPly.clone\nModelingPly.delete\nModelingPly.store\nModelingPly.active\nModelingPly.auto_draping_direction\nModelingPly.draping_angle_1_field\nModelingPly.draping_angle_2_field\nModelingPly.draping_direction\nModelingPly.draping_mesh_size\nModelingPly.draping_seed_point\nModelingPly.draping_thickness_correction\nModelingPly.draping_type\nModelingPly.elemental_data\nModelingPly.global_ply_nr\nModelingPly.id\nModelingPly.mesh\nModelingPly.name\nModelingPly.nodal_data\nModelingPly.number_of_layers\nModelingPly.oriented_selection_sets\nModelingPly.parent\nModelingPly.ply_angle\nModelingPly.ply_material\nModelingPly.production_plies\nModelingPly.selection_rules\nModelingPly.shell_mesh\nModelingPly.status\nModelingPly.taper_edges\nModelingPly.thickness_field\nModelingPly.thickness_field_type\nModelingPly.thickness_geometry\nModelingPly.thickness_type\nModelingPly.use_default_draping_mesh_size" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.lookup_tables_1d", - "href": "api/_autosummary/ansys.acp.core.Model.lookup_tables_1d.html#ansys.acp.core.Model.lookup_tables_1d", - "title": "lookup_tables_1d > lookup_tables_1d > lookup_tables_1d", - "section": "lookup_tables_1d > lookup_tables_1d", - "text": "property Model.lookup_tables_1d: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.html#ansys.acp.core.ModelingPly", + "title": "ModelingPly > ModelingPly > ModelingPly", + "section": "ModelingPly > ModelingPly", + "text": "class ansys.acp.core.ModelingPly(*, name='ModelingPly', ply_material=None, oriented_selection_sets=(), ply_angle=0.0, number_of_layers=1, active=True, global_ply_nr=0, selection_rules=(), draping_type='no_draping', draping_seed_point=(0.0, 0.0, 0.0), auto_draping_direction=True, draping_direction=(1.0, 0.0, 0.0), use_default_draping_mesh_size=True, draping_mesh_size=0.0, draping_thickness_correction=True, draping_angle_1_field=None, draping_angle_2_field=None, thickness_type='nominal', thickness_geometry=None, thickness_field=None, thickness_field_type='absolute_values', taper_edges=())\n\nInstantiate a Modeling Ply.\n\nParameters\n\nname (str) – The name of the Modeling Ply\n\nply_material (Fabric | Stackup | SubLaminate | None) – The material (fabric, stackup or sub-laminate) of the ply.\n\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\n\nnumber_of_layers (int) – Number of times the plies are generated.\n\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\n\nglobal_ply_nr (int) – Defines the global ply order.\n\nselection_rules (Iterable[LinkedSelectionRule]) – Selection Rules which may limit the extent of the ply.\n\ndraping_type (DrapingType) – Chooses between different draping formulations.\n\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\n\nauto_draping_direction (bool) – If True, the fiber direction of the production ply at the draping\n\nseed point is used as draping direction.\n\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\n\nuse_default_draping_mesh_size (bool) – Whether to use the average element size of the shell mesh for the draping.\n\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\n\ndraping_thickness_correction (bool) – Enables the thickness correction of draped plies based on the draping\nshear angle.\n\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\n\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\n\nthickness_type (ThicknessType) – Choose between ThicknessType.FROM_GEOMETRY or\nThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\n\nthickness_geometry (VirtualGeometry | None) – Defines the geometry used to determine the ply thickness. Only applies if\nthickness_type is ThicknessType.FROM_GEOMETRY.\n\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\n\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\n\ntaper_edges (Iterable[TaperEdge]) – Defines the taper edges of the ply.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelingPly.add_selection_rule(selection_rule, *)\n\nAdd a LinkedSelectionRule to the ModelingPly.\n\nModelingPly.add_taper_edge(edge_set, *, ...)\n\nAdd a TaperEdge to the ModelingPly.\n\nModelingPly.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nModelingPly.delete()\n\nDelete the object.\n\nModelingPly.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelingPly.active\n\n\n\nModelingPly.auto_draping_direction\n\n\n\nModelingPly.draping_angle_1_field\n\n\n\nModelingPly.draping_angle_2_field\n\n\n\nModelingPly.draping_direction\n\n\n\nModelingPly.draping_mesh_size\n\n\n\nModelingPly.draping_seed_point\n\n\n\nModelingPly.draping_thickness_correction\n\n\n\nModelingPly.draping_type\n\n\n\nModelingPly.elemental_data\n\n\n\nModelingPly.global_ply_nr\n\n\n\nModelingPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nModelingPly.mesh\n\nFull mesh associated with the object.\n\nModelingPly.name\n\nThe name of the object.\n\nModelingPly.nodal_data\n\n\n\nModelingPly.number_of_layers\n\n\n\nModelingPly.oriented_selection_sets\n\n\n\nModelingPly.parent\n\nThe parent of the object.\n\nModelingPly.ply_angle\n\n\n\nModelingPly.ply_material\n\n\n\nModelingPly.production_plies\n\n\n\nModelingPly.selection_rules\n\n\n\nModelingPly.shell_mesh\n\nShell mesh associated with the object.\n\nModelingPly.status\n\n\n\nModelingPly.taper_edges\n\n\n\nModelingPly.thickness_field\n\n\n\nModelingPly.thickness_field_type\n\n\n\nModelingPly.thickness_geometry\n\n\n\nModelingPly.thickness_type\n\n\n\nModelingPly.use_default_draping_mesh_size\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.delete", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.delete.html#delete", + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.html#examples-using-modelingply", + "title": "ModelingPly > Examples using ModelingPly", + "section": "Examples using ModelingPly", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ModelingPly" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.delete.html#delete", "title": "delete", "section": "delete", "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.delete", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.delete.html#ansys.acp.core.ModelingPly.delete", + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.delete.html#ansys.acp.core.CylindricalSelectionRule.delete", "title": "delete > delete > delete", "section": "delete > delete", - "text": "ModelingPly.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "text": "CylindricalSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.delete", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field.html#thickness_field", + "title": "thickness_field", + "section": "thickness_field", + "text": "thickness_field" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.delete", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.delete.html#ansys.acp.core.LookUpTable1D.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "LookUpTable1D.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field.html#ansys.acp.core.ModelingPly.thickness_field", + "title": "thickness_field > thickness_field > thickness_field", + "section": "thickness_field > thickness_field", + "text": "property ModelingPly.thickness_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat", - "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.html#solidmodelskinexportformat", - "title": "SolidModelSkinExportFormat", - "section": "SolidModelSkinExportFormat", - "text": "Options for the export format of solid model skins.\nSolidModelSkinExportFormat.ANSYS_CDB\n\nSolidModelSkinExportFormat.STEP\n\nSolidModelSkinExportFormat.IGES\n\nSolidModelSkinExportFormat.STL\n\nSolidModelSkinExportFormat\nSolidModelSkinExportFormat.ANSYS_CDB\nSolidModelSkinExportFormat.STEP\nSolidModelSkinExportFormat.IGES\nSolidModelSkinExportFormat.STL" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field.html#examples-using-modelingplythickness_field", + "title": "thickness_field > Examples using ModelingPly.thickness_field", + "section": "Examples using ModelingPly.thickness_field", + "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ModelingPly.thickness_field" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat", - "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.html#ansys.acp.core.SolidModelSkinExportFormat", - "title": "SolidModelSkinExportFormat > SolidModelSkinExportFormat > SolidModelSkinExportFormat", - "section": "SolidModelSkinExportFormat > SolidModelSkinExportFormat", - "text": "class ansys.acp.core.SolidModelSkinExportFormat(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the export format of solid model skins.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSolidModelSkinExportFormat.ANSYS_CDB\n\n\n\nSolidModelSkinExportFormat.STEP\n\n\n\nSolidModelSkinExportFormat.IGES\n\n\n\nSolidModelSkinExportFormat.STL\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.mesh", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.symmetry", - "href": "api/_autosummary/ansys.acp.core.Stackup.symmetry.html#symmetry", - "title": "symmetry", - "section": "symmetry", - "text": "symmetry" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.mesh", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.mesh.html#ansys.acp.core.ModelingPly.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property ModelingPly.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.symmetry", - "href": "api/_autosummary/ansys.acp.core.Stackup.symmetry.html#ansys.acp.core.Stackup.symmetry", - "title": "symmetry > symmetry > symmetry", - "section": "symmetry > symmetry", - "text": "property Stackup.symmetry: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.mesh", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.mesh.html#examples-using-modelingplymesh", + "title": "mesh > Examples using ModelingPly.mesh", + "section": "Examples using ModelingPly.mesh", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using ModelingPly.mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.IGNORED", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.IGNORED.html#ignored", + "title": "IGNORED", + "section": "IGNORED", + "text": "IGNORED" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.IGNORED", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.IGNORED.html#ansys.acp.core.material_property_sets.PuckMaterialType.IGNORED", + "title": "IGNORED > IGNORED > IGNORED", + "section": "IGNORED > IGNORED", + "text": "PuckMaterialType.IGNORED = 'ignored'\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_pos", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_pos.html#p_22_pos", + "title": "p_22_pos", + "section": "p_22_pos", + "text": "p_22_pos" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_pos", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_pos.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_pos", + "title": "p_22_pos > p_22_pos > p_22_pos", + "section": "p_22_pos > p_22_pos", + "text": "property ConstantPuckConstants.p_22_pos: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.recursive_copy", + "href": "api/_autosummary/ansys.acp.core.recursive_copy.html#recursive_copy", + "title": "recursive_copy", + "section": "recursive_copy", + "text": "Recursively copy a tree of ACP objects.\nThis function copies a tree of ACP objects, starting from the given source objects.\nThe copied tree includes all child objects. Linked objects (such as a Fabric linked to\nby a Modeling Ply) can optionally be included, controlled by the\nlinked_object_handling argument.\nTo specify where the new objects should be stored, you must provide a dictionary\nin the parent_mapping argument. The keys of the dictionary are the original\nparent objects, and the values are the new parent objects.\nNote that this mapping may need to contain parent objects that are not direct parents\nof the source objects, if another branch of the tree is included via linked objects.\nThe parent_mapping argument can also include objects which are part of the\nsource_objects list. In this case, the function will not create a new object for\nthe parent, but will use the existing object instead.\nThe function returns a dict mapping the original objects to the newly created\nobjects.\nOnly attributes supported by PyACP are copied to the new objects.\nsource_objects (Iterable[CreatableTreeObject]) – The starting point of the tree to copy.\nparent_mapping (dict[TreeObject, TreeObject]) – A list of tuples defining where the new objects are stored. Each tuple contains\nthe original parent object as the first element and the new parent object as the\nsecond element.\nlinked_object_handling (LinkedObjectHandling | str) – Defines how linked objects are handled. An example of a linked object is a Fabric\nlinked to by a Modeling Ply.The following options are available:\"keep\": Keep linking to the original objects, and do not\ncopy them (unless they are otherwise included in the tree).\n\n\"copy\": Copy the linked objects, and replace the links.\n\n\"discard\": Discard object links.Note that when copying objects between two models, only the \"copy\" and\n\"discard\" options are valid. If you wish to use links to existing objects,\nthe \"copy\" option can be used, specifying how links should be replaced in\nthe parent_mapping argument.\nDefines how linked objects are handled. An example of a linked object is a Fabric\nlinked to by a Modeling Ply.\nThe following options are available:\n\"keep\": Keep linking to the original objects, and do not\ncopy them (unless they are otherwise included in the tree).\n\"copy\": Copy the linked objects, and replace the links.\n\"discard\": Discard object links.\nNote that when copying objects between two models, only the \"copy\" and\n\"discard\" options are valid. If you wish to use links to existing objects,\nthe \"copy\" option can be used, specifying how links should be replaced in\nthe parent_mapping argument.\nA mapping of the newly created objects. The keys are the original objects,\nand the values are the new objects.\ndict[CreatableTreeObject, CreatableTreeObject]\nTo copy all Modeling Groups and associated definitions from one model to another,\nyou can use the following code:\nTo copy all definitions from one model to another, you can use the following code:\nrecursive_copy\nlinked_object_handling\nparent_mapping\nparent_mapping\nsource_objects\ndict\n\"keep\"\n\"copy\"\n\"discard\"\n\"copy\"\n\"discard\"\n\"copy\"\nparent_mapping" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.store.html#ansys.acp.core.VariableOffsetSelectionRule.store", - "title": "store > store > store", - "section": "store > store", - "text": "VariableOffsetSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.recursive_copy", + "href": "api/_autosummary/ansys.acp.core.recursive_copy.html#ansys.acp.core.recursive_copy", + "title": "recursive_copy > recursive_copy > recursive_copy", + "section": "recursive_copy > recursive_copy", + "text": "ansys.acp.core.recursive_copy(*, source_objects, parent_mapping, linked_object_handling='keep')\n\nRecursively copy a tree of ACP objects.\n\nThis function copies a tree of ACP objects, starting from the given source objects.\nThe copied tree includes all child objects. Linked objects (such as a Fabric linked to\nby a Modeling Ply) can optionally be included, controlled by the\nlinked_object_handling argument.\n\nTo specify where the new objects should be stored, you must provide a dictionary\nin the parent_mapping argument. The keys of the dictionary are the original\nparent objects, and the values are the new parent objects.\nNote that this mapping may need to contain parent objects that are not direct parents\nof the source objects, if another branch of the tree is included via linked objects.\n\nThe parent_mapping argument can also include objects which are part of the\nsource_objects list. In this case, the function will not create a new object for\nthe parent, but will use the existing object instead.\n\nThe function returns a dict mapping the original objects to the newly created\nobjects.\n\nOnly attributes supported by PyACP are copied to the new objects.\n\nParameters\n\nsource_objects (Iterable[CreatableTreeObject]) – The starting point of the tree to copy.\n\nparent_mapping (dict[TreeObject, TreeObject]) – A list of tuples defining where the new objects are stored. Each tuple contains\nthe original parent object as the first element and the new parent object as the\nsecond element.\n\nlinked_object_handling (LinkedObjectHandling | str) – Defines how linked objects are handled. An example of a linked object is a Fabric\nlinked to by a Modeling Ply.The following options are available:\"keep\": Keep linking to the original objects, and do not\ncopy them (unless they are otherwise included in the tree).\n\n\"copy\": Copy the linked objects, and replace the links.\n\n\"discard\": Discard object links.Note that when copying objects between two models, only the \"copy\" and\n\"discard\" options are valid. If you wish to use links to existing objects,\nthe \"copy\" option can be used, specifying how links should be replaced in\nthe parent_mapping argument.\n\nReturns\n\nA mapping of the newly created objects. The keys are the original objects,\nand the values are the new objects.\n\nReturn type\n\ndict[CreatableTreeObject, CreatableTreeObject]\n\nExamples\n\nTo copy all Modeling Groups and associated definitions from one model to another,\nyou can use the following code:\n\nimport ansys.acp.core as pyacp\n\nmodel1 = ... # loaded in some way\nmodel2 = ... # loaded in some way\n\npyacp.recursive_copy(\n source_objects=model1.modeling_groups.values(),\n parent_mapping={model1: model2},\n linked_object_handling=\"copy\",\n)\n\nTo copy all definitions from one model to another, you can use the following code:\n\nimport ansys.acp.core as pyacp\n\nmodel1 = ... # loaded in some way\nmodel2 = ... # loaded in some way\n\npyacp.recursive_copy(\n source_objects=[model1],\n parent_mapping={model1: model2},\n linked_object_handling=\"copy\",\n)\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.html#importedsolidmodelexportsettings", - "title": "ImportedSolidModelExportSettings", - "section": "ImportedSolidModelExportSettings", - "text": "Defines the settings for exporting an imported solid model.\nuse_default_section_index (bool) – Use the default start index for sections.\nsection_index (int) – Custom start index for sections.\nOnly used if use_default_section_index is False.\nuse_default_coordinate_system_index (bool) – Use the default start index for coordinate systems.\ncoordinate_system_index (int) – Custom start index for coordinate systems.\nOnly used if use_default_coordinate_system_index is False.\nuse_default_material_index (bool) – Use the default start index for materials.\nmaterial_index (int) – Custom start index for materials.\nOnly used if use_default_material_index is False.\nuse_default_node_index (bool) – Use the default start index for nodes.\nnode_index (int) – Custom start index for nodes.\nOnly used if use_default_node_index is False.\nuse_default_element_index (bool) – Use the default start index for elements.\nelement_index (int) – Custom start index for elements.\nOnly used if use_default_element_index is False.\nuse_solsh_elements (bool) – When True, export linear layered elements as Solsh (Solid190).\ndrop_hanging_nodes (bool) – When True, the hanging nodes of quadratic solid meshes are dropped.\nuse_solid_model_prefix (bool) – Use the imported solid model name as a prefix for the exported file.\nAdded in ACP server version 25.1.\nImportedSolidModelExportSettings.coordinate_system_index\n\nImportedSolidModelExportSettings.drop_hanging_nodes\n\nImportedSolidModelExportSettings.element_index\n\nImportedSolidModelExportSettings.material_index\n\nImportedSolidModelExportSettings.node_index\n\nImportedSolidModelExportSettings.section_index\n\nImportedSolidModelExportSettings.use_default_coordinate_system_index\n\nImportedSolidModelExportSettings.use_default_element_index\n\nImportedSolidModelExportSettings.use_default_material_index\n\nImportedSolidModelExportSettings.use_default_node_index\n\nImportedSolidModelExportSettings.use_default_section_index\n\nImportedSolidModelExportSettings.use_solid_model_prefix\n\nImportedSolidModelExportSettings.use_solsh_elements\n\nImportedSolidModelExportSettings\nuse_default_section_index\nuse_default_coordinate_system_index\nuse_default_material_index\nuse_default_node_index\nuse_default_element_index\nImportedSolidModelExportSettings.coordinate_system_index\nImportedSolidModelExportSettings.drop_hanging_nodes\nImportedSolidModelExportSettings.element_index\nImportedSolidModelExportSettings.material_index\nImportedSolidModelExportSettings.node_index\nImportedSolidModelExportSettings.section_index\nImportedSolidModelExportSettings.use_default_coordinate_system_index\nImportedSolidModelExportSettings.use_default_element_index\nImportedSolidModelExportSettings.use_default_material_index\nImportedSolidModelExportSettings.use_default_node_index\nImportedSolidModelExportSettings.use_default_section_index\nImportedSolidModelExportSettings.use_solid_model_prefix\nImportedSolidModelExportSettings.use_solsh_elements" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.offset.html#offset", + "title": "offset", + "section": "offset", + "text": "offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.html#ansys.acp.core.ImportedSolidModelExportSettings", - "title": "ImportedSolidModelExportSettings > ImportedSolidModelExportSettings > ImportedSolidModelExportSettings", - "section": "ImportedSolidModelExportSettings > ImportedSolidModelExportSettings", - "text": "class ansys.acp.core.ImportedSolidModelExportSettings(*, use_default_section_index=True, section_index=0, use_default_coordinate_system_index=True, coordinate_system_index=0, use_default_material_index=True, material_index=0, use_default_node_index=True, node_index=0, use_default_element_index=True, element_index=0, use_solsh_elements=False, drop_hanging_nodes=True, use_solid_model_prefix=True, _parent_object=None, _pb_object=None, _attribute_path=None)\n\nDefines the settings for exporting an imported solid model.\n\nParameters\n\nuse_default_section_index (bool) – Use the default start index for sections.\n\nsection_index (int) – Custom start index for sections.\nOnly used if use_default_section_index is False.\n\nuse_default_coordinate_system_index (bool) – Use the default start index for coordinate systems.\n\ncoordinate_system_index (int) – Custom start index for coordinate systems.\nOnly used if use_default_coordinate_system_index is False.\n\nuse_default_material_index (bool) – Use the default start index for materials.\n\nmaterial_index (int) – Custom start index for materials.\nOnly used if use_default_material_index is False.\n\nuse_default_node_index (bool) – Use the default start index for nodes.\n\nnode_index (int) – Custom start index for nodes.\nOnly used if use_default_node_index is False.\n\nuse_default_element_index (bool) – Use the default start index for elements.\n\nelement_index (int) – Custom start index for elements.\nOnly used if use_default_element_index is False.\n\nuse_solsh_elements (bool) – When True, export linear layered elements as Solsh (Solid190).\n\ndrop_hanging_nodes (bool) – When True, the hanging nodes of quadratic solid meshes are dropped.\n\nuse_solid_model_prefix (bool) – Use the imported solid model name as a prefix for the exported file.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedSolidModelExportSettings.coordinate_system_index\n\n\n\nImportedSolidModelExportSettings.drop_hanging_nodes\n\n\n\nImportedSolidModelExportSettings.element_index\n\n\n\nImportedSolidModelExportSettings.material_index\n\n\n\nImportedSolidModelExportSettings.node_index\n\n\n\nImportedSolidModelExportSettings.section_index\n\n\n\nImportedSolidModelExportSettings.use_default_coordinate_system_index\n\n\n\nImportedSolidModelExportSettings.use_default_element_index\n\n\n\nImportedSolidModelExportSettings.use_default_material_index\n\n\n\nImportedSolidModelExportSettings.use_default_node_index\n\n\n\nImportedSolidModelExportSettings.use_default_section_index\n\n\n\nImportedSolidModelExportSettings.use_solid_model_prefix\n\n\n\nImportedSolidModelExportSettings.use_solsh_elements\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.offset.html#ansys.acp.core.mesh_data.ModelElementalData.offset", + "title": "offset > offset > offset", + "section": "offset > offset", + "text": "ModelElementalData.offset: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.clone", - "href": "api/_autosummary/ansys.acp.core.Sensor.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.status", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.clone", - "href": "api/_autosummary/ansys.acp.core.Sensor.clone.html#ansys.acp.core.Sensor.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "Sensor.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.status", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.status.html#ansys.acp.core.LayupMappingObject.status", + "title": "status > status > status", + "section": "status > status", + "text": "property LayupMappingObject.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_1.html#e2_1", - "title": "E2_1", - "section": "E2_1", - "text": "E2_1" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.lower_limit", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.lower_limit.html#lower_limit", + "title": "lower_limit", + "section": "lower_limit", + "text": "lower_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_1.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_1", - "title": "E2_1 > E2_1 > E2_1", - "section": "E2_1 > E2_1", - "text": "property VariableWovenCharacterization.E2_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.lower_limit", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.lower_limit.html#ansys.acp.core.ParallelSelectionRule.lower_limit", + "title": "lower_limit > lower_limit > lower_limit", + "section": "lower_limit > lower_limit", + "text": "property ParallelSelectionRule.lower_limit: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling", - "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.html#cutoffmaterialhandling", - "title": "CutOffMaterialHandling", - "section": "CutOffMaterialHandling", - "text": "Options for how cut-off material is selected.\nCutOffMaterialHandling.COMPUTED\n\nCutOffMaterialHandling.GLOBAL\n\nCutOffMaterialHandling.CUSTOM\n\nCutOffMaterialHandling\nCutOffMaterialHandling.COMPUTED\nCutOffMaterialHandling.GLOBAL\nCutOffMaterialHandling.CUSTOM" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling", - "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.html#ansys.acp.core.CutOffMaterialHandling", - "title": "CutOffMaterialHandling > CutOffMaterialHandling > CutOffMaterialHandling", - "section": "CutOffMaterialHandling > CutOffMaterialHandling", - "text": "class ansys.acp.core.CutOffMaterialHandling(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how cut-off material is selected.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nCutOffMaterialHandling.COMPUTED\n\n\n\nCutOffMaterialHandling.GLOBAL\n\n\n\nCutOffMaterialHandling.CUSTOM\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "TubeSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/concepts/material_property_sets", - "href": "user_guide/concepts/material_property_sets.html#material-property-sets", - "title": "Material property sets", - "section": "Material property sets", - "text": "Material property sets define certain aspects of the properties\nof a material.\nThe attributes described in the following subsections show how\nyou can create and access material property sets in PyACP.\nMaterial property sets" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_angle.html#draped_transverse_angle", + "title": "draped_transverse_angle", + "section": "draped_transverse_angle", + "text": "draped_transverse_angle" }, { - "objectID": "user_guide/concepts/material_property_sets", - "href": "user_guide/concepts/material_property_sets.html#constant-versus-variable-property-sets", - "title": "Material property sets > Constant versus variable property sets", - "section": "Constant versus variable property sets", - "text": "Material property sets can either be constant or variable. Constant property\nsets are defined by a single value per property. Variable property\nsets depend on field variables such as temperature and fiber volume content.\nCurrently, you can only modify the constant property sets with PyACP. Variable\nproperty sets can be inspected, but not modified.\nConstant versus variable property sets" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_angle.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_angle", + "title": "draped_transverse_angle > draped_transverse_angle > draped_transverse_angle", + "section": "draped_transverse_angle > draped_transverse_angle", + "text": "ModelingPlyElementalData.draped_transverse_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "user_guide/concepts/material_property_sets", - "href": "user_guide/concepts/material_property_sets.html#isotropic-versus-orthotropic-property-sets", - "title": "Material property sets > Isotropic versus orthotropic property sets", - "section": "Isotropic versus orthotropic property sets", - "text": "The following material property sets can be defined as either isotropic or orthotropic:\nEngineering constants, defined in the ConstantEngineeringConstants and VariableEngineeringConstants classes.\nStress limits, defined in the ConstantStressLimits and VariableStressLimits classes.\nStrain limits, defined in the ConstantStrainLimits and VariableStrainLimits classes.\nWhether a material has isotropic or orthotropic properties is determined by its\nply type. The isotropic ply types are:\nPlyType.ISOTROPIC\nPlyType.ADHESIVE\nThe PlyType.ISOTROPIC_HOMOGENEOUS_CORE ply type has isotropic Engineering Constants,\nbut orthotropic stress and strain limits.\nWhile a material is unstored (see stored_vs_unstored), the property set does not\nautomatically change from orthotropic to isotropic or vice versa. When storing the\nmaterial, the backend ensures that its definition is consistent.\nIsotropic versus orthotropic property sets\nConstantEngineeringConstants\nVariableEngineeringConstants\nConstantStressLimits\nVariableStressLimits\nConstantStrainLimits\nVariableStrainLimits\nPlyType.ISOTROPIC\nPlyType.ADHESIVE\nPlyType.ISOTROPIC_HOMOGENEOUS_CORE" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.TEMPERATURE", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.TEMPERATURE.html#temperature", + "title": "TEMPERATURE", + "section": "TEMPERATURE", + "text": "TEMPERATURE" }, { - "objectID": "user_guide/concepts/material_property_sets", - "href": "user_guide/concepts/material_property_sets.html#available-attributes", - "title": "Material property sets > Available attributes", - "section": "Available attributes", - "text": "The available attributes for a given property set type change depending on whether\nthe material is isotropic or orthotropic.\nThe following table lists the available attributes for the different property sets in\nisotropic and orthotropic materials.\nProperty set\nIsotropic attributes\nOrthotropic attributes\nEngineering constants\nE, nu\nE1, E2, E3, nu12, nu13, nu23, G12, G13, G23\nStress limits\neffective_stress\nXc, Yc, Zc, Xt, Yt, Zt, Sxy, Syz, Sxz\nStrain limits\neffective_strain\neXc, eYc, eZc, eXt, eYt, eZt, eSxy, eSyz, eSxz\nAvailable attributes\nE\nnu\nE1\nE2\nE3\nnu12\nnu13\nnu23\nG12\nG13\nG23\neffective_stress\nXc\nYc\nZc\nXt\nYt\nZt\nSxy\nSyz\nSxz\neffective_strain\neXc\neYc\neZc\neXt\neYt\neZt\neSxy\neSyz\neSxz" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.TEMPERATURE", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.TEMPERATURE.html#ansys.acp.core.PhysicalDimension.TEMPERATURE", + "title": "TEMPERATURE > TEMPERATURE > TEMPERATURE", + "section": "TEMPERATURE > TEMPERATURE", + "text": "PhysicalDimension.TEMPERATURE = 'temperature'\n\n" }, { - "objectID": "user_guide/concepts/material_property_sets", - "href": "user_guide/concepts/material_property_sets.html#relation-between-isotropic-and-orthotropic-property-sets", - "title": "Material property sets > Relation between isotropic and orthotropic property sets", - "section": "Relation between isotropic and orthotropic property sets", - "text": "For stress and strain limits, the isotropic and orthotropic attributes are\nindependently defined. This means that when you change the ply type of a material,\nyou must redefine the stress and strain limits.\nFor engineering constants, however, the orthotropic and isotropic definitions\nare interlinked. Therefore, when you change the ply type of a material, the\nengineering constants are automatically converted.\nTo avoid accidental use of incorrect engineering constants, PyACP enforces\nconversion and assignment rules, as described later on this page.\nRelation between isotropic and orthotropic property sets" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.auto_draping_direction", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.auto_draping_direction.html#auto_draping_direction", + "title": "auto_draping_direction", + "section": "auto_draping_direction", + "text": "auto_draping_direction" }, { - "objectID": "user_guide/concepts/material_property_sets", - "href": "user_guide/concepts/material_property_sets.html#conversion-rules", - "title": "Material property sets > Conversion rules", - "section": "Conversion rules", - "text": "The following rules apply when changing the ply type of a material:\nThe ply type can always be changed from an isotropic to an orthotropic type.\nWhen changing from an orthotropic to an isotropic type, the engineering constants must\nbe consistent with their isotropic counterpart. In particular, the\nfollowing relations must hold:\nConsider the following example:\nFirst, convert to an isotropic ply type. This is allowed since the engineering constants are\nconsistent with an isotropic material.\nThen convert to an orthotropic material. This is always allowed.\nNow, the engineering constants are no longer consistent with an isotropic material, so converting\nback to an isotropic ply type is not allowed.\nConversion rules" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.auto_draping_direction", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.auto_draping_direction.html#ansys.acp.core.OrientedSelectionSet.auto_draping_direction", + "title": "auto_draping_direction > auto_draping_direction > auto_draping_direction", + "section": "auto_draping_direction > auto_draping_direction", + "text": "property OrientedSelectionSet.auto_draping_direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/concepts/material_property_sets", - "href": "user_guide/concepts/material_property_sets.html#assignment-rules", - "title": "Material property sets > Assignment rules", - "section": "Assignment rules", - "text": "Similar rules apply when assigning engineering constants to a material:\nIsotropic engineering constants can be assigned to both isotropic and orthotropic materials.\nOrthotropic engineering constants can be assigned to isotropic materials, if their values are consistent with them,\nand orthotropic materials.\nContinuing from the preceding example, you can assign either orthotropic or isotropic engineering constants to the orthotropic material:\nNow you can switch back to an isotropic ply type.\nIsotropic engineering constants can always be assigned to an isotropic material.\nOrthotropic engineering constants can be assigned only if the values are consistent with an isotropic material.\nAssignment rules" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.store", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.id.html#ansys.acp.core.CylindricalSelectionRule.id", + "title": "id > id > id", + "section": "id > id", + "text": "property CylindricalSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.store", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.store.html#ansys.acp.core.SubLaminate.store", - "title": "store > store > store", - "section": "store > store", - "text": "SubLaminate.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_coordinates", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_coordinates.html#node_coordinates", + "title": "node_coordinates", + "section": "node_coordinates", + "text": "node_coordinates" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.parent", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_coordinates", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_coordinates.html#ansys.acp.core.mesh_data.MeshData.node_coordinates", + "title": "node_coordinates > node_coordinates > node_coordinates", + "section": "node_coordinates > node_coordinates", + "text": "MeshData.node_coordinates: ndarray[tuple[int, ...], dtype[float64]]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.parent", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.parent.html#ansys.acp.core.SubLaminate.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property SubLaminate.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXt.html#ext", + "title": "eXt", + "section": "eXt", + "text": "eXt" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID.html#solid", - "title": "SOLID", - "section": "SOLID", - "text": "SOLID" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXt.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eXt", + "title": "eXt > eXt > eXt", + "section": "eXt > eXt", + "text": "property VariableStrainLimits.eXt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID.html#ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID", - "title": "SOLID > SOLID > SOLID", - "section": "SOLID > SOLID", - "text": "HDF5CompositeCAEProjectionMode.SOLID = 'solid'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig", + "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.html#directlaunchconfig", + "title": "DirectLaunchConfig", + "section": "DirectLaunchConfig", + "text": "Configuration options for launching ACP as a sub-process.\nDirectLaunchConfig.binary_path\n\nDirectLaunchConfig.stderr_file\n\nDirectLaunchConfig.stdout_file\n\nDirectLaunchConfig\nDirectLaunchConfig.binary_path\nDirectLaunchConfig.stderr_file\nDirectLaunchConfig.stdout_file" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SOLID.html#examples-using-hdf5compositecaeprojectionmodesolid", - "title": "SOLID > Examples using HDF5CompositeCAEProjectionMode.SOLID", - "section": "Examples using HDF5CompositeCAEProjectionMode.SOLID", - "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using HDF5CompositeCAEProjectionMode.SOLID" + "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig", + "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.html#ansys.acp.core.DirectLaunchConfig", + "title": "DirectLaunchConfig > DirectLaunchConfig > DirectLaunchConfig", + "section": "DirectLaunchConfig > DirectLaunchConfig", + "text": "class ansys.acp.core.DirectLaunchConfig(binary_path='', stdout_file='/dev/null', stderr_file='/dev/null')\n\nConfiguration options for launching ACP as a sub-process.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nDirectLaunchConfig.binary_path\n\n\n\nDirectLaunchConfig.stderr_file\n\n\n\nDirectLaunchConfig.stdout_file\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.IGES", - "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.IGES.html#iges", - "title": "IGES", - "section": "IGES", - "text": "IGES" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.FORCE", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.FORCE.html#force", + "title": "FORCE", + "section": "FORCE", + "text": "FORCE" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.IGES", - "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.IGES.html#ansys.acp.core.SolidModelSkinExportFormat.IGES", - "title": "IGES > IGES > IGES", - "section": "IGES > IGES", - "text": "SolidModelSkinExportFormat.IGES = 'iges'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.FORCE", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.FORCE.html#ansys.acp.core.PhysicalDimension.FORCE", + "title": "FORCE > FORCE > FORCE", + "section": "FORCE > FORCE", + "text": "PhysicalDimension.FORCE = 'force'\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.values", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.values.html#values", + "title": "values", + "section": "values", + "text": "Vector data values as a numpy array.\nvalues" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubShape", - "href": "api/_autosummary/ansys.acp.core.SubShape.html#subshape", - "title": "SubShape", - "section": "SubShape", - "text": "Represents a sub-shape of a virtual geometry.\nAdded in ACP server version 24.2.\nSubShape.clone()\nCreate a new unstored SubShape with the same properties.\nSubShape.cad_geometry\nLinked CAD geometry.\nSubShape.path\nTopological path of the sub-shape within the CAD geometry.\nSubShape\nSubShape.clone\nSubShape.cad_geometry\nSubShape.path" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.values", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.values.html#ansys.acp.core.mesh_data.VectorData.values", + "title": "values > values > values", + "section": "values > values", + "text": "property VectorData.values: ndarray[tuple[int, ...], dtype[float64]]\n\nVector data values as a numpy array.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubShape", - "href": "api/_autosummary/ansys.acp.core.SubShape.html#ansys.acp.core.SubShape", - "title": "SubShape > SubShape > SubShape", - "section": "SubShape > SubShape", - "text": "class ansys.acp.core.SubShape(cad_geometry, path)\n\nRepresents a sub-shape of a virtual geometry.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSubShape.clone()\n\nCreate a new unstored SubShape with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSubShape.cad_geometry\n\nLinked CAD geometry.\n\nSubShape.path\n\nTopological path of the sub-shape within the CAD geometry.\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.clone.html#ansys.acp.core.VariableOffsetSelectionRule.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "VariableOffsetSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.shell_mesh.html#ansys.acp.core.InterfaceLayer.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property InterfaceLayer.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.parent", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rstrip", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rstrip.html#rstrip", - "title": "rstrip", - "section": "rstrip", - "text": "Return a copy of the string with trailing whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nrstrip" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.parent", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.parent.html#ansys.acp.core.SolidElementSet.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property SolidElementSet.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rstrip", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rstrip.html#ansys.acp.core.material_property_sets.PuckMaterialType.rstrip", - "title": "rstrip > rstrip > rstrip", - "section": "rstrip > rstrip", - "text": "PuckMaterialType.rstrip(chars=None, /)\n\nReturn a copy of the string with trailing whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type.html#operation_type", + "title": "operation_type", + "section": "operation_type", + "text": "Operation to combine the selection rule with other selection rules.\noperation_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type.html#ansys.acp.core.LinkedSelectionRule.operation_type", + "title": "operation_type > operation_type > operation_type", + "section": "operation_type > operation_type", + "text": "property LinkedSelectionRule.operation_type: BooleanOperationType\n\nOperation to combine the selection rule with other selection rules.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.normal.html#ansys.acp.core.mesh_data.SolidModelElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "SolidModelElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.operation_type.html#examples-using-linkedselectionruleoperation_type", + "title": "operation_type > Examples using LinkedSelectionRule.operation_type", + "section": "Examples using LinkedSelectionRule.operation_type", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LinkedSelectionRule.operation_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.active", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.field_variables.html#field_variables", + "title": "field_variables", + "section": "field_variables", + "text": "field_variables" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.active", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.active.html#ansys.acp.core.ModelingPly.active", - "title": "active > active > active", - "section": "active > active", - "text": "property ModelingPly.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.field_variables.html#ansys.acp.core.material_property_sets.VariableDensity.field_variables", + "title": "field_variables > field_variables > field_variables", + "section": "field_variables > field_variables", + "text": "property VariableDensity.field_variables: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.FROM_TABLE", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.FROM_TABLE.html#from_table", + "title": "FROM_TABLE", + "section": "FROM_TABLE", + "text": "FROM_TABLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.shell_mesh.html#ansys.acp.core.AnalysisPly.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property AnalysisPly.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.FROM_TABLE", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.FROM_TABLE.html#ansys.acp.core.ImportedPlyThicknessType.FROM_TABLE", + "title": "FROM_TABLE > FROM_TABLE > FROM_TABLE", + "section": "FROM_TABLE > FROM_TABLE", + "text": "ImportedPlyThicknessType.FROM_TABLE = 'from_table'\n\n" }, { - "objectID": "api/material_property_sets", - "href": "api/material_property_sets.html#material-property-sets", - "title": "Material property sets", - "section": "Material property sets", - "text": "ConstantDensity(*[, rho, _parent_object, ...])\nConstant density material property set.\nConstantEngineeringConstants(*[, ...])\nConstant engineering constants material property set.\nConstantFabricFiberAngle(*[, ...])\nConstant fabric fiber angle material property set.\nConstantLaRCConstants(*[, ...])\nConstant LaRC failure criterion properties.\nConstantPuckConstants(*[, p_21_pos, ...])\nConstant Puck constants material property set.\nConstantStrainLimits(*[, _parent_object, ...])\nConstant strain limits material property set.\nConstantStressLimits(*[, _parent_object, ...])\nConstant stress limits material property set.\nConstantTsaiWuConstants(*[, XY, XZ, YZ, ...])\nConstant Tsai-Wu constants material property set.\nConstantWovenCharacterization(*[, ...])\nConstant woven characterization material property set.\nConstantWovenStressLimits(*[, Xc, Yc, Zc, ...])\nConstant stress limits property set for woven materials.\nFieldVariable(name, values, default, ...)\nDefines field variables for variable material properties.\nInterpolationOptions(algorithm, cached, ...)\nDefines the interpolation options for variable materials.\nPuckMaterialType(cls, value[, names, ...])\nPossible Puck material types.\nVariableDensity(*[, _parent_object, ...])\nVariable density material property set.\nVariableEngineeringConstants(*[, ...])\nVariable engineering constants material property set.\nVariableFabricFiberAngle(*[, ...])\nVariable fabric fiber angle material property set.\nVariableLaRCConstants(*[, _parent_object, ...])\nVariable LaRC failure criterion properties.\nVariablePuckConstants(*[, _parent_object, ...])\nVariable Puck constants material property set.\nVariableStrainLimits(*[, _parent_object, ...])\nVariable strain limits material property set.\nVariableStressLimits(*[, _parent_object, ...])\nVariable stress limits material property set.\nVariableTsaiWuConstants(*[, _parent_object, ...])\nVariable Tsai-Wu constants material property set.\nVariableWovenCharacterization(*[, ...])\nVariable woven characterization material property set.\nVariableWovenStressLimits(*[, ...])\nVariable stress limits property set for woven materials.\nMaterial property sets\nConstantDensity\nConstantEngineeringConstants\nConstantFabricFiberAngle\nConstantLaRCConstants\nConstantPuckConstants\nConstantStrainLimits\nConstantStressLimits\nConstantTsaiWuConstants\nConstantWovenCharacterization\nConstantWovenStressLimits\nFieldVariable\nInterpolationOptions\nPuckMaterialType\nVariableDensity\nVariableEngineeringConstants\nVariableFabricFiberAngle\nVariableLaRCConstants\nVariablePuckConstants\nVariableStrainLimits\nVariableStressLimits\nVariableTsaiWuConstants\nVariableWovenCharacterization\nVariableWovenStressLimits" + "objectID": "api/_autosummary/ansys.acp.core.Model.stackups", + "href": "api/_autosummary/ansys.acp.core.Model.stackups.html#stackups", + "title": "stackups", + "section": "stackups", + "text": "stackups" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA.html#mpa", - "title": "MPA", - "section": "MPA", - "text": "MPA" + "objectID": "api/_autosummary/ansys.acp.core.Model.stackups", + "href": "api/_autosummary/ansys.acp.core.Model.stackups.html#ansys.acp.core.Model.stackups", + "title": "stackups > stackups > stackups", + "section": "stackups > stackups", + "text": "property Model.stackups: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA.html#ansys.acp.core.UnitSystemType.MPA", - "title": "MPA > MPA > MPA", - "section": "MPA > MPA", - "text": "UnitSystemType.MPA = 'mpa'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.id", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA.html#examples-using-unitsystemtypempa", - "title": "MPA > Examples using UnitSystemType.MPA", - "section": "Examples using UnitSystemType.MPA", - "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using UnitSystemType.MPA" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.id", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.id.html#ansys.acp.core.ModelingGroup.id", + "title": "id > id > id", + "section": "id > id", + "text": "property ModelingGroup.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.join", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.join.html#join", - "title": "join", - "section": "join", - "text": "Concatenate any number of strings.\nThe string whose method is called is inserted in between each given string.\nThe result is returned as a new string.\nExample: ‘.’.join([‘ab’, ‘pq’, ‘rs’]) -> ‘ab.pq.rs’\njoin" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.status", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.join", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.join.html#ansys.acp.core.LaunchMode.join", - "title": "join > join > join", - "section": "join > join", - "text": "LaunchMode.join(iterable, /)\n\nConcatenate any number of strings.\n\nThe string whose method is called is inserted in between each given string.\nThe result is returned as a new string.\n\nExample: ‘.’.join([‘ab’, ‘pq’, ‘rs’]) -> ‘ab.pq.rs’\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.status", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.status.html#ansys.acp.core.AnalysisPly.status", + "title": "status > status > status", + "section": "status > status", + "text": "property AnalysisPly.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/050-composite_cae_h5", - "href": "examples/modeling_features/050-composite_cae_h5.html#hdf5-composite-cae", - "title": "HDF5 Composite CAE", - "section": "HDF5 Composite CAE", - "text": "The HDF5 Composite CAE interface of PyACP is demonstrated in\nthis example. It shows how to write (export) and read (import)\nlayup data to and from a HDF5 Composite CAE file, respectively.\nThe HDF5 Composite CAE format is a vendor independent format\nto exchange composite layup information between CAE tools.\nThis examples demonstrates how to:\n- Load and manipulate a model\n- Export data to a HDF5 Composite CAE file\n- Import and map layup from HDF5 Composite CAE onto a different model (mesh)\n- Export data with ply offsets (3D plies)\n- Import a layup as ImportedModelingPly\n- Import HDF5 Composite CAE with 3D plies and map the layup onto an ImportedSolidModel\nImport the standard library and third-party dependencies.\nImport the PyACP dependencies.\nHDF5 Composite CAE\nImportedModelingPly\nImportedSolidModel" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "examples/modeling_features/050-composite_cae_h5", - "href": "examples/modeling_features/050-composite_cae_h5.html#start-acp-and-load-the-model", - "title": "HDF5 Composite CAE > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "%%\nGet the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from an acph5 file\nCrop some plies in order to generate a variable laminate\nPlot the thickness distribution\nStart ACP and load the model" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.nodal_data.html#ansys.acp.core.ImportedSolidModel.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property ImportedSolidModel.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/050-composite_cae_h5", - "href": "examples/modeling_features/050-composite_cae_h5.html#write-hdf5-composite-cae-file", - "title": "HDF5 Composite CAE > Write HDF5 Composite CAE file", - "section": "Write HDF5 Composite CAE file", - "text": "Export the entire layup to a HDF5 Composite CAE file.\nWrite HDF5 Composite CAE file" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.locked", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "examples/modeling_features/050-composite_cae_h5", - "href": "examples/modeling_features/050-composite_cae_h5.html#load-hdf5-composite-cae-file-into-a-different-model", - "title": "HDF5 Composite CAE > Load HDF5 Composite CAE file into a different model", - "section": "Load HDF5 Composite CAE file into a different model", - "text": "A new acp model is created by importing a refined mesh of the same geometry.\nBoth meshes (initial mesh in blue, refined one in red) are shown below.\nImport the HDF5 Composite CAE file which is then automatically mapped\nonto the refined mesh. In this example, the default settings\n(tolerances, etc.) are used.\nPlot the thickness distribution on the refined model\nLoad HDF5 Composite CAE file into a different model" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.locked", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.locked.html#ansys.acp.core.SamplingPoint.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property SamplingPoint.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/050-composite_cae_h5", - "href": "examples/modeling_features/050-composite_cae_h5.html#3d-plies-with-ply-offsets", - "title": "HDF5 Composite CAE > 3D plies with ply-offsets", - "section": "3D plies with ply-offsets", - "text": "The HDF5 Composite CAE interface also allows to export the 3D plies\n(plies with offsets) which can then be used to create\nimported modeling plies. The initial model is used to\nwrite a new HDF5 with layup_representation_3d enabled.\nA new acp model is created to properly separate the different workflows.\nAn imported solid model is required for the 3D workflow (with imported modeling plies).\nDetails about ImportedSolidModel and ImportedModelingPly can be found\nin the examples imported_solid_model_example and imported_plies_example.\nThe LayupMappingObject is used to configure the mapping of the imported plies\nonto the imported solid model.\nThe mapped top layer of the imported laminate is shown below.\nNote that the solid elements which do not intersect with the\nlayup are deleted in this example.\nNote that the visualization of imported plies and imported solid model\nis limited. As an alternative, you can save the model and review it\nin ACP standalone.\nTotal running time of the script: (0 minutes 4.865 seconds)\nDownload Jupyter notebook: 050-composite_cae_h5.ipynb\nDownload Python source code: 050-composite_cae_h5.py\nDownload zipped: 050-composite_cae_h5.zip\nGallery generated by Sphinx-Gallery\n3D plies with ply-offsets\nlayup_representation_3d\nImportedSolidModel\nImportedModelingPly\nLayupMappingObject\nDownload Jupyter notebook: 050-composite_cae_h5.ipynb\nDownload Python source code: 050-composite_cae_h5.py\nDownload zipped: 050-composite_cae_h5.zip" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.translate", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.translate.html#translate", + "title": "translate", + "section": "translate", + "text": "Replace each character in the string using the given translation table.\nTranslation table, which must be a mapping of Unicode ordinals to\nUnicode ordinals, strings, or None.\nThe table must implement lookup/indexing via __getitem__, for instance a\ndictionary or list. If this operation raises LookupError, the character is\nleft untouched. Characters mapped to None are deleted.\ntranslate" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_2_field", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_2_field.html#draping_angle_2_field", - "title": "draping_angle_2_field", - "section": "draping_angle_2_field", - "text": "draping_angle_2_field" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.translate", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.translate.html#ansys.acp.core.LaunchMode.translate", + "title": "translate > translate > translate", + "section": "translate > translate", + "text": "LaunchMode.translate(table, /)\n\nReplace each character in the string using the given translation table.\n\ntable\n\nTranslation table, which must be a mapping of Unicode ordinals to\nUnicode ordinals, strings, or None.\n\nThe table must implement lookup/indexing via __getitem__, for instance a\ndictionary or list. If this operation raises LookupError, the character is\nleft untouched. Characters mapped to None are deleted.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_2_field", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_2_field.html#ansys.acp.core.ImportedModelingPly.draping_angle_2_field", - "title": "draping_angle_2_field > draping_angle_2_field > draping_angle_2_field", - "section": "draping_angle_2_field > draping_angle_2_field", - "text": "property ImportedModelingPly.draping_angle_2_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.UNDEFINED", + "href": "api/_autosummary/ansys.acp.core.PlyType.UNDEFINED.html#undefined", + "title": "UNDEFINED", + "section": "UNDEFINED", + "text": "UNDEFINED" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.use_global_coordinate_system", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.use_global_coordinate_system.html#use_global_coordinate_system", - "title": "use_global_coordinate_system", - "section": "use_global_coordinate_system", - "text": "use_global_coordinate_system" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.UNDEFINED", + "href": "api/_autosummary/ansys.acp.core.PlyType.UNDEFINED.html#ansys.acp.core.PlyType.UNDEFINED", + "title": "UNDEFINED > UNDEFINED > UNDEFINED", + "section": "UNDEFINED > UNDEFINED", + "text": "PlyType.UNDEFINED = 'undefined'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.use_global_coordinate_system", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.use_global_coordinate_system.html#ansys.acp.core.SphericalSelectionRule.use_global_coordinate_system", - "title": "use_global_coordinate_system > use_global_coordinate_system > use_global_coordinate_system", - "section": "use_global_coordinate_system > use_global_coordinate_system", - "text": "property SphericalSelectionRule.use_global_coordinate_system: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model", + "href": "api/_autosummary/ansys.acp.core.Model.html#model", + "title": "Model", + "section": "Model", + "text": "Defines an ACP Model.\nWrapper for accessing an ACP Model residing on a server.\nname (str) – The name of the model.\nuse_nodal_thicknesses (bool) – Defines whether to use nodal thicknesses or element thicknesses.\ndraping_offset_correction (bool) – Defines whether to consider lay-up thickness in draping analysis.\nangle_tolerance (float) – Section computation angle tolerance (in degree).\nrelative_thickness_tolerance (float) – Section computation relative thickness tolerance.\nminimum_analysis_ply_thickness (float) – Section computation minimum analysis ply thickness (in length\nunit of model).\nAdded in ACP server version 24.2.\nModel.create_boolean_selection_rule(*[, ...])\nInstantiate a Boolean Selection Rule.\nModel.create_cad_geometry(*[, name, ...])\nInstantiate a CAD Geometry.\nModel.create_cut_off_selection_rule(*[, ...])\nInstantiate a Cut-Off Selection Rule.\nModel.create_cylindrical_selection_rule(*[, ...])\nInstantiate a Cylindrical Selection Rule.\nModel.create_edge_set(*[, name, ...])\nInstantiate an edge set.\nModel.create_element_set(*[, name, ...])\nInstantiate an Element Set.\nModel.create_fabric(*[, name, material, ...])\nInstantiate a Fabric.\nModel.create_field_definition(*[, name, ...])\nInstantiate a Field Definition.\nModel.create_geometrical_selection_rule(*[, ...])\nInstantiate a Geometrical Selection Rule.\nModel.create_imported_modeling_group(*[, name])\nInstantiate an imported modeling group.\nModel.create_imported_solid_model(*[, name, ...])\nInstantiate an imported solid model.\nModel.create_lookup_table_1d(*[, name, ...])\nInstantiate a 1D Look-Up Table.\nModel.create_lookup_table_3d(*[, name, ...])\nInstantiate a 3D Look-Up Table.\nModel.create_material(*[, name, ply_type, ...])\nInstantiate a Material.\nModel.create_modeling_group(*[, name])\nInstantiate a modeling group.\nModel.create_oriented_selection_set(*[, ...])\nInstantiate an Oriented Selection Set.\nModel.create_parallel_selection_rule(*[, ...])\nInstantiate a Parallel Selection Rule.\nModel.create_rosette(*[, name, ...])\nInstantiate a Rosette.\nModel.create_sampling_point(*[, name, ...])\nInstantiate a Sampling Point.\nModel.create_section_cut(*[, name, active, ...])\nInstantiate a Section Cut.\nModel.create_sensor(*[, name, sensor_type, ...])\nInstantiate a Sensor.\nModel.create_solid_model(*[, name, active, ...])\nInstantiate a solid model.\nModel.create_spherical_selection_rule(*[, ...])\nInstantiate a Spherical Selection Rule.\nModel.create_stackup(*[, name, symmetry, ...])\nInstantiate a Stackup.\nModel.create_sublaminate(*[, name, ...])\nInstantiate a SubLaminate.\nModel.create_tube_selection_rule(*[, name, ...])\nInstantiate a Tube Selection Rule.\nModel.create_variable_offset_selection_rule(*)\nInstantiate a Variable Offset Selection Rule.\nModel.create_virtual_geometry(*[, name, ...])\nInstantiate a Virtual Geometry.\nModel.delete()\nDelete the object.\nModel.export_analysis_model(path)\nSave the analysis model to a CDB file.\nModel.export_hdf5_composite_cae(path, *[, ...])\nExport the lay-up to the HDF5 Composite CAE format.\nModel.export_materials(path)\nWrite materials to a XML (MatML) file.\nModel.export_modeling_ply_geometries(path, *)\nWrite ply geometries to a STEP, IGES, or STL file.\nModel.export_shell_composite_definitions(path)\nExport the lay-up of the shell as HDF5 used by DPF Composites or Mechanical.\nModel.import_hdf5_composite_cae(path[, ...])\nImport the lay-up from an HDF5 Composite CAE file.\nModel.import_materials(matml_path, *[, ...])\nImport materials from a MatML file.\nModel.save(path, *[, save_cache])\nSave ACP Model (.acph5).\nModel.update(*[, relations_only])\nUpdate the model.\nModel.angle_tolerance\n\nModel.average_element_size\n\nModel.boolean_selection_rules\n\nModel.cad_geometries\n\nModel.cut_off_selection_rules\n\nModel.cylindrical_selection_rules\n\nModel.draping_offset_correction\n\nModel.edge_sets\n\nModel.element_sets\n\nModel.elemental_data\n\nModel.fabrics\n\nModel.field_definitions\n\nModel.geometrical_selection_rules\n\nModel.imported_modeling_groups\n\nModel.imported_solid_models\n\nModel.lookup_tables_1d\n\nModel.lookup_tables_3d\n\nModel.materials\n\nModel.mesh\nFull mesh associated with the object.\nModel.minimum_analysis_ply_thickness\n\nModel.modeling_groups\n\nModel.name\nThe name of the object.\nModel.nodal_data\n\nModel.oriented_selection_sets\n\nModel.parallel_selection_rules\n\nModel.parent\nThe parent of the object.\nModel.relative_thickness_tolerance\n\nModel.rosettes\n\nModel.sampling_points\n\nModel.section_cuts\n\nModel.sensors\n\nModel.shell_mesh\nShell mesh associated with the object.\nModel.solid_mesh\nSolid mesh associated with the object.\nModel.solid_models\n\nModel.spherical_selection_rules\n\nModel.stackups\n\nModel.sublaminates\n\nModel.tube_selection_rules\n\nModel.unit_system\n\nModel.use_nodal_thicknesses\n\nModel.variable_offset_selection_rules\n\nModel.virtual_geometries\n\nModel\nModel.create_boolean_selection_rule\nModel.create_cad_geometry\nModel.create_cut_off_selection_rule\nModel.create_cylindrical_selection_rule\nModel.create_edge_set\nModel.create_element_set\nModel.create_fabric\nModel.create_field_definition\nModel.create_geometrical_selection_rule\nModel.create_imported_modeling_group\nModel.create_imported_solid_model\nModel.create_lookup_table_1d\nModel.create_lookup_table_3d\nModel.create_material\nModel.create_modeling_group\nModel.create_oriented_selection_set\nModel.create_parallel_selection_rule\nModel.create_rosette\nModel.create_sampling_point\nModel.create_section_cut\nModel.create_sensor\nModel.create_solid_model\nModel.create_spherical_selection_rule\nModel.create_stackup\nModel.create_sublaminate\nModel.create_tube_selection_rule\nModel.create_variable_offset_selection_rule\nModel.create_virtual_geometry\nModel.delete\nModel.export_analysis_model\nModel.export_hdf5_composite_cae\nModel.export_materials\nModel.export_modeling_ply_geometries\nModel.export_shell_composite_definitions\nModel.import_hdf5_composite_cae\nModel.import_materials\nModel.save\nModel.update\nModel.angle_tolerance\nModel.average_element_size\nModel.boolean_selection_rules\nModel.cad_geometries\nModel.cut_off_selection_rules\nModel.cylindrical_selection_rules\nModel.draping_offset_correction\nModel.edge_sets\nModel.element_sets\nModel.elemental_data\nModel.fabrics\nModel.field_definitions\nModel.geometrical_selection_rules\nModel.imported_modeling_groups\nModel.imported_solid_models\nModel.lookup_tables_1d\nModel.lookup_tables_3d\nModel.materials\nModel.mesh\nModel.minimum_analysis_ply_thickness\nModel.modeling_groups\nModel.name\nModel.nodal_data\nModel.oriented_selection_sets\nModel.parallel_selection_rules\nModel.parent\nModel.relative_thickness_tolerance\nModel.rosettes\nModel.sampling_points\nModel.section_cuts\nModel.sensors\nModel.shell_mesh\nModel.solid_mesh\nModel.solid_models\nModel.spherical_selection_rules\nModel.stackups\nModel.sublaminates\nModel.tube_selection_rules\nModel.unit_system\nModel.use_nodal_thicknesses\nModel.variable_offset_selection_rules\nModel.virtual_geometries" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.delete", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.Model", + "href": "api/_autosummary/ansys.acp.core.Model.html#ansys.acp.core.Model", + "title": "Model > Model > Model", + "section": "Model > Model", + "text": "class ansys.acp.core.Model(*, name='ACP Model', use_nodal_thicknesses=False, draping_offset_correction=False, angle_tolerance=1.0, relative_thickness_tolerance=0.01, minimum_analysis_ply_thickness=1e-06)\n\nDefines an ACP Model.\n\nWrapper for accessing an ACP Model residing on a server.\n\nParameters\n\nname (str) – The name of the model.\n\nuse_nodal_thicknesses (bool) – Defines whether to use nodal thicknesses or element thicknesses.\n\ndraping_offset_correction (bool) – Defines whether to consider lay-up thickness in draping analysis.\n\nangle_tolerance (float) – Section computation angle tolerance (in degree).\n\nrelative_thickness_tolerance (float) – Section computation relative thickness tolerance.\n\nminimum_analysis_ply_thickness (float) – Section computation minimum analysis ply thickness (in length\nunit of model).\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModel.create_boolean_selection_rule(*[, ...])\n\nInstantiate a Boolean Selection Rule.\n\nModel.create_cad_geometry(*[, name, ...])\n\nInstantiate a CAD Geometry.\n\nModel.create_cut_off_selection_rule(*[, ...])\n\nInstantiate a Cut-Off Selection Rule.\n\nModel.create_cylindrical_selection_rule(*[, ...])\n\nInstantiate a Cylindrical Selection Rule.\n\nModel.create_edge_set(*[, name, ...])\n\nInstantiate an edge set.\n\nModel.create_element_set(*[, name, ...])\n\nInstantiate an Element Set.\n\nModel.create_fabric(*[, name, material, ...])\n\nInstantiate a Fabric.\n\nModel.create_field_definition(*[, name, ...])\n\nInstantiate a Field Definition.\n\nModel.create_geometrical_selection_rule(*[, ...])\n\nInstantiate a Geometrical Selection Rule.\n\nModel.create_imported_modeling_group(*[, name])\n\nInstantiate an imported modeling group.\n\nModel.create_imported_solid_model(*[, name, ...])\n\nInstantiate an imported solid model.\n\nModel.create_lookup_table_1d(*[, name, ...])\n\nInstantiate a 1D Look-Up Table.\n\nModel.create_lookup_table_3d(*[, name, ...])\n\nInstantiate a 3D Look-Up Table.\n\nModel.create_material(*[, name, ply_type, ...])\n\nInstantiate a Material.\n\nModel.create_modeling_group(*[, name])\n\nInstantiate a modeling group.\n\nModel.create_oriented_selection_set(*[, ...])\n\nInstantiate an Oriented Selection Set.\n\nModel.create_parallel_selection_rule(*[, ...])\n\nInstantiate a Parallel Selection Rule.\n\nModel.create_rosette(*[, name, ...])\n\nInstantiate a Rosette.\n\nModel.create_sampling_point(*[, name, ...])\n\nInstantiate a Sampling Point.\n\nModel.create_section_cut(*[, name, active, ...])\n\nInstantiate a Section Cut.\n\nModel.create_sensor(*[, name, sensor_type, ...])\n\nInstantiate a Sensor.\n\nModel.create_solid_model(*[, name, active, ...])\n\nInstantiate a solid model.\n\nModel.create_spherical_selection_rule(*[, ...])\n\nInstantiate a Spherical Selection Rule.\n\nModel.create_stackup(*[, name, symmetry, ...])\n\nInstantiate a Stackup.\n\nModel.create_sublaminate(*[, name, ...])\n\nInstantiate a SubLaminate.\n\nModel.create_tube_selection_rule(*[, name, ...])\n\nInstantiate a Tube Selection Rule.\n\nModel.create_variable_offset_selection_rule(*)\n\nInstantiate a Variable Offset Selection Rule.\n\nModel.create_virtual_geometry(*[, name, ...])\n\nInstantiate a Virtual Geometry.\n\nModel.delete()\n\nDelete the object.\n\nModel.export_analysis_model(path)\n\nSave the analysis model to a CDB file.\n\nModel.export_hdf5_composite_cae(path, *[, ...])\n\nExport the lay-up to the HDF5 Composite CAE format.\n\nModel.export_materials(path)\n\nWrite materials to a XML (MatML) file.\n\nModel.export_modeling_ply_geometries(path, *)\n\nWrite ply geometries to a STEP, IGES, or STL file.\n\nModel.export_shell_composite_definitions(path)\n\nExport the lay-up of the shell as HDF5 used by DPF Composites or Mechanical.\n\nModel.import_hdf5_composite_cae(path[, ...])\n\nImport the lay-up from an HDF5 Composite CAE file.\n\nModel.import_materials(matml_path, *[, ...])\n\nImport materials from a MatML file.\n\nModel.save(path, *[, save_cache])\n\nSave ACP Model (.acph5).\n\nModel.update(*[, relations_only])\n\nUpdate the model.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModel.angle_tolerance\n\n\n\nModel.average_element_size\n\n\n\nModel.boolean_selection_rules\n\n\n\nModel.cad_geometries\n\n\n\nModel.cut_off_selection_rules\n\n\n\nModel.cylindrical_selection_rules\n\n\n\nModel.draping_offset_correction\n\n\n\nModel.edge_sets\n\n\n\nModel.element_sets\n\n\n\nModel.elemental_data\n\n\n\nModel.fabrics\n\n\n\nModel.field_definitions\n\n\n\nModel.geometrical_selection_rules\n\n\n\nModel.imported_modeling_groups\n\n\n\nModel.imported_solid_models\n\n\n\nModel.lookup_tables_1d\n\n\n\nModel.lookup_tables_3d\n\n\n\nModel.materials\n\n\n\nModel.mesh\n\nFull mesh associated with the object.\n\nModel.minimum_analysis_ply_thickness\n\n\n\nModel.modeling_groups\n\n\n\nModel.name\n\nThe name of the object.\n\nModel.nodal_data\n\n\n\nModel.oriented_selection_sets\n\n\n\nModel.parallel_selection_rules\n\n\n\nModel.parent\n\nThe parent of the object.\n\nModel.relative_thickness_tolerance\n\n\n\nModel.rosettes\n\n\n\nModel.sampling_points\n\n\n\nModel.section_cuts\n\n\n\nModel.sensors\n\n\n\nModel.shell_mesh\n\nShell mesh associated with the object.\n\nModel.solid_mesh\n\nSolid mesh associated with the object.\n\nModel.solid_models\n\n\n\nModel.spherical_selection_rules\n\n\n\nModel.stackups\n\n\n\nModel.sublaminates\n\n\n\nModel.tube_selection_rules\n\n\n\nModel.unit_system\n\n\n\nModel.use_nodal_thicknesses\n\n\n\nModel.variable_offset_selection_rules\n\n\n\nModel.virtual_geometries\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.delete", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.delete.html#ansys.acp.core.FieldDefinition.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "FieldDefinition.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model", + "href": "api/_autosummary/ansys.acp.core.Model.html#examples-using-model", + "title": "Model > Examples using Model", + "section": "Examples using Model", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.store", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "SphericalSelectionRuleElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.store", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.store.html#ansys.acp.core.ImportedModelingGroup.store", + "title": "store > store > store", + "section": "store > store", + "text": "ImportedModelingGroup.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.Model.relative_thickness_tolerance", + "href": "api/_autosummary/ansys.acp.core.Model.relative_thickness_tolerance.html#relative_thickness_tolerance", + "title": "relative_thickness_tolerance", + "section": "relative_thickness_tolerance", + "text": "relative_thickness_tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.elemental_data.html#ansys.acp.core.CylindricalSelectionRule.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property CylindricalSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.relative_thickness_tolerance", + "href": "api/_autosummary/ansys.acp.core.Model.relative_thickness_tolerance.html#ansys.acp.core.Model.relative_thickness_tolerance", + "title": "relative_thickness_tolerance > relative_thickness_tolerance > relative_thickness_tolerance", + "section": "relative_thickness_tolerance > relative_thickness_tolerance", + "text": "property Model.relative_thickness_tolerance: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.id", - "href": "api/_autosummary/ansys.acp.core.SectionCut.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.transverse_direction.html#transverse_direction", + "title": "transverse_direction", + "section": "transverse_direction", + "text": "transverse_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.id", - "href": "api/_autosummary/ansys.acp.core.SectionCut.id.html#ansys.acp.core.SectionCut.id", - "title": "id > id > id", - "section": "id > id", - "text": "property SectionCut.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.transverse_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.transverse_direction", + "title": "transverse_direction > transverse_direction > transverse_direction", + "section": "transverse_direction > transverse_direction", + "text": "AnalysisPlyElementalData.transverse_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_rosette", - "href": "api/_autosummary/ansys.acp.core.Model.create_rosette.html#create_rosette", - "title": "create_rosette", - "section": "create_rosette", - "text": "Instantiate a Rosette.\nname (str) – Name of the rosette.\nrosette_type (RosetteType) – Type of the rosette.\norigin (tuple[float, float, float]) – Coordinates of the rosette origin.\ndir1 (tuple[float, float, float]) – Direction 1 (x-direction) vector of the Rosette.\ndir2 (tuple[float, float, float]) – Direction 2 (y-direction) vector of the Rosette.\nedge_set (EdgeSet | None) – Edge Set used for the Rosettes with type RosetteType.EDGE_WISE.\nRosette\nAdded in ACP server version 24.2.\ncreate_rosette\nRosetteType.EDGE_WISE" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_fabric", + "href": "api/_autosummary/ansys.acp.core.Model.create_fabric.html#create_fabric", + "title": "create_fabric", + "section": "create_fabric", + "text": "Instantiate a Fabric.\nname (str) – Name of the fabric.\nmaterial (Material | None) – Material of the fabric.\nthickness (float) – Thickness of the fabric.\narea_price (float) – Price per area of the fabric.\nignore_for_postprocessing (bool) – Enable this option that the failure computation skips all plies made of this fabric.\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\narea_weight – Weight per area of the fabric. Read only.\nFabric\nAdded in ACP server version 24.2.\ncreate_fabric" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_rosette", - "href": "api/_autosummary/ansys.acp.core.Model.create_rosette.html#ansys.acp.core.Model.create_rosette", - "title": "create_rosette > create_rosette > create_rosette", - "section": "create_rosette > create_rosette", - "text": "Model.create_rosette(*, name='Rosette', rosette_type='parallel', origin=(0.0, 0.0, 0.0), dir1=(1.0, 0.0, 0.0), dir2=(0.0, 1.0, 0.0), edge_set=None)\n\nInstantiate a Rosette.\n\nParameters\n\nname (str) – Name of the rosette.\n\nrosette_type (RosetteType) – Type of the rosette.\n\norigin (tuple[float, float, float]) – Coordinates of the rosette origin.\n\ndir1 (tuple[float, float, float]) – Direction 1 (x-direction) vector of the Rosette.\n\ndir2 (tuple[float, float, float]) – Direction 2 (y-direction) vector of the Rosette.\n\nedge_set (EdgeSet | None) – Edge Set used for the Rosettes with type RosetteType.EDGE_WISE.\n\nReturn type\n\nRosette\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_fabric", + "href": "api/_autosummary/ansys.acp.core.Model.create_fabric.html#ansys.acp.core.Model.create_fabric", + "title": "create_fabric > create_fabric > create_fabric", + "section": "create_fabric > create_fabric", + "text": "Model.create_fabric(*, name='Fabric', material=None, thickness=0.0, area_price=0.0, ignore_for_postprocessing=False, drop_off_material_handling='global', drop_off_material=None, cut_off_material_handling='computed', cut_off_material=None, draping_material_model='woven', draping_ud_coefficient=0.0)\n\nInstantiate a Fabric.\n\nParameters\n\nname (str) – Name of the fabric.\n\nmaterial (Material | None) – Material of the fabric.\n\nthickness (float) – Thickness of the fabric.\n\narea_price (float) – Price per area of the fabric.\n\nignore_for_postprocessing (bool) – Enable this option that the failure computation skips all plies made of this fabric.\n\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\n\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\n\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\n\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\n\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\n\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\n\narea_weight – Weight per area of the fabric. Read only.\n\nReturn type\n\nFabric\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_rosette", - "href": "api/_autosummary/ansys.acp.core.Model.create_rosette.html#examples-using-modelcreate_rosette", - "title": "create_rosette > Examples using Model.create_rosette", - "section": "Examples using Model.create_rosette", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.create_rosette" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_fabric", + "href": "api/_autosummary/ansys.acp.core.Model.create_fabric.html#examples-using-modelcreate_fabric", + "title": "create_fabric > Examples using Model.create_fabric", + "section": "Examples using Model.create_fabric", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.create_fabric" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removesuffix", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removesuffix.html#removesuffix", - "title": "removesuffix", - "section": "removesuffix", - "text": "Return a str with the given suffix string removed if present.\nIf the string ends with the suffix string and that suffix is not empty,\nreturn string[:-len(suffix)]. Otherwise, return a copy of the original\nstring.\nremovesuffix" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removesuffix", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removesuffix.html#ansys.acp.core.material_property_sets.PuckMaterialType.removesuffix", - "title": "removesuffix > removesuffix > removesuffix", - "section": "removesuffix > removesuffix", - "text": "PuckMaterialType.removesuffix(suffix, /)\n\nReturn a str with the given suffix string removed if present.\n\nIf the string ends with the suffix string and that suffix is not empty,\nreturn string[:-len(suffix)]. Otherwise, return a copy of the original\nstring.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.name.html#ansys.acp.core.BooleanSelectionRule.name", + "title": "name > name > name", + "section": "name > name", + "text": "property BooleanSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.name", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.name.html#name", + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.name", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.name.html#name", "title": "name", "section": "name", "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.name", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.name.html#ansys.acp.core.ModelingGroup.name", + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.name", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.name.html#ansys.acp.core.CutOffGeometry.name", "title": "name > name > name", "section": "name > name", - "text": "property ModelingGroup.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "text": "property CutOffGeometry.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.store", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.html#constantpuckconstants", + "title": "ConstantPuckConstants", + "section": "ConstantPuckConstants", + "text": "Constant Puck constants material property set.\nAdded in ACP server version 24.2.\nConstantPuckConstants.M\n\nConstantPuckConstants.interface_weakening_factor\n\nConstantPuckConstants.mat_type\n\nConstantPuckConstants.p_21_neg\n\nConstantPuckConstants.p_21_pos\n\nConstantPuckConstants.p_22_neg\n\nConstantPuckConstants.p_22_pos\n\nConstantPuckConstants.s\n\nConstantPuckConstants\nConstantPuckConstants.M\nConstantPuckConstants.interface_weakening_factor\nConstantPuckConstants.mat_type\nConstantPuckConstants.p_21_neg\nConstantPuckConstants.p_21_pos\nConstantPuckConstants.p_22_neg\nConstantPuckConstants.p_22_pos\nConstantPuckConstants.s" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.store", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.store.html#ansys.acp.core.InterfaceLayer.store", - "title": "store > store > store", - "section": "store > store", - "text": "InterfaceLayer.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.html#ansys.acp.core.material_property_sets.ConstantPuckConstants", + "title": "ConstantPuckConstants > ConstantPuckConstants > ConstantPuckConstants", + "section": "ConstantPuckConstants > ConstantPuckConstants", + "text": "class ansys.acp.core.material_property_sets.ConstantPuckConstants(*, p_21_pos=None, p_21_neg=None, p_22_pos=None, p_22_neg=None, s=0.5, M=0.5, interface_weakening_factor=0.8, mat_type=PuckMaterialType.IGNORED, _parent_object=None, _attribute_path=None)\n\nConstant Puck constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantPuckConstants.M\n\n\n\nConstantPuckConstants.interface_weakening_factor\n\n\n\nConstantPuckConstants.mat_type\n\n\n\nConstantPuckConstants.p_21_neg\n\n\n\nConstantPuckConstants.p_21_pos\n\n\n\nConstantPuckConstants.p_22_neg\n\n\n\nConstantPuckConstants.p_22_pos\n\n\n\nConstantPuckConstants.s\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.interface_weakening_factor", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.interface_weakening_factor.html#interface_weakening_factor", - "title": "interface_weakening_factor", - "section": "interface_weakening_factor", - "text": "interface_weakening_factor" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xc.html#xc", + "title": "Xc", + "section": "Xc", + "text": "Xc" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.interface_weakening_factor", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.interface_weakening_factor.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.interface_weakening_factor", - "title": "interface_weakening_factor > interface_weakening_factor > interface_weakening_factor", - "section": "interface_weakening_factor > interface_weakening_factor", - "text": "property ConstantPuckConstants.interface_weakening_factor: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xc.html#ansys.acp.core.material_property_sets.VariableStressLimits.Xc", + "title": "Xc > Xc > Xc", + "section": "Xc > Xc", + "text": "property VariableStressLimits.Xc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field_type", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field_type.html#thickness_field_type", - "title": "thickness_field_type", - "section": "thickness_field_type", - "text": "thickness_field_type" + "objectID": "api/_autosummary/ansys.acp.core.SubShape.clone", + "href": "api/_autosummary/ansys.acp.core.SubShape.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored SubShape with the same properties.\nSelf\nclone" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field_type", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field_type.html#ansys.acp.core.ModelingPly.thickness_field_type", - "title": "thickness_field_type > thickness_field_type > thickness_field_type", - "section": "thickness_field_type > thickness_field_type", - "text": "property ModelingPly.thickness_field_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubShape.clone", + "href": "api/_autosummary/ansys.acp.core.SubShape.clone.html#ansys.acp.core.SubShape.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "SubShape.clone()\n\nCreate a new unstored SubShape with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSelf" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.section_cut_type", - "href": "api/_autosummary/ansys.acp.core.SectionCut.section_cut_type.html#section_cut_type", - "title": "section_cut_type", - "section": "section_cut_type", - "text": "section_cut_type" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.join", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.join.html#join", + "title": "join", + "section": "join", + "text": "Concatenate any number of strings.\nThe string whose method is called is inserted in between each given string.\nThe result is returned as a new string.\nExample: ‘.’.join([‘ab’, ‘pq’, ‘rs’]) -> ‘ab.pq.rs’\njoin" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.section_cut_type", - "href": "api/_autosummary/ansys.acp.core.SectionCut.section_cut_type.html#ansys.acp.core.SectionCut.section_cut_type", - "title": "section_cut_type > section_cut_type > section_cut_type", - "section": "section_cut_type > section_cut_type", - "text": "property SectionCut.section_cut_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.join", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.join.html#ansys.acp.core.material_property_sets.PuckMaterialType.join", + "title": "join > join > join", + "section": "join > join", + "text": "PuckMaterialType.join(iterable, /)\n\nConcatenate any number of strings.\n\nThe string whose method is called is inserted in between each given string.\nThe result is returned as a new string.\n\nExample: ‘.’.join([‘ab’, ‘pq’, ‘rs’]) -> ‘ab.pq.rs’\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.islower", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.islower.html#islower", - "title": "islower", - "section": "islower", - "text": "Return True if the string is a lowercase string, False otherwise.\nA string is lowercase if all cased characters in the string are lowercase and\nthere is at least one cased character in the string.\nislower" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.islower", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.islower.html#ansys.acp.core.material_property_sets.PuckMaterialType.islower", - "title": "islower > islower > islower", - "section": "islower > islower", - "text": "PuckMaterialType.islower(/)\n\nReturn True if the string is a lowercase string, False otherwise.\n\nA string is lowercase if all cased characters in the string are lowercase and\nthere is at least one cased character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.node_labels.html#ansys.acp.core.mesh_data.ElementSetNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "ElementSetNodalData.node_labels: ScalarData[np.int32]\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.status", + "href": "api/_autosummary/ansys.acp.core.SolidModel.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule.html#create_geometrical_selection_rule", - "title": "create_geometrical_selection_rule", - "section": "create_geometrical_selection_rule", - "text": "Instantiate a Geometrical Selection Rule.\nname (str) – Name of the Geometrical Selection Rule.\ngeometrical_rule_type (GeometricalRuleType) – Rule type. Can be either GeometricalRuleType.GEOMETRY or\nGeometricalRuleType.ELEMENT_SETS.\ngeometry (VirtualGeometry | None) – Virtual geometry to use for the rule.\nelement_sets (Iterable[ElementSet]) – Element sets to use for the rule.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nuse_default_tolerances (bool) – Whether to use default tolerances.\nin_plane_capture_tolerance (float) – In-plane capture tolerance around the outline.\nnegative_capture_tolerance (float) – Capture tolerance along the surface or projection normal.\npositive_capture_tolerance (float) – Capture tolerance along the opposite surface or projection normal.\nGeometricalSelectionRule\nAdded in ACP server version 24.2.\ncreate_geometrical_selection_rule\nGeometricalRuleType.GEOMETRY\nGeometricalRuleType.ELEMENT_SETS\nFalse" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.status", + "href": "api/_autosummary/ansys.acp.core.SolidModel.status.html#ansys.acp.core.SolidModel.status", + "title": "status > status > status", + "section": "status > status", + "text": "property SolidModel.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule.html#ansys.acp.core.Model.create_geometrical_selection_rule", - "title": "create_geometrical_selection_rule > create_geometrical_selection_rule > create_geometrical_selection_rule", - "section": "create_geometrical_selection_rule > create_geometrical_selection_rule", - "text": "Model.create_geometrical_selection_rule(*, name='GeometricalSelectionrule', geometrical_rule_type='geometry', geometry=None, element_sets=(), include_rule=True, use_default_tolerances=True, in_plane_capture_tolerance=0.0, negative_capture_tolerance=0.0, positive_capture_tolerance=0.0)\n\nInstantiate a Geometrical Selection Rule.\n\nParameters\n\nname (str) – Name of the Geometrical Selection Rule.\n\ngeometrical_rule_type (GeometricalRuleType) – Rule type. Can be either GeometricalRuleType.GEOMETRY or\nGeometricalRuleType.ELEMENT_SETS.\n\ngeometry (VirtualGeometry | None) – Virtual geometry to use for the rule.\n\nelement_sets (Iterable[ElementSet]) – Element sets to use for the rule.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nuse_default_tolerances (bool) – Whether to use default tolerances.\n\nin_plane_capture_tolerance (float) – In-plane capture tolerance around the outline.\n\nnegative_capture_tolerance (float) – Capture tolerance along the surface or projection normal.\n\npositive_capture_tolerance (float) – Capture tolerance along the opposite surface or projection normal.\n\nReturn type\n\nGeometricalSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "intro", + "href": "intro.html#getting-started", + "title": "Getting started", + "section": "Getting started", + "text": "Getting started" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule.html#examples-using-modelcreate_geometrical_selection_rule", - "title": "create_geometrical_selection_rule > Examples using Model.create_geometrical_selection_rule", - "section": "Examples using Model.create_geometrical_selection_rule", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using Model.create_geometrical_selection_rule" + "objectID": "intro", + "href": "intro.html#installation", + "title": "Getting started > Installation", + "section": "Installation", + "text": "PyACP supports Ansys 2024 R2 and later. To install PyACP, run the following command:\nYou should use a virtual environment,\nbecause it keeps Python packages isolated from your system Python.\nInstallation" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E.html#e", - "title": "E", - "section": "E", - "text": "E" + "objectID": "intro", + "href": "intro.html#usage", + "title": "Getting started > Usage", + "section": "Usage", + "text": "Usage" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E", - "title": "E > E > E", - "section": "E > E", - "text": "property ConstantEngineeringConstants.E: Any\n\n!! processed by numpydoc !!" + "objectID": "intro", + "href": "intro.html#start-acp", + "title": "Getting started > Start ACP", + "section": "Start ACP", + "text": "Start a Python interpreter and import the PyACP package:\nNext, start an ACP instance:\nStart ACP" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object.html#create_layup_mapping_object", - "title": "create_layup_mapping_object", - "section": "create_layup_mapping_object", - "text": "Instantiate a layup mapping object.\nname (str) – Name of the layup mapping object.\nactive (bool) – Inactive layup mapping objects are not used.\nelement_technology (ElementTechnology) – Determines the element technology used for the layup mapping.\nCan be either \"layered_element\" or \"reinforcing\".\nNote that only brick and prism elements support the layered option,\nwhile reinforcing technology can be combined with all types of\nsolid elements.\nshell_element_sets (Sequence[ElementSet]) – Defines the shell area whose modeling plies are mapped onto the\nsolid mesh.\nUsed only if use_imported_plies is False.\nuse_imported_plies (bool) – If True, imported modeling plies are mapped onto the solid mesh.\nselect_all_plies (bool) – Determines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.If use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\n\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\nDetermines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.\nIf use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\nsequences (Sequence[ModelingGroup | ModelingPly | ImportedModelingGroup | ImportedModelingPly]) – Determines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.If use_imported_plies is False, modeling groups and modeling\nplies are allowed\n\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\nDetermines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.\nIf use_imported_plies is False, modeling groups and modeling\nplies are allowed\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\nentire_solid_mesh (bool) – If True, the selected layup is mapped onto the entire solid mesh.\nOtherwise, the solid_element_sets parameter is used to refine\nthe scope.\nsolid_element_sets (Sequence[SolidElementSet]) – List of solid element sets to which the mapping is applied.\nscale_ply_thicknesses (bool) – If True, scale the layer thickness to fill the gaps within an element,\ninstead of filling them with the void material.\nUsed only if element_technology is \"layered_element\".\nvoid_material (Material | None) – Material used to fill the gaps with.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\nminimum_void_material_thickness (float) – Only gaps with a thickness greater than this value are filled with\nthe void material.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\ndelete_lost_elements (bool) – If True, elements without layup and degenerated elements are deleted.\nOtherwise, they are filled with the filler material.\nUsed only if element_technology is \"layered_element\".\nfiller_material (Material | None) – Material used to fill the degenerated elements.\nOnly used if delete_lost_elements is False, and\nthe element_technology is \"layered_element\".\nrosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the filler elements.\nUsed only if element_technology is \"layered_element\".\nrosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the filler elements.\nUsed only if element_technology is \"layered_element\".\nreinforcing_behavior (ReinforcingBehavior) – Determines whether the reinforcing elements carry tension and / or\ncompression loads.\nUsed only if element_technology is \"reinforcing\".\nbase_element_material_handling (BaseElementMaterialHandling) – Determines how the base material is handled in the area with reinforcing\nelements. Can be either \"remove\" or \"retain\".\nUsed only if element_technology is \"reinforcing\".\nstress_state (StressStateType) – Specifies the stress state of the reinforcing elements.\nUsed only if element_technology is \"reinforcing\".\nbase_material (Material | None) – Define the initial material of the solid elements which will be reinforced\nby the selected plies.\nUsed only if element_technology is \"reinforcing\".\nbase_element_rosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the base elements.\nThis is important if the base material has an orthotropic characteristic.\nUsed only if element_technology is \"reinforcing\".\nbase_element_rosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the base elements.\nUsed only if element_technology is \"reinforcing\".\nLayupMappingObject\nAdded in ACP server version 25.1.\ncreate_layup_mapping_object\n\"layered_element\"\n\"reinforcing\"\nuse_imported_plies\nsequences\nuse_imported_plies\nselect_all_plies\nuse_imported_plies\nselect_all_plies\nuse_imported_plies\nuse_imported_plies\nsolid_element_sets\nelement_technology\n\"layered_element\"\nscale_ply_thicknesses\nelement_technology\n\"layered_element\"\nscale_ply_thicknesses\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\ndelete_lost_elements\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\nelement_technology\n\"reinforcing\"\n\"remove\"\n\"retain\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"" + "objectID": "intro", + "href": "intro.html#get-a-model", + "title": "Getting started > Get a model", + "section": "Get a model", + "text": "You can resume a model from an existing ACP DB (ACPH5) or built it from\nscratch by importing an FE model (mesh).\nTo load an existing model with PyACP, use the import_model() method:\nTo import an FE model, use the format=\"ansys:cdb\" or format=\"ansys:dat\"\nparameter, respectively.\nThe following example imports a CDB file.\nSee FeFormat for a list of supported FE formats. Check out the\ninput_file_for_pyacp section to see how input files can be created.\nWhen working on Windows, be careful of backslashes in paths: These may correspond to\nescape sequences, resulting in errors.\nTo avoid issues, make sure to quote the backslashes (by using \\\\) or use a\nraw string literal by prefixing your string with r,\nlike model = acp.import_model(r\"path\\to\\your\\model.acph5\").\nGet a model\nimport_model()\nformat=\"ansys:cdb\"\nformat=\"ansys:dat\"\nFeFormat\n\\\\\nmodel = acp.import_model(r\"path\\to\\your\\model.acph5\")" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object.html#ansys.acp.core.ImportedSolidModel.create_layup_mapping_object", - "title": "create_layup_mapping_object > create_layup_mapping_object > create_layup_mapping_object", - "section": "create_layup_mapping_object > create_layup_mapping_object", - "text": "ImportedSolidModel.create_layup_mapping_object(*, name='LayupMappingObject', active=True, element_technology='layered_element', shell_element_sets=(), use_imported_plies=False, select_all_plies=True, sequences=(), entire_solid_mesh=True, solid_element_sets=(), scale_ply_thicknesses=True, void_material=None, minimum_void_material_thickness=1e-06, delete_lost_elements=True, filler_material=None, rosettes=(), rosette_selection_method='minimum_distance', reinforcing_behavior='tension_and_compression', base_element_material_handling='remove', stress_state='plane_stress_state_with_transverse_shear_and_bending_stiffness', base_material=None, base_element_rosettes=(), base_element_rosette_selection_method='minimum_distance')\n\nInstantiate a layup mapping object.\n\nParameters\n\nname (str) – Name of the layup mapping object.\n\nactive (bool) – Inactive layup mapping objects are not used.\n\nelement_technology (ElementTechnology) – Determines the element technology used for the layup mapping.\nCan be either \"layered_element\" or \"reinforcing\".\nNote that only brick and prism elements support the layered option,\nwhile reinforcing technology can be combined with all types of\nsolid elements.\n\nshell_element_sets (Sequence[ElementSet]) – Defines the shell area whose modeling plies are mapped onto the\nsolid mesh.\nUsed only if use_imported_plies is False.\n\nuse_imported_plies (bool) – If True, imported modeling plies are mapped onto the solid mesh.\n\nselect_all_plies (bool) – Determines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.If use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\n\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\n\nsequences (Sequence[ModelingGroup | ModelingPly | ImportedModelingGroup | ImportedModelingPly]) – Determines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.If use_imported_plies is False, modeling groups and modeling\nplies are allowed\n\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\n\nentire_solid_mesh (bool) – If True, the selected layup is mapped onto the entire solid mesh.\nOtherwise, the solid_element_sets parameter is used to refine\nthe scope.\n\nsolid_element_sets (Sequence[SolidElementSet]) – List of solid element sets to which the mapping is applied.\n\nscale_ply_thicknesses (bool) – If True, scale the layer thickness to fill the gaps within an element,\ninstead of filling them with the void material.\nUsed only if element_technology is \"layered_element\".\n\nvoid_material (Material | None) – Material used to fill the gaps with.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\n\nminimum_void_material_thickness (float) – Only gaps with a thickness greater than this value are filled with\nthe void material.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\n\ndelete_lost_elements (bool) – If True, elements without layup and degenerated elements are deleted.\nOtherwise, they are filled with the filler material.\nUsed only if element_technology is \"layered_element\".\n\nfiller_material (Material | None) – Material used to fill the degenerated elements.\nOnly used if delete_lost_elements is False, and\nthe element_technology is \"layered_element\".\n\nrosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the filler elements.\nUsed only if element_technology is \"layered_element\".\n\nrosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the filler elements.\nUsed only if element_technology is \"layered_element\".\n\nreinforcing_behavior (ReinforcingBehavior) – Determines whether the reinforcing elements carry tension and / or\ncompression loads.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_material_handling (BaseElementMaterialHandling) – Determines how the base material is handled in the area with reinforcing\nelements. Can be either \"remove\" or \"retain\".\nUsed only if element_technology is \"reinforcing\".\n\nstress_state (StressStateType) – Specifies the stress state of the reinforcing elements.\nUsed only if element_technology is \"reinforcing\".\n\nbase_material (Material | None) – Define the initial material of the solid elements which will be reinforced\nby the selected plies.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_rosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the base elements.\nThis is important if the base material has an orthotropic characteristic.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_rosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the base elements.\nUsed only if element_technology is \"reinforcing\".\n\nReturn type\n\nLayupMappingObject\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "intro", + "href": "intro.html#start-modelling", + "title": "Getting started > Start modelling", + "section": "Start modelling", + "text": "Start defining new objects in the model. For example, to create a ply and all its dependencies:\nThese create_* methods take additional parameters, which can be used to immediately set the properties of the new object.\nFor example, refer to the documentation of create_modeling_ply.\nAlternatively, you can always set the properties of an object after it has been created:\nWhen using PyACP from an IDE, you can use autocompletion to explore the available methods and properties. PyACP provides type hints to make the autocompletion as helpful as possible.\nStart modelling\ncreate_*\ncreate_modeling_ply" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object.html#examples-using-importedsolidmodelcreate_layup_mapping_object", - "title": "create_layup_mapping_object > Examples using ImportedSolidModel.create_layup_mapping_object", - "section": "Examples using ImportedSolidModel.create_layup_mapping_object", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ImportedSolidModel.create_layup_mapping_object" + "objectID": "intro", + "href": "intro.html#update-and-plot-the-model", + "title": "Getting started > Update and plot the model", + "section": "Update and plot the model", + "text": "The lay-up is not automatically updated. So data such as ply thicknesses\nand fiber directions are only available after updating the model.\nTo perform the update, use the update method:\nMany PyACP objects provide data which can be plotted. For example, to show the mesh:\nOr to show the thickness of a modeling ply or fiber directions:\nThe model can also be opened in the ACP GUI. See view_the_model_in_the_acp_gui.\nUpdate and plot the model\nupdate" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.relative_rule", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.relative_rule.html#relative_rule", - "title": "relative_rule", - "section": "relative_rule", - "text": "relative_rule" + "objectID": "intro", + "href": "intro.html#continue-exploring", + "title": "Getting started > Continue exploring", + "section": "Continue exploring", + "text": "This is just a brief introduction to PyACP. To learn more:\nCheck out the examples to see complete examples of how to use PyACP.\nThe how-to guides provide instructions on how to perform specific tasks.\nThe API reference provides detailed information on all available classes and methods.\nContinue exploring" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.relative_rule", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.relative_rule.html#ansys.acp.core.CylindricalSelectionRule.relative_rule", - "title": "relative_rule > relative_rule > relative_rule", - "section": "relative_rule > relative_rule", - "text": "property CylindricalSelectionRule.relative_rule: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_origin", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_origin.html#radius_origin", + "title": "radius_origin", + "section": "radius_origin", + "text": "radius_origin" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.import_model", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.import_model.html#import_model", - "title": "import_model", - "section": "import_model", - "text": "Load an ACP model from a file.\nname (str | None) – Name of the newly loaded model.\npath (str | PathLike[str]) – Path of the file to be loaded.\nformat (str) – Format of the file to be loaded. Can be one of \"acp:h5\",\n\"ansys:h5\", \"ansys:cdb\", \"ansys:dat\", \"abaqus:inp\",\nor \"nastran:bdf\".\nignored_entities – Entities to ignore when loading the FE file. Can be a subset of\nthe following values:\n\"coordinate_systems\", \"element_sets\", \"materials\",\n\"mesh\", or \"shell_sections\".\nAvailable only when the format is not \"acp:h5\".\nconvert_section_data – Whether to import the section data of a shell model and convert it\ninto ACP composite definitions.\nAvailable only when the format is not \"acp:h5\".\nunit_system – Defines the unit system of the imported file. Must be set if the\ninput file does not have units. If the input file does have units,\nunit_system must be either \"from_file\", or match the input\nunit system.\nAvailable only when the format is not \"acp:h5\".\nThe loaded Model instance.\nModel\nimport_model\n\"acp:h5\"\n\"ansys:h5\"\n\"ansys:cdb\"\n\"ansys:dat\"\n\"abaqus:inp\"\n\"nastran:bdf\"\n\"coordinate_systems\"\n\"element_sets\"\n\"materials\"\n\"mesh\"\n\"shell_sections\"\n\"acp:h5\"\n\"acp:h5\"\nunit_system\n\"from_file\"\n\"acp:h5\"\nModel" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_origin", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_origin.html#ansys.acp.core.VariableOffsetSelectionRule.radius_origin", + "title": "radius_origin > radius_origin > radius_origin", + "section": "radius_origin > radius_origin", + "text": "property VariableOffsetSelectionRule.radius_origin: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.import_model", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.import_model.html#ansys.acp.core.ACPInstance.import_model", - "title": "import_model > import_model > import_model", - "section": "import_model > import_model", - "text": "ACPInstance.import_model(path, *, name=None, format='acp:h5', **kwargs)\n\nLoad an ACP model from a file.\n\nParameters\n\nname (str | None) – Name of the newly loaded model.\n\npath (str | PathLike[str]) – Path of the file to be loaded.\n\nformat (str) – Format of the file to be loaded. Can be one of \"acp:h5\",\n\"ansys:h5\", \"ansys:cdb\", \"ansys:dat\", \"abaqus:inp\",\nor \"nastran:bdf\".\n\nignored_entities – Entities to ignore when loading the FE file. Can be a subset of\nthe following values:\n\"coordinate_systems\", \"element_sets\", \"materials\",\n\"mesh\", or \"shell_sections\".\nAvailable only when the format is not \"acp:h5\".\n\nconvert_section_data – Whether to import the section data of a shell model and convert it\ninto ACP composite definitions.\nAvailable only when the format is not \"acp:h5\".\n\nunit_system – Defines the unit system of the imported file. Must be set if the\ninput file does not have units. If the input file does have units,\nunit_system must be either \"from_file\", or match the input\nunit system.\nAvailable only when the format is not \"acp:h5\".\n\nReturns\n\nThe loaded Model instance.\n\nReturn type\n\nModel\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_ratio", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_ratio.html#fracture_toughness_ratio", + "title": "fracture_toughness_ratio", + "section": "fracture_toughness_ratio", + "text": "fracture_toughness_ratio" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.import_model", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.import_model.html#examples-using-acpinstanceimport_model", - "title": "import_model > Examples using ACPInstance.import_model", - "section": "Examples using ACPInstance.import_model", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using ACPInstance.import_model" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_ratio", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_ratio.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_ratio", + "title": "fracture_toughness_ratio > fracture_toughness_ratio > fracture_toughness_ratio", + "section": "fracture_toughness_ratio > fracture_toughness_ratio", + "text": "property VariableLaRCConstants.fracture_toughness_ratio: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material_handling", - "href": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material_handling.html#drop_off_material_handling", - "title": "drop_off_material_handling", - "section": "drop_off_material_handling", - "text": "drop_off_material_handling" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.clone", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material_handling", - "href": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material_handling.html#ansys.acp.core.Fabric.drop_off_material_handling", - "title": "drop_off_material_handling > drop_off_material_handling > drop_off_material_handling", - "section": "drop_off_material_handling > drop_off_material_handling", - "text": "property Fabric.drop_off_material_handling: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.clone", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.clone.html#ansys.acp.core.CutOffGeometry.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "CutOffGeometry.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.IGES", - "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.IGES.html#iges", - "title": "IGES", - "section": "IGES", - "text": "IGES" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.IGES", - "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.IGES.html#ansys.acp.core.PlyGeometryExportFormat.IGES", - "title": "IGES > IGES > IGES", - "section": "IGES > IGES", - "text": "PlyGeometryExportFormat.IGES = 'iges'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.normal.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "ProductionPlyElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.ANSYS_CDB", - "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.ANSYS_CDB.html#ansys_cdb", - "title": "ANSYS_CDB", - "section": "ANSYS_CDB", - "text": "ANSYS_CDB" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.nodal_data", + "href": "api/_autosummary/ansys.acp.core.SolidModel.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.ANSYS_CDB", - "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.ANSYS_CDB.html#ansys.acp.core.SolidModelSkinExportFormat.ANSYS_CDB", - "title": "ANSYS_CDB > ANSYS_CDB > ANSYS_CDB", - "section": "ANSYS_CDB > ANSYS_CDB", - "text": "SolidModelSkinExportFormat.ANSYS_CDB = 'ansys:cdb'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.nodal_data", + "href": "api/_autosummary/ansys.acp.core.SolidModel.nodal_data.html#ansys.acp.core.SolidModel.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property SolidModel.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObjectBase", - "href": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObjectBase.html#treeobjectbase", - "title": "TreeObjectBase", - "section": "TreeObjectBase", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nBase class for ACP tree objects.\nTreeObjectBase" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObjectBase", - "href": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObjectBase.html#ansys.acp.core._tree_objects.base.TreeObjectBase", - "title": "TreeObjectBase > TreeObjectBase > TreeObjectBase", - "section": "TreeObjectBase > TreeObjectBase", - "text": "class ansys.acp.core._tree_objects.base.TreeObjectBase(name='')\n\nBase class for ACP tree objects.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.store.html#ansys.acp.core.CylindricalSelectionRule.store", + "title": "store > store > store", + "section": "store > store", + "text": "CylindricalSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.use_global_coordinate_system", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.use_global_coordinate_system.html#use_global_coordinate_system", - "title": "use_global_coordinate_system", - "section": "use_global_coordinate_system", - "text": "use_global_coordinate_system" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.use_global_coordinate_system", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.use_global_coordinate_system.html#ansys.acp.core.CylindricalSelectionRule.use_global_coordinate_system", - "title": "use_global_coordinate_system > use_global_coordinate_system > use_global_coordinate_system", - "section": "use_global_coordinate_system > use_global_coordinate_system", - "text": "property CylindricalSelectionRule.use_global_coordinate_system: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.mesh.html#ansys.acp.core.CutOffSelectionRule.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property CutOffSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.removesuffix", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.removesuffix.html#removesuffix", - "title": "removesuffix", - "section": "removesuffix", - "text": "Return a str with the given suffix string removed if present.\nIf the string ends with the suffix string and that suffix is not empty,\nreturn string[:-len(suffix)]. Otherwise, return a copy of the original\nstring.\nremovesuffix" + "objectID": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_2", + "href": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_2.html#woven_puck_constants_2", + "title": "woven_puck_constants_2", + "section": "woven_puck_constants_2", + "text": "woven_puck_constants_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.removesuffix", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.removesuffix.html#ansys.acp.core.LaunchMode.removesuffix", - "title": "removesuffix > removesuffix > removesuffix", - "section": "removesuffix > removesuffix", - "text": "LaunchMode.removesuffix(suffix, /)\n\nReturn a str with the given suffix string removed if present.\n\nIf the string ends with the suffix string and that suffix is not empty,\nreturn string[:-len(suffix)]. Otherwise, return a copy of the original\nstring.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_2", + "href": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_2.html#ansys.acp.core.Material.woven_puck_constants_2", + "title": "woven_puck_constants_2 > woven_puck_constants_2 > woven_puck_constants_2", + "section": "woven_puck_constants_2 > woven_puck_constants_2", + "text": "property Material.woven_puck_constants_2: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.html#tubeselectionruleelementaldata", - "title": "TubeSelectionRuleElementalData", - "section": "TubeSelectionRuleElementalData", - "text": "Represents elemental data for a Tube Selection Rule.\nTubeSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nTubeSelectionRuleElementalData.normal\n\nTubeSelectionRuleElementalData.element_labels\n\nTubeSelectionRuleElementalData\nTubeSelectionRuleElementalData.get_pyvista_mesh\nTubeSelectionRuleElementalData.normal\nTubeSelectionRuleElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.clear", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.clear.html#clear", + "title": "clear", + "section": "clear", + "text": "Close all models.\nCloses the models which are currently open, without first\nsaving them to a file.\nclear" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.html#ansys.acp.core.mesh_data.TubeSelectionRuleElementalData", - "title": "TubeSelectionRuleElementalData > TubeSelectionRuleElementalData > TubeSelectionRuleElementalData", - "section": "TubeSelectionRuleElementalData > TubeSelectionRuleElementalData", - "text": "class ansys.acp.core.mesh_data.TubeSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Tube Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nTubeSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nTubeSelectionRuleElementalData.normal\n\n\n\nTubeSelectionRuleElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.clear", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.clear.html#ansys.acp.core.ACPInstance.clear", + "title": "clear > clear > clear", + "section": "clear > clear", + "text": "ACPInstance.clear()\n\nClose all models.\n\nCloses the models which are currently open, without first\nsaving them to a file.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.clear", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.clear.html#examples-using-acpinstanceclear", + "title": "clear > Examples using ACPInstance.clear", + "section": "Examples using ACPInstance.clear", + "text": "sphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ACPInstance.clear" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.id.html#ansys.acp.core.BooleanSelectionRule.id", - "title": "id > id > id", - "section": "id > id", - "text": "property BooleanSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.store", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.number_of_interpolation_points", - "href": "api/_autosummary/ansys.acp.core.SectionCut.number_of_interpolation_points.html#number_of_interpolation_points", - "title": "number_of_interpolation_points", - "section": "number_of_interpolation_points", - "text": "number_of_interpolation_points" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.store", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.store.html#ansys.acp.core.ImportedModelingPly.store", + "title": "store > store > store", + "section": "store > store", + "text": "ImportedModelingPly.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.number_of_interpolation_points", - "href": "api/_autosummary/ansys.acp.core.SectionCut.number_of_interpolation_points.html#ansys.acp.core.SectionCut.number_of_interpolation_points", - "title": "number_of_interpolation_points > number_of_interpolation_points > number_of_interpolation_points", - "section": "number_of_interpolation_points > number_of_interpolation_points", - "text": "property SectionCut.number_of_interpolation_points: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.draping_material_model", + "href": "api/_autosummary/ansys.acp.core.Fabric.draping_material_model.html#draping_material_model", + "title": "draping_material_model", + "section": "draping_material_model", + "text": "draping_material_model" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.draping_material_model", + "href": "api/_autosummary/ansys.acp.core.Fabric.draping_material_model.html#ansys.acp.core.Fabric.draping_material_model", + "title": "draping_material_model > draping_material_model > draping_material_model", + "section": "draping_material_model > draping_material_model", + "text": "property Fabric.draping_material_model: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "VariableOffsetSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.cached", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.cached.html#cached", + "title": "cached", + "section": "cached", + "text": "cached" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.name", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.cached", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.cached.html#ansys.acp.core.material_property_sets.InterpolationOptions.cached", + "title": "cached > cached > cached", + "section": "cached > cached", + "text": "InterpolationOptions.cached: bool\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.name", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.name.html#ansys.acp.core.OrientedSelectionSet.name", - "title": "name > name > name", - "section": "name > name", - "text": "property OrientedSelectionSet.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.split", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.split.html#split", + "title": "split", + "section": "split", + "text": "Return a list of the substrings in the string, using sep as the separator string.\nThe separator used to split the string.\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\nMaximum number of splits.\n-1 (the default value) means no limit.\nSplitting starts at the front of the string and works to the end.\nNote, str.split() is mainly useful for data that has been intentionally\ndelimited. With natural text that includes punctuation, consider using\nthe regular expression module.\nsplit" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_settings", - "href": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_settings.html#drop_off_settings", - "title": "drop_off_settings", - "section": "drop_off_settings", - "text": "drop_off_settings" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.split", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.split.html#ansys.acp.core.LaunchMode.split", + "title": "split > split > split", + "section": "split > split", + "text": "LaunchMode.split(/, sep=None, maxsplit=-1)\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nsep\n\nThe separator used to split the string.\n\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\n\nmaxsplit\n\nMaximum number of splits.\n-1 (the default value) means no limit.\n\nSplitting starts at the front of the string and works to the end.\n\nNote, str.split() is mainly useful for data that has been intentionally\ndelimited. With natural text that includes punctuation, consider using\nthe regular expression module.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_settings", - "href": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_settings.html#ansys.acp.core.SolidModel.drop_off_settings", - "title": "drop_off_settings > drop_off_settings > drop_off_settings", - "section": "drop_off_settings > drop_off_settings", - "text": "property SolidModel.drop_off_settings: AttribT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.store", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.store", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.store.html#ansys.acp.core.OrientedSelectionSet.store", + "title": "store > store > store", + "section": "store > store", + "text": "OrientedSelectionSet.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.mesh.html#ansys.acp.core.VariableOffsetSelectionRule.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property VariableOffsetSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.name", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig", - "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.html#connectlaunchconfig", - "title": "ConnectLaunchConfig", - "section": "ConnectLaunchConfig", - "text": "Configuration options for attaching to an existing ACP server.\nConnectLaunchConfig.url_acp\n\nConnectLaunchConfig.url_filetransfer\n\nConnectLaunchConfig\nConnectLaunchConfig.url_acp\nConnectLaunchConfig.url_filetransfer" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.name", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.name.html#ansys.acp.core.LookUpTable3DColumn.name", + "title": "name > name > name", + "section": "name > name", + "text": "property LookUpTable3DColumn.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig", - "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.html#ansys.acp.core.ConnectLaunchConfig", - "title": "ConnectLaunchConfig > ConnectLaunchConfig > ConnectLaunchConfig", - "section": "ConnectLaunchConfig > ConnectLaunchConfig", - "text": "class ansys.acp.core.ConnectLaunchConfig(url_acp='localhost:50555', url_filetransfer='localhost:50556')\n\nConfiguration options for attaching to an existing ACP server.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConnectLaunchConfig.url_acp\n\n\n\nConnectLaunchConfig.url_filetransfer\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.ignore_for_postprocessing", + "href": "api/_autosummary/ansys.acp.core.Fabric.ignore_for_postprocessing.html#ignore_for_postprocessing", + "title": "ignore_for_postprocessing", + "section": "ignore_for_postprocessing", + "text": "ignore_for_postprocessing" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MATERIAL_WISE", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MATERIAL_WISE.html#material_wise", - "title": "MATERIAL_WISE", - "section": "MATERIAL_WISE", - "text": "MATERIAL_WISE" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.ignore_for_postprocessing", + "href": "api/_autosummary/ansys.acp.core.Fabric.ignore_for_postprocessing.html#ansys.acp.core.Fabric.ignore_for_postprocessing", + "title": "ignore_for_postprocessing > ignore_for_postprocessing > ignore_for_postprocessing", + "section": "ignore_for_postprocessing > ignore_for_postprocessing", + "text": "property Fabric.ignore_for_postprocessing: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MATERIAL_WISE", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MATERIAL_WISE.html#ansys.acp.core.ExtrusionMethod.MATERIAL_WISE", - "title": "MATERIAL_WISE > MATERIAL_WISE > MATERIAL_WISE", - "section": "MATERIAL_WISE > MATERIAL_WISE", - "text": "ExtrusionMethod.MATERIAL_WISE = 'material_wise'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION.html#direction", - "title": "DIRECTION", - "section": "DIRECTION", - "text": "DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.normal.html#ansys.acp.core.mesh_data.SolidModelElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "SolidModelElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION.html#ansys.acp.core.LookUpTableColumnValueType.DIRECTION", - "title": "DIRECTION > DIRECTION > DIRECTION", - "section": "DIRECTION > DIRECTION", - "text": "LookUpTableColumnValueType.DIRECTION = 'direction'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.element_sets", + "href": "api/_autosummary/ansys.acp.core.SolidModel.element_sets.html#element_sets", + "title": "element_sets", + "section": "element_sets", + "text": "element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION.html#examples-using-lookuptablecolumnvaluetypedirection", - "title": "DIRECTION > Examples using LookUpTableColumnValueType.DIRECTION", - "section": "Examples using LookUpTableColumnValueType.DIRECTION", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using LookUpTableColumnValueType.DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.element_sets", + "href": "api/_autosummary/ansys.acp.core.SolidModel.element_sets.html#ansys.acp.core.SolidModel.element_sets", + "title": "element_sets > element_sets > element_sets", + "section": "element_sets > element_sets", + "text": "property SolidModel.element_sets: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets.html#solid_element_sets", - "title": "solid_element_sets", - "section": "solid_element_sets", - "text": "solid_element_sets" + "objectID": "api/_autosummary/ansys.acp.core.Model.sensors", + "href": "api/_autosummary/ansys.acp.core.Model.sensors.html#sensors", + "title": "sensors", + "section": "sensors", + "text": "sensors" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets.html#ansys.acp.core.ImportedSolidModel.solid_element_sets", - "title": "solid_element_sets > solid_element_sets > solid_element_sets", - "section": "solid_element_sets > solid_element_sets", - "text": "property ImportedSolidModel.solid_element_sets: Mapping[ValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.sensors", + "href": "api/_autosummary/ansys.acp.core.Model.sensors.html#ansys.acp.core.Model.sensors", + "title": "sensors > sensors > sensors", + "section": "sensors > sensors", + "text": "property Model.sensors: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_element_sets.html#examples-using-importedsolidmodelsolid_element_sets", - "title": "solid_element_sets > Examples using ImportedSolidModel.solid_element_sets", - "section": "Examples using ImportedSolidModel.solid_element_sets", - "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using ImportedSolidModel.solid_element_sets" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.coordinate_system_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.coordinate_system_index.html#coordinate_system_index", + "title": "coordinate_system_index", + "section": "coordinate_system_index", + "text": "coordinate_system_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.delete", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.coordinate_system_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.coordinate_system_index.html#ansys.acp.core.SolidModelExportSettings.coordinate_system_index", + "title": "coordinate_system_index > coordinate_system_index > coordinate_system_index", + "section": "coordinate_system_index > coordinate_system_index", + "text": "property SolidModelExportSettings.coordinate_system_index: Any\n\n!! processed by numpydoc !!" }, - { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.delete", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.delete.html#ansys.acp.core.LookUpTable1DColumn.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "LookUpTable1DColumn.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + { + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObject", + "href": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObject.html#treeobject", + "title": "TreeObject", + "section": "TreeObject", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nBase class for ACP objects which can be modified or deleted.\nTreeObject" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.MATERIAL_SPECIFIC", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.MATERIAL_SPECIFIC.html#material_specific", - "title": "MATERIAL_SPECIFIC", - "section": "MATERIAL_SPECIFIC", - "text": "MATERIAL_SPECIFIC" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObject", + "href": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObject.html#ansys.acp.core._tree_objects.base.TreeObject", + "title": "TreeObject > TreeObject > TreeObject", + "section": "TreeObject > TreeObject", + "text": "class ansys.acp.core._tree_objects.base.TreeObject(name='')\n\nBase class for ACP objects which can be modified or deleted.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.MATERIAL_SPECIFIC", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.MATERIAL_SPECIFIC.html#ansys.acp.core.material_property_sets.PuckMaterialType.MATERIAL_SPECIFIC", - "title": "MATERIAL_SPECIFIC > MATERIAL_SPECIFIC > MATERIAL_SPECIFIC", - "section": "MATERIAL_SPECIFIC > MATERIAL_SPECIFIC", - "text": "PuckMaterialType.MATERIAL_SPECIFIC = 'material-specific'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.html#geometricalselectionrulenodaldata", + "title": "GeometricalSelectionRuleNodalData", + "section": "GeometricalSelectionRuleNodalData", + "text": "Represents nodal data for a Geometrical Selection Rule.\nGeometricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nGeometricalSelectionRuleNodalData.node_labels\n\nGeometricalSelectionRuleNodalData\nGeometricalSelectionRuleNodalData.get_pyvista_mesh\nGeometricalSelectionRuleNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G12", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G12.html#g12", - "title": "G12", - "section": "G12", - "text": "G12" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData", + "title": "GeometricalSelectionRuleNodalData > GeometricalSelectionRuleNodalData > GeometricalSelectionRuleNodalData", + "section": "GeometricalSelectionRuleNodalData > GeometricalSelectionRuleNodalData", + "text": "class ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Geometrical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nGeometricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nGeometricalSelectionRuleNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G12", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G12.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.G12", - "title": "G12 > G12 > G12", - "section": "G12 > G12", - "text": "property VariableEngineeringConstants.G12: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.rosette", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.rosette.html#rosette", - "title": "rosette", - "section": "rosette", - "text": "rosette" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "GeometricalSelectionRuleElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.rosette", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.rosette.html#ansys.acp.core.SphericalSelectionRule.rosette", - "title": "rosette > rosette > rosette", - "section": "rosette > rosette", - "text": "property SphericalSelectionRule.rosette: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.relative_thickness_correction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.relative_thickness_correction.html#relative_thickness_correction", + "title": "relative_thickness_correction", + "section": "relative_thickness_correction", + "text": "relative_thickness_correction" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.upper_limit", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.upper_limit.html#upper_limit", - "title": "upper_limit", - "section": "upper_limit", - "text": "upper_limit" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.relative_thickness_correction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.relative_thickness_correction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.relative_thickness_correction", + "title": "relative_thickness_correction > relative_thickness_correction > relative_thickness_correction", + "section": "relative_thickness_correction > relative_thickness_correction", + "text": "ModelingPlyElementalData.relative_thickness_correction: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.upper_limit", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.upper_limit.html#ansys.acp.core.ParallelSelectionRule.upper_limit", - "title": "upper_limit > upper_limit > upper_limit", - "section": "upper_limit > upper_limit", - "text": "property ParallelSelectionRule.upper_limit: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.shear_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.shear_angle.html#shear_angle", + "title": "shear_angle", + "section": "shear_angle", + "text": "shear_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.YZ", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.YZ.html#yz", - "title": "YZ", - "section": "YZ", - "text": "YZ" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.shear_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.shear_angle.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.shear_angle", + "title": "shear_angle > shear_angle > shear_angle", + "section": "shear_angle > shear_angle", + "text": "AnalysisPlyElementalData.shear_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.YZ", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.YZ.html#ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.YZ", - "title": "YZ > YZ > YZ", - "section": "YZ > YZ", - "text": "property ConstantTsaiWuConstants.YZ: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.mesh", + "href": "api/_autosummary/ansys.acp.core.Model.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.nodal_data", - "href": "api/_autosummary/ansys.acp.core.SolidModel.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.Model.mesh", + "href": "api/_autosummary/ansys.acp.core.Model.mesh.html#ansys.acp.core.Model.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property Model.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.nodal_data", - "href": "api/_autosummary/ansys.acp.core.SolidModel.nodal_data.html#ansys.acp.core.SolidModel.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property SolidModel.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.mesh", + "href": "api/_autosummary/ansys.acp.core.Model.mesh.html#examples-using-modelmesh", + "title": "mesh > Examples using Model.mesh", + "section": "Examples using Model.mesh", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Model.mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.id", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.Model.cad_geometries", + "href": "api/_autosummary/ansys.acp.core.Model.cad_geometries.html#cad_geometries", + "title": "cad_geometries", + "section": "cad_geometries", + "text": "cad_geometries" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.id", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.id.html#ansys.acp.core.ExtrusionGuide.id", - "title": "id > id > id", - "section": "id > id", - "text": "property ExtrusionGuide.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.cad_geometries", + "href": "api/_autosummary/ansys.acp.core.Model.cad_geometries.html#ansys.acp.core.Model.cad_geometries", + "title": "cad_geometries > cad_geometries > cad_geometries", + "section": "cad_geometries > cad_geometries", + "text": "property Model.cad_geometries: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.reference_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.reference_direction.html#reference_direction", - "title": "reference_direction", - "section": "reference_direction", - "text": "reference_direction" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.point", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.point.html#point", + "title": "point", + "section": "point", + "text": "point" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.reference_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.reference_direction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.reference_direction", - "title": "reference_direction > reference_direction > reference_direction", - "section": "reference_direction > reference_direction", - "text": "ModelingPlyElementalData.reference_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.point", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.point.html#ansys.acp.core.SamplingPoint.point", + "title": "point > point > point", + "section": "point > point", + "text": "property SamplingPoint.point: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.use_default_interpolation_settings", - "href": "api/_autosummary/ansys.acp.core.SectionCut.use_default_interpolation_settings.html#use_default_interpolation_settings", - "title": "use_default_interpolation_settings", - "section": "use_default_interpolation_settings", - "text": "use_default_interpolation_settings" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.html#trianglemesh", + "title": "TriangleMesh", + "section": "TriangleMesh", + "text": "Represents a mesh consisting of triangle faces only.\nTriangleMesh.to_pyvista()\nConvert the mesh data to a PyVista object.\nTriangleMesh.node_coordinates\n\nTriangleMesh.element_nodes\n\nTriangleMesh\nTriangleMesh.to_pyvista\nTriangleMesh.node_coordinates\nTriangleMesh.element_nodes" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.use_default_interpolation_settings", - "href": "api/_autosummary/ansys.acp.core.SectionCut.use_default_interpolation_settings.html#ansys.acp.core.SectionCut.use_default_interpolation_settings", - "title": "use_default_interpolation_settings > use_default_interpolation_settings > use_default_interpolation_settings", - "section": "use_default_interpolation_settings > use_default_interpolation_settings", - "text": "property SectionCut.use_default_interpolation_settings: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.html#ansys.acp.core.mesh_data.TriangleMesh", + "title": "TriangleMesh > TriangleMesh > TriangleMesh", + "section": "TriangleMesh > TriangleMesh", + "text": "class ansys.acp.core.mesh_data.TriangleMesh(node_coordinates, element_nodes)\n\nRepresents a mesh consisting of triangle faces only.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nTriangleMesh.to_pyvista()\n\nConvert the mesh data to a PyVista object.\n\n\n\nAttributes\n\n\n\n\n\n\n\nTriangleMesh.node_coordinates\n\n\n\nTriangleMesh.element_nodes\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.clone", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.parent", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.clone", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.clone.html#ansys.acp.core.SubLaminate.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "SubLaminate.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.parent", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.parent.html#ansys.acp.core.ImportedSolidModel.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property ImportedSolidModel.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.id", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.id", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.id.html#ansys.acp.core.SamplingPoint.id", - "title": "id > id > id", - "section": "id > id", - "text": "property SamplingPoint.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ModelElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.production_ply_area", + "href": "api/_autosummary/ansys.acp.core.Sensor.production_ply_area.html#production_ply_area", + "title": "production_ply_area", + "section": "production_ply_area", + "text": "The surface area of all production plies of the selected entity.\nproduction_ply_area" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data.html#ansys.acp.core.AnalysisPly.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property AnalysisPly.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.production_ply_area", + "href": "api/_autosummary/ansys.acp.core.Sensor.production_ply_area.html#ansys.acp.core.Sensor.production_ply_area", + "title": "production_ply_area > production_ply_area > production_ply_area", + "section": "production_ply_area > production_ply_area", + "text": "property Sensor.production_ply_area: Any\n\nThe surface area of all production plies of the selected entity.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data.html#examples-using-analysisplyelemental_data", - "title": "elemental_data > Examples using AnalysisPly.elemental_data", - "section": "Examples using AnalysisPly.elemental_data", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using AnalysisPly.elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.active", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_ONLY", - "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_ONLY.html#tension_only", - "title": "TENSION_ONLY", - "section": "TENSION_ONLY", - "text": "TENSION_ONLY" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.active", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.active.html#ansys.acp.core.LayupMappingObject.active", + "title": "active > active > active", + "section": "active > active", + "text": "property LayupMappingObject.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_ONLY", - "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_ONLY.html#ansys.acp.core.ReinforcingBehavior.TENSION_ONLY", - "title": "TENSION_ONLY > TENSION_ONLY > TENSION_ONLY", - "section": "TENSION_ONLY > TENSION_ONLY", - "text": "ReinforcingBehavior.TENSION_ONLY = 'tension_only'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.SNAP_TO_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.SNAP_TO_GEOMETRY.html#snap_to_geometry", + "title": "SNAP_TO_GEOMETRY", + "section": "SNAP_TO_GEOMETRY", + "text": "SNAP_TO_GEOMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DESIGN_ANGLE", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DESIGN_ANGLE.html#design_angle", - "title": "DESIGN_ANGLE", - "section": "DESIGN_ANGLE", - "text": "DESIGN_ANGLE" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.SNAP_TO_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.SNAP_TO_GEOMETRY.html#ansys.acp.core.extras.example_helpers.ExampleKeys.SNAP_TO_GEOMETRY", + "title": "SNAP_TO_GEOMETRY > SNAP_TO_GEOMETRY > SNAP_TO_GEOMETRY", + "section": "SNAP_TO_GEOMETRY > SNAP_TO_GEOMETRY", + "text": "ExampleKeys.SNAP_TO_GEOMETRY = 17\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DESIGN_ANGLE", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DESIGN_ANGLE.html#ansys.acp.core.ElementalDataType.DESIGN_ANGLE", - "title": "DESIGN_ANGLE > DESIGN_ANGLE > DESIGN_ANGLE", - "section": "DESIGN_ANGLE > DESIGN_ANGLE", - "text": "ElementalDataType.DESIGN_ANGLE = 'design_angle'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method.html#rosette_selection_method", + "title": "rosette_selection_method", + "section": "rosette_selection_method", + "text": "rosette_selection_method" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", - "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE.html#minimum_distance", - "title": "MINIMUM_DISTANCE", - "section": "MINIMUM_DISTANCE", - "text": "MINIMUM_DISTANCE" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method.html#ansys.acp.core.OrientedSelectionSet.rosette_selection_method", + "title": "rosette_selection_method > rosette_selection_method > rosette_selection_method", + "section": "rosette_selection_method > rosette_selection_method", + "text": "property OrientedSelectionSet.rosette_selection_method: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", - "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE.html#ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", - "title": "MINIMUM_DISTANCE > MINIMUM_DISTANCE > MINIMUM_DISTANCE", - "section": "MINIMUM_DISTANCE > MINIMUM_DISTANCE", - "text": "LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE = 'minimum_distance'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method.html#examples-using-orientedselectionsetrosette_selection_method", + "title": "rosette_selection_method > Examples using OrientedSelectionSet.rosette_selection_method", + "section": "Examples using OrientedSelectionSet.rosette_selection_method", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using OrientedSelectionSet.rosette_selection_method" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", - "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE.html#examples-using-layupmappingrosetteselectionmethodminimum_distance", - "title": "MINIMUM_DISTANCE > Examples using LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", - "section": "Examples using LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", - "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.REGULAR", + "href": "api/_autosummary/ansys.acp.core.PlyType.REGULAR.html#regular", + "title": "REGULAR", + "section": "REGULAR", + "text": "REGULAR" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.mass", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.mass.html#mass", - "title": "mass", - "section": "mass", - "text": "mass" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.REGULAR", + "href": "api/_autosummary/ansys.acp.core.PlyType.REGULAR.html#ansys.acp.core.PlyType.REGULAR", + "title": "REGULAR > REGULAR > REGULAR", + "section": "REGULAR > REGULAR", + "text": "PlyType.REGULAR = 'regular'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.mass", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.mass.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.mass", - "title": "mass > mass > mass", - "section": "mass > mass", - "text": "ModelingPlyElementalData.mass: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.REGULAR", + "href": "api/_autosummary/ansys.acp.core.PlyType.REGULAR.html#examples-using-plytyperegular", + "title": "REGULAR > Examples using PlyType.REGULAR", + "section": "Examples using PlyType.REGULAR", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nExamples using PlyType.REGULAR" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.html#hdf5compositecaeimportmode", - "title": "HDF5CompositeCAEImportMode", - "section": "HDF5CompositeCAEImportMode", - "text": "Options for the import mode of the HDF5 Composite CAE file.\nHDF5CompositeCAEImportMode.APPEND\n\nHDF5CompositeCAEImportMode.OVERWRITE\n\nHDF5CompositeCAEImportMode\nHDF5CompositeCAEImportMode.APPEND\nHDF5CompositeCAEImportMode.OVERWRITE" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.html#ansys.acp.core.HDF5CompositeCAEImportMode", - "title": "HDF5CompositeCAEImportMode > HDF5CompositeCAEImportMode > HDF5CompositeCAEImportMode", - "section": "HDF5CompositeCAEImportMode > HDF5CompositeCAEImportMode", - "text": "class ansys.acp.core.HDF5CompositeCAEImportMode(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the import mode of the HDF5 Composite CAE file.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nHDF5CompositeCAEImportMode.APPEND\n\n\n\nHDF5CompositeCAEImportMode.OVERWRITE\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "BooleanSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rsplit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rsplit.html#rsplit", - "title": "rsplit", - "section": "rsplit", - "text": "Return a list of the substrings in the string, using sep as the separator string.\nThe separator used to split the string.\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\nMaximum number of splits.\n-1 (the default value) means no limit.\nSplitting starts at the end of the string and works to the front.\nrsplit" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rstrip", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rstrip.html#rstrip", + "title": "rstrip", + "section": "rstrip", + "text": "Return a copy of the string with trailing whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nrstrip" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rsplit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rsplit.html#ansys.acp.core.material_property_sets.PuckMaterialType.rsplit", - "title": "rsplit > rsplit > rsplit", - "section": "rsplit > rsplit", - "text": "PuckMaterialType.rsplit(/, sep=None, maxsplit=-1)\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nsep\n\nThe separator used to split the string.\n\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\n\nmaxsplit\n\nMaximum number of splits.\n-1 (the default value) means no limit.\n\nSplitting starts at the end of the string and works to the front.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rstrip", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rstrip.html#ansys.acp.core.LaunchMode.rstrip", + "title": "rstrip > rstrip > rstrip", + "section": "rstrip > rstrip", + "text": "LaunchMode.rstrip(chars=None, /)\n\nReturn a copy of the string with trailing whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_acp", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_acp.html#image_name_acp", - "title": "image_name_acp", - "section": "image_name_acp", - "text": "image_name_acp" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.html#importedsolidmodel", + "title": "ImportedSolidModel", + "section": "ImportedSolidModel", + "text": "Instantiate an imported solid model.\nname (str) – Name of the imported solid model.\nactive (bool) – Inactive imported solid models are ignored in the analysis.\nformat (SolidModelImportFormat) – Specifies the format of the file to be imported.\nunit_system (UnitSystemType) – Specifies the unit system of the external solid mesh.\nexternal_path (str | PathLike[str]) – Path of the file to be imported.\ndelete_bad_elements (bool) – If True, run an element check and delete erroneous elements. Bad elements\ncan falsify the mapping.\nwarping_limit (float) – Maximum allowable warping. Elements with a warping above this limit are\ndeleted.\nOnly used if delete_bad_elements is True.\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are deleted.\nOnly used if delete_bad_elements is True.\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\nexport_settings (ImportedSolidModelExportSettings) – Defines the settings for exporting the imported solid model.\nAdded in ACP server version 25.1.\nImportedSolidModel.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nImportedSolidModel.create_cut_off_geometry(*)\nInstantiate a cut-off geometry.\nImportedSolidModel.create_layup_mapping_object(*)\nInstantiate a layup mapping object.\nImportedSolidModel.delete()\nDelete the object.\nImportedSolidModel.export(path, *, format)\nExport the solid model to a file.\nImportedSolidModel.export_skin(path, *, format)\nExport the skin of the solid model to a file.\nImportedSolidModel.import_initial_mesh()\nImport the solid mesh and its element sets.\nImportedSolidModel.refresh(path[, format])\nRe-import the solid model from the external file.\nImportedSolidModel.store(parent)\nStore the object on the server.\nImportedSolidModel.active\n\nImportedSolidModel.cut_off_geometries\n\nImportedSolidModel.cut_off_material\n\nImportedSolidModel.delete_bad_elements\n\nImportedSolidModel.elemental_data\n\nImportedSolidModel.export_settings\n\nImportedSolidModel.external_path\n\nImportedSolidModel.format\n\nImportedSolidModel.id\nIdentifier of the object, used for example as key in maps.\nImportedSolidModel.layup_mapping_objects\n\nImportedSolidModel.locked\n\nImportedSolidModel.minimum_volume\n\nImportedSolidModel.name\nThe name of the object.\nImportedSolidModel.nodal_data\n\nImportedSolidModel.parent\nThe parent of the object.\nImportedSolidModel.solid_element_sets\n\nImportedSolidModel.solid_mesh\nSolid mesh associated with the object.\nImportedSolidModel.status\n\nImportedSolidModel.unit_system\n\nImportedSolidModel.warping_limit\n\nImportedSolidModel\ndelete_bad_elements\ndelete_bad_elements\ncut_off_material_handling\nGLOBAL\nImportedSolidModel.clone\nImportedSolidModel.create_cut_off_geometry\nImportedSolidModel.create_layup_mapping_object\nImportedSolidModel.delete\nImportedSolidModel.export\nImportedSolidModel.export_skin\nImportedSolidModel.import_initial_mesh\nImportedSolidModel.refresh\nImportedSolidModel.store\nImportedSolidModel.active\nImportedSolidModel.cut_off_geometries\nImportedSolidModel.cut_off_material\nImportedSolidModel.delete_bad_elements\nImportedSolidModel.elemental_data\nImportedSolidModel.export_settings\nImportedSolidModel.external_path\nImportedSolidModel.format\nImportedSolidModel.id\nImportedSolidModel.layup_mapping_objects\nImportedSolidModel.locked\nImportedSolidModel.minimum_volume\nImportedSolidModel.name\nImportedSolidModel.nodal_data\nImportedSolidModel.parent\nImportedSolidModel.solid_element_sets\nImportedSolidModel.solid_mesh\nImportedSolidModel.status\nImportedSolidModel.unit_system\nImportedSolidModel.warping_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_acp", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_acp.html#ansys.acp.core.DockerComposeLaunchConfig.image_name_acp", - "title": "image_name_acp > image_name_acp > image_name_acp", - "section": "image_name_acp > image_name_acp", - "text": "DockerComposeLaunchConfig.image_name_acp: str = 'ghcr.io/ansys/acp:latest'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.html#ansys.acp.core.ImportedSolidModel", + "title": "ImportedSolidModel > ImportedSolidModel > ImportedSolidModel", + "section": "ImportedSolidModel > ImportedSolidModel", + "text": "class ansys.acp.core.ImportedSolidModel(*, name='ImportedSolidModel', active=True, format='ansys:cdb', unit_system='from_file', external_path='', delete_bad_elements=True, warping_limit=0.4, minimum_volume=0.0, cut_off_material=None, export_settings=)\n\nInstantiate an imported solid model.\n\nParameters\n\nname (str) – Name of the imported solid model.\n\nactive (bool) – Inactive imported solid models are ignored in the analysis.\n\nformat (SolidModelImportFormat) – Specifies the format of the file to be imported.\n\nunit_system (UnitSystemType) – Specifies the unit system of the external solid mesh.\n\nexternal_path (str | PathLike[str]) – Path of the file to be imported.\n\ndelete_bad_elements (bool) – If True, run an element check and delete erroneous elements. Bad elements\ncan falsify the mapping.\n\nwarping_limit (float) – Maximum allowable warping. Elements with a warping above this limit are\ndeleted.\nOnly used if delete_bad_elements is True.\n\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are deleted.\nOnly used if delete_bad_elements is True.\n\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\nexport_settings (ImportedSolidModelExportSettings) – Defines the settings for exporting the imported solid model.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nImportedSolidModel.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nImportedSolidModel.create_cut_off_geometry(*)\n\nInstantiate a cut-off geometry.\n\nImportedSolidModel.create_layup_mapping_object(*)\n\nInstantiate a layup mapping object.\n\nImportedSolidModel.delete()\n\nDelete the object.\n\nImportedSolidModel.export(path, *, format)\n\nExport the solid model to a file.\n\nImportedSolidModel.export_skin(path, *, format)\n\nExport the skin of the solid model to a file.\n\nImportedSolidModel.import_initial_mesh()\n\nImport the solid mesh and its element sets.\n\nImportedSolidModel.refresh(path[, format])\n\nRe-import the solid model from the external file.\n\nImportedSolidModel.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedSolidModel.active\n\n\n\nImportedSolidModel.cut_off_geometries\n\n\n\nImportedSolidModel.cut_off_material\n\n\n\nImportedSolidModel.delete_bad_elements\n\n\n\nImportedSolidModel.elemental_data\n\n\n\nImportedSolidModel.export_settings\n\n\n\nImportedSolidModel.external_path\n\n\n\nImportedSolidModel.format\n\n\n\nImportedSolidModel.id\n\nIdentifier of the object, used for example as key in maps.\n\nImportedSolidModel.layup_mapping_objects\n\n\n\nImportedSolidModel.locked\n\n\n\nImportedSolidModel.minimum_volume\n\n\n\nImportedSolidModel.name\n\nThe name of the object.\n\nImportedSolidModel.nodal_data\n\n\n\nImportedSolidModel.parent\n\nThe parent of the object.\n\nImportedSolidModel.solid_element_sets\n\n\n\nImportedSolidModel.solid_mesh\n\nSolid mesh associated with the object.\n\nImportedSolidModel.status\n\n\n\nImportedSolidModel.unit_system\n\n\n\nImportedSolidModel.warping_limit\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.physical_dimension", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.physical_dimension.html#physical_dimension", - "title": "physical_dimension", - "section": "physical_dimension", - "text": "physical_dimension" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.html#examples-using-importedsolidmodel", + "title": "ImportedSolidModel > Examples using ImportedSolidModel", + "section": "Examples using ImportedSolidModel", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ImportedSolidModel" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.physical_dimension", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.physical_dimension.html#ansys.acp.core.LookUpTable3DColumn.physical_dimension", - "title": "physical_dimension > physical_dimension > physical_dimension", - "section": "physical_dimension > physical_dimension", - "text": "property LookUpTable3DColumn.physical_dimension: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior", + "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.html#reinforcingbehavior", + "title": "ReinforcingBehavior", + "section": "ReinforcingBehavior", + "text": "Specifies whether the reinforcing elements carry tension and compression load, or only one of them.\nReinforcingBehavior.TENSION_AND_COMPRESSION\n\nReinforcingBehavior.TENSION_ONLY\n\nReinforcingBehavior.COMPRESSION_ONLY\n\nReinforcingBehavior\nReinforcingBehavior.TENSION_AND_COMPRESSION\nReinforcingBehavior.TENSION_ONLY\nReinforcingBehavior.COMPRESSION_ONLY" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.locked", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior", + "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.html#ansys.acp.core.ReinforcingBehavior", + "title": "ReinforcingBehavior > ReinforcingBehavior > ReinforcingBehavior", + "section": "ReinforcingBehavior > ReinforcingBehavior", + "text": "class ansys.acp.core.ReinforcingBehavior(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nSpecifies whether the reinforcing elements carry tension and compression load, or only one of them.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nReinforcingBehavior.TENSION_AND_COMPRESSION\n\n\n\nReinforcingBehavior.TENSION_ONLY\n\n\n\nReinforcingBehavior.COMPRESSION_ONLY\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.locked", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.locked.html#ansys.acp.core.SubLaminate.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property SubLaminate.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_material", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_material.html#cut_off_material", - "title": "cut_off_material", - "section": "cut_off_material", - "text": "cut_off_material" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.id.html#ansys.acp.core.VariableOffsetSelectionRule.id", + "title": "id > id > id", + "section": "id > id", + "text": "property VariableOffsetSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_material", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_material.html#ansys.acp.core.ImportedSolidModel.cut_off_material", - "title": "cut_off_material > cut_off_material > cut_off_material", - "section": "cut_off_material > cut_off_material", - "text": "property ImportedSolidModel.cut_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.solid_element_sets", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.solid_element_sets.html#solid_element_sets", + "title": "solid_element_sets", + "section": "solid_element_sets", + "text": "solid_element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isidentifier", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isidentifier.html#isidentifier", - "title": "isidentifier", - "section": "isidentifier", - "text": "Return True if the string is a valid Python identifier, False otherwise.\nCall keyword.iskeyword(s) to test whether string s is a reserved identifier,\nsuch as “def” or “class”.\nisidentifier" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.solid_element_sets", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.solid_element_sets.html#ansys.acp.core.LayupMappingObject.solid_element_sets", + "title": "solid_element_sets > solid_element_sets > solid_element_sets", + "section": "solid_element_sets > solid_element_sets", + "text": "property LayupMappingObject.solid_element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isidentifier", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isidentifier.html#ansys.acp.core.LaunchMode.isidentifier", - "title": "isidentifier > isidentifier > isidentifier", - "section": "isidentifier > isidentifier", - "text": "LaunchMode.isidentifier(/)\n\nReturn True if the string is a valid Python identifier, False otherwise.\n\nCall keyword.iskeyword(s) to test whether string s is a reserved identifier,\nsuch as “def” or “class”.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp", + "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp.html#export_mesh_for_acp", + "title": "export_mesh_for_acp", + "section": "export_mesh_for_acp", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nExport the mesh from PyMechanical for use in PyACP.\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\npath (str | PathLike[str]) – The path to save the mesh to. The extension must be ‘.h5’.\nexport_mesh_for_acp" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field_type", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field_type.html#thickness_field_type", - "title": "thickness_field_type", - "section": "thickness_field_type", - "text": "thickness_field_type" + "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp", + "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp.html#ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp", + "title": "export_mesh_for_acp > export_mesh_for_acp > export_mesh_for_acp", + "section": "export_mesh_for_acp > export_mesh_for_acp", + "text": "ansys.acp.core.mechanical_integration_helpers.export_mesh_for_acp(*, mechanical, path)\n\nExport the mesh from PyMechanical for use in PyACP.\n\nParameters\n\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\n\npath (str | PathLike[str]) – The path to save the mesh to. The extension must be ‘.h5’.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field_type", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field_type.html#ansys.acp.core.ImportedModelingPly.thickness_field_type", - "title": "thickness_field_type > thickness_field_type > thickness_field_type", - "section": "thickness_field_type > thickness_field_type", - "text": "property ImportedModelingPly.thickness_field_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.area_weight", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.area_weight.html#area_weight", + "title": "area_weight", + "section": "area_weight", + "text": "area_weight" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.area_weight", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.area_weight.html#ansys.acp.core.SubLaminate.area_weight", + "title": "area_weight > area_weight > area_weight", + "section": "area_weight > area_weight", + "text": "property SubLaminate.area_weight: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.parent", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "SphericalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.parent", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.parent.html#ansys.acp.core.LookUpTable1D.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property LookUpTable1D.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.sensors", - "href": "api/_autosummary/ansys.acp.core.Model.sensors.html#sensors", - "title": "sensors", - "section": "sensors", - "text": "sensors" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.sensors", - "href": "api/_autosummary/ansys.acp.core.Model.sensors.html#ansys.acp.core.Model.sensors", - "title": "sensors > sensors > sensors", - "section": "sensors > sensors", - "text": "property Model.sensors: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.mesh.html#ansys.acp.core.ParallelSelectionRule.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property ParallelSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.thickness", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.thickness", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.thickness.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "ModelingPlyElementalData.thickness: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete.html#ansys.acp.core.LayupMappingObject.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "LayupMappingObject.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stdout_file", - "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stdout_file.html#stdout_file", - "title": "stdout_file", - "section": "stdout_file", - "text": "stdout_file" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_1.html#e1_1", + "title": "E1_1", + "section": "E1_1", + "text": "E1_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stdout_file", - "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stdout_file.html#ansys.acp.core.DirectLaunchConfig.stdout_file", - "title": "stdout_file > stdout_file > stdout_file", - "section": "stdout_file > stdout_file", - "text": "DirectLaunchConfig.stdout_file: str = '/dev/null'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_1.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_1", + "title": "E1_1 > E1_1 > E1_1", + "section": "E1_1 > E1_1", + "text": "property VariableWovenCharacterization.E1_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zc.html#zc", - "title": "Zc", - "section": "Zc", - "text": "Zc" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.html#modelingplynodaldata", + "title": "ModelingPlyNodalData", + "section": "ModelingPlyNodalData", + "text": "Represents nodal data for a Modeling Ply.\nModelingPlyNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nModelingPlyNodalData.ply_offset\n\nModelingPlyNodalData.node_labels\n\nModelingPlyNodalData\nModelingPlyNodalData.get_pyvista_mesh\nModelingPlyNodalData.ply_offset\nModelingPlyNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zc.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zc", - "title": "Zc > Zc > Zc", - "section": "Zc > Zc", - "text": "property VariableWovenStressLimits.Zc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.html#ansys.acp.core.mesh_data.ModelingPlyNodalData", + "title": "ModelingPlyNodalData > ModelingPlyNodalData > ModelingPlyNodalData", + "section": "ModelingPlyNodalData > ModelingPlyNodalData", + "text": "class ansys.acp.core.mesh_data.ModelingPlyNodalData(node_labels, ply_offset=None)\n\nRepresents nodal data for a Modeling Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelingPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelingPlyNodalData.ply_offset\n\n\n\nModelingPlyNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.id", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.id.html#id", + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.id", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.id.html#id", "title": "id", "section": "id", "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.id", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.id.html#ansys.acp.core.SnapToGeometry.id", + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.id", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.id.html#ansys.acp.core.FieldDefinition.id", "title": "id > id > id", "section": "id > id", - "text": "property SnapToGeometry.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXc.html#exc", - "title": "eXc", - "section": "eXc", - "text": "eXc" + "text": "property FieldDefinition.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXc.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eXc", - "title": "eXc > eXc > eXc", - "section": "eXc > eXc", - "text": "property ConstantStrainLimits.eXc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head.html#head", + "title": "head", + "section": "head", + "text": "head" }, { - "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_filetransfer", - "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_filetransfer.html#url_filetransfer", - "title": "url_filetransfer", - "section": "url_filetransfer", - "text": "url_filetransfer" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head.html#ansys.acp.core.TubeSelectionRule.head", + "title": "head > head > head", + "section": "head > head", + "text": "property TubeSelectionRule.head: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_filetransfer", - "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_filetransfer.html#ansys.acp.core.ConnectLaunchConfig.url_filetransfer", - "title": "url_filetransfer > url_filetransfer > url_filetransfer", - "section": "url_filetransfer > url_filetransfer", - "text": "ConnectLaunchConfig.url_filetransfer: str = 'localhost:50556'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.fabric_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.fabric_fiber_angle.html#fabric_fiber_angle", + "title": "fabric_fiber_angle", + "section": "fabric_fiber_angle", + "text": "fabric_fiber_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.html#modelinggroup", - "title": "ModelingGroup", - "section": "ModelingGroup", - "text": "Instantiate a modeling group.\nname (str) – Name of the modeling group.\nAdded in ACP server version 24.2.\nModelingGroup.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nModelingGroup.create_butt_joint_sequence(*)\nInstantiate a ButtJointSequence.\nModelingGroup.create_interface_layer(*[, ...])\nInstantiate an interface layer.\nModelingGroup.create_modeling_ply(*[, name, ...])\nInstantiate a Modeling Ply.\nModelingGroup.delete()\nDelete the object.\nModelingGroup.store(parent)\nStore the object on the server.\nModelingGroup.butt_joint_sequences\n\nModelingGroup.elemental_data\n\nModelingGroup.id\nIdentifier of the object, used for example as key in maps.\nModelingGroup.interface_layers\n\nModelingGroup.mesh\nFull mesh associated with the object.\nModelingGroup.modeling_plies\n\nModelingGroup.name\nThe name of the object.\nModelingGroup.nodal_data\n\nModelingGroup.parent\nThe parent of the object.\nModelingGroup.shell_mesh\nShell mesh associated with the object.\nModelingGroup\nModelingGroup.clone\nModelingGroup.create_butt_joint_sequence\nModelingGroup.create_interface_layer\nModelingGroup.create_modeling_ply\nModelingGroup.delete\nModelingGroup.store\nModelingGroup.butt_joint_sequences\nModelingGroup.elemental_data\nModelingGroup.id\nModelingGroup.interface_layers\nModelingGroup.mesh\nModelingGroup.modeling_plies\nModelingGroup.name\nModelingGroup.nodal_data\nModelingGroup.parent\nModelingGroup.shell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.fabric_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.fabric_fiber_angle.html#ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.fabric_fiber_angle", + "title": "fabric_fiber_angle > fabric_fiber_angle > fabric_fiber_angle", + "section": "fabric_fiber_angle > fabric_fiber_angle", + "text": "property ConstantFabricFiberAngle.fabric_fiber_angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.html#ansys.acp.core.ModelingGroup", - "title": "ModelingGroup > ModelingGroup > ModelingGroup", - "section": "ModelingGroup > ModelingGroup", - "text": "class ansys.acp.core.ModelingGroup(*, name='ModelingGroup')\n\nInstantiate a modeling group.\n\nParameters\n\nname (str) – Name of the modeling group.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelingGroup.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nModelingGroup.create_butt_joint_sequence(*)\n\nInstantiate a ButtJointSequence.\n\nModelingGroup.create_interface_layer(*[, ...])\n\nInstantiate an interface layer.\n\nModelingGroup.create_modeling_ply(*[, name, ...])\n\nInstantiate a Modeling Ply.\n\nModelingGroup.delete()\n\nDelete the object.\n\nModelingGroup.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelingGroup.butt_joint_sequences\n\n\n\nModelingGroup.elemental_data\n\n\n\nModelingGroup.id\n\nIdentifier of the object, used for example as key in maps.\n\nModelingGroup.interface_layers\n\n\n\nModelingGroup.mesh\n\nFull mesh associated with the object.\n\nModelingGroup.modeling_plies\n\n\n\nModelingGroup.name\n\nThe name of the object.\n\nModelingGroup.nodal_data\n\n\n\nModelingGroup.parent\n\nThe parent of the object.\n\nModelingGroup.shell_mesh\n\nShell mesh associated with the object.\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Fabric", + "href": "api/_autosummary/ansys.acp.core.Fabric.html#fabric", + "title": "Fabric", + "section": "Fabric", + "text": "Instantiate a Fabric.\nname (str) – Name of the fabric.\nmaterial (Material | None) – Material of the fabric.\nthickness (float) – Thickness of the fabric.\narea_price (float) – Price per area of the fabric.\nignore_for_postprocessing (bool) – Enable this option that the failure computation skips all plies made of this fabric.\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\narea_weight – Weight per area of the fabric. Read only.\nAdded in ACP server version 24.2.\nFabric.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nFabric.delete()\nDelete the object.\nFabric.store(parent)\nStore the object on the server.\nFabric.area_price\n\nFabric.area_weight\n\nFabric.cut_off_material\n\nFabric.cut_off_material_handling\n\nFabric.draping_material_model\n\nFabric.draping_ud_coefficient\n\nFabric.drop_off_material\n\nFabric.drop_off_material_handling\n\nFabric.id\nIdentifier of the object, used for example as key in maps.\nFabric.ignore_for_postprocessing\n\nFabric.material\n\nFabric.name\nThe name of the object.\nFabric.parent\nThe parent of the object.\nFabric.status\n\nFabric.thickness\n\nFabric\nFabric.clone\nFabric.delete\nFabric.store\nFabric.area_price\nFabric.area_weight\nFabric.cut_off_material\nFabric.cut_off_material_handling\nFabric.draping_material_model\nFabric.draping_ud_coefficient\nFabric.drop_off_material\nFabric.drop_off_material_handling\nFabric.id\nFabric.ignore_for_postprocessing\nFabric.material\nFabric.name\nFabric.parent\nFabric.status\nFabric.thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.html#examples-using-modelinggroup", - "title": "ModelingGroup > Examples using ModelingGroup", - "section": "Examples using ModelingGroup", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using ModelingGroup" + "objectID": "api/_autosummary/ansys.acp.core.Fabric", + "href": "api/_autosummary/ansys.acp.core.Fabric.html#ansys.acp.core.Fabric", + "title": "Fabric > Fabric > Fabric", + "section": "Fabric > Fabric", + "text": "class ansys.acp.core.Fabric(*, name='Fabric', material=None, thickness=0.0, area_price=0.0, ignore_for_postprocessing=False, drop_off_material_handling='global', drop_off_material=None, cut_off_material_handling='computed', cut_off_material=None, draping_material_model='woven', draping_ud_coefficient=0.0)\n\nInstantiate a Fabric.\n\nParameters\n\nname (str) – Name of the fabric.\n\nmaterial (Material | None) – Material of the fabric.\n\nthickness (float) – Thickness of the fabric.\n\narea_price (float) – Price per area of the fabric.\n\nignore_for_postprocessing (bool) – Enable this option that the failure computation skips all plies made of this fabric.\n\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\n\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\n\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\n\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\n\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\n\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\n\narea_weight – Weight per area of the fabric. Read only.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nFabric.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nFabric.delete()\n\nDelete the object.\n\nFabric.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nFabric.area_price\n\n\n\nFabric.area_weight\n\n\n\nFabric.cut_off_material\n\n\n\nFabric.cut_off_material_handling\n\n\n\nFabric.draping_material_model\n\n\n\nFabric.draping_ud_coefficient\n\n\n\nFabric.drop_off_material\n\n\n\nFabric.drop_off_material_handling\n\n\n\nFabric.id\n\nIdentifier of the object, used for example as key in maps.\n\nFabric.ignore_for_postprocessing\n\n\n\nFabric.material\n\n\n\nFabric.name\n\nThe name of the object.\n\nFabric.parent\n\nThe parent of the object.\n\nFabric.status\n\n\n\nFabric.thickness\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.delete", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.Fabric", + "href": "api/_autosummary/ansys.acp.core.Fabric.html#examples-using-fabric", + "title": "Fabric > Examples using Fabric", + "section": "Examples using Fabric", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Fabric" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.delete", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.delete.html#ansys.acp.core.ExtrusionGuide.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "ExtrusionGuide.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_settings", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_settings.html#export_settings", + "title": "export_settings", + "section": "export_settings", + "text": "export_settings" }, { - "objectID": "examples/modeling_features/002-rosettes-ply-directions", - "href": "examples/modeling_features/002-rosettes-ply-directions.html#rosette", - "title": "Rosette", - "section": "Rosette", - "text": "This example illustrates how you can use rosettes to define the reference directions of a ply.\nIt only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nRosette" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_settings", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_settings.html#ansys.acp.core.ImportedSolidModel.export_settings", + "title": "export_settings > export_settings > export_settings", + "section": "export_settings > export_settings", + "text": "property ImportedSolidModel.export_settings: AttribT\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/002-rosettes-ply-directions", - "href": "examples/modeling_features/002-rosettes-ply-directions.html#import-modules", - "title": "Rosette > Import modules", - "section": "Import modules", - "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "examples/modeling_features/002-rosettes-ply-directions", - "href": "examples/modeling_features/002-rosettes-ply-directions.html#start-acp-and-load-the-model", - "title": "Rosette > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nImport the model from the input file.\nThis example’s input file contains a flat plate.\nStart ACP and load the model" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.status.html#ansys.acp.core.CylindricalSelectionRule.status", + "title": "status > status > status", + "section": "status > status", + "text": "property CylindricalSelectionRule.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/002-rosettes-ply-directions", - "href": "examples/modeling_features/002-rosettes-ply-directions.html#define-directions-with-a-parallel-rosette", - "title": "Rosette > Define directions with a parallel rosette", - "section": "Define directions with a parallel rosette", - "text": "Create a material and fabric.\nCreate a parallel rosette where the first direction is rotated by 45 degrees around the y axis.\nCreate an oriented selection set (OSS) and assign the rosette.\nPlot the orientation and reference directions of the OSS.\nCreate a ply that uses the reference directions defined by the rosette.\nThe ply angle is set to 20 degrees, which means that the fiber direction is rotated by 20 degrees\nfrom the reference direction.\nPlot the reference directions, fiber directions, and transverse directions of the ply.\nDefine directions with a parallel rosette" + "objectID": "api/_autosummary/ansys.acp.core.Status.UNKNOWN", + "href": "api/_autosummary/ansys.acp.core.Status.UNKNOWN.html#unknown", + "title": "UNKNOWN", + "section": "UNKNOWN", + "text": "UNKNOWN" }, { - "objectID": "examples/modeling_features/002-rosettes-ply-directions", - "href": "examples/modeling_features/002-rosettes-ply-directions.html#define-directions-with-a-radial-rosette", - "title": "Rosette > Define directions with a radial rosette", - "section": "Define directions with a radial rosette", - "text": "Create a radial rosette and plot the resulting reference directions.\nFor a radial rosette, a line is constructed that goes through the origin. Its\ndirection vector is normal to a plane spanned by dir1 and dir2.\nTherefore, the reference directions are parallel to the shortest connection from the line to\neach point for which it is computed.\nDefine directions with a radial rosette\ndir1\ndir2" + "objectID": "api/_autosummary/ansys.acp.core.Status.UNKNOWN", + "href": "api/_autosummary/ansys.acp.core.Status.UNKNOWN.html#ansys.acp.core.Status.UNKNOWN", + "title": "UNKNOWN > UNKNOWN > UNKNOWN", + "section": "UNKNOWN > UNKNOWN", + "text": "Status.UNKNOWN = 'UNKNOWN'\n\n" }, { - "objectID": "examples/modeling_features/002-rosettes-ply-directions", - "href": "examples/modeling_features/002-rosettes-ply-directions.html#define-directions-with-a-cylindrical-rosette", - "title": "Rosette > Define directions with a cylindrical rosette", - "section": "Define directions with a cylindrical rosette", - "text": "Create a cylindrical rosette and plot the resulting reference directions.\nFor a cylindrical rosette, the reference directions are tangential to the circles around the origin\nthat lie in a plane spanned by dir1 and dir2.\nDefine directions with a cylindrical rosette\ndir1\ndir2" + "objectID": "api/_autosummary/ansys.acp.core.Material.fabric_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.Material.fabric_fiber_angle.html#fabric_fiber_angle", + "title": "fabric_fiber_angle", + "section": "fabric_fiber_angle", + "text": "fabric_fiber_angle" }, { - "objectID": "examples/modeling_features/002-rosettes-ply-directions", - "href": "examples/modeling_features/002-rosettes-ply-directions.html#define-directions-with-a-spherical-rosette", - "title": "Rosette > Define directions with a spherical rosette", - "section": "Define directions with a spherical rosette", - "text": "Create a spherical rosette and plot the resulting reference directions.\nFor a spherical rosette, the reference directions are tangential to a sphere around the origin.\nNote that for this example, the reference directions of the spherical rosette are the same as\nthose of the cylindrical rosette.\nDefine directions with a spherical rosette" + "objectID": "api/_autosummary/ansys.acp.core.Material.fabric_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.Material.fabric_fiber_angle.html#ansys.acp.core.Material.fabric_fiber_angle", + "title": "fabric_fiber_angle > fabric_fiber_angle > fabric_fiber_angle", + "section": "fabric_fiber_angle > fabric_fiber_angle", + "text": "property Material.fabric_fiber_angle: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/002-rosettes-ply-directions", - "href": "examples/modeling_features/002-rosettes-ply-directions.html#define-directions-with-an-edge-wise-rosette", - "title": "Rosette > Define directions with an edge-wise rosette", - "section": "Define directions with an edge-wise rosette", - "text": "Create an edge-wise rosette and plot the resulting reference directions.\nThe reference directions are given by a projection of dir1\nand the path of the edge set. dir1 of the rosette is projected onto the point\non the edge that is closest to the rosette’s origin. This determines the reference directions\nalong the edge set.\nYou can reverse the reference directions by inverting dir1.\nAn element within an OSS gets its reference directions from the direction\nof the point on the edge that is closest to the element centroid.\nCreate the edge set from the “All_Elements” element set. Because you assigned\n120 degrees to the limit angle, all the edges are selected.\nDefine directions with an edge-wise rosette\ndir1\ndir1\ndir1" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.delete", + "href": "api/_autosummary/ansys.acp.core.Fabric.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "examples/modeling_features/002-rosettes-ply-directions", - "href": "examples/modeling_features/002-rosettes-ply-directions.html#combine-rosettes", - "title": "Rosette > Combine rosettes", - "section": "Combine rosettes", - "text": "Create an additional parallel rosette that points along the x direction and has its origin\nat (0.01, 0, 0.01).\nAssign both rosettes to the OSS and set the rosette selection method to\nRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED. This implies that the reference directions\nare weighted by the inverse distance to each rosette. Note that the origin of\nthe rotated rosette is at (0,0,0).\nPlot the resulting reference directions.\nTotal running time of the script: (0 minutes 8.668 seconds)\nDownload Jupyter notebook: 002-rosettes-ply-directions.ipynb\nDownload Python source code: 002-rosettes-ply-directions.py\nDownload zipped: 002-rosettes-ply-directions.zip\nGallery generated by Sphinx-Gallery\nCombine rosettes\n(0.01, 0, 0.01)\nRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\n(0,0,0)\nDownload Jupyter notebook: 002-rosettes-ply-directions.ipynb\nDownload Python source code: 002-rosettes-ply-directions.py\nDownload zipped: 002-rosettes-ply-directions.zip" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.delete", + "href": "api/_autosummary/ansys.acp.core.Fabric.delete.html#ansys.acp.core.Fabric.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "Fabric.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.id", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules.html#selection_rules", + "title": "selection_rules", + "section": "selection_rules", + "text": "selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.id", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.id.html#ansys.acp.core.AnalysisPly.id", - "title": "id > id > id", - "section": "id > id", - "text": "property AnalysisPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules.html#ansys.acp.core.ModelingPly.selection_rules", + "title": "selection_rules > selection_rules > selection_rules", + "section": "selection_rules > selection_rules", + "text": "property ModelingPly.selection_rules: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules.html#examples-using-modelingplyselection_rules", + "title": "selection_rules > Examples using ModelingPly.selection_rules", + "section": "Examples using ModelingPly.selection_rules", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ModelingPly.selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ModelNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.html#dropoffsettings", + "title": "DropOffSettings", + "section": "DropOffSettings", + "text": "Defines the drop-off settings for a solid model.\ndrop_off_type (DropOffType) – Determines whether the ply’s drop-off is inside or outside the boundary\nof the ply.\ndisable_drop_offs_on_bottom (bool) – Whether to remove drop-offs on the bottom surface of the laminate.\ndrop_off_disabled_on_bottom_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets on which drop-offs at the bottom\nsurface are disabled.\ndisable_drop_offs_on_top (bool) – Whether to remove drop-offs on the top surface of the laminate.\ndrop_off_disabled_on_top_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets on which drop-offs at the top\nsurface are disabled.\nconnect_butt_joined_plies (bool) – Prevent an element drop-off of two adjacent, sequential plies in the same\nmodeling group.\nAdded in ACP server version 25.1.\nDropOffSettings.connect_butt_joined_plies\n\nDropOffSettings.disable_drop_offs_on_bottom\n\nDropOffSettings.disable_drop_offs_on_top\n\nDropOffSettings.drop_off_disabled_on_bottom_sets\n\nDropOffSettings.drop_off_disabled_on_top_sets\n\nDropOffSettings.drop_off_type\n\nDropOffSettings\nDropOffSettings.connect_butt_joined_plies\nDropOffSettings.disable_drop_offs_on_bottom\nDropOffSettings.disable_drop_offs_on_top\nDropOffSettings.drop_off_disabled_on_bottom_sets\nDropOffSettings.drop_off_disabled_on_top_sets\nDropOffSettings.drop_off_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_direction.html#draped_fiber_direction", - "title": "draped_fiber_direction", - "section": "draped_fiber_direction", - "text": "draped_fiber_direction" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.html#ansys.acp.core.DropOffSettings", + "title": "DropOffSettings > DropOffSettings > DropOffSettings", + "section": "DropOffSettings > DropOffSettings", + "text": "class ansys.acp.core.DropOffSettings(*, drop_off_type='inside_ply', disable_drop_offs_on_bottom=False, drop_off_disabled_on_bottom_sets=(), disable_drop_offs_on_top=False, drop_off_disabled_on_top_sets=(), connect_butt_joined_plies=True, _parent_object=None, _pb_object=None, _attribute_path=None)\n\nDefines the drop-off settings for a solid model.\n\nParameters\n\ndrop_off_type (DropOffType) – Determines whether the ply’s drop-off is inside or outside the boundary\nof the ply.\n\ndisable_drop_offs_on_bottom (bool) – Whether to remove drop-offs on the bottom surface of the laminate.\n\ndrop_off_disabled_on_bottom_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets on which drop-offs at the bottom\nsurface are disabled.\n\ndisable_drop_offs_on_top (bool) – Whether to remove drop-offs on the top surface of the laminate.\n\ndrop_off_disabled_on_top_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets on which drop-offs at the top\nsurface are disabled.\n\nconnect_butt_joined_plies (bool) – Prevent an element drop-off of two adjacent, sequential plies in the same\nmodeling group.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nDropOffSettings.connect_butt_joined_plies\n\n\n\nDropOffSettings.disable_drop_offs_on_bottom\n\n\n\nDropOffSettings.disable_drop_offs_on_top\n\n\n\nDropOffSettings.drop_off_disabled_on_bottom_sets\n\n\n\nDropOffSettings.drop_off_disabled_on_top_sets\n\n\n\nDropOffSettings.drop_off_type\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_direction", - "title": "draped_fiber_direction > draped_fiber_direction > draped_fiber_direction", - "section": "draped_fiber_direction > draped_fiber_direction", - "text": "AnalysisPlyElementalData.draped_fiber_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.html#booleanselectionrulenodaldata", + "title": "BooleanSelectionRuleNodalData", + "section": "BooleanSelectionRuleNodalData", + "text": "Represents nodal data for a Boolean Selection Rule.\nBooleanSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nBooleanSelectionRuleNodalData.node_labels\n\nBooleanSelectionRuleNodalData\nBooleanSelectionRuleNodalData.get_pyvista_mesh\nBooleanSelectionRuleNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.normal.html#normal", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.html#ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData", + "title": "BooleanSelectionRuleNodalData > BooleanSelectionRuleNodalData > BooleanSelectionRuleNodalData", + "section": "BooleanSelectionRuleNodalData > BooleanSelectionRuleNodalData", + "text": "class ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Boolean Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nBooleanSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nBooleanSelectionRuleNodalData.node_labels\n\n\n\n\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.normal.html#normal", "title": "normal", "section": "normal", "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.normal.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.normal", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.normal.html#ansys.acp.core.mesh_data.ModelElementalData.normal", "title": "normal > normal > normal", "section": "normal > normal", - "text": "AnalysisPlyElementalData.normal: VectorData | None = None\n\n" + "text": "ModelElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.MeshImportType", - "href": "api/_autosummary/ansys.acp.core.MeshImportType.html#meshimporttype", - "title": "MeshImportType", - "section": "MeshImportType", - "text": "Options for the definition of the source of the imported mesh.\nMeshImportType.FROM_H5_COMPOSITE_CAE\n\nMeshImportType.FROM_GEOMETRY\n\nMeshImportType\nMeshImportType.FROM_H5_COMPOSITE_CAE\nMeshImportType.FROM_GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_angle_under_compression", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_angle_under_compression.html#fracture_angle_under_compression", + "title": "fracture_angle_under_compression", + "section": "fracture_angle_under_compression", + "text": "fracture_angle_under_compression" }, { - "objectID": "api/_autosummary/ansys.acp.core.MeshImportType", - "href": "api/_autosummary/ansys.acp.core.MeshImportType.html#ansys.acp.core.MeshImportType", - "title": "MeshImportType > MeshImportType > MeshImportType", - "section": "MeshImportType > MeshImportType", - "text": "class ansys.acp.core.MeshImportType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the definition of the source of the imported mesh.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nMeshImportType.FROM_H5_COMPOSITE_CAE\n\n\n\nMeshImportType.FROM_GEOMETRY\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_angle_under_compression", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_angle_under_compression.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_angle_under_compression", + "title": "fracture_angle_under_compression > fracture_angle_under_compression > fracture_angle_under_compression", + "section": "fracture_angle_under_compression > fracture_angle_under_compression", + "text": "property ConstantLaRCConstants.fracture_angle_under_compression: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.id", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.Lamina", + "href": "api/_autosummary/ansys.acp.core.Lamina.html#lamina", + "title": "Lamina", + "section": "Lamina", + "text": "Class to link a material with a sub-laminate.\nmaterial (Fabric | Stackup) – Link to an existing fabric or stackup.\nangle (float) – Orientation angle in degree of the material with respect to the reference direction.\nAdded in ACP server version 24.2.\nLamina.clone()\nCreate a new unstored Lamina with the same properties.\nLamina.angle\nOrientation angle in degree of the material with respect to the reference direction.\nLamina.material\nLink to an existing fabric or stackup.\nLamina\nLamina.clone\nLamina.angle\nLamina.material" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.id", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.id.html#ansys.acp.core.FieldDefinition.id", - "title": "id > id > id", - "section": "id > id", - "text": "property FieldDefinition.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Lamina", + "href": "api/_autosummary/ansys.acp.core.Lamina.html#ansys.acp.core.Lamina", + "title": "Lamina > Lamina > Lamina", + "section": "Lamina > Lamina", + "text": "class ansys.acp.core.Lamina(material, angle=0.0)\n\nClass to link a material with a sub-laminate.\n\nParameters\n\nmaterial (Fabric | Stackup) – Link to an existing fabric or stackup.\n\nangle (float) – Orientation angle in degree of the material with respect to the reference direction.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLamina.clone()\n\nCreate a new unstored Lamina with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLamina.angle\n\nOrientation angle in degree of the material with respect to the reference direction.\n\nLamina.material\n\nLink to an existing fabric or stackup.\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.clone", - "href": "api/_autosummary/ansys.acp.core.SectionCut.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.Lamina", + "href": "api/_autosummary/ansys.acp.core.Lamina.html#examples-using-lamina", + "title": "Lamina > Examples using Lamina", + "section": "Examples using Lamina", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using Lamina" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.clone", - "href": "api/_autosummary/ansys.acp.core.SectionCut.clone.html#ansys.acp.core.SectionCut.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "SectionCut.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.cad_geometry", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.cad_geometry.html#cad_geometry", + "title": "cad_geometry", + "section": "cad_geometry", + "text": "cad_geometry" }, { - "objectID": "api/other_types", - "href": "api/other_types.html#other-types", - "title": "Other types", - "section": "Other types", - "text": "CoordinateTransformation([rotation_angle_x, ...])\nDefines a coordinate transformation via rotation angles and translations.\nImportedSolidModelExportSettings(*[, ...])\nDefines the settings for exporting an imported solid model.\nShellMappingProperties([all_elements, ...])\nProperties for mapping to the shell on importing HDF5 Composite CAE files.\nSolidMappingProperties([offset_type])\nProperties for importing HDF5 Composite CAE files as imported plies.\nSolidModelExportSettings(*[, ...])\nDefines the settings for exporting a solid model.\nDropOffSettings(*[, drop_off_type, ...])\nDefines the drop-off settings for a solid model.\nOther types\nCoordinateTransformation\nImportedSolidModelExportSettings\nShellMappingProperties\nSolidMappingProperties\nSolidModelExportSettings\nDropOffSettings" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.cad_geometry", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.cad_geometry.html#ansys.acp.core.SnapToGeometry.cad_geometry", + "title": "cad_geometry > cad_geometry > cad_geometry", + "section": "cad_geometry > cad_geometry", + "text": "property SnapToGeometry.cad_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.Model.variable_offset_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.variable_offset_selection_rules.html#variable_offset_selection_rules", + "title": "variable_offset_selection_rules", + "section": "variable_offset_selection_rules", + "text": "variable_offset_selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "BooleanSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.variable_offset_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.variable_offset_selection_rules.html#ansys.acp.core.Model.variable_offset_selection_rules", + "title": "variable_offset_selection_rules > variable_offset_selection_rules > variable_offset_selection_rules", + "section": "variable_offset_selection_rules > variable_offset_selection_rules", + "text": "property Model.variable_offset_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.html#analysisplynodaldata", - "title": "AnalysisPlyNodalData", - "section": "AnalysisPlyNodalData", - "text": "Represents nodal data for an Analysis Ply.\nAnalysisPlyNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nAnalysisPlyNodalData.ply_offset\n\nAnalysisPlyNodalData.node_labels\n\nAnalysisPlyNodalData\nAnalysisPlyNodalData.get_pyvista_mesh\nAnalysisPlyNodalData.ply_offset\nAnalysisPlyNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology.REINFORCING", + "href": "api/_autosummary/ansys.acp.core.ElementTechnology.REINFORCING.html#reinforcing", + "title": "REINFORCING", + "section": "REINFORCING", + "text": "REINFORCING" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.html#ansys.acp.core.mesh_data.AnalysisPlyNodalData", - "title": "AnalysisPlyNodalData > AnalysisPlyNodalData > AnalysisPlyNodalData", - "section": "AnalysisPlyNodalData > AnalysisPlyNodalData", - "text": "class ansys.acp.core.mesh_data.AnalysisPlyNodalData(node_labels, ply_offset=None)\n\nRepresents nodal data for an Analysis Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nAnalysisPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nAnalysisPlyNodalData.ply_offset\n\n\n\nAnalysisPlyNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology.REINFORCING", + "href": "api/_autosummary/ansys.acp.core.ElementTechnology.REINFORCING.html#ansys.acp.core.ElementTechnology.REINFORCING", + "title": "REINFORCING > REINFORCING > REINFORCING", + "section": "REINFORCING > REINFORCING", + "text": "ElementTechnology.REINFORCING = 'reinforcing'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.edge_set", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.edge_set.html#edge_set", - "title": "edge_set", - "section": "edge_set", - "text": "edge_set" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.symmetry", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.symmetry.html#symmetry", + "title": "symmetry", + "section": "symmetry", + "text": "symmetry" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.edge_set", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.edge_set.html#ansys.acp.core.ExtrusionGuide.edge_set", - "title": "edge_set > edge_set > edge_set", - "section": "edge_set > edge_set", - "text": "property ExtrusionGuide.edge_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.symmetry", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.symmetry.html#ansys.acp.core.SubLaminate.symmetry", + "title": "symmetry > symmetry > symmetry", + "section": "symmetry > symmetry", + "text": "property SubLaminate.symmetry: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.html#constantstresslimits", - "title": "ConstantStressLimits", - "section": "ConstantStressLimits", - "text": "Constant stress limits material property set.\nAdded in ACP server version 24.2.\nConstantStressLimits.from_isotropic_constants(*)\nCreate an isotropic stress limits property set.\nConstantStressLimits.from_orthotropic_constants(*)\nCreate an orthotropic stress limits property set.\nConstantStressLimits.Sxy\n\nConstantStressLimits.Sxz\n\nConstantStressLimits.Syz\n\nConstantStressLimits.Xc\n\nConstantStressLimits.Xt\n\nConstantStressLimits.Yc\n\nConstantStressLimits.Yt\n\nConstantStressLimits.Zc\n\nConstantStressLimits.Zt\n\nConstantStressLimits.effective_stress\n\nConstantStressLimits\nConstantStressLimits.from_isotropic_constants\nConstantStressLimits.from_orthotropic_constants\nConstantStressLimits.Sxy\nConstantStressLimits.Sxz\nConstantStressLimits.Syz\nConstantStressLimits.Xc\nConstantStressLimits.Xt\nConstantStressLimits.Yc\nConstantStressLimits.Yt\nConstantStressLimits.Zc\nConstantStressLimits.Zt\nConstantStressLimits.effective_stress" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.find", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.find.html#find", + "title": "find", + "section": "find", + "text": "Return the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nReturn -1 on failure.\nfind" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.find", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.find.html#ansys.acp.core.LaunchMode.find", + "title": "find > find > find", + "section": "find > find", + "text": "LaunchMode.find(sub, [start, [end]]) -> int\n\nReturn the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nReturn -1 on failure.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS.html#dimensionless", + "title": "DIMENSIONLESS", + "section": "DIMENSIONLESS", + "text": "DIMENSIONLESS" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.html#ansys.acp.core.material_property_sets.ConstantStressLimits", - "title": "ConstantStressLimits > ConstantStressLimits > ConstantStressLimits", - "section": "ConstantStressLimits > ConstantStressLimits", - "text": "class ansys.acp.core.material_property_sets.ConstantStressLimits(*, _parent_object=None, _attribute_path=None, _pb_object=None)\n\nConstant stress limits material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nConstantStressLimits.from_isotropic_constants(*)\n\nCreate an isotropic stress limits property set.\n\nConstantStressLimits.from_orthotropic_constants(*)\n\nCreate an orthotropic stress limits property set.\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantStressLimits.Sxy\n\n\n\nConstantStressLimits.Sxz\n\n\n\nConstantStressLimits.Syz\n\n\n\nConstantStressLimits.Xc\n\n\n\nConstantStressLimits.Xt\n\n\n\nConstantStressLimits.Yc\n\n\n\nConstantStressLimits.Yt\n\n\n\nConstantStressLimits.Zc\n\n\n\nConstantStressLimits.Zt\n\n\n\nConstantStressLimits.effective_stress\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS.html#ansys.acp.core.PhysicalDimension.DIMENSIONLESS", + "title": "DIMENSIONLESS > DIMENSIONLESS > DIMENSIONLESS", + "section": "DIMENSIONLESS > DIMENSIONLESS", + "text": "PhysicalDimension.DIMENSIONLESS = 'dimensionless'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xt.html#xt", - "title": "Xt", - "section": "Xt", - "text": "Xt" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS.html#examples-using-physicaldimensiondimensionless", + "title": "DIMENSIONLESS > Examples using PhysicalDimension.DIMENSIONLESS", + "section": "Examples using PhysicalDimension.DIMENSIONLESS", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using PhysicalDimension.DIMENSIONLESS" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xt.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xt", - "title": "Xt > Xt > Xt", - "section": "Xt > Xt", - "text": "property VariableWovenStressLimits.Xt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.ply_offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.ply_offset.html#ply_offset", + "title": "ply_offset", + "section": "ply_offset", + "text": "ply_offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.parent", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.ply_offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.ply_offset.html#ansys.acp.core.mesh_data.AnalysisPlyNodalData.ply_offset", + "title": "ply_offset > ply_offset > ply_offset", + "section": "ply_offset > ply_offset", + "text": "AnalysisPlyNodalData.ply_offset: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.parent", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.parent.html#ansys.acp.core.SnapToGeometry.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property SnapToGeometry.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.name", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalpha", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalpha.html#isalpha", - "title": "isalpha", - "section": "isalpha", - "text": "Return True if the string is an alphabetic string, False otherwise.\nA string is alphabetic if all characters in the string are alphabetic and there\nis at least one character in the string.\nisalpha" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.name", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.name.html#ansys.acp.core.SubLaminate.name", + "title": "name > name > name", + "section": "name > name", + "text": "property SubLaminate.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalpha", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalpha.html#ansys.acp.core.material_property_sets.PuckMaterialType.isalpha", - "title": "isalpha > isalpha > isalpha", - "section": "isalpha > isalpha", - "text": "PuckMaterialType.isalpha(/)\n\nReturn True if the string is an alphabetic string, False otherwise.\n\nA string is alphabetic if all characters in the string are alphabetic and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_STEP", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_STEP.html#race_car_nose_step", + "title": "RACE_CAR_NOSE_STEP", + "section": "RACE_CAR_NOSE_STEP", + "text": "RACE_CAR_NOSE_STEP" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isascii", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isascii.html#isascii", - "title": "isascii", - "section": "isascii", - "text": "Return True if all characters in the string are ASCII, False otherwise.\nASCII characters have code points in the range U+0000-U+007F.\nEmpty string is ASCII too.\nisascii" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_STEP", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_STEP.html#ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_STEP", + "title": "RACE_CAR_NOSE_STEP > RACE_CAR_NOSE_STEP > RACE_CAR_NOSE_STEP", + "section": "RACE_CAR_NOSE_STEP > RACE_CAR_NOSE_STEP", + "text": "ExampleKeys.RACE_CAR_NOSE_STEP = 6\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isascii", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isascii.html#ansys.acp.core.LaunchMode.isascii", - "title": "isascii > isascii > isascii", - "section": "isascii > isascii", - "text": "LaunchMode.isascii(/)\n\nReturn True if all characters in the string are ASCII, False otherwise.\n\nASCII characters have code points in the range U+0000-U+007F.\nEmpty string is ASCII too.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.store", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zt.html#zt", - "title": "Zt", - "section": "Zt", - "text": "Zt" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.store", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.store.html#ansys.acp.core.EdgeSet.store", + "title": "store > store > store", + "section": "store > store", + "text": "EdgeSet.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zt.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zt", - "title": "Zt > Zt > Zt", - "section": "Zt > Zt", - "text": "property VariableWovenStressLimits.Zt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry.html#thickness_geometry", + "title": "thickness_geometry", + "section": "thickness_geometry", + "text": "thickness_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.intersection_type", - "href": "api/_autosummary/ansys.acp.core.SectionCut.intersection_type.html#intersection_type", - "title": "intersection_type", - "section": "intersection_type", - "text": "intersection_type" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry.html#ansys.acp.core.ModelingPly.thickness_geometry", + "title": "thickness_geometry > thickness_geometry > thickness_geometry", + "section": "thickness_geometry > thickness_geometry", + "text": "property ModelingPly.thickness_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.intersection_type", - "href": "api/_autosummary/ansys.acp.core.SectionCut.intersection_type.html#ansys.acp.core.SectionCut.intersection_type", - "title": "intersection_type > intersection_type > intersection_type", - "section": "intersection_type > intersection_type", - "text": "property SectionCut.intersection_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry.html#examples-using-modelingplythickness_geometry", + "title": "thickness_geometry > Examples using ModelingPly.thickness_geometry", + "section": "Examples using ModelingPly.thickness_geometry", + "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ModelingPly.thickness_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.origin", - "href": "api/_autosummary/ansys.acp.core.SectionCut.origin.html#origin", - "title": "origin", - "section": "origin", - "text": "origin" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.include_rule.html#include_rule", + "title": "include_rule", + "section": "include_rule", + "text": "include_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.origin", - "href": "api/_autosummary/ansys.acp.core.SectionCut.origin.html#ansys.acp.core.SectionCut.origin", - "title": "origin > origin > origin", - "section": "origin > origin", - "text": "property SectionCut.origin: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.include_rule.html#ansys.acp.core.ParallelSelectionRule.include_rule", + "title": "include_rule > include_rule > include_rule", + "section": "include_rule > include_rule", + "text": "property ParallelSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_direction", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_direction.html#draping_direction", - "title": "draping_direction", - "section": "draping_direction", - "text": "draping_direction" + "objectID": "api/_autosummary/ansys.acp.core.Rosette", + "href": "api/_autosummary/ansys.acp.core.Rosette.html#rosette", + "title": "Rosette", + "section": "Rosette", + "text": "Instantiate a Rosette.\nname (str) – Name of the rosette.\nrosette_type (RosetteType) – Type of the rosette.\norigin (tuple[float, float, float]) – Coordinates of the rosette origin.\ndir1 (tuple[float, float, float]) – Direction 1 (x-direction) vector of the Rosette.\ndir2 (tuple[float, float, float]) – Direction 2 (y-direction) vector of the Rosette.\nedge_set (EdgeSet | None) – Edge Set used for the Rosettes with type RosetteType.EDGE_WISE.\nAdded in ACP server version 24.2.\nRosette.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nRosette.delete()\nDelete the object.\nRosette.store(parent)\nStore the object on the server.\nRosette.dir1\n\nRosette.dir2\n\nRosette.edge_set\n\nRosette.id\nIdentifier of the object, used for example as key in maps.\nRosette.locked\n\nRosette.name\nThe name of the object.\nRosette.origin\n\nRosette.parent\nThe parent of the object.\nRosette.rosette_type\n\nRosette.status\n\nRosette\nRosetteType.EDGE_WISE\nRosette.clone\nRosette.delete\nRosette.store\nRosette.dir1\nRosette.dir2\nRosette.edge_set\nRosette.id\nRosette.locked\nRosette.name\nRosette.origin\nRosette.parent\nRosette.rosette_type\nRosette.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_direction", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_direction.html#ansys.acp.core.ModelingPly.draping_direction", - "title": "draping_direction > draping_direction > draping_direction", - "section": "draping_direction > draping_direction", - "text": "property ModelingPly.draping_direction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Rosette", + "href": "api/_autosummary/ansys.acp.core.Rosette.html#ansys.acp.core.Rosette", + "title": "Rosette > Rosette > Rosette", + "section": "Rosette > Rosette", + "text": "class ansys.acp.core.Rosette(*, name='Rosette', rosette_type='parallel', origin=(0.0, 0.0, 0.0), dir1=(1.0, 0.0, 0.0), dir2=(0.0, 1.0, 0.0), edge_set=None)\n\nInstantiate a Rosette.\n\nParameters\n\nname (str) – Name of the rosette.\n\nrosette_type (RosetteType) – Type of the rosette.\n\norigin (tuple[float, float, float]) – Coordinates of the rosette origin.\n\ndir1 (tuple[float, float, float]) – Direction 1 (x-direction) vector of the Rosette.\n\ndir2 (tuple[float, float, float]) – Direction 2 (y-direction) vector of the Rosette.\n\nedge_set (EdgeSet | None) – Edge Set used for the Rosettes with type RosetteType.EDGE_WISE.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nRosette.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nRosette.delete()\n\nDelete the object.\n\nRosette.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nRosette.dir1\n\n\n\nRosette.dir2\n\n\n\nRosette.edge_set\n\n\n\nRosette.id\n\nIdentifier of the object, used for example as key in maps.\n\nRosette.locked\n\n\n\nRosette.name\n\nThe name of the object.\n\nRosette.origin\n\n\n\nRosette.parent\n\nThe parent of the object.\n\nRosette.rosette_type\n\n\n\nRosette.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.design_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.design_angle.html#design_angle", - "title": "design_angle", - "section": "design_angle", - "text": "design_angle" + "objectID": "api/_autosummary/ansys.acp.core.Rosette", + "href": "api/_autosummary/ansys.acp.core.Rosette.html#examples-using-rosette", + "title": "Rosette > Examples using Rosette", + "section": "Examples using Rosette", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Rosette" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.design_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.design_angle.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.design_angle", - "title": "design_angle > design_angle > design_angle", - "section": "design_angle > design_angle", - "text": "ModelingPlyElementalData.design_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB.html#class40_cdb", + "title": "CLASS40_CDB", + "section": "CLASS40_CDB", + "text": "CLASS40_CDB" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.direction", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.direction.html#direction", - "title": "direction", - "section": "direction", - "text": "direction" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB.html#ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB", + "title": "CLASS40_CDB > CLASS40_CDB > CLASS40_CDB", + "section": "CLASS40_CDB > CLASS40_CDB", + "text": "ExampleKeys.CLASS40_CDB = 13\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.direction", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.direction.html#ansys.acp.core.ParallelSelectionRule.direction", - "title": "direction > direction > direction", - "section": "direction > direction", - "text": "property ParallelSelectionRule.direction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_CDB.html#examples-using-examplekeysclass40_cdb", + "title": "CLASS40_CDB > Examples using ExampleKeys.CLASS40_CDB", + "section": "Examples using ExampleKeys.CLASS40_CDB", + "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using ExampleKeys.CLASS40_CDB" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.parent", - "href": "api/_autosummary/ansys.acp.core.Rosette.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.get_directions_plotter", + "href": "api/_autosummary/ansys.acp.core.get_directions_plotter.html#get_directions_plotter", + "title": "get_directions_plotter", + "section": "get_directions_plotter", + "text": "Get a pyvista plotter that shows the specified directions on the mesh.\nmodel (Model) – ACP model. Determines the average element size used for scaling the\narrows. Unless explicitly specified, the model also determines the\nmesh to plot.\nmesh (MeshData | None) – Mesh defining the scope of the plot. If not provided, the full mesh\nof the model is used.\ncomponents (Sequence[VectorData | None]) – List of components to plot.\nculling_factor (int) – If set to a value other than 1, add only every n-th data\npoint to the PyVista object. This is useful especially for\nvector data, where the arrows can be too dense.\nlength_factor (float) – Factor to scale the length of the arrows.\nkwargs (Any) – Keyword arguments passed to the PyVista object constructor.\nPlotter\nget_directions_plotter\n1" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.parent", - "href": "api/_autosummary/ansys.acp.core.Rosette.parent.html#ansys.acp.core.Rosette.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property Rosette.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.get_directions_plotter", + "href": "api/_autosummary/ansys.acp.core.get_directions_plotter.html#ansys.acp.core.get_directions_plotter", + "title": "get_directions_plotter > get_directions_plotter > get_directions_plotter", + "section": "get_directions_plotter > get_directions_plotter", + "text": "ansys.acp.core.get_directions_plotter(*, model, mesh=None, components, culling_factor=1, length_factor=1.0, **kwargs)\n\nGet a pyvista plotter that shows the specified directions on the mesh.\n\nParameters\n\nmodel (Model) – ACP model. Determines the average element size used for scaling the\narrows. Unless explicitly specified, the model also determines the\nmesh to plot.\n\nmesh (MeshData | None) – Mesh defining the scope of the plot. If not provided, the full mesh\nof the model is used.\n\ncomponents (Sequence[VectorData | None]) – List of components to plot.\n\nculling_factor (int) – If set to a value other than 1, add only every n-th data\npoint to the PyVista object. This is useful especially for\nvector data, where the arrows can be too dense.\n\nlength_factor (float) – Factor to scale the length of the arrows.\n\nkwargs (Any) – Keyword arguments passed to the PyVista object constructor.\n\nReturn type\n\nPlotter\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.get_directions_plotter", + "href": "api/_autosummary/ansys.acp.core.get_directions_plotter.html#examples-using-get_directions_plotter", + "title": "get_directions_plotter > Examples using get_directions_plotter", + "section": "Examples using get_directions_plotter", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using get_directions_plotter" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "GeometricalSelectionRuleElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.origin", + "href": "api/_autosummary/ansys.acp.core.Rosette.origin.html#origin", + "title": "origin", + "section": "origin", + "text": "origin" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath.html#creatablefromresourcepath", - "title": "CreatableFromResourcePath", - "section": "CreatableFromResourcePath", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nInterface for objects that can be created from a resource path.\nCreatableFromResourcePath" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.origin", + "href": "api/_autosummary/ansys.acp.core.Rosette.origin.html#ansys.acp.core.Rosette.origin", + "title": "origin > origin > origin", + "section": "origin > origin", + "text": "property Rosette.origin: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath.html#ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath", - "title": "CreatableFromResourcePath > CreatableFromResourcePath > CreatableFromResourcePath", - "section": "CreatableFromResourcePath > CreatableFromResourcePath", - "text": "class ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath(*args, **kwargs)\n\nInterface for objects that can be created from a resource path.\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/002-rosettes-ply-directions", + "href": "examples/modeling_features/002-rosettes-ply-directions.html#rosette", + "title": "Rosette", + "section": "Rosette", + "text": "This example illustrates how you can use rosettes to define the reference directions of a ply.\nIt only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nRosette" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.status", - "href": "api/_autosummary/ansys.acp.core.Sensor.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "examples/modeling_features/002-rosettes-ply-directions", + "href": "examples/modeling_features/002-rosettes-ply-directions.html#import-modules", + "title": "Rosette > Import modules", + "section": "Import modules", + "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.status", - "href": "api/_autosummary/ansys.acp.core.Sensor.status.html#ansys.acp.core.Sensor.status", - "title": "status > status > status", - "section": "status > status", - "text": "property Sensor.status: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/002-rosettes-ply-directions", + "href": "examples/modeling_features/002-rosettes-ply-directions.html#start-acp-and-load-the-model", + "title": "Rosette > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nImport the model from the input file.\nThis example’s input file contains a flat plate.\nStart ACP and load the model" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.html#cadgeometry", - "title": "CADGeometry", - "section": "CADGeometry", - "text": "Instantiate a CAD Geometry.\nname (str) – Name of the CAD Geometry.\nexternal_path (str) – Path to the CAD file.\nscale_factor (float) – Scale factor applied to the CAD geometry.\nuse_default_precision (bool) – Whether to use the default precision value.\nprecision (float) – Precision of geometrical operations such as intersection points, thickness sampling, etc.\nuse_default_offset (bool) – Whether to use the default offset value.\noffset (float) – Offset value used to analyze the surface’s coverage regarding the mesh.\nAdded in ACP server version 24.2.\nCADGeometry.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nCADGeometry.delete()\nDelete the object.\nCADGeometry.refresh(path)\nReload the geometry from its external source.\nCADGeometry.store(parent)\nStore the object on the server.\nCADGeometry.external_path\n\nCADGeometry.id\nIdentifier of the object, used for example as key in maps.\nCADGeometry.locked\n\nCADGeometry.name\nThe name of the object.\nCADGeometry.offset\n\nCADGeometry.parent\nThe parent of the object.\nCADGeometry.precision\n\nCADGeometry.root_shapes\n\nCADGeometry.scale_factor\n\nCADGeometry.status\n\nCADGeometry.use_default_offset\n\nCADGeometry.use_default_precision\n\nCADGeometry.visualization_mesh\nSurface mesh for visualization.\nCADGeometry\nCADGeometry.clone\nCADGeometry.delete\nCADGeometry.refresh\nCADGeometry.store\nCADGeometry.external_path\nCADGeometry.id\nCADGeometry.locked\nCADGeometry.name\nCADGeometry.offset\nCADGeometry.parent\nCADGeometry.precision\nCADGeometry.root_shapes\nCADGeometry.scale_factor\nCADGeometry.status\nCADGeometry.use_default_offset\nCADGeometry.use_default_precision\nCADGeometry.visualization_mesh" + "objectID": "examples/modeling_features/002-rosettes-ply-directions", + "href": "examples/modeling_features/002-rosettes-ply-directions.html#define-directions-with-a-parallel-rosette", + "title": "Rosette > Define directions with a parallel rosette", + "section": "Define directions with a parallel rosette", + "text": "Create a material and fabric.\nCreate a parallel rosette where the first direction is rotated by 45 degrees around the y axis.\nCreate an oriented selection set (OSS) and assign the rosette.\nPlot the orientation and reference directions of the OSS.\nCreate a ply that uses the reference directions defined by the rosette.\nThe ply angle is set to 20 degrees, which means that the fiber direction is rotated by 20 degrees\nfrom the reference direction.\nPlot the reference directions, fiber directions, and transverse directions of the ply.\nDefine directions with a parallel rosette" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.html#ansys.acp.core.CADGeometry", - "title": "CADGeometry > CADGeometry > CADGeometry", - "section": "CADGeometry > CADGeometry", - "text": "class ansys.acp.core.CADGeometry(*, name='CADGeometry', external_path='', scale_factor=1.0, use_default_precision=True, precision=0.001, use_default_offset=True, offset=0.0)\n\nInstantiate a CAD Geometry.\n\nParameters\n\nname (str) – Name of the CAD Geometry.\n\nexternal_path (str) – Path to the CAD file.\n\nscale_factor (float) – Scale factor applied to the CAD geometry.\n\nuse_default_precision (bool) – Whether to use the default precision value.\n\nprecision (float) – Precision of geometrical operations such as intersection points, thickness sampling, etc.\n\nuse_default_offset (bool) – Whether to use the default offset value.\n\noffset (float) – Offset value used to analyze the surface’s coverage regarding the mesh.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCADGeometry.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nCADGeometry.delete()\n\nDelete the object.\n\nCADGeometry.refresh(path)\n\nReload the geometry from its external source.\n\nCADGeometry.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCADGeometry.external_path\n\n\n\nCADGeometry.id\n\nIdentifier of the object, used for example as key in maps.\n\nCADGeometry.locked\n\n\n\nCADGeometry.name\n\nThe name of the object.\n\nCADGeometry.offset\n\n\n\nCADGeometry.parent\n\nThe parent of the object.\n\nCADGeometry.precision\n\n\n\nCADGeometry.root_shapes\n\n\n\nCADGeometry.scale_factor\n\n\n\nCADGeometry.status\n\n\n\nCADGeometry.use_default_offset\n\n\n\nCADGeometry.use_default_precision\n\n\n\nCADGeometry.visualization_mesh\n\nSurface mesh for visualization.\n\n" + "objectID": "examples/modeling_features/002-rosettes-ply-directions", + "href": "examples/modeling_features/002-rosettes-ply-directions.html#define-directions-with-a-radial-rosette", + "title": "Rosette > Define directions with a radial rosette", + "section": "Define directions with a radial rosette", + "text": "Create a radial rosette and plot the resulting reference directions.\nFor a radial rosette, a line is constructed that goes through the origin. Its\ndirection vector is normal to a plane spanned by dir1 and dir2.\nTherefore, the reference directions are parallel to the shortest connection from the line to\neach point for which it is computed.\nDefine directions with a radial rosette\ndir1\ndir2" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.html#examples-using-cadgeometry", - "title": "CADGeometry > Examples using CADGeometry", - "section": "Examples using CADGeometry", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using CADGeometry" + "objectID": "examples/modeling_features/002-rosettes-ply-directions", + "href": "examples/modeling_features/002-rosettes-ply-directions.html#define-directions-with-a-cylindrical-rosette", + "title": "Rosette > Define directions with a cylindrical rosette", + "section": "Define directions with a cylindrical rosette", + "text": "Create a cylindrical rosette and plot the resulting reference directions.\nFor a cylindrical rosette, the reference directions are tangential to the circles around the origin\nthat lie in a plane spanned by dir1 and dir2.\nDefine directions with a cylindrical rosette\ndir1\ndir2" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_2", - "href": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_2.html#woven_puck_constants_2", - "title": "woven_puck_constants_2", - "section": "woven_puck_constants_2", - "text": "woven_puck_constants_2" + "objectID": "examples/modeling_features/002-rosettes-ply-directions", + "href": "examples/modeling_features/002-rosettes-ply-directions.html#define-directions-with-a-spherical-rosette", + "title": "Rosette > Define directions with a spherical rosette", + "section": "Define directions with a spherical rosette", + "text": "Create a spherical rosette and plot the resulting reference directions.\nFor a spherical rosette, the reference directions are tangential to a sphere around the origin.\nNote that for this example, the reference directions of the spherical rosette are the same as\nthose of the cylindrical rosette.\nDefine directions with a spherical rosette" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_2", - "href": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_2.html#ansys.acp.core.Material.woven_puck_constants_2", - "title": "woven_puck_constants_2 > woven_puck_constants_2 > woven_puck_constants_2", - "section": "woven_puck_constants_2 > woven_puck_constants_2", - "text": "property Material.woven_puck_constants_2: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/002-rosettes-ply-directions", + "href": "examples/modeling_features/002-rosettes-ply-directions.html#define-directions-with-an-edge-wise-rosette", + "title": "Rosette > Define directions with an edge-wise rosette", + "section": "Define directions with an edge-wise rosette", + "text": "Create an edge-wise rosette and plot the resulting reference directions.\nThe reference directions are given by a projection of dir1\nand the path of the edge set. dir1 of the rosette is projected onto the point\non the edge that is closest to the rosette’s origin. This determines the reference directions\nalong the edge set.\nYou can reverse the reference directions by inverting dir1.\nAn element within an OSS gets its reference directions from the direction\nof the point on the edge that is closest to the element centroid.\nCreate the edge set from the “All_Elements” element set. Because you assigned\n120 degrees to the limit angle, all the edges are selected.\nDefine directions with an edge-wise rosette\ndir1\ndir1\ndir1" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.html#ignorableentity", - "title": "IgnorableEntity", - "section": "IgnorableEntity", - "text": "Options for the entities to ignore when loading an FE file.\nIgnorableEntity.MESH\n\nIgnorableEntity.ELEMENT_SETS\n\nIgnorableEntity.MATERIALS\n\nIgnorableEntity.COORDINATE_SYSTEMS\n\nIgnorableEntity.SHELL_SECTIONS\n\nIgnorableEntity\nIgnorableEntity.MESH\nIgnorableEntity.ELEMENT_SETS\nIgnorableEntity.MATERIALS\nIgnorableEntity.COORDINATE_SYSTEMS\nIgnorableEntity.SHELL_SECTIONS" + "objectID": "examples/modeling_features/002-rosettes-ply-directions", + "href": "examples/modeling_features/002-rosettes-ply-directions.html#combine-rosettes", + "title": "Rosette > Combine rosettes", + "section": "Combine rosettes", + "text": "Create an additional parallel rosette that points along the x direction and has its origin\nat (0.01, 0, 0.01).\nAssign both rosettes to the OSS and set the rosette selection method to\nRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED. This implies that the reference directions\nare weighted by the inverse distance to each rosette. Note that the origin of\nthe rotated rosette is at (0,0,0).\nPlot the resulting reference directions.\nTotal running time of the script: (0 minutes 8.664 seconds)\nDownload Jupyter notebook: 002-rosettes-ply-directions.ipynb\nDownload Python source code: 002-rosettes-ply-directions.py\nDownload zipped: 002-rosettes-ply-directions.zip\nGallery generated by Sphinx-Gallery\nCombine rosettes\n(0.01, 0, 0.01)\nRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\n(0,0,0)\nDownload Jupyter notebook: 002-rosettes-ply-directions.ipynb\nDownload Python source code: 002-rosettes-ply-directions.py\nDownload zipped: 002-rosettes-ply-directions.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.html#ansys.acp.core.IgnorableEntity", - "title": "IgnorableEntity > IgnorableEntity > IgnorableEntity", - "section": "IgnorableEntity > IgnorableEntity", - "text": "class ansys.acp.core.IgnorableEntity(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the entities to ignore when loading an FE file.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nIgnorableEntity.MESH\n\n\n\nIgnorableEntity.ELEMENT_SETS\n\n\n\nIgnorableEntity.MATERIALS\n\n\n\nIgnorableEntity.COORDINATE_SYSTEMS\n\n\n\nIgnorableEntity.SHELL_SECTIONS\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants.html#from_orthotropic_constants", + "title": "from_orthotropic_constants", + "section": "from_orthotropic_constants", + "text": "Create an orthotropic engineering constants property set.\nE1 (float) – Young’s modulus in material 1 direction.\nE2 (float) – Young’s modulus in material 2 direction.\nE3 (float) – Young’s modulus in out-of-plane direction.\nnu12 (float) – Poisson’s ratio \\nu_{12}.\nnu23 (float) – Poisson’s ratio \\nu_{23}.\nnu13 (float) – Poisson’s ratio \\nu_{13}.\nG12 (float) – Shear modulus G_{12}.\nG23 (float) – Shear modulus G_{23}.\nG31 (float) – Shear modulus G_{31}.\nAn orthotropic engineering constants property set.\nSelf\nfrom_orthotropic_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR.html#weighted_nearest_neighbor", - "title": "WEIGHTED_NEAREST_NEIGHBOR", - "section": "WEIGHTED_NEAREST_NEIGHBOR", - "text": "WEIGHTED_NEAREST_NEIGHBOR" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants", + "title": "from_orthotropic_constants > from_orthotropic_constants > from_orthotropic_constants", + "section": "from_orthotropic_constants > from_orthotropic_constants", + "text": "classmethod ConstantEngineeringConstants.from_orthotropic_constants(*, E1=0.0, E2=0.0, E3=0.0, nu12=0.0, nu23=0.0, nu13=0.0, G12=0.0, G23=0.0, G31=0.0)\n\nCreate an orthotropic engineering constants property set.\n\nParameters\n\nE1 (float) – Young’s modulus in material 1 direction.\n\nE2 (float) – Young’s modulus in material 2 direction.\n\nE3 (float) – Young’s modulus in out-of-plane direction.\n\nnu12 (float) – Poisson’s ratio \\nu_{12}.\n\nnu23 (float) – Poisson’s ratio \\nu_{23}.\n\nnu13 (float) – Poisson’s ratio \\nu_{13}.\n\nG12 (float) – Shear modulus G_{12}.\n\nG23 (float) – Shear modulus G_{23}.\n\nG31 (float) – Shear modulus G_{31}.\n\nReturns\n\nAn orthotropic engineering constants property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR.html#ansys.acp.core.LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR", - "title": "WEIGHTED_NEAREST_NEIGHBOR > WEIGHTED_NEAREST_NEIGHBOR > WEIGHTED_NEAREST_NEIGHBOR", - "section": "WEIGHTED_NEAREST_NEIGHBOR > WEIGHTED_NEAREST_NEIGHBOR", - "text": "LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR = 'weighted_nearest_neighbor'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants.html#examples-using-constantengineeringconstantsfrom_orthotropic_constants", + "title": "from_orthotropic_constants > Examples using ConstantEngineeringConstants.from_orthotropic_constants", + "section": "Examples using ConstantEngineeringConstants.from_orthotropic_constants", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ConstantEngineeringConstants.from_orthotropic_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.relative_rule", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.relative_rule.html#relative_rule", + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.relative_rule", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.relative_rule.html#relative_rule", "title": "relative_rule", "section": "relative_rule", "text": "relative_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.relative_rule", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.relative_rule.html#ansys.acp.core.ParallelSelectionRule.relative_rule", + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.relative_rule", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.relative_rule.html#ansys.acp.core.CylindricalSelectionRule.relative_rule", "title": "relative_rule > relative_rule > relative_rule", "section": "relative_rule > relative_rule", - "text": "property ParallelSelectionRule.relative_rule: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.clone", - "href": "api/_autosummary/ansys.acp.core.TaperEdge.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored TaperEdge with the same properties.\nSelf\nclone" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.clone", - "href": "api/_autosummary/ansys.acp.core.TaperEdge.clone.html#ansys.acp.core.TaperEdge.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "TaperEdge.clone()\n\nCreate a new unstored TaperEdge with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSelf" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.parent", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "text": "property CylindricalSelectionRule.relative_rule: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.parent", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.parent.html#ansys.acp.core.ProductionPly.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ProductionPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yc.html#yc", + "title": "Yc", + "section": "Yc", + "text": "Yc" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.UD", - "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.UD.html#ud", - "title": "UD", - "section": "UD", - "text": "UD" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yc.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yc", + "title": "Yc > Yc > Yc", + "section": "Yc > Yc", + "text": "property VariableWovenStressLimits.Yc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.UD", - "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.UD.html#ansys.acp.core.DrapingMaterialModel.UD", - "title": "UD > UD > UD", - "section": "UD > UD", - "text": "DrapingMaterialModel.UD = 'ud'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.html#solidmodelelementaldata", - "title": "SolidModelElementalData", - "section": "SolidModelElementalData", - "text": "Represents elemental data for a Solid Model.\nSolidModelElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSolidModelElementalData.normal\n\nSolidModelElementalData.element_labels\n\nSolidModelElementalData\nSolidModelElementalData.get_pyvista_mesh\nSolidModelElementalData.normal\nSolidModelElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ProductionPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.html#ansys.acp.core.mesh_data.SolidModelElementalData", - "title": "SolidModelElementalData > SolidModelElementalData > SolidModelElementalData", - "section": "SolidModelElementalData > SolidModelElementalData", - "text": "class ansys.acp.core.mesh_data.SolidModelElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Solid Model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSolidModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidModelElementalData.normal\n\n\n\nSolidModelElementalData.element_labels\n\n\n\n\n\n" + "objectID": "user_guide/howto/create_input_file", + "href": "user_guide/howto/create_input_file.html#create-input-file-for-pyacp", + "title": "Create input file for PyACP", + "section": "Create input file for PyACP", + "text": "To start working with PyACP, an input file that contains the mesh is required. PyACP supports reading\nthe mesh from:\nCDB or DAT files, using the ACPInstance.import_model() method with the \"ansys::cdb\" or \"ansys:dat\" format.\nHDF5 transfer files generated by Mechanical, using the ACPInstance.import_model() method with the \"ansys::h5\" format.\nPyACP reads the mesh, including any coordinate systems, element sets, and edge sets\nfrom the input file. In the case of CDB or DAT files, PyACP also reads the materials\nfrom the input file.\nOnce the layup has been created with PyACP, you can export the model for downstream analysis.\nThe Model.export_analysis_model() method to export a CDB file from PyACP is only\navailable if the input was read from a CDB or DAT file.\nIf the input was read from a Mechanical HDF5 transfer file, you can export the model\neither to the HDF5 Composite CAE format, or to transfer formats to PyMechanical.\nSee the workflow examples for more information.\nThe following sections describe how to create the input file in CDB or Mechanical HDF5 format.\nCreate input file for PyACP\nACPInstance.import_model()\n\"ansys::cdb\"\n\"ansys:dat\"\nACPInstance.import_model()\n\"ansys::h5\"\nModel.export_analysis_model()" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD.html#add", - "title": "ADD", - "section": "ADD", - "text": "ADD" + "objectID": "user_guide/howto/create_input_file", + "href": "user_guide/howto/create_input_file.html#create-a-cdb-input-file", + "title": "Create input file for PyACP > Create a CDB input file", + "section": "Create a CDB input file", + "text": "Create a CDB input file" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD.html#ansys.acp.core.BooleanOperationType.ADD", - "title": "ADD > ADD > ADD", - "section": "ADD > ADD", - "text": "BooleanOperationType.ADD = 'add'\n\n" + "objectID": "user_guide/howto/create_input_file", + "href": "user_guide/howto/create_input_file.html#create-a-cdb-file-with-ansys-mechanical", + "title": "Create input file for PyACP > Create a CDB file with Ansys Mechanical", + "section": "Create a CDB file with Ansys Mechanical", + "text": "Create a CDB file with Ansys Mechanical" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.ADD.html#examples-using-booleanoperationtypeadd", - "title": "ADD > Examples using BooleanOperationType.ADD", - "section": "Examples using BooleanOperationType.ADD", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using BooleanOperationType.ADD" + "objectID": "user_guide/howto/create_input_file", + "href": "user_guide/howto/create_input_file.html#in-the-mechanical-gui", + "title": "Create input file for PyACP > In the Mechanical GUI", + "section": "In the Mechanical GUI", + "text": "One way to create an input file for PyACP is to create a static structural setup and export the solver input file. To do this, follow these steps:\nOpen Ansys Workbench.\nAdd a “Static Structural” system.\nCreate or import a geometry in the geometry cell of the static structural system (A3). Note that PyACP only supports shell geometries.\nOpen the Mechanical Model (A4).\nAssign a thickness and a material to the geometry. (These are later overwritten by PyACP.)\nOptional: Define the boundary conditions.\nSelect “Static Structural (A5)” in the tree and then click Environment/Write Input File in the navigation bar.\nSave the input file to a DAT file in the desired location.\nFor a complete example, see pymapdl_workflow_example.\nThe imported model always contains the dummy material named 1 that was assigned to the geometry.\nIn the Mechanical GUI\n1" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.clone", - "href": "api/_autosummary/ansys.acp.core.ElementSet.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "user_guide/howto/create_input_file", + "href": "user_guide/howto/create_input_file.html#with-scripting", + "title": "Create input file for PyACP > With scripting", + "section": "With scripting", + "text": "You can also create a CDB file from Mechanical or PyMechanical with scripting, using the WriteInputFile method of the analysis object. See pymechanical_to_cdb_example for a complete example.\nWith scripting\nWriteInputFile" }, - { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.clone", - "href": "api/_autosummary/ansys.acp.core.ElementSet.clone.html#ansys.acp.core.ElementSet.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "ElementSet.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + { + "objectID": "user_guide/howto/create_input_file", + "href": "user_guide/howto/create_input_file.html#create-an-input-file-with-ansys-mechanical-apdl", + "title": "Create input file for PyACP > Create an input file with Ansys Mechanical APDL", + "section": "Create an input file with Ansys Mechanical APDL", + "text": "You can also create an input file for PyACP by performing these steps:\nOpen Ansys Mechanical APDL\nLoad or create a model with APDL commands\nWrite the CDB file with the CDWRITE command:\nSee pymapdl_workflow_example for a complete example.\nCreate an input file with Ansys Mechanical APDL" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.id", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "user_guide/howto/create_input_file", + "href": "user_guide/howto/create_input_file.html#notes-on-material-handling", + "title": "Create input file for PyACP > Notes on material handling", + "section": "Notes on material handling", + "text": "Materials present in the input file (*.cdb or *.dat) are read into PyACP. The following rules apply:\nIf the material has defined a UVID, then the material is imported as locked. This means the material cannot be edited in PyACP. If the input file was created with Ansys Mechanical (see cdb_file_from_mechanical), this is always the case. In Mechanical APDL, you can define a UVID with the MP,UVID or MPDATAT,UNBL,16,UVID command.\nIf the material has no UVID, then the material is copied on import. Only the copied material appears in PyACP. The original material is not changed and appears unmodified in the output file.\nNotes on material handling\nMP,UVID\nMPDATAT,UNBL,16,UVID" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.id", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.id.html#ansys.acp.core.InterfaceLayer.id", - "title": "id > id > id", - "section": "id > id", - "text": "property InterfaceLayer.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "user_guide/howto/create_input_file", + "href": "user_guide/howto/create_input_file.html#create-a-mechanical-hdf5-transfer-file-experimental", + "title": "Create input file for PyACP > Create a Mechanical HDF5 transfer file (experimental)", + "section": "Create a Mechanical HDF5 transfer file (experimental)", + "text": "The Mechanical to ACP HDF5 transfer file can be created using the export_mesh_for_acp() helper function. See pymechanical_shell_example or pymechanical_solid_example for complete examples.\nCreate a Mechanical HDF5 transfer file (experimental)\nexport_mesh_for_acp()" }, { - "objectID": "api/_autosummary/ansys.acp.core.FeFormat", - "href": "api/_autosummary/ansys.acp.core.FeFormat.html#feformat", - "title": "FeFormat", - "section": "FeFormat", - "text": "Options for the format of the FE file.\nFeFormat.ANSYS_H5\n\nFeFormat.ANSYS_CDB\n\nFeFormat.ANSYS_DAT\n\nFeFormat\nFeFormat.ANSYS_H5\nFeFormat.ANSYS_CDB\nFeFormat.ANSYS_DAT" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.locked", + "href": "api/_autosummary/ansys.acp.core.SolidModel.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.FeFormat", - "href": "api/_autosummary/ansys.acp.core.FeFormat.html#ansys.acp.core.FeFormat", - "title": "FeFormat > FeFormat > FeFormat", - "section": "FeFormat > FeFormat", - "text": "class ansys.acp.core.FeFormat(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the format of the FE file.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nFeFormat.ANSYS_H5\n\n\n\nFeFormat.ANSYS_CDB\n\n\n\nFeFormat.ANSYS_DAT\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.locked", + "href": "api/_autosummary/ansys.acp.core.SolidModel.locked.html#ansys.acp.core.SolidModel.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property SolidModel.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.clone", - "href": "api/_autosummary/ansys.acp.core.Material.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_angle.html#draped_fiber_angle", + "title": "draped_fiber_angle", + "section": "draped_fiber_angle", + "text": "draped_fiber_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.clone", - "href": "api/_autosummary/ansys.acp.core.Material.clone.html#ansys.acp.core.Material.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "Material.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_angle.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_angle", + "title": "draped_fiber_angle > draped_fiber_angle > draped_fiber_angle", + "section": "draped_fiber_angle > draped_fiber_angle", + "text": "ModelingPlyElementalData.draped_fiber_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.id", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.Status", + "href": "api/_autosummary/ansys.acp.core.Status.html#status", + "title": "Status", + "section": "Status", + "text": "Options for the update status of an object.\nStatus.UNKNOWN\n\nStatus.UPTODATE\n\nStatus.NOTUPTODATE\n\nStatus\nStatus.UNKNOWN\nStatus.UPTODATE\nStatus.NOTUPTODATE" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.id", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.id.html#ansys.acp.core.LookUpTable1DColumn.id", - "title": "id > id > id", - "section": "id > id", - "text": "property LookUpTable1DColumn.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Status", + "href": "api/_autosummary/ansys.acp.core.Status.html#ansys.acp.core.Status", + "title": "Status > Status > Status", + "section": "Status > Status", + "text": "class ansys.acp.core.Status(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the update status of an object.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nStatus.UNKNOWN\n\n\n\nStatus.UPTODATE\n\n\n\nStatus.NOTUPTODATE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.html#extrusionmethod", - "title": "ExtrusionMethod", - "section": "ExtrusionMethod", - "text": "Extrusion method used in a solid model.\nExtrusionMethod.ANALYSIS_PLY_WISE\n\nExtrusionMethod.MONOLITHIC\n\nExtrusionMethod.PRODUCTION_PLY_WISE\n\nExtrusionMethod.MODELING_PLY_WISE\n\nExtrusionMethod.SPECIFY_THICKNESS\n\nExtrusionMethod.MATERIAL_WISE\n\nExtrusionMethod.USER_DEFINED\n\nExtrusionMethod.SANDWICH_WISE\n\nExtrusionMethod\nExtrusionMethod.ANALYSIS_PLY_WISE\nExtrusionMethod.MONOLITHIC\nExtrusionMethod.PRODUCTION_PLY_WISE\nExtrusionMethod.MODELING_PLY_WISE\nExtrusionMethod.SPECIFY_THICKNESS\nExtrusionMethod.MATERIAL_WISE\nExtrusionMethod.USER_DEFINED\nExtrusionMethod.SANDWICH_WISE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.html#constantengineeringconstants", + "title": "ConstantEngineeringConstants", + "section": "ConstantEngineeringConstants", + "text": "Constant engineering constants material property set.\nAdded in ACP server version 24.2.\nConstantEngineeringConstants.from_isotropic_constants(*)\nCreate an isotropic engineering constants property set.\nConstantEngineeringConstants.from_orthotropic_constants(*)\nCreate an orthotropic engineering constants property set.\nConstantEngineeringConstants.E\n\nConstantEngineeringConstants.E1\n\nConstantEngineeringConstants.E2\n\nConstantEngineeringConstants.E3\n\nConstantEngineeringConstants.G12\n\nConstantEngineeringConstants.G23\n\nConstantEngineeringConstants.G31\n\nConstantEngineeringConstants.nu\n\nConstantEngineeringConstants.nu12\n\nConstantEngineeringConstants.nu13\n\nConstantEngineeringConstants.nu23\n\nConstantEngineeringConstants\nConstantEngineeringConstants.from_isotropic_constants\nConstantEngineeringConstants.from_orthotropic_constants\nConstantEngineeringConstants.E\nConstantEngineeringConstants.E1\nConstantEngineeringConstants.E2\nConstantEngineeringConstants.E3\nConstantEngineeringConstants.G12\nConstantEngineeringConstants.G23\nConstantEngineeringConstants.G31\nConstantEngineeringConstants.nu\nConstantEngineeringConstants.nu12\nConstantEngineeringConstants.nu13\nConstantEngineeringConstants.nu23" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.html#ansys.acp.core.ExtrusionMethod", - "title": "ExtrusionMethod > ExtrusionMethod > ExtrusionMethod", - "section": "ExtrusionMethod > ExtrusionMethod", - "text": "class ansys.acp.core.ExtrusionMethod(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nExtrusion method used in a solid model.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nExtrusionMethod.ANALYSIS_PLY_WISE\n\n\n\nExtrusionMethod.MONOLITHIC\n\n\n\nExtrusionMethod.PRODUCTION_PLY_WISE\n\n\n\nExtrusionMethod.MODELING_PLY_WISE\n\n\n\nExtrusionMethod.SPECIFY_THICKNESS\n\n\n\nExtrusionMethod.MATERIAL_WISE\n\n\n\nExtrusionMethod.USER_DEFINED\n\n\n\nExtrusionMethod.SANDWICH_WISE\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants", + "title": "ConstantEngineeringConstants > ConstantEngineeringConstants > ConstantEngineeringConstants", + "section": "ConstantEngineeringConstants > ConstantEngineeringConstants", + "text": "class ansys.acp.core.material_property_sets.ConstantEngineeringConstants(*, _parent_object=None, _attribute_path=None, _pb_object=None)\n\nConstant engineering constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nConstantEngineeringConstants.from_isotropic_constants(*)\n\nCreate an isotropic engineering constants property set.\n\nConstantEngineeringConstants.from_orthotropic_constants(*)\n\nCreate an orthotropic engineering constants property set.\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantEngineeringConstants.E\n\n\n\nConstantEngineeringConstants.E1\n\n\n\nConstantEngineeringConstants.E2\n\n\n\nConstantEngineeringConstants.E3\n\n\n\nConstantEngineeringConstants.G12\n\n\n\nConstantEngineeringConstants.G23\n\n\n\nConstantEngineeringConstants.G31\n\n\n\nConstantEngineeringConstants.nu\n\n\n\nConstantEngineeringConstants.nu12\n\n\n\nConstantEngineeringConstants.nu13\n\n\n\nConstantEngineeringConstants.nu23\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.mesh", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.locked", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.mesh", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.mesh.html#ansys.acp.core.OrientedSelectionSet.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property OrientedSelectionSet.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.locked", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.locked.html#ansys.acp.core.SolidElementSet.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property SolidElementSet.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E2.html#e2", - "title": "E2", - "section": "E2", - "text": "E2" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.stop", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.stop.html#stop", + "title": "stop", + "section": "stop", + "text": "Stop the product instance.\ntimeout (float | None) – Time in seconds after which the instance is forcefully stopped. Note\nthat not all launch methods may implement this parameter. If they\ndo not, the parameter is ignored.\nRuntimeError – If the instance is already in the stopped state.\nRuntimeError – If the instance does not allow stopping.\nstop" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E2.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.E2", - "title": "E2 > E2 > E2", - "section": "E2 > E2", - "text": "property VariableEngineeringConstants.E2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.stop", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.stop.html#ansys.acp.core.ACPInstance.stop", + "title": "stop > stop > stop", + "section": "stop > stop", + "text": "ACPInstance.stop(*, timeout=None)\n\nStop the product instance.\n\nParameters\n\ntimeout (float | None) – Time in seconds after which the instance is forcefully stopped. Note\nthat not all launch methods may implement this parameter. If they\ndo not, the parameter is ignored.\n\nRaises\n\nRuntimeError – If the instance is already in the stopped state.\n\nRuntimeError – If the instance does not allow stopping.\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/howto/file_management", - "href": "user_guide/howto/file_management.html#manage-input-and-output-files", - "title": "Manage input and output files", - "section": "Manage input and output files", - "text": "When defining your workflow using PyACP and other tools, you may need control\nover where the input and output files are stored. There are two main ways to\nmanage files: auto-transfer mode and manual file management.\nWhen using a local ACP instance (\"direct\" launch mode), the auto-transfer\nand manual modes are identical, as long as the current working directory is\nnot changed after launching the ACP instance.\nManage input and output files\n\"direct\"" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.to_pyvista", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.to_pyvista.html#to_pyvista", + "title": "to_pyvista", + "section": "to_pyvista", + "text": "Convert the mesh data to a PyVista object.\nPolyData\nto_pyvista" }, { - "objectID": "user_guide/howto/file_management", - "href": "user_guide/howto/file_management.html#auto-transfer-mode", - "title": "Manage input and output files > Auto-transfer mode", - "section": "Auto-transfer mode", - "text": "When passing the auto_transfer_files=True parameter to launch_acp()\n(the default behavior), PyACP automatically uploads files to the ACP instance\nand downloads output files to the local machine.\nPaths passed to the PyACP functions are all paths on the local machine. They\ncan be either absolute paths, or relative to the current working directory of\nthe Python instance.\nThe only exception is the external_path attribute of the CADGeometry\nand ImportedSolidModel classes. This attribute refers to a path on the\nserver side. It can again be an absolute path, or relative to the ACP instance’s\nworking directory.\nYou can instead use the CADGeometry.refresh() and\nImportedSolidModel.refresh() methods to define the input file, which also\nhandles the upload automatically.\nOn local ACP instances, the up- and download methods simply convert the\npaths to be relative to the ACP instance’s working directory if needed.\nAuto-transfer mode\nauto_transfer_files=True\nlaunch_acp()\nexternal_path\nCADGeometry\nImportedSolidModel\nCADGeometry.refresh()\nImportedSolidModel.refresh()" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.to_pyvista", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.to_pyvista.html#ansys.acp.core.mesh_data.TriangleMesh.to_pyvista", + "title": "to_pyvista > to_pyvista > to_pyvista", + "section": "to_pyvista > to_pyvista", + "text": "TriangleMesh.to_pyvista()\n\nConvert the mesh data to a PyVista object.\n\n!! processed by numpydoc !!\n\nReturn type\n\nPolyData" }, { - "objectID": "user_guide/howto/file_management", - "href": "user_guide/howto/file_management.html#loading-input-files", - "title": "Manage input and output files > Loading input files", - "section": "Loading input files", - "text": "To load an input file, pass its path on your local machine to the\nimport_model() method:\nLoading input files\nimport_model()" + "objectID": "user_guide/howto/visualize_model", + "href": "user_guide/howto/visualize_model.html#visualize-model", + "title": "Visualize model", + "section": "Visualize model", + "text": "This guide uses a model of a race car’s front wing.\nVisualize model" }, { - "objectID": "user_guide/howto/file_management", - "href": "user_guide/howto/file_management.html#getting-output-files", - "title": "Manage input and output files > Getting output files", - "section": "Getting output files", - "text": "When getting output files, pass the desired path on your local machine to the\nexport / save method.\nGetting output files" + "objectID": "user_guide/howto/visualize_model", + "href": "user_guide/howto/visualize_model.html#show-the-mesh", + "title": "Visualize model > Show the mesh", + "section": "Show the mesh", + "text": "Access the mesh data using the Model.mesh attribute. This attribute, an instance of the MeshData class, can be converted to a PyVista mesh using the MeshData.to_pyvista() method.\nYou can also access and plot the mesh data for specific tree objects. For example, the following code plots the mesh for a modeling ply.\nShow the mesh\nModel.mesh\nMeshData\nMeshData.to_pyvista()" }, { - "objectID": "user_guide/howto/file_management", - "href": "user_guide/howto/file_management.html#manual-file-management", - "title": "Manage input and output files > Manual file management", - "section": "Manual file management", - "text": "When passing auto_transfer_files=False to launch_acp(), PyACP does not\nautomatically upload or download files.\nIn this case, you need to manually manage the up- and download of files, as\ndescribed in the following sections.\nManual file management\nauto_transfer_files=False\nlaunch_acp()" + "objectID": "user_guide/howto/visualize_model", + "href": "user_guide/howto/visualize_model.html#showing-the-directions", + "title": "Visualize model > Showing the directions", + "section": "Showing the directions", + "text": "Show the directions (such as normals, fiber directions, and orientations) of the model by using the get_directions_plotter() helper function. This function takes the model, the components to visualize, and some optional parameters.\nThe following example shows the orientation and fiber direction of a modeling ply.\nThe color scheme used in this plot for the various components matches the ACP GUI.\nThe directions plot can be scoped to a specific region of the model by using the mesh parameter. For example, the following code only plots the part covered by the modeling ply.\nShowing the directions\nget_directions_plotter()\nmesh" }, { - "objectID": "user_guide/howto/file_management", - "href": "user_guide/howto/file_management.html#loading-input-files", - "title": "Manage input and output files > Loading input files", - "section": "Loading input files", - "text": "You can manually load the input_file.cdb file to the ACP instance by\nusing the upload_file() method:\nThis method returns the path of the uploaded file on the server. You can\nuse the path to create a model:\nLoading input files\ninput_file.cdb\nupload_file()" + "objectID": "user_guide/howto/visualize_model", + "href": "user_guide/howto/visualize_model.html#showing-the-mesh-data", + "title": "Visualize model > Showing the mesh data", + "section": "Showing the mesh data", + "text": "Access the mesh data related to a specific ACP object using the elemental_data and nodal_data attributes. These attributes represent either scalar or vector data.\nShowing the mesh data\nelemental_data\nnodal_data" }, { - "objectID": "user_guide/howto/file_management", - "href": "user_guide/howto/file_management.html#getting-output-files", - "title": "Manage input and output files > Getting output files", - "section": "Getting output files", - "text": "To get the ACPH5 file, it must be stored on the server. You can\nmanually do that using the model’s save() method:\nThen, you can download the file using the download_file() method of the ACP\ninstance:\nGetting output files\nsave()\ndownload_file()" + "objectID": "user_guide/howto/visualize_model", + "href": "user_guide/howto/visualize_model.html#scalar-data", + "title": "Visualize model > Scalar data", + "section": "Scalar data", + "text": "You can convert scalar data to a PyVista mesh using the get_pyvista_mesh method. This method requires the base model mesh.\nFor example, you can plot the total thickness of the model using this code:\nAgain, the mesh parameter can be used to limit the scope of the plot.\nScalar data\nget_pyvista_mesh\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "user_guide/howto/visualize_model", + "href": "user_guide/howto/visualize_model.html#vector-data", + "title": "Visualize model > Vector data", + "section": "Vector data", + "text": "Visualize vector data using the get_directions_plotter() function shown in the preceding section directions_plotter. If you need more fine-grained control over the visualization, you can use the method shown in this section instead.\nVector data can be converted to PyVista glyphs using the get_pyvista_glyphs method. This method requires the base model mesh.\nYou can also choose a scaling factor to change the size of the vector glyphs and a culling factor to reduce the number of glyphs plotted.\nThe base mesh is not shown when plotting vector data using PyVista glyphs. To visualize the mesh, you can combine the mesh and glyphs together using a PyVista plotter.\nVector data\nget_directions_plotter()\nget_pyvista_glyphs" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.elemental_data.html#ansys.acp.core.GeometricalSelectionRule.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property GeometricalSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "user_guide/howto/visualize_model", + "href": "user_guide/howto/visualize_model.html#showing-geometries", + "title": "Visualize model > Showing geometries", + "section": "Showing geometries", + "text": "You can view CAD geometries using their visualization_mesh attribute. This attribute contains a tessellated (triangular) mesh that represents the geometry.\nFor plotting, the tessellated mesh has a .to_pyvista method that returns a PyVista PolyData object. To see its triangular nature, plot the mesh with the show_edges option set to True.\nShowing geometries\nvisualization_mesh\n.to_pyvista\nPolyData\nshow_edges\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType.MIDDLE_OFFSET", - "href": "api/_autosummary/ansys.acp.core.OffsetType.MIDDLE_OFFSET.html#middle_offset", - "title": "MIDDLE_OFFSET", - "section": "MIDDLE_OFFSET", - "text": "MIDDLE_OFFSET" + "objectID": "user_guide/howto/visualize_model", + "href": "user_guide/howto/visualize_model.html#showing-solid-model", + "title": "Visualize model > Showing solid model", + "section": "Showing solid model", + "text": "The visualization of a solid mesh and its elemental data is shown in the example solid_model_example.\nShowing solid model" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType.MIDDLE_OFFSET", - "href": "api/_autosummary/ansys.acp.core.OffsetType.MIDDLE_OFFSET.html#ansys.acp.core.OffsetType.MIDDLE_OFFSET", - "title": "MIDDLE_OFFSET > MIDDLE_OFFSET > MIDDLE_OFFSET", - "section": "MIDDLE_OFFSET > MIDDLE_OFFSET", - "text": "OffsetType.MIDDLE_OFFSET = 'middle_offset'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.field_variables.html#field_variables", + "title": "field_variables", + "section": "field_variables", + "text": "field_variables" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_angle.html#draped_transverse_angle", - "title": "draped_transverse_angle", - "section": "draped_transverse_angle", - "text": "draped_transverse_angle" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.field_variables.html#ansys.acp.core.material_property_sets.VariablePuckConstants.field_variables", + "title": "field_variables > field_variables > field_variables", + "section": "field_variables > field_variables", + "text": "property VariablePuckConstants.field_variables: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_angle.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_angle", - "title": "draped_transverse_angle > draped_transverse_angle > draped_transverse_angle", - "section": "draped_transverse_angle > draped_transverse_angle", - "text": "ModelingPlyElementalData.draped_transverse_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping.html#mutablemapping", + "title": "MutableMapping", + "section": "MutableMapping", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nMutable mapping interface for collections of TreeObjects.\nMutableMapping" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.UNDEFINED", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.UNDEFINED.html#undefined", - "title": "UNDEFINED", - "section": "UNDEFINED", - "text": "UNDEFINED" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping.html#ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping", + "title": "MutableMapping > MutableMapping > MutableMapping", + "section": "MutableMapping > MutableMapping", + "text": "class ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping(*, _server_wrapper, _collection_path, _stub, _object_constructor)\n\nMutable mapping interface for collections of TreeObjects.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.UNDEFINED", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.UNDEFINED.html#ansys.acp.core.UnitSystemType.UNDEFINED", - "title": "UNDEFINED > UNDEFINED > UNDEFINED", - "section": "UNDEFINED > UNDEFINED", - "text": "UnitSystemType.UNDEFINED = 'undefined'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.LOCATION", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.LOCATION.html#location", + "title": "LOCATION", + "section": "LOCATION", + "text": "LOCATION" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.html#cutoffselectionrule", - "title": "CutOffSelectionRule", - "section": "CutOffSelectionRule", - "text": "Instantiate a Cut-Off Selection Rule.\nname (str) – Name of the Cut-Off Selection Rule.\ncut_off_rule_type (CutOffRuleType) – Determines if the cut-off is defined by a geometry or by a tapering edge.\ncut_off_geometry (VirtualGeometry | None) – Geometry used to define the cut-off. Only applies if\ncut_off_rule_type is GEOMETRY.\ntaper_edge_set (EdgeSet | None) – Edge used to define the cut-off. Only applies if\ncut_off_rule_type is CutOffRuleType.TAPER.\noffset (float) – Moves the cutting plane along the out-of-plane direction. Always measured\nfrom the reference surface.\nangle (float) – Defines the angle between the cutting plane and the reference surface.\nply_cut_off_type (PlyCutOffType) – Either the complete production ply is cut-off\n(PlyCutOffType.PRODUCTION_PLY_CUTOFF) or individual analysis plies\n(PlyCutOffType.ANALYSIS_PLY_CUTOFF).\nply_tapering (bool) – Whether the tapering of analysis plies is enabled.\nAdded in ACP server version 24.2.\nCutOffSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nCutOffSelectionRule.delete()\nDelete the object.\nCutOffSelectionRule.store(parent)\nStore the object on the server.\nCutOffSelectionRule.angle\n\nCutOffSelectionRule.cut_off_geometry\n\nCutOffSelectionRule.cut_off_rule_type\n\nCutOffSelectionRule.elemental_data\n\nCutOffSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nCutOffSelectionRule.mesh\nFull mesh associated with the object.\nCutOffSelectionRule.name\nThe name of the object.\nCutOffSelectionRule.nodal_data\n\nCutOffSelectionRule.offset\n\nCutOffSelectionRule.parent\nThe parent of the object.\nCutOffSelectionRule.ply_cut_off_type\n\nCutOffSelectionRule.ply_tapering\n\nCutOffSelectionRule.shell_mesh\nShell mesh associated with the object.\nCutOffSelectionRule.status\n\nCutOffSelectionRule.taper_edge_set\n\nCutOffSelectionRule\ncut_off_rule_type\ncut_off_rule_type\nCutOffRuleType.TAPER\nPlyCutOffType.PRODUCTION_PLY_CUTOFF\nPlyCutOffType.ANALYSIS_PLY_CUTOFF\nCutOffSelectionRule.clone\nCutOffSelectionRule.delete\nCutOffSelectionRule.store\nCutOffSelectionRule.angle\nCutOffSelectionRule.cut_off_geometry\nCutOffSelectionRule.cut_off_rule_type\nCutOffSelectionRule.elemental_data\nCutOffSelectionRule.id\nCutOffSelectionRule.mesh\nCutOffSelectionRule.name\nCutOffSelectionRule.nodal_data\nCutOffSelectionRule.offset\nCutOffSelectionRule.parent\nCutOffSelectionRule.ply_cut_off_type\nCutOffSelectionRule.ply_tapering\nCutOffSelectionRule.shell_mesh\nCutOffSelectionRule.status\nCutOffSelectionRule.taper_edge_set" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.LOCATION", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.LOCATION.html#ansys.acp.core.LookUpTableColumnValueType.LOCATION", + "title": "LOCATION > LOCATION > LOCATION", + "section": "LOCATION > LOCATION", + "text": "LookUpTableColumnValueType.LOCATION = 'location'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.html#ansys.acp.core.CutOffSelectionRule", - "title": "CutOffSelectionRule > CutOffSelectionRule > CutOffSelectionRule", - "section": "CutOffSelectionRule > CutOffSelectionRule", - "text": "class ansys.acp.core.CutOffSelectionRule(*, name='CutOffSelectionrule', cut_off_rule_type='geometry', cut_off_geometry=None, taper_edge_set=None, offset=0.0, angle=0.0, ply_cut_off_type='production_ply_cutoff', ply_tapering=False)\n\nInstantiate a Cut-Off Selection Rule.\n\nParameters\n\nname (str) – Name of the Cut-Off Selection Rule.\n\ncut_off_rule_type (CutOffRuleType) – Determines if the cut-off is defined by a geometry or by a tapering edge.\n\ncut_off_geometry (VirtualGeometry | None) – Geometry used to define the cut-off. Only applies if\ncut_off_rule_type is GEOMETRY.\n\ntaper_edge_set (EdgeSet | None) – Edge used to define the cut-off. Only applies if\ncut_off_rule_type is CutOffRuleType.TAPER.\n\noffset (float) – Moves the cutting plane along the out-of-plane direction. Always measured\nfrom the reference surface.\n\nangle (float) – Defines the angle between the cutting plane and the reference surface.\n\nply_cut_off_type (PlyCutOffType) – Either the complete production ply is cut-off\n(PlyCutOffType.PRODUCTION_PLY_CUTOFF) or individual analysis plies\n(PlyCutOffType.ANALYSIS_PLY_CUTOFF).\n\nply_tapering (bool) – Whether the tapering of analysis plies is enabled.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCutOffSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nCutOffSelectionRule.delete()\n\nDelete the object.\n\nCutOffSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCutOffSelectionRule.angle\n\n\n\nCutOffSelectionRule.cut_off_geometry\n\n\n\nCutOffSelectionRule.cut_off_rule_type\n\n\n\nCutOffSelectionRule.elemental_data\n\n\n\nCutOffSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nCutOffSelectionRule.mesh\n\nFull mesh associated with the object.\n\nCutOffSelectionRule.name\n\nThe name of the object.\n\nCutOffSelectionRule.nodal_data\n\n\n\nCutOffSelectionRule.offset\n\n\n\nCutOffSelectionRule.parent\n\nThe parent of the object.\n\nCutOffSelectionRule.ply_cut_off_type\n\n\n\nCutOffSelectionRule.ply_tapering\n\n\n\nCutOffSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nCutOffSelectionRule.status\n\n\n\nCutOffSelectionRule.taper_edge_set\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.material_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.material_index.html#material_index", + "title": "material_index", + "section": "material_index", + "text": "material_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.html#examples-using-cutoffselectionrule", - "title": "CutOffSelectionRule > Examples using CutOffSelectionRule", - "section": "Examples using CutOffSelectionRule", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using CutOffSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.material_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.material_index.html#ansys.acp.core.SolidModelExportSettings.material_index", + "title": "material_index > material_index > material_index", + "section": "material_index > material_index", + "text": "property SolidModelExportSettings.material_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.delete", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.element_sets", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.element_sets.html#element_sets", + "title": "element_sets", + "section": "element_sets", + "text": "element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.delete", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.delete.html#ansys.acp.core.VirtualGeometry.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "VirtualGeometry.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.element_sets", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.element_sets.html#ansys.acp.core.OrientedSelectionSet.element_sets", + "title": "element_sets > element_sets > element_sets", + "section": "element_sets > element_sets", + "text": "property OrientedSelectionSet.element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XY", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XY.html#xy", - "title": "XY", - "section": "XY", - "text": "XY" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh.html#solid_mesh", + "title": "solid_mesh", + "section": "solid_mesh", + "text": "Solid mesh associated with the object.\nsolid_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XY", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XY.html#ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XY", - "title": "XY > XY > XY", - "section": "XY > XY", - "text": "property ConstantTsaiWuConstants.XY: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh.html#ansys.acp.core.AnalysisPly.solid_mesh", + "title": "solid_mesh > solid_mesh > solid_mesh", + "section": "solid_mesh > solid_mesh", + "text": "property AnalysisPly.solid_mesh: MeshData\n\nSolid mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffType", - "href": "api/_autosummary/ansys.acp.core.DropOffType.html#dropofftype", - "title": "DropOffType", - "section": "DropOffType", - "text": "Determines whether the drop off in solid models is inside or outside the ply boundary.\nDropOffType.INSIDE_PLY\n\nDropOffType.OUTSIDE_PLY\n\nDropOffType\nDropOffType.INSIDE_PLY\nDropOffType.OUTSIDE_PLY" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.solid_mesh.html#examples-using-analysisplysolid_mesh", + "title": "solid_mesh > Examples using AnalysisPly.solid_mesh", + "section": "Examples using AnalysisPly.solid_mesh", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using AnalysisPly.solid_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffType", - "href": "api/_autosummary/ansys.acp.core.DropOffType.html#ansys.acp.core.DropOffType", - "title": "DropOffType > DropOffType > DropOffType", - "section": "DropOffType > DropOffType", - "text": "class ansys.acp.core.DropOffType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines whether the drop off in solid models is inside or outside the ply boundary.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nDropOffType.INSIDE_PLY\n\n\n\nDropOffType.OUTSIDE_PLY\n\n\n\n" + "objectID": "api/linked_object_definitions", + "href": "api/linked_object_definitions.html#linked-object-definitions", + "title": "Linked object definitions", + "section": "Linked object definitions", + "text": "FabricWithAngle(fabric[, angle])\nDefines a fabric of a stackup.\nLamina(material[, angle])\nClass to link a material with a sub-laminate.\nLinkedSelectionRule(selection_rule, *[, ...])\nDefines selection rules linked to a Boolean Selection Rule or Modeling Ply.\nPrimaryPly(sequence[, level])\nDefines a primary ply of a butt joint sequence.\nSubShape(cad_geometry, path)\nRepresents a sub-shape of a virtual geometry.\nTaperEdge(edge_set, *, angle, offset)\nDefines a taper edge.\nLinked object definitions\nFabricWithAngle\nLamina\nLinkedSelectionRule\nPrimaryPly\nSubShape\nTaperEdge" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.clone", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.html#rosetteselectionmethod", + "title": "RosetteSelectionMethod", + "section": "RosetteSelectionMethod", + "text": "Options for how the rosette is selected in oriented selection sets.\nRosetteSelectionMethod.MINIMUM_ANGLE\n\nRosetteSelectionMethod.MAXIMUM_ANGLE\n\nRosetteSelectionMethod.MINIMUM_DISTANCE\n\nRosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED\n\nRosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED\n\nRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\n\nRosetteSelectionMethod.ANSYS_CLASSIC\n\nRosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES\n\nRosetteSelectionMethod\nRosetteSelectionMethod.MINIMUM_ANGLE\nRosetteSelectionMethod.MAXIMUM_ANGLE\nRosetteSelectionMethod.MINIMUM_DISTANCE\nRosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED\nRosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED\nRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\nRosetteSelectionMethod.ANSYS_CLASSIC\nRosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.clone", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.clone.html#ansys.acp.core.SnapToGeometry.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "SnapToGeometry.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.html#ansys.acp.core.RosetteSelectionMethod", + "title": "RosetteSelectionMethod > RosetteSelectionMethod > RosetteSelectionMethod", + "section": "RosetteSelectionMethod > RosetteSelectionMethod", + "text": "class ansys.acp.core.RosetteSelectionMethod(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how the rosette is selected in oriented selection sets.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nRosetteSelectionMethod.MINIMUM_ANGLE\n\n\n\nRosetteSelectionMethod.MAXIMUM_ANGLE\n\n\n\nRosetteSelectionMethod.MINIMUM_DISTANCE\n\n\n\nRosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED\n\n\n\nRosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED\n\n\n\nRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\n\n\n\nRosetteSelectionMethod.ANSYS_CLASSIC\n\n\n\nRosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.puck_constants", - "href": "api/_autosummary/ansys.acp.core.Material.puck_constants.html#puck_constants", - "title": "puck_constants", - "section": "puck_constants", - "text": "puck_constants" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.html#examples-using-rosetteselectionmethod", + "title": "RosetteSelectionMethod > Examples using RosetteSelectionMethod", + "section": "Examples using RosetteSelectionMethod", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using RosetteSelectionMethod" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.puck_constants", - "href": "api/_autosummary/ansys.acp.core.Material.puck_constants.html#ansys.acp.core.Material.puck_constants", - "title": "puck_constants > puck_constants > puck_constants", - "section": "puck_constants > puck_constants", - "text": "property Material.puck_constants: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.mesh", + "href": "api/_autosummary/ansys.acp.core.ElementSet.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method.html#rosette_selection_method", - "title": "rosette_selection_method", - "section": "rosette_selection_method", - "text": "rosette_selection_method" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.mesh", + "href": "api/_autosummary/ansys.acp.core.ElementSet.mesh.html#ansys.acp.core.ElementSet.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property ElementSet.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method.html#ansys.acp.core.OrientedSelectionSet.rosette_selection_method", - "title": "rosette_selection_method > rosette_selection_method > rosette_selection_method", - "section": "rosette_selection_method > rosette_selection_method", - "text": "property OrientedSelectionSet.rosette_selection_method: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.mesh", + "href": "api/_autosummary/ansys.acp.core.ElementSet.mesh.html#examples-using-elementsetmesh", + "title": "mesh > Examples using ElementSet.mesh", + "section": "Examples using ElementSet.mesh", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using ElementSet.mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosette_selection_method.html#examples-using-orientedselectionsetrosette_selection_method", - "title": "rosette_selection_method > Examples using OrientedSelectionSet.rosette_selection_method", - "section": "Examples using OrientedSelectionSet.rosette_selection_method", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using OrientedSelectionSet.rosette_selection_method" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.status", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.node_labels.html#ansys.acp.core.mesh_data.ImportedSolidModelNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "ImportedSolidModelNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.status", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.status.html#ansys.acp.core.ExtrusionGuide.status", - "title": "status > status > status", - "section": "status > status", - "text": "property ExtrusionGuide.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_direction.html#draped_transverse_direction", + "title": "draped_transverse_direction", + "section": "draped_transverse_direction", + "text": "draped_transverse_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_direction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_direction", + "title": "draped_transverse_direction > draped_transverse_direction > draped_transverse_direction", + "section": "draped_transverse_direction > draped_transverse_direction", + "text": "ModelingPlyElementalData.draped_transverse_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.clone.html#ansys.acp.core.CylindricalSelectionRule.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "CylindricalSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxy.html#esxy", + "title": "eSxy", + "section": "eSxy", + "text": "eSxy" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.html#rosetteselectionmethod", - "title": "RosetteSelectionMethod", - "section": "RosetteSelectionMethod", - "text": "Options for how the rosette is selected in oriented selection sets.\nRosetteSelectionMethod.MINIMUM_ANGLE\n\nRosetteSelectionMethod.MAXIMUM_ANGLE\n\nRosetteSelectionMethod.MINIMUM_DISTANCE\n\nRosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED\n\nRosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED\n\nRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\n\nRosetteSelectionMethod.ANSYS_CLASSIC\n\nRosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES\n\nRosetteSelectionMethod\nRosetteSelectionMethod.MINIMUM_ANGLE\nRosetteSelectionMethod.MAXIMUM_ANGLE\nRosetteSelectionMethod.MINIMUM_DISTANCE\nRosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED\nRosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED\nRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\nRosetteSelectionMethod.ANSYS_CLASSIC\nRosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxy.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eSxy", + "title": "eSxy > eSxy > eSxy", + "section": "eSxy > eSxy", + "text": "property VariableStrainLimits.eSxy: Any\n\n!! processed by numpydoc !!" }, - { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.html#ansys.acp.core.RosetteSelectionMethod", - "title": "RosetteSelectionMethod > RosetteSelectionMethod > RosetteSelectionMethod", - "section": "RosetteSelectionMethod > RosetteSelectionMethod", - "text": "class ansys.acp.core.RosetteSelectionMethod(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how the rosette is selected in oriented selection sets.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nRosetteSelectionMethod.MINIMUM_ANGLE\n\n\n\nRosetteSelectionMethod.MAXIMUM_ANGLE\n\n\n\nRosetteSelectionMethod.MINIMUM_DISTANCE\n\n\n\nRosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED\n\n\n\nRosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED\n\n\n\nRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\n\n\n\nRosetteSelectionMethod.ANSYS_CLASSIC\n\n\n\nRosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES\n\n\n\n" + { + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.id", + "href": "api/_autosummary/ansys.acp.core.SectionCut.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.html#examples-using-rosetteselectionmethod", - "title": "RosetteSelectionMethod > Examples using RosetteSelectionMethod", - "section": "Examples using RosetteSelectionMethod", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using RosetteSelectionMethod" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.id", + "href": "api/_autosummary/ansys.acp.core.SectionCut.id.html#ansys.acp.core.SectionCut.id", + "title": "id > id > id", + "section": "id > id", + "text": "property SectionCut.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.status", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.status", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.status.html#ansys.acp.core.LookUpTable3D.status", - "title": "status > status > status", - "section": "status > status", - "text": "property LookUpTable3D.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ImportedSolidModelNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ImportedSolidModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut", - "href": "api/_autosummary/ansys.acp.core.SectionCut.html#sectioncut", - "title": "SectionCut", - "section": "SectionCut", - "text": "Instantiate a Section Cut.\nname (str) – Name of the section cut.\nactive (bool) – Inactive section cuts are not evaluated.\norigin (tuple[float, float, float]) – Defines the origin of the section cut plane.\nnormal (tuple[float, float, float]) – Defines the normal vector of the section cut plane.\nin_plane_reference_direction1 (tuple[float, float, float]) – Defines the in-plane transverse direction of the beam. Used for the surface\nsection cut and section cut measures.\nscope_entire_model (bool) – If True, the section cut is applied to the entire model. Otherwise, the\nsection cut is applied only to the element sets specified in\nscope_element_sets.\nscope_element_sets (Sequence[ElementSet]) – The element sets to which the section cut is applied. Used only if\nscope_entire_model is False.\nextrusion_type (ExtrusionType) – Determines the extrusion method used to create the section cut.\nscale_factor (float) – Scale factor applied to the ply thicknesses.\ncore_scale_factor (float) – Scale factor applied to the core thicknesses.\nsection_cut_type (SectionCutType) – Determines whether the section cut is extruded by modeling ply, production\nply, or analysis ply.\nintersection_type (IntersectionType) – Determines the method used to compute a wire frame section cut. Used only\nif extrusion_type is ExtrusionType.WIRE_FRAME.\nuse_default_tolerance (bool) – If True, the segment tolerance is computed as 0.1% of the averaged element size.\nOtherwise, the tolerance value is used.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED.\ntolerance (float) – Defines the minimum length of the segments. Segments shorter than this value\nare merged.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED, and use_default_tolerance is\nFalse.\nuse_default_interpolation_settings (bool) – If True, default interpolation settings are used by the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED.\nsearch_radius (float) – Search radius of the interpolation algorithm used in the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\nnumber_of_interpolation_points (int) – Number of interpolation points of the interpolation algorithm used in the\nsweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\nAdded in ACP server version 25.1.\nSectionCut.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSectionCut.delete()\nDelete the object.\nSectionCut.store(parent)\nStore the object on the server.\nSectionCut.active\n\nSectionCut.core_scale_factor\n\nSectionCut.extrusion_type\n\nSectionCut.id\nIdentifier of the object, used for example as key in maps.\nSectionCut.in_plane_reference_direction1\n\nSectionCut.intersection_type\n\nSectionCut.locked\n\nSectionCut.name\nThe name of the object.\nSectionCut.normal\n\nSectionCut.number_of_interpolation_points\n\nSectionCut.origin\n\nSectionCut.parent\nThe parent of the object.\nSectionCut.scale_factor\n\nSectionCut.scope_element_sets\n\nSectionCut.scope_entire_model\n\nSectionCut.search_radius\n\nSectionCut.section_cut_type\n\nSectionCut.status\n\nSectionCut.tolerance\n\nSectionCut.use_default_interpolation_settings\n\nSectionCut.use_default_tolerance\n\nSectionCut\nscope_element_sets\nscope_entire_model\nextrusion_type\nExtrusionType.WIRE_FRAME\ntolerance\nextrusion_type\nExtrusionType.SURFACE_NORMAL\nExtrusionType.SURFACE_SWEEP_BASED\nextrusion_type\nExtrusionType.SURFACE_NORMAL\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_tolerance\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_interpolation_settings\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_interpolation_settings\nSectionCut.clone\nSectionCut.delete\nSectionCut.store\nSectionCut.active\nSectionCut.core_scale_factor\nSectionCut.extrusion_type\nSectionCut.id\nSectionCut.in_plane_reference_direction1\nSectionCut.intersection_type\nSectionCut.locked\nSectionCut.name\nSectionCut.normal\nSectionCut.number_of_interpolation_points\nSectionCut.origin\nSectionCut.parent\nSectionCut.scale_factor\nSectionCut.scope_element_sets\nSectionCut.scope_entire_model\nSectionCut.search_radius\nSectionCut.section_cut_type\nSectionCut.status\nSectionCut.tolerance\nSectionCut.use_default_interpolation_settings\nSectionCut.use_default_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.upper", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.upper.html#upper", + "title": "upper", + "section": "upper", + "text": "Return a copy of the string converted to uppercase.\nupper" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut", - "href": "api/_autosummary/ansys.acp.core.SectionCut.html#ansys.acp.core.SectionCut", - "title": "SectionCut > SectionCut > SectionCut", - "section": "SectionCut > SectionCut", - "text": "class ansys.acp.core.SectionCut(*, name='SectionCut', active=True, origin=(0.0, 0.0, 0.0), normal=(0.0, 0.0, 1.0), in_plane_reference_direction1=(1.0, 0.0, 0.0), scope_entire_model=True, scope_element_sets=(), extrusion_type='wire_frame', scale_factor=1.0, core_scale_factor=1.0, section_cut_type='modeling_ply_wise', intersection_type='normal_to_surface', use_default_tolerance=True, tolerance=0.0, use_default_interpolation_settings=True, search_radius=0.0, number_of_interpolation_points=1)\n\nInstantiate a Section Cut.\n\nParameters\n\nname (str) – Name of the section cut.\n\nactive (bool) – Inactive section cuts are not evaluated.\n\norigin (tuple[float, float, float]) – Defines the origin of the section cut plane.\n\nnormal (tuple[float, float, float]) – Defines the normal vector of the section cut plane.\n\nin_plane_reference_direction1 (tuple[float, float, float]) – Defines the in-plane transverse direction of the beam. Used for the surface\nsection cut and section cut measures.\n\nscope_entire_model (bool) – If True, the section cut is applied to the entire model. Otherwise, the\nsection cut is applied only to the element sets specified in\nscope_element_sets.\n\nscope_element_sets (Sequence[ElementSet]) – The element sets to which the section cut is applied. Used only if\nscope_entire_model is False.\n\nextrusion_type (ExtrusionType) – Determines the extrusion method used to create the section cut.\n\nscale_factor (float) – Scale factor applied to the ply thicknesses.\n\ncore_scale_factor (float) – Scale factor applied to the core thicknesses.\n\nsection_cut_type (SectionCutType) – Determines whether the section cut is extruded by modeling ply, production\nply, or analysis ply.\n\nintersection_type (IntersectionType) – Determines the method used to compute a wire frame section cut. Used only\nif extrusion_type is ExtrusionType.WIRE_FRAME.\n\nuse_default_tolerance (bool) – If True, the segment tolerance is computed as 0.1% of the averaged element size.\nOtherwise, the tolerance value is used.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED.\n\ntolerance (float) – Defines the minimum length of the segments. Segments shorter than this value\nare merged.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED, and use_default_tolerance is\nFalse.\n\nuse_default_interpolation_settings (bool) – If True, default interpolation settings are used by the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED.\n\nsearch_radius (float) – Search radius of the interpolation algorithm used in the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\n\nnumber_of_interpolation_points (int) – Number of interpolation points of the interpolation algorithm used in the\nsweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSectionCut.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSectionCut.delete()\n\nDelete the object.\n\nSectionCut.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSectionCut.active\n\n\n\nSectionCut.core_scale_factor\n\n\n\nSectionCut.extrusion_type\n\n\n\nSectionCut.id\n\nIdentifier of the object, used for example as key in maps.\n\nSectionCut.in_plane_reference_direction1\n\n\n\nSectionCut.intersection_type\n\n\n\nSectionCut.locked\n\n\n\nSectionCut.name\n\nThe name of the object.\n\nSectionCut.normal\n\n\n\nSectionCut.number_of_interpolation_points\n\n\n\nSectionCut.origin\n\n\n\nSectionCut.parent\n\nThe parent of the object.\n\nSectionCut.scale_factor\n\n\n\nSectionCut.scope_element_sets\n\n\n\nSectionCut.scope_entire_model\n\n\n\nSectionCut.search_radius\n\n\n\nSectionCut.section_cut_type\n\n\n\nSectionCut.status\n\n\n\nSectionCut.tolerance\n\n\n\nSectionCut.use_default_interpolation_settings\n\n\n\nSectionCut.use_default_tolerance\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.upper", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.upper.html#ansys.acp.core.material_property_sets.PuckMaterialType.upper", + "title": "upper > upper > upper", + "section": "upper > upper", + "text": "PuckMaterialType.upper(/)\n\nReturn a copy of the string converted to uppercase.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.add_material", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.add_material.html#add_material", + "title": "add_material", + "section": "add_material", + "text": "Add a Lamina to the SubLaminate.\nmaterial (Fabric | Stackup) – Link to an existing fabric or stackup.\nangle (float) – Orientation angle in degree of the material with respect to the reference direction.\nLamina\nAdded in ACP server version 24.2.\nadd_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete.html#ansys.acp.core.LayupMappingObject.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "LayupMappingObject.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.add_material", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.add_material.html#ansys.acp.core.SubLaminate.add_material", + "title": "add_material > add_material > add_material", + "section": "add_material > add_material", + "text": "SubLaminate.add_material(material, angle=0.0)\n\nAdd a Lamina to the SubLaminate.\n\nParameters\n\nmaterial (Fabric | Stackup) – Link to an existing fabric or stackup.\n\nangle (float) – Orientation angle in degree of the material with respect to the reference direction.\n\nReturn type\n\nLamina\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.html#tubeselectionrule", + "title": "TubeSelectionRule", + "section": "TubeSelectionRule", + "text": "Instantiate a Tube Selection Rule.\nname (str) – Name of the Tube Selection Rule.\nedge_set (EdgeSet | None) – Edge Set defining the path of the tube.\nouter_radius (float) – Outer radius of the tube.\ninner_radius (float) – Inner radius of the tube.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nextend_endings (bool) – Enable this option to extend the endings of the tube.\nsymmetrical_extension (bool) – Whether the extensions have equal length on both sides or not.\nhead (tuple[float, float, float]) – Defines the head of the tube. Select a point nearby one of the free ends\nof the tube. Only needed if the extensions are asymmetric.\nhead_extension (float) – Defines the length of the extension at the head of the tube. In case of\nsymmetry, this value is used for both sides.\ntail_extension (float) – Defines the length of the extension at the tail of the tube. Only needed\nif the extensions are asymmetric.\nAdded in ACP server version 24.2.\nTubeSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nTubeSelectionRule.delete()\nDelete the object.\nTubeSelectionRule.store(parent)\nStore the object on the server.\nTubeSelectionRule.edge_set\n\nTubeSelectionRule.elemental_data\n\nTubeSelectionRule.extend_endings\n\nTubeSelectionRule.head\n\nTubeSelectionRule.head_extension\n\nTubeSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nTubeSelectionRule.include_rule\n\nTubeSelectionRule.inner_radius\n\nTubeSelectionRule.mesh\nFull mesh associated with the object.\nTubeSelectionRule.name\nThe name of the object.\nTubeSelectionRule.nodal_data\n\nTubeSelectionRule.outer_radius\n\nTubeSelectionRule.parent\nThe parent of the object.\nTubeSelectionRule.shell_mesh\nShell mesh associated with the object.\nTubeSelectionRule.status\n\nTubeSelectionRule.symmetrical_extension\n\nTubeSelectionRule.tail_extension\n\nTubeSelectionRule\nFalse\nTubeSelectionRule.clone\nTubeSelectionRule.delete\nTubeSelectionRule.store\nTubeSelectionRule.edge_set\nTubeSelectionRule.elemental_data\nTubeSelectionRule.extend_endings\nTubeSelectionRule.head\nTubeSelectionRule.head_extension\nTubeSelectionRule.id\nTubeSelectionRule.include_rule\nTubeSelectionRule.inner_radius\nTubeSelectionRule.mesh\nTubeSelectionRule.name\nTubeSelectionRule.nodal_data\nTubeSelectionRule.outer_radius\nTubeSelectionRule.parent\nTubeSelectionRule.shell_mesh\nTubeSelectionRule.status\nTubeSelectionRule.symmetrical_extension\nTubeSelectionRule.tail_extension" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "CutOffSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.html#ansys.acp.core.TubeSelectionRule", + "title": "TubeSelectionRule > TubeSelectionRule > TubeSelectionRule", + "section": "TubeSelectionRule > TubeSelectionRule", + "text": "class ansys.acp.core.TubeSelectionRule(*, name='TubeSelectionrule', edge_set=None, outer_radius=1.0, inner_radius=0.0, include_rule=True, extend_endings=False, symmetrical_extension=True, head=(0.0, 0.0, 0.0), head_extension=0.0, tail_extension=0.0)\n\nInstantiate a Tube Selection Rule.\n\nParameters\n\nname (str) – Name of the Tube Selection Rule.\n\nedge_set (EdgeSet | None) – Edge Set defining the path of the tube.\n\nouter_radius (float) – Outer radius of the tube.\n\ninner_radius (float) – Inner radius of the tube.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nextend_endings (bool) – Enable this option to extend the endings of the tube.\n\nsymmetrical_extension (bool) – Whether the extensions have equal length on both sides or not.\n\nhead (tuple[float, float, float]) – Defines the head of the tube. Select a point nearby one of the free ends\nof the tube. Only needed if the extensions are asymmetric.\n\nhead_extension (float) – Defines the length of the extension at the head of the tube. In case of\nsymmetry, this value is used for both sides.\n\ntail_extension (float) – Defines the length of the extension at the tail of the tube. Only needed\nif the extensions are asymmetric.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nTubeSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nTubeSelectionRule.delete()\n\nDelete the object.\n\nTubeSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nTubeSelectionRule.edge_set\n\n\n\nTubeSelectionRule.elemental_data\n\n\n\nTubeSelectionRule.extend_endings\n\n\n\nTubeSelectionRule.head\n\n\n\nTubeSelectionRule.head_extension\n\n\n\nTubeSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nTubeSelectionRule.include_rule\n\n\n\nTubeSelectionRule.inner_radius\n\n\n\nTubeSelectionRule.mesh\n\nFull mesh associated with the object.\n\nTubeSelectionRule.name\n\nThe name of the object.\n\nTubeSelectionRule.nodal_data\n\n\n\nTubeSelectionRule.outer_radius\n\n\n\nTubeSelectionRule.parent\n\nThe parent of the object.\n\nTubeSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nTubeSelectionRule.status\n\n\n\nTubeSelectionRule.symmetrical_extension\n\n\n\nTubeSelectionRule.tail_extension\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.html#examples-using-tubeselectionrule", + "title": "TubeSelectionRule > Examples using TubeSelectionRule", + "section": "Examples using TubeSelectionRule", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nExamples using TubeSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.mesh.html#ansys.acp.core.CutOffSelectionRule.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property CutOffSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XZ", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XZ.html#xz", + "title": "XZ", + "section": "XZ", + "text": "XZ" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.parent", - "href": "api/_autosummary/ansys.acp.core.Model.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XZ", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XZ.html#ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XZ", + "title": "XZ > XZ > XZ", + "section": "XZ > XZ", + "text": "property ConstantTsaiWuConstants.XZ: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.parent", - "href": "api/_autosummary/ansys.acp.core.Model.parent.html#ansys.acp.core.Model.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property Model.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.TABULAR_VALUES", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.TABULAR_VALUES.html#tabular_values", + "title": "TABULAR_VALUES", + "section": "TABULAR_VALUES", + "text": "TABULAR_VALUES" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_H5", - "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_H5.html#ansys_h5", - "title": "ANSYS_H5", - "section": "ANSYS_H5", - "text": "ANSYS_H5" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.TABULAR_VALUES", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.TABULAR_VALUES.html#ansys.acp.core.ImportedPlyDrapingType.TABULAR_VALUES", + "title": "TABULAR_VALUES > TABULAR_VALUES > TABULAR_VALUES", + "section": "TABULAR_VALUES > TABULAR_VALUES", + "text": "ImportedPlyDrapingType.TABULAR_VALUES = 'tabular_values'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_H5", - "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_H5.html#ansys.acp.core.SolidModelImportFormat.ANSYS_H5", - "title": "ANSYS_H5 > ANSYS_H5 > ANSYS_H5", - "section": "ANSYS_H5 > ANSYS_H5", - "text": "SolidModelImportFormat.ANSYS_H5 = 'ansys:h5'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.offset.html#offset", + "title": "offset", + "section": "offset", + "text": "offset" }, { - "objectID": "user_guide/howto/visualize_model", - "href": "user_guide/howto/visualize_model.html#visualize-model", - "title": "Visualize model", - "section": "Visualize model", - "text": "This guide uses a model of a race car’s front wing.\nVisualize model" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.offset.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.offset", + "title": "offset > offset > offset", + "section": "offset > offset", + "text": "ProductionPlyElementalData.offset: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "user_guide/howto/visualize_model", - "href": "user_guide/howto/visualize_model.html#show-the-mesh", - "title": "Visualize model > Show the mesh", - "section": "Show the mesh", - "text": "Access the mesh data using the Model.mesh attribute. This attribute, an instance of the MeshData class, can be converted to a PyVista mesh using the MeshData.to_pyvista() method.\nYou can also access and plot the mesh data for specific tree objects. For example, the following code plots the mesh for a modeling ply.\nShow the mesh\nModel.mesh\nMeshData\nMeshData.to_pyvista()" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.oriented_selection_sets", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.oriented_selection_sets.html#oriented_selection_sets", + "title": "oriented_selection_sets", + "section": "oriented_selection_sets", + "text": "oriented_selection_sets" }, { - "objectID": "user_guide/howto/visualize_model", - "href": "user_guide/howto/visualize_model.html#showing-the-directions", - "title": "Visualize model > Showing the directions", - "section": "Showing the directions", - "text": "Show the directions (such as normals, fiber directions, and orientations) of the model by using the get_directions_plotter() helper function. This function takes the model, the components to visualize, and some optional parameters.\nThe following example shows the orientation and fiber direction of a modeling ply.\nThe color scheme used in this plot for the various components matches the ACP GUI.\nThe directions plot can be scoped to a specific region of the model by using the mesh parameter. For example, the following code only plots the part covered by the modeling ply.\nShowing the directions\nget_directions_plotter()\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.oriented_selection_sets", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.oriented_selection_sets.html#ansys.acp.core.ModelingPly.oriented_selection_sets", + "title": "oriented_selection_sets > oriented_selection_sets > oriented_selection_sets", + "section": "oriented_selection_sets > oriented_selection_sets", + "text": "property ModelingPly.oriented_selection_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/howto/visualize_model", - "href": "user_guide/howto/visualize_model.html#showing-the-mesh-data", - "title": "Visualize model > Showing the mesh data", - "section": "Showing the mesh data", - "text": "Access the mesh data related to a specific ACP object using the elemental_data and nodal_data attributes. These attributes represent either scalar or vector data.\nShowing the mesh data\nelemental_data\nnodal_data" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "user_guide/howto/visualize_model", - "href": "user_guide/howto/visualize_model.html#scalar-data", - "title": "Visualize model > Scalar data", - "section": "Scalar data", - "text": "You can convert scalar data to a PyVista mesh using the get_pyvista_mesh method. This method requires the base model mesh.\nFor example, you can plot the total thickness of the model using this code:\nAgain, the mesh parameter can be used to limit the scope of the plot.\nScalar data\nget_pyvista_mesh\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "GeometricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/howto/visualize_model", - "href": "user_guide/howto/visualize_model.html#vector-data", - "title": "Visualize model > Vector data", - "section": "Vector data", - "text": "Visualize vector data using the get_directions_plotter() function shown in the preceding section directions_plotter. If you need more fine-grained control over the visualization, you can use the method shown in this section instead.\nVector data can be converted to PyVista glyphs using the get_pyvista_glyphs method. This method requires the base model mesh.\nYou can also choose a scaling factor to change the size of the vector glyphs and a culling factor to reduce the number of glyphs plotted.\nThe base mesh is not shown when plotting vector data using PyVista glyphs. To visualize the mesh, you can combine the mesh and glyphs together using a PyVista plotter.\nVector data\nget_directions_plotter()\nget_pyvista_glyphs" + "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.PRODUCTION_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.SectionCutType.PRODUCTION_PLY_WISE.html#production_ply_wise", + "title": "PRODUCTION_PLY_WISE", + "section": "PRODUCTION_PLY_WISE", + "text": "PRODUCTION_PLY_WISE" }, { - "objectID": "user_guide/howto/visualize_model", - "href": "user_guide/howto/visualize_model.html#showing-geometries", - "title": "Visualize model > Showing geometries", - "section": "Showing geometries", - "text": "You can view CAD geometries using their visualization_mesh attribute. This attribute contains a tessellated (triangular) mesh that represents the geometry.\nFor plotting, the tessellated mesh has a .to_pyvista method that returns a PyVista PolyData object. To see its triangular nature, plot the mesh with the show_edges option set to True.\nShowing geometries\nvisualization_mesh\n.to_pyvista\nPolyData\nshow_edges\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.PRODUCTION_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.SectionCutType.PRODUCTION_PLY_WISE.html#ansys.acp.core.SectionCutType.PRODUCTION_PLY_WISE", + "title": "PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE", + "section": "PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE", + "text": "SectionCutType.PRODUCTION_PLY_WISE = 'production_ply_wise'\n\n" }, { - "objectID": "user_guide/howto/visualize_model", - "href": "user_guide/howto/visualize_model.html#showing-solid-model", - "title": "Visualize model > Showing solid model", - "section": "Showing solid model", - "text": "The visualization of a solid mesh and its elemental data is shown in the example solid_model_example.\nShowing solid model" + "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.KEEP", + "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.KEEP.html#keep", + "title": "KEEP", + "section": "KEEP", + "text": "KEEP" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_SOLID_MODEL", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_SOLID_MODEL.html#sensor_by_solid_model", - "title": "SENSOR_BY_SOLID_MODEL", - "section": "SENSOR_BY_SOLID_MODEL", - "text": "SENSOR_BY_SOLID_MODEL" + "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.KEEP", + "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.KEEP.html#ansys.acp.core.LinkedObjectHandling.KEEP", + "title": "KEEP > KEEP > KEEP", + "section": "KEEP > KEEP", + "text": "LinkedObjectHandling.KEEP = 'keep'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_SOLID_MODEL", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_SOLID_MODEL.html#ansys.acp.core.SensorType.SENSOR_BY_SOLID_MODEL", - "title": "SENSOR_BY_SOLID_MODEL > SENSOR_BY_SOLID_MODEL > SENSOR_BY_SOLID_MODEL", - "section": "SENSOR_BY_SOLID_MODEL > SENSOR_BY_SOLID_MODEL", - "text": "SensorType.SENSOR_BY_SOLID_MODEL = 'sensor_by_solid_model'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.parent", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "examples/index", - "href": "examples/index.html#examples", - "title": "Examples", - "section": "Examples", - "text": "Examples" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.parent", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.parent.html#ansys.acp.core.OrientedSelectionSet.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property OrientedSelectionSet.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/index", - "href": "examples/index.html#acp-modeling-features", - "title": "Examples > ACP modeling features", - "section": "ACP modeling features", - "text": "These examples show how to use PyACP for defining composite layups.\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nGallery generated by Sphinx-Gallery\nACP modeling features" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.status", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "examples/index", - "href": "examples/index.html#workflow-examples", - "title": "Examples > Workflow examples", - "section": "Workflow examples", - "text": "These examples show how to combine PyACP with other tools to create a full\nsimulation workflow.\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nGallery generated by Sphinx-Gallery\nWorkflow examples" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.status", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.status.html#ansys.acp.core.CADGeometry.status", + "title": "status > status > status", + "section": "status > status", + "text": "property CADGeometry.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/index", - "href": "examples/index.html#use-case-examples", - "title": "Examples > Use case examples", - "section": "Use case examples", - "text": "These examples can serve as an inspiration for how you can tackle your own\nuse cases with PyACP.\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nGallery generated by Sphinx-Gallery\nUse case examples" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_acp", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_acp.html#image_name_acp", + "title": "image_name_acp", + "section": "image_name_acp", + "text": "image_name_acp" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G31", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G31.html#g31", - "title": "G31", - "section": "G31", - "text": "G31" + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_acp", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.image_name_acp.html#ansys.acp.core.DockerComposeLaunchConfig.image_name_acp", + "title": "image_name_acp > image_name_acp > image_name_acp", + "section": "image_name_acp > image_name_acp", + "text": "DockerComposeLaunchConfig.image_name_acp: str = 'ghcr.io/ansys/acp:latest'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G31", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G31.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G31", - "title": "G31 > G31 > G31", - "section": "G31 > G31", - "text": "property ConstantEngineeringConstants.G31: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_angle.html#draped_fiber_angle", + "title": "draped_fiber_angle", + "section": "draped_fiber_angle", + "text": "draped_fiber_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.entire_solid_mesh", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.entire_solid_mesh.html#entire_solid_mesh", - "title": "entire_solid_mesh", - "section": "entire_solid_mesh", - "text": "entire_solid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_angle.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_angle", + "title": "draped_fiber_angle > draped_fiber_angle > draped_fiber_angle", + "section": "draped_fiber_angle > draped_fiber_angle", + "text": "ProductionPlyElementalData.draped_fiber_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.entire_solid_mesh", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.entire_solid_mesh.html#ansys.acp.core.LayupMappingObject.entire_solid_mesh", - "title": "entire_solid_mesh > entire_solid_mesh > entire_solid_mesh", - "section": "entire_solid_mesh > entire_solid_mesh", - "text": "property LayupMappingObject.entire_solid_mesh: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.name", + "href": "api/_autosummary/ansys.acp.core.SolidModel.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat", - "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.html#solidmodelimportformat", - "title": "SolidModelImportFormat", - "section": "SolidModelImportFormat", - "text": "Options for the file format when importing a solid model.\nSolidModelImportFormat.ANSYS_H5\n\nSolidModelImportFormat.ANSYS_CDB\n\nSolidModelImportFormat.ANSYS_DAT\n\nSolidModelImportFormat\nSolidModelImportFormat.ANSYS_H5\nSolidModelImportFormat.ANSYS_CDB\nSolidModelImportFormat.ANSYS_DAT" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.name", + "href": "api/_autosummary/ansys.acp.core.SolidModel.name.html#ansys.acp.core.SolidModel.name", + "title": "name > name > name", + "section": "name > name", + "text": "property SolidModel.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat", - "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.html#ansys.acp.core.SolidModelImportFormat", - "title": "SolidModelImportFormat > SolidModelImportFormat > SolidModelImportFormat", - "section": "SolidModelImportFormat > SolidModelImportFormat", - "text": "class ansys.acp.core.SolidModelImportFormat(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the file format when importing a solid model.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSolidModelImportFormat.ANSYS_H5\n\n\n\nSolidModelImportFormat.ANSYS_CDB\n\n\n\nSolidModelImportFormat.ANSYS_DAT\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.CURRENCY", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.CURRENCY.html#currency", + "title": "CURRENCY", + "section": "CURRENCY", + "text": "CURRENCY" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.CURRENCY", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.CURRENCY.html#ansys.acp.core.PhysicalDimension.CURRENCY", + "title": "CURRENCY > CURRENCY > CURRENCY", + "section": "CURRENCY > CURRENCY", + "text": "PhysicalDimension.CURRENCY = 'currency'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "BooleanSelectionRuleElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Material.name", + "href": "api/_autosummary/ansys.acp.core.Material.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.clone", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.Material.name", + "href": "api/_autosummary/ansys.acp.core.Material.name.html#ansys.acp.core.Material.name", + "title": "name > name > name", + "section": "name > name", + "text": "property Material.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.clone", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.clone.html#ansys.acp.core.InterfaceLayer.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "InterfaceLayer.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.name", + "href": "api/_autosummary/ansys.acp.core.Material.name.html#examples-using-materialname", + "title": "name > Examples using Material.name", + "section": "Examples using Material.name", + "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Material.name" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.id", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E1.html#e1", + "title": "E1", + "section": "E1", + "text": "E1" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.id", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.id.html#ansys.acp.core.SolidElementSet.id", - "title": "id > id > id", - "section": "id > id", - "text": "property SolidElementSet.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E1.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.E1", + "title": "E1 > E1 > E1", + "section": "E1 > E1", + "text": "property VariableEngineeringConstants.E1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_rule_type", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_rule_type.html#cut_off_rule_type", - "title": "cut_off_rule_type", - "section": "cut_off_rule_type", - "text": "cut_off_rule_type" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.name", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_rule_type", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_rule_type.html#ansys.acp.core.CutOffSelectionRule.cut_off_rule_type", - "title": "cut_off_rule_type > cut_off_rule_type > cut_off_rule_type", - "section": "cut_off_rule_type > cut_off_rule_type", - "text": "property CutOffSelectionRule.cut_off_rule_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.name", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.name.html#ansys.acp.core.ProductionPly.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ProductionPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.TEMPERATURE", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.TEMPERATURE.html#temperature", - "title": "TEMPERATURE", - "section": "TEMPERATURE", - "text": "TEMPERATURE" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.TEMPERATURE", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.TEMPERATURE.html#ansys.acp.core.PhysicalDimension.TEMPERATURE", - "title": "TEMPERATURE > TEMPERATURE > TEMPERATURE", - "section": "TEMPERATURE > TEMPERATURE", - "text": "PhysicalDimension.TEMPERATURE = 'temperature'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_labels.html#ansys.acp.core.mesh_data.MeshData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "MeshData.element_labels: ndarray[tuple[int, ...], dtype[int32]]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.html#solidmodelexportformat", - "title": "SolidModelExportFormat", - "section": "SolidModelExportFormat", - "text": "Options for the export format of solid models.\nSolidModelExportFormat.ANSYS_H5\n\nSolidModelExportFormat.ANSYS_CDB\n\nSolidModelExportFormat\nSolidModelExportFormat.ANSYS_H5\nSolidModelExportFormat.ANSYS_CDB" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.html#ansys.acp.core.SolidModelExportFormat", - "title": "SolidModelExportFormat > SolidModelExportFormat > SolidModelExportFormat", - "section": "SolidModelExportFormat > SolidModelExportFormat", - "text": "class ansys.acp.core.SolidModelExportFormat(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the export format of solid models.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSolidModelExportFormat.ANSYS_H5\n\n\n\nSolidModelExportFormat.ANSYS_CDB\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.status.html#ansys.acp.core.CutOffSelectionRule.status", + "title": "status > status > status", + "section": "status > status", + "text": "property CutOffSelectionRule.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel", - "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.html#drapingmaterialmodel", - "title": "DrapingMaterialModel", - "section": "DrapingMaterialModel", - "text": "Options for the material type used in the draping algorithm.\nDrapingMaterialModel.WOVEN\n\nDrapingMaterialModel.UD\n\nDrapingMaterialModel\nDrapingMaterialModel.WOVEN\nDrapingMaterialModel.UD" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.active", + "href": "api/_autosummary/ansys.acp.core.SolidModel.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel", - "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.html#ansys.acp.core.DrapingMaterialModel", - "title": "DrapingMaterialModel > DrapingMaterialModel > DrapingMaterialModel", - "section": "DrapingMaterialModel > DrapingMaterialModel", - "text": "class ansys.acp.core.DrapingMaterialModel(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the material type used in the draping algorithm.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nDrapingMaterialModel.WOVEN\n\n\n\nDrapingMaterialModel.UD\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.active", + "href": "api/_autosummary/ansys.acp.core.SolidModel.active.html#ansys.acp.core.SolidModel.active", + "title": "active > active > active", + "section": "active > active", + "text": "property SolidModel.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isspace", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isspace.html#isspace", - "title": "isspace", - "section": "isspace", - "text": "Return True if the string is a whitespace string, False otherwise.\nA string is whitespace if all characters in the string are whitespace and there\nis at least one character in the string.\nisspace" + "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.offset", + "href": "api/_autosummary/ansys.acp.core.TaperEdge.offset.html#offset", + "title": "offset", + "section": "offset", + "text": "Move the cutting plane along the out-of-plane direction.\nA negative value cuts the elements at the edge where the in-plane\noffset is -offset/tan(angle).\noffset\n-offset/tan(angle)" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.offset", + "href": "api/_autosummary/ansys.acp.core.TaperEdge.offset.html#ansys.acp.core.TaperEdge.offset", + "title": "offset > offset > offset", + "section": "offset > offset", + "text": "property TaperEdge.offset: float\n\nMove the cutting plane along the out-of-plane direction.\n\nA negative value cuts the elements at the edge where the in-plane\noffset is -offset/tan(angle).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isspace", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isspace.html#ansys.acp.core.material_property_sets.PuckMaterialType.isspace", - "title": "isspace > isspace > isspace", - "section": "isspace > isspace", - "text": "PuckMaterialType.isspace(/)\n\nReturn True if the string is a whitespace string, False otherwise.\n\nA string is whitespace if all characters in the string are whitespace and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_isotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_isotropic_constants.html#from_isotropic_constants", + "title": "from_isotropic_constants", + "section": "from_isotropic_constants", + "text": "Create an isotropic strain limits property set.\neffective_strain (float) – Effective strain limit.\nAn isotropic strain limits property set.\nSelf\nfrom_isotropic_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.FROM_FILE", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.FROM_FILE.html#from_file", - "title": "FROM_FILE", - "section": "FROM_FILE", - "text": "FROM_FILE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_isotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_isotropic_constants.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.from_isotropic_constants", + "title": "from_isotropic_constants > from_isotropic_constants > from_isotropic_constants", + "section": "from_isotropic_constants > from_isotropic_constants", + "text": "classmethod ConstantStrainLimits.from_isotropic_constants(*, effective_strain=0.0)\n\nCreate an isotropic strain limits property set.\n\nParameters\n\neffective_strain (float) – Effective strain limit.\n\nReturns\n\nAn isotropic strain limits property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.FROM_FILE", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.FROM_FILE.html#ansys.acp.core.UnitSystemType.FROM_FILE", - "title": "FROM_FILE > FROM_FILE > FROM_FILE", - "section": "FROM_FILE > FROM_FILE", - "text": "UnitSystemType.FROM_FILE = 'from_file'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E.html#e", + "title": "E", + "section": "E", + "text": "E" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZc.html#ezc", - "title": "eZc", - "section": "eZc", - "text": "eZc" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E", + "title": "E > E > E", + "section": "E > E", + "text": "property ConstantEngineeringConstants.E: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZc.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eZc", - "title": "eZc > eZc > eZc", - "section": "eZc > eZc", - "text": "property ConstantStrainLimits.eZc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.elemental_data", + "href": "api/_autosummary/ansys.acp.core.SolidModel.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stderr_file", - "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stderr_file.html#stderr_file", - "title": "stderr_file", - "section": "stderr_file", - "text": "stderr_file" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.elemental_data", + "href": "api/_autosummary/ansys.acp.core.SolidModel.elemental_data.html#ansys.acp.core.SolidModel.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property SolidModel.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stderr_file", - "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stderr_file.html#ansys.acp.core.DirectLaunchConfig.stderr_file", - "title": "stderr_file > stderr_file > stderr_file", - "section": "stderr_file > stderr_file", - "text": "DirectLaunchConfig.stderr_file: str = '/dev/null'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SymmetryType", + "href": "api/_autosummary/ansys.acp.core.SymmetryType.html#symmetrytype", + "title": "SymmetryType", + "section": "SymmetryType", + "text": "Options for the symmetry of stackups or sublaminates.\nSymmetryType.NO_SYMMETRY\n\nSymmetryType.EVEN_SYMMETRY\n\nSymmetryType.ODD_SYMMETRY\n\nSymmetryType\nSymmetryType.NO_SYMMETRY\nSymmetryType.EVEN_SYMMETRY\nSymmetryType.ODD_SYMMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.name", - "href": "api/_autosummary/ansys.acp.core.Fabric.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.SymmetryType", + "href": "api/_autosummary/ansys.acp.core.SymmetryType.html#ansys.acp.core.SymmetryType", + "title": "SymmetryType > SymmetryType > SymmetryType", + "section": "SymmetryType > SymmetryType", + "text": "class ansys.acp.core.SymmetryType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the symmetry of stackups or sublaminates.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSymmetryType.NO_SYMMETRY\n\n\n\nSymmetryType.EVEN_SYMMETRY\n\n\n\nSymmetryType.ODD_SYMMETRY\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.name", - "href": "api/_autosummary/ansys.acp.core.Fabric.name.html#ansys.acp.core.Fabric.name", - "title": "name > name > name", - "section": "name > name", - "text": "property Fabric.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SymmetryType", + "href": "api/_autosummary/ansys.acp.core.SymmetryType.html#examples-using-symmetrytype", + "title": "SymmetryType > Examples using SymmetryType", + "section": "Examples using SymmetryType", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nExamples using SymmetryType" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.name", - "href": "api/_autosummary/ansys.acp.core.Fabric.name.html#examples-using-fabricname", - "title": "name > Examples using Fabric.name", - "section": "Examples using Fabric.name", - "text": "sphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nExamples using Fabric.name" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.html#constantwovenstresslimits", + "title": "ConstantWovenStressLimits", + "section": "ConstantWovenStressLimits", + "text": "Constant stress limits property set for woven materials.\nAdded in ACP server version 24.2.\nConstantWovenStressLimits.Sxy\n\nConstantWovenStressLimits.Sxz\n\nConstantWovenStressLimits.Syz\n\nConstantWovenStressLimits.Xc\n\nConstantWovenStressLimits.Xt\n\nConstantWovenStressLimits.Yc\n\nConstantWovenStressLimits.Yt\n\nConstantWovenStressLimits.Zc\n\nConstantWovenStressLimits.Zt\n\nConstantWovenStressLimits\nConstantWovenStressLimits.Sxy\nConstantWovenStressLimits.Sxz\nConstantWovenStressLimits.Syz\nConstantWovenStressLimits.Xc\nConstantWovenStressLimits.Xt\nConstantWovenStressLimits.Yc\nConstantWovenStressLimits.Yt\nConstantWovenStressLimits.Zc\nConstantWovenStressLimits.Zt" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.tail_extension", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.tail_extension.html#tail_extension", - "title": "tail_extension", - "section": "tail_extension", - "text": "tail_extension" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits", + "title": "ConstantWovenStressLimits > ConstantWovenStressLimits > ConstantWovenStressLimits", + "section": "ConstantWovenStressLimits > ConstantWovenStressLimits", + "text": "class ansys.acp.core.material_property_sets.ConstantWovenStressLimits(*, Xc=0.0, Yc=0.0, Zc=0.0, Xt=0.0, Yt=0.0, Zt=0.0, Sxy=0.0, Syz=0.0, Sxz=0.0, _parent_object=None, _attribute_path=None)\n\nConstant stress limits property set for woven materials.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantWovenStressLimits.Sxy\n\n\n\nConstantWovenStressLimits.Sxz\n\n\n\nConstantWovenStressLimits.Syz\n\n\n\nConstantWovenStressLimits.Xc\n\n\n\nConstantWovenStressLimits.Xt\n\n\n\nConstantWovenStressLimits.Yc\n\n\n\nConstantWovenStressLimits.Yt\n\n\n\nConstantWovenStressLimits.Zc\n\n\n\nConstantWovenStressLimits.Zt\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.tail_extension", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.tail_extension.html#ansys.acp.core.TubeSelectionRule.tail_extension", - "title": "tail_extension > tail_extension > tail_extension", - "section": "tail_extension > tail_extension", - "text": "property TubeSelectionRule.tail_extension: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/005-ply-direction-lookup-table", + "href": "examples/modeling_features/005-ply-direction-lookup-table.html#direction-definition", + "title": "Direction definition", + "section": "Direction definition", + "text": "This example shows how to define directions from lookup tables. They can be either\nreference directions for oriented selection sets or draping angles for modeling plies.\nThe example only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nDirection definition" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.include_rule.html#include_rule", - "title": "include_rule", - "section": "include_rule", - "text": "include_rule" + "objectID": "examples/modeling_features/005-ply-direction-lookup-table", + "href": "examples/modeling_features/005-ply-direction-lookup-table.html#import-modules", + "title": "Direction definition > Import modules", + "section": "Import modules", + "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.include_rule.html#ansys.acp.core.CylindricalSelectionRule.include_rule", - "title": "include_rule > include_rule > include_rule", - "section": "include_rule > include_rule", - "text": "property CylindricalSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/005-ply-direction-lookup-table", + "href": "examples/modeling_features/005-ply-direction-lookup-table.html#start-acp-and-load-the-model", + "title": "Direction definition > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nImport the model from the input file.\nThis example’s input file contains a flat plate.\nStart ACP and load the model" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.expandtabs", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.expandtabs.html#expandtabs", - "title": "expandtabs", - "section": "expandtabs", - "text": "Return a copy where all tab characters are expanded using spaces.\nIf tabsize is not given, a tab size of 8 characters is assumed.\nexpandtabs" + "objectID": "examples/modeling_features/005-ply-direction-lookup-table", + "href": "examples/modeling_features/005-ply-direction-lookup-table.html#setup-materials-and-oriented-selection-set", + "title": "Direction definition > Setup materials and oriented selection set", + "section": "Setup materials and oriented selection set", + "text": "Create a material and fabric.\nCreate a parallel rosette.\nCreate an oriented selection set (OSS) and assign the rosette.\nPlot the orientation and reference direction of the OSS.\nThe reference direction is defined by the rosette.\nSetup materials and oriented selection set" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.expandtabs", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.expandtabs.html#ansys.acp.core.LaunchMode.expandtabs", - "title": "expandtabs > expandtabs > expandtabs", - "section": "expandtabs > expandtabs", - "text": "LaunchMode.expandtabs(/, tabsize=8)\n\nReturn a copy where all tab characters are expanded using spaces.\n\nIf tabsize is not given, a tab size of 8 characters is assumed.\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/005-ply-direction-lookup-table", + "href": "examples/modeling_features/005-ply-direction-lookup-table.html#define-reference-direction-from-lookup-table", + "title": "Direction definition > Define reference direction from lookup table", + "section": "Define reference direction from lookup table", + "text": "Create a 3D lookup table to store the direction and angle corrections.\nCreate a grid of points on the plate where the lookup table values are stored.\nCompute the directions tangential to circles around the point (0,0,0).\nCreate the lookup table and add the direction data.\nAssign the lookup table to the OSS.\nPlot the orientation and the reference direction of the OSS.\nReset the OSS so that it may use the rosette again for the reference direction.\nDefine reference direction from lookup table" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_element_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_element_index.html#use_default_element_index", - "title": "use_default_element_index", - "section": "use_default_element_index", - "text": "use_default_element_index" + "objectID": "examples/modeling_features/005-ply-direction-lookup-table", + "href": "examples/modeling_features/005-ply-direction-lookup-table.html#define-draping-angles-from-lookup-table", + "title": "Direction definition > Define draping angles from lookup table", + "section": "Define draping angles from lookup table", + "text": "%%\nCompute a correction angle to define circular fiber paths.\nCompute the transverse correction angle, assuming a constant shear angle of -30°.\nCreate a modeling ply with the angle corrections.\nPlot the directions of the modeling ply. First, plot the directions without correction angles.\nNext, plot the draped directions, including the correction angles, from the lookup table.\nTotal running time of the script: (0 minutes 5.095 seconds)\nDownload Jupyter notebook: 005-ply-direction-lookup-table.ipynb\nDownload Python source code: 005-ply-direction-lookup-table.py\nDownload zipped: 005-ply-direction-lookup-table.zip\nGallery generated by Sphinx-Gallery\nDefine draping angles from lookup table\nDownload Jupyter notebook: 005-ply-direction-lookup-table.ipynb\nDownload Python source code: 005-ply-direction-lookup-table.py\nDownload zipped: 005-ply-direction-lookup-table.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_element_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_element_index.html#ansys.acp.core.SolidModelExportSettings.use_default_element_index", - "title": "use_default_element_index > use_default_element_index > use_default_element_index", - "section": "use_default_element_index > use_default_element_index", - "text": "property SolidModelExportSettings.use_default_element_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.average_element_size", - "href": "api/_autosummary/ansys.acp.core.Model.average_element_size.html#average_element_size", - "title": "average_element_size", - "section": "average_element_size", - "text": "average_element_size" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "VariableOffsetSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.average_element_size", - "href": "api/_autosummary/ansys.acp.core.Model.average_element_size.html#ansys.acp.core.Model.average_element_size", - "title": "average_element_size > average_element_size > average_element_size", - "section": "average_element_size > average_element_size", - "text": "property Model.average_element_size: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.locked", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MONOLITHIC", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MONOLITHIC.html#monolithic", - "title": "MONOLITHIC", - "section": "MONOLITHIC", - "text": "MONOLITHIC" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.locked", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.locked.html#ansys.acp.core.CADGeometry.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property CADGeometry.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MONOLITHIC", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MONOLITHIC.html#ansys.acp.core.ExtrusionMethod.MONOLITHIC", - "title": "MONOLITHIC > MONOLITHIC > MONOLITHIC", - "section": "MONOLITHIC > MONOLITHIC", - "text": "ExtrusionMethod.MONOLITHIC = 'monolithic'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.rosette", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.rosette.html#rosette", + "title": "rosette", + "section": "rosette", + "text": "rosette" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.rosette", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.rosette.html#ansys.acp.core.SphericalSelectionRule.rosette", + "title": "rosette > rosette > rosette", + "section": "rosette > rosette", + "text": "property SphericalSelectionRule.rosette: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "VariableOffsetSelectionRuleElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns.html#columns", + "title": "columns", + "section": "columns", + "text": "columns" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.rho", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.rho.html#rho", - "title": "rho", - "section": "rho", - "text": "rho" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns.html#ansys.acp.core.LookUpTable3D.columns", + "title": "columns > columns > columns", + "section": "columns > columns", + "text": "property LookUpTable3D.columns: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.rho", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.rho.html#ansys.acp.core.material_property_sets.VariableDensity.rho", - "title": "rho > rho > rho", - "section": "rho > rho", - "text": "property VariableDensity.rho: Any\n\n!! processed by numpydoc !!" + { + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns.html#examples-using-lookuptable3dcolumns", + "title": "columns > Examples using LookUpTable3D.columns", + "section": "Examples using LookUpTable3D.columns", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using LookUpTable3D.columns" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.store", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.html#cutoffselectionrulenodaldata", + "title": "CutOffSelectionRuleNodalData", + "section": "CutOffSelectionRuleNodalData", + "text": "Represents nodal data for a Cut-Off Selection Rule.\nCutOffSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nCutOffSelectionRuleNodalData.node_labels\n\nCutOffSelectionRuleNodalData\nCutOffSelectionRuleNodalData.get_pyvista_mesh\nCutOffSelectionRuleNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.store", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.store.html#ansys.acp.core.ImportedSolidModel.store", - "title": "store > store > store", - "section": "store > store", - "text": "ImportedSolidModel.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.html#ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData", + "title": "CutOffSelectionRuleNodalData > CutOffSelectionRuleNodalData > CutOffSelectionRuleNodalData", + "section": "CutOffSelectionRuleNodalData > CutOffSelectionRuleNodalData", + "text": "class ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Cut-Off Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCutOffSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCutOffSelectionRuleNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY.html#from_geometry", - "title": "FROM_GEOMETRY", - "section": "FROM_GEOMETRY", - "text": "FROM_GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY.html#ansys.acp.core.ThicknessType.FROM_GEOMETRY", - "title": "FROM_GEOMETRY > FROM_GEOMETRY > FROM_GEOMETRY", - "section": "FROM_GEOMETRY > FROM_GEOMETRY", - "text": "ThicknessType.FROM_GEOMETRY = 'from_geometry'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "SphericalSelectionRuleElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY.html#examples-using-thicknesstypefrom_geometry", - "title": "FROM_GEOMETRY > Examples using ThicknessType.FROM_GEOMETRY", - "section": "Examples using ThicknessType.FROM_GEOMETRY", - "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ThicknessType.FROM_GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rotation_angle", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rotation_angle.html#rotation_angle", + "title": "rotation_angle", + "section": "rotation_angle", + "text": "rotation_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.store", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rotation_angle", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rotation_angle.html#ansys.acp.core.ImportedModelingPly.rotation_angle", + "title": "rotation_angle > rotation_angle > rotation_angle", + "section": "rotation_angle > rotation_angle", + "text": "property ImportedModelingPly.rotation_angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.store", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.store.html#ansys.acp.core.ModelingPly.store", - "title": "store > store > store", - "section": "store > store", - "text": "ModelingPly.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_direction.html#draped_transverse_direction", + "title": "draped_transverse_direction", + "section": "draped_transverse_direction", + "text": "draped_transverse_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.delete", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_direction", + "title": "draped_transverse_direction > draped_transverse_direction > draped_transverse_direction", + "section": "draped_transverse_direction > draped_transverse_direction", + "text": "AnalysisPlyElementalData.draped_transverse_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.delete", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.delete.html#ansys.acp.core.SamplingPoint.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "SamplingPoint.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.material_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.material_index.html#material_index", + "title": "material_index", + "section": "material_index", + "text": "material_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material", - "href": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material.html#drop_off_material", - "title": "drop_off_material", - "section": "drop_off_material", - "text": "drop_off_material" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.material_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.material_index.html#ansys.acp.core.ImportedSolidModelExportSettings.material_index", + "title": "material_index > material_index > material_index", + "section": "material_index > material_index", + "text": "property ImportedSolidModelExportSettings.material_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material", - "href": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material.html#ansys.acp.core.Stackup.drop_off_material", - "title": "drop_off_material > drop_off_material > drop_off_material", - "section": "drop_off_material > drop_off_material", - "text": "property Stackup.drop_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu12", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu12.html#nu12", + "title": "nu12", + "section": "nu12", + "text": "nu12" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.include_rule.html#include_rule", - "title": "include_rule", - "section": "include_rule", - "text": "include_rule" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu12", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu12.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu12", + "title": "nu12 > nu12 > nu12", + "section": "nu12 > nu12", + "text": "property ConstantEngineeringConstants.nu12: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.include_rule.html#ansys.acp.core.GeometricalSelectionRule.include_rule", - "title": "include_rule > include_rule > include_rule", - "section": "include_rule > include_rule", - "text": "property GeometricalSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_1.html#orientation_1", + "title": "orientation_1", + "section": "orientation_1", + "text": "orientation_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.edge_sets", - "href": "api/_autosummary/ansys.acp.core.Model.edge_sets.html#edge_sets", - "title": "edge_sets", - "section": "edge_sets", - "text": "edge_sets" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_1", + "title": "orientation_1 > orientation_1 > orientation_1", + "section": "orientation_1 > orientation_1", + "text": "property ConstantWovenCharacterization.orientation_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.edge_sets", - "href": "api/_autosummary/ansys.acp.core.Model.edge_sets.html#ansys.acp.core.Model.edge_sets", - "title": "edge_sets > edge_sets > edge_sets", - "section": "edge_sets > edge_sets", - "text": "property Model.edge_sets: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.angle", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.angle.html#angle", + "title": "angle", + "section": "angle", + "text": "angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.edge_sets", - "href": "api/_autosummary/ansys.acp.core.Model.edge_sets.html#examples-using-modeledge_sets", - "title": "edge_sets > Examples using Model.edge_sets", - "section": "Examples using Model.edge_sets", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nExamples using Model.edge_sets" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.angle", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.angle.html#ansys.acp.core.CutOffSelectionRule.angle", + "title": "angle > angle > angle", + "section": "angle > angle", + "text": "property CutOffSelectionRule.angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.origin", - "href": "api/_autosummary/ansys.acp.core.Rosette.origin.html#origin", - "title": "origin", - "section": "origin", - "text": "origin" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_bottom_sets", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_bottom_sets.html#drop_off_disabled_on_bottom_sets", + "title": "drop_off_disabled_on_bottom_sets", + "section": "drop_off_disabled_on_bottom_sets", + "text": "drop_off_disabled_on_bottom_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.origin", - "href": "api/_autosummary/ansys.acp.core.Rosette.origin.html#ansys.acp.core.Rosette.origin", - "title": "origin > origin > origin", - "section": "origin > origin", - "text": "property Rosette.origin: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_bottom_sets", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_bottom_sets.html#ansys.acp.core.DropOffSettings.drop_off_disabled_on_bottom_sets", + "title": "drop_off_disabled_on_bottom_sets > drop_off_disabled_on_bottom_sets > drop_off_disabled_on_bottom_sets", + "section": "drop_off_disabled_on_bottom_sets > drop_off_disabled_on_bottom_sets", + "text": "property DropOffSettings.drop_off_disabled_on_bottom_sets: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.cad_geometry", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.cad_geometry.html#cad_geometry", - "title": "cad_geometry", - "section": "cad_geometry", - "text": "cad_geometry" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.element_nodes", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.element_nodes.html#element_nodes", + "title": "element_nodes", + "section": "element_nodes", + "text": "element_nodes" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.cad_geometry", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.cad_geometry.html#ansys.acp.core.ExtrusionGuide.cad_geometry", - "title": "cad_geometry > cad_geometry > cad_geometry", - "section": "cad_geometry > cad_geometry", - "text": "property ExtrusionGuide.cad_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.element_nodes", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TriangleMesh.element_nodes.html#ansys.acp.core.mesh_data.TriangleMesh.element_nodes", + "title": "element_nodes > element_nodes > element_nodes", + "section": "element_nodes > element_nodes", + "text": "TriangleMesh.element_nodes: ndarray[tuple[int, ...], dtype[int64]]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.id", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.name", + "href": "api/_autosummary/ansys.acp.core.Stackup.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.id", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.id.html#ansys.acp.core.ImportedAnalysisPly.id", - "title": "id > id > id", - "section": "id > id", - "text": "property ImportedAnalysisPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.name", + "href": "api/_autosummary/ansys.acp.core.Stackup.name.html#ansys.acp.core.Stackup.name", + "title": "name > name > name", + "section": "name > name", + "text": "property Stackup.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.external_path", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.external_path.html#external_path", - "title": "external_path", - "section": "external_path", - "text": "external_path" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh.html#import_initial_mesh", + "title": "import_initial_mesh", + "section": "import_initial_mesh", + "text": "Import the solid mesh and its element sets.\nimport_initial_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.external_path", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.external_path.html#ansys.acp.core.ImportedSolidModel.external_path", - "title": "external_path > external_path > external_path", - "section": "external_path > external_path", - "text": "property ImportedSolidModel.external_path: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh.html#ansys.acp.core.ImportedSolidModel.import_initial_mesh", + "title": "import_initial_mesh > import_initial_mesh > import_initial_mesh", + "section": "import_initial_mesh > import_initial_mesh", + "text": "ImportedSolidModel.import_initial_mesh()\n\nImport the solid mesh and its element sets.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TaperEdge", - "href": "api/_autosummary/ansys.acp.core.TaperEdge.html#taperedge", - "title": "TaperEdge", - "section": "TaperEdge", - "text": "Defines a taper edge.\nedge_set (EdgeSet) – Defines the edge along which the ply tapering is applied.\nangle (float) – Defines the angle between the cutting plane and the reference surface.\noffset (float) – Moves the cutting plane along the out-of-plane direction.\nA negative value cuts the elements at the edge where the in-plane\noffset is -offset/tan(angle).\nAdded in ACP server version 24.2.\nTaperEdge.clone()\nCreate a new unstored TaperEdge with the same properties.\nTaperEdge.angle\nAngle between the cutting plane and the reference surface.\nTaperEdge.edge_set\nEdge along which the ply tapering is applied.\nTaperEdge.offset\nMove the cutting plane along the out-of-plane direction.\nTaperEdge\n-offset/tan(angle)\nTaperEdge.clone\nTaperEdge.angle\nTaperEdge.edge_set\nTaperEdge.offset" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh.html#examples-using-importedsolidmodelimport_initial_mesh", + "title": "import_initial_mesh > Examples using ImportedSolidModel.import_initial_mesh", + "section": "Examples using ImportedSolidModel.import_initial_mesh", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using ImportedSolidModel.import_initial_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.TaperEdge", - "href": "api/_autosummary/ansys.acp.core.TaperEdge.html#ansys.acp.core.TaperEdge", - "title": "TaperEdge > TaperEdge > TaperEdge", - "section": "TaperEdge > TaperEdge", - "text": "class ansys.acp.core.TaperEdge(edge_set, *, angle, offset)\n\nDefines a taper edge.\n\nParameters\n\nedge_set (EdgeSet) – Defines the edge along which the ply tapering is applied.\n\nangle (float) – Defines the angle between the cutting plane and the reference surface.\n\noffset (float) – Moves the cutting plane along the out-of-plane direction.\nA negative value cuts the elements at the edge where the in-plane\noffset is -offset/tan(angle).\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nTaperEdge.clone()\n\nCreate a new unstored TaperEdge with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nTaperEdge.angle\n\nAngle between the cutting plane and the reference surface.\n\nTaperEdge.edge_set\n\nEdge along which the ply tapering is applied.\n\nTaperEdge.offset\n\nMove the cutting plane along the out-of-plane direction.\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.selection_rule", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.selection_rule.html#selection_rule", + "title": "selection_rule", + "section": "selection_rule", + "text": "Link to an existing selection rule.\nselection_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_angle.html#draped_transverse_angle", - "title": "draped_transverse_angle", - "section": "draped_transverse_angle", - "text": "draped_transverse_angle" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.selection_rule", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.selection_rule.html#ansys.acp.core.LinkedSelectionRule.selection_rule", + "title": "selection_rule > selection_rule > selection_rule", + "section": "selection_rule > selection_rule", + "text": "property LinkedSelectionRule.selection_rule: BooleanSelectionRule | CutOffSelectionRule | CylindricalSelectionRule | GeometricalSelectionRule | ParallelSelectionRule | SphericalSelectionRule | TubeSelectionRule | VariableOffsetSelectionRule\n\nLink to an existing selection rule.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_angle.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_angle", - "title": "draped_transverse_angle > draped_transverse_angle > draped_transverse_angle", - "section": "draped_transverse_angle > draped_transverse_angle", - "text": "AnalysisPlyElementalData.draped_transverse_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.physical_dimension", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.physical_dimension.html#physical_dimension", + "title": "physical_dimension", + "section": "physical_dimension", + "text": "physical_dimension" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.origin", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.origin.html#origin", - "title": "origin", - "section": "origin", - "text": "origin" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.physical_dimension", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.physical_dimension.html#ansys.acp.core.LookUpTable3DColumn.physical_dimension", + "title": "physical_dimension > physical_dimension > physical_dimension", + "section": "physical_dimension > physical_dimension", + "text": "property LookUpTable3DColumn.physical_dimension: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.origin", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.origin.html#ansys.acp.core.SphericalSelectionRule.origin", - "title": "origin > origin > origin", - "section": "origin > origin", - "text": "property SphericalSelectionRule.origin: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE.html#minimum_distance", + "title": "MINIMUM_DISTANCE", + "section": "MINIMUM_DISTANCE", + "text": "MINIMUM_DISTANCE" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosette_selection_method", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosette_selection_method.html#rosette_selection_method", - "title": "rosette_selection_method", - "section": "rosette_selection_method", - "text": "rosette_selection_method" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE.html#ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE", + "title": "MINIMUM_DISTANCE > MINIMUM_DISTANCE > MINIMUM_DISTANCE", + "section": "MINIMUM_DISTANCE > MINIMUM_DISTANCE", + "text": "RosetteSelectionMethod.MINIMUM_DISTANCE = 'minimum_distance'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosette_selection_method", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosette_selection_method.html#ansys.acp.core.ImportedModelingPly.rosette_selection_method", - "title": "rosette_selection_method > rosette_selection_method > rosette_selection_method", - "section": "rosette_selection_method > rosette_selection_method", - "text": "property ImportedModelingPly.rosette_selection_method: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zt.html#zt", + "title": "Zt", + "section": "Zt", + "text": "Zt" }, { - "objectID": "intro", - "href": "intro.html#getting-started", - "title": "Getting started", - "section": "Getting started", - "text": "Getting started" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zt.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Zt", + "title": "Zt > Zt > Zt", + "section": "Zt > Zt", + "text": "property ConstantStressLimits.Zt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "intro", - "href": "intro.html#installation", - "title": "Getting started > Installation", - "section": "Installation", - "text": "PyACP supports Ansys 2024 R2 and later. To install PyACP, run the following command:\nYou should use a virtual environment,\nbecause it keeps Python packages isolated from your system Python.\nInstallation" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.component_name", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.component_name.html#component_name", + "title": "component_name", + "section": "component_name", + "text": "Name of the component.\ncomponent_name" }, { - "objectID": "intro", - "href": "intro.html#usage", - "title": "Getting started > Usage", - "section": "Usage", - "text": "Usage" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.component_name", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.component_name.html#ansys.acp.core.mesh_data.ScalarData.component_name", + "title": "component_name > component_name > component_name", + "section": "component_name > component_name", + "text": "property ScalarData.component_name: str\n\nName of the component.\n\n!! processed by numpydoc !!" }, { - "objectID": "intro", - "href": "intro.html#start-acp", - "title": "Getting started > Start ACP", - "section": "Start ACP", - "text": "Start a Python interpreter and import the PyACP package:\nNext, start an ACP instance:\nStart ACP" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.ADHESIVE", + "href": "api/_autosummary/ansys.acp.core.PlyType.ADHESIVE.html#adhesive", + "title": "ADHESIVE", + "section": "ADHESIVE", + "text": "ADHESIVE" }, { - "objectID": "intro", - "href": "intro.html#get-a-model", - "title": "Getting started > Get a model", - "section": "Get a model", - "text": "You can resume a model from an existing ACP DB (ACPH5) or built it from\nscratch by importing an FE model (mesh).\nTo load an existing model with PyACP, use the import_model() method:\nTo import an FE model, use the format=\"ansys:cdb\" or format=\"ansys:dat\"\nparameter, respectively.\nThe following example imports a CDB file.\nSee FeFormat for a list of supported FE formats. Check out the\ninput_file_for_pyacp section to see how input files can be created.\nWhen working on Windows, be careful of backslashes in paths: These may correspond to\nescape sequences, resulting in errors.\nTo avoid issues, make sure to quote the backslashes (by using \\\\) or use a\nraw string literal by prefixing your string with r,\nlike model = acp.import_model(r\"path\\to\\your\\model.acph5\").\nGet a model\nimport_model()\nformat=\"ansys:cdb\"\nformat=\"ansys:dat\"\nFeFormat\n\\\\\nmodel = acp.import_model(r\"path\\to\\your\\model.acph5\")" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.ADHESIVE", + "href": "api/_autosummary/ansys.acp.core.PlyType.ADHESIVE.html#ansys.acp.core.PlyType.ADHESIVE", + "title": "ADHESIVE > ADHESIVE > ADHESIVE", + "section": "ADHESIVE > ADHESIVE", + "text": "PlyType.ADHESIVE = 'adhesive'\n\n" }, { - "objectID": "intro", - "href": "intro.html#start-modelling", - "title": "Getting started > Start modelling", - "section": "Start modelling", - "text": "Start defining new objects in the model. For example, to create a ply and all its dependencies:\nThese create_* methods take additional parameters, which can be used to immediately set the properties of the new object.\nFor example, refer to the documentation of create_modeling_ply.\nAlternatively, you can always set the properties of an object after it has been created:\nWhen using PyACP from an IDE, you can use autocompletion to explore the available methods and properties. PyACP provides type hints to make the autocompletion as helpful as possible.\nStart modelling\ncreate_*\ncreate_modeling_ply" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.id", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "intro", - "href": "intro.html#update-and-plot-the-model", - "title": "Getting started > Update and plot the model", - "section": "Update and plot the model", - "text": "The lay-up is not automatically updated. So data such as ply thicknesses\nand fiber directions are only available after updating the model.\nTo perform the update, use the update method:\nMany PyACP objects provide data which can be plotted. For example, to show the mesh:\nOr to show the thickness of a modeling ply or fiber directions:\nThe model can also be opened in the ACP GUI. See view_the_model_in_the_acp_gui.\nUpdate and plot the model\nupdate" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.id", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.id.html#ansys.acp.core.SolidElementSet.id", + "title": "id > id > id", + "section": "id > id", + "text": "property SolidElementSet.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "intro", - "href": "intro.html#continue-exploring", - "title": "Getting started > Continue exploring", - "section": "Continue exploring", - "text": "This is just a brief introduction to PyACP. To learn more:\nCheck out the examples to see complete examples of how to use PyACP.\nThe how-to guides provide instructions on how to perform specific tasks.\nThe API reference provides detailed information on all available classes and methods.\nContinue exploring" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType", + "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.html#thicknessfieldtype", + "title": "ThicknessFieldType", + "section": "ThicknessFieldType", + "text": "Options for how thickness from a table is defined.\nThicknessFieldType.ABSOLUTE_VALUES\n\nThicknessFieldType.RELATIVE_SCALING_FACTOR\n\nThicknessFieldType\nThicknessFieldType.ABSOLUTE_VALUES\nThicknessFieldType.RELATIVE_SCALING_FACTOR" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.lower", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.lower.html#lower", - "title": "lower", - "section": "lower", - "text": "Return a copy of the string converted to lowercase.\nlower" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType", + "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.html#ansys.acp.core.ThicknessFieldType", + "title": "ThicknessFieldType > ThicknessFieldType > ThicknessFieldType", + "section": "ThicknessFieldType > ThicknessFieldType", + "text": "class ansys.acp.core.ThicknessFieldType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how thickness from a table is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nThicknessFieldType.ABSOLUTE_VALUES\n\n\n\nThicknessFieldType.RELATIVE_SCALING_FACTOR\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.lower", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.lower.html#ansys.acp.core.LaunchMode.lower", - "title": "lower > lower > lower", - "section": "lower > lower", - "text": "LaunchMode.lower(/)\n\nReturn a copy of the string converted to lowercase.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.sequences", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.sequences.html#sequences", + "title": "sequences", + "section": "sequences", + "text": "sequences" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.html#booleanoperationtype", - "title": "BooleanOperationType", - "section": "BooleanOperationType", - "text": "Options for combining selection rules.\nBooleanOperationType.INTERSECT\n\nBooleanOperationType.ADD\n\nBooleanOperationType.REMOVE\n\nBooleanOperationType\nBooleanOperationType.INTERSECT\nBooleanOperationType.ADD\nBooleanOperationType.REMOVE" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.sequences", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.sequences.html#ansys.acp.core.LayupMappingObject.sequences", + "title": "sequences > sequences > sequences", + "section": "sequences > sequences", + "text": "property LayupMappingObject.sequences: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.html#ansys.acp.core.BooleanOperationType", - "title": "BooleanOperationType > BooleanOperationType > BooleanOperationType", - "section": "BooleanOperationType > BooleanOperationType", - "text": "class ansys.acp.core.BooleanOperationType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for combining selection rules.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nBooleanOperationType.INTERSECT\n\n\n\nBooleanOperationType.ADD\n\n\n\nBooleanOperationType.REMOVE\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.clone", + "href": "api/_autosummary/ansys.acp.core.PrimaryPly.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored PrimaryPly with the same properties.\nSelf\nclone" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.html#examples-using-booleanoperationtype", - "title": "BooleanOperationType > Examples using BooleanOperationType", - "section": "Examples using BooleanOperationType", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using BooleanOperationType" + "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.clone", + "href": "api/_autosummary/ansys.acp.core.PrimaryPly.clone.html#ansys.acp.core.PrimaryPly.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "PrimaryPly.clone()\n\nCreate a new unstored PrimaryPly with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSelf" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_seed_point", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_seed_point.html#draping_seed_point", - "title": "draping_seed_point", - "section": "draping_seed_point", - "text": "draping_seed_point" + "objectID": "api/_autosummary/ansys.acp.core.Model.elemental_data", + "href": "api/_autosummary/ansys.acp.core.Model.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_seed_point", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_seed_point.html#ansys.acp.core.OrientedSelectionSet.draping_seed_point", - "title": "draping_seed_point > draping_seed_point > draping_seed_point", - "section": "draping_seed_point > draping_seed_point", - "text": "property OrientedSelectionSet.draping_seed_point: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.elemental_data", + "href": "api/_autosummary/ansys.acp.core.Model.elemental_data.html#ansys.acp.core.Model.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property Model.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.istitle", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.istitle.html#istitle", - "title": "istitle", - "section": "istitle", - "text": "Return True if the string is a title-cased string, False otherwise.\nIn a title-cased string, upper- and title-case characters may only\nfollow uncased characters and lowercase characters only cased ones.\nistitle" + "objectID": "api/_autosummary/ansys.acp.core.Model.elemental_data", + "href": "api/_autosummary/ansys.acp.core.Model.elemental_data.html#examples-using-modelelemental_data", + "title": "elemental_data > Examples using Model.elemental_data", + "section": "Examples using Model.elemental_data", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Model.elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.istitle", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.istitle.html#ansys.acp.core.LaunchMode.istitle", - "title": "istitle > istitle > istitle", - "section": "istitle > istitle", - "text": "LaunchMode.istitle(/)\n\nReturn True if the string is a title-cased string, False otherwise.\n\nIn a title-cased string, upper- and title-case characters may only\nfollow uncased characters and lowercase characters only cased ones.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.WOVEN", + "href": "api/_autosummary/ansys.acp.core.PlyType.WOVEN.html#woven", + "title": "WOVEN", + "section": "WOVEN", + "text": "WOVEN" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.WOVEN", + "href": "api/_autosummary/ansys.acp.core.PlyType.WOVEN.html#ansys.acp.core.PlyType.WOVEN", + "title": "WOVEN > WOVEN > WOVEN", + "section": "WOVEN > WOVEN", + "text": "PlyType.WOVEN = 'woven'\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.PlyType.WOVEN", + "href": "api/_autosummary/ansys.acp.core.PlyType.WOVEN.html#examples-using-plytypewoven", + "title": "WOVEN > Examples using PlyType.WOVEN", + "section": "Examples using PlyType.WOVEN", + "text": "sphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using PlyType.WOVEN" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "OrientedSelectionSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_H5_COMPOSITE_CAE", + "href": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_H5_COMPOSITE_CAE.html#from_h5_composite_cae", + "title": "FROM_H5_COMPOSITE_CAE", + "section": "FROM_H5_COMPOSITE_CAE", + "text": "FROM_H5_COMPOSITE_CAE" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.id", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_H5_COMPOSITE_CAE", + "href": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_H5_COMPOSITE_CAE.html#ansys.acp.core.MeshImportType.FROM_H5_COMPOSITE_CAE", + "title": "FROM_H5_COMPOSITE_CAE > FROM_H5_COMPOSITE_CAE > FROM_H5_COMPOSITE_CAE", + "section": "FROM_H5_COMPOSITE_CAE > FROM_H5_COMPOSITE_CAE", + "text": "MeshImportType.FROM_H5_COMPOSITE_CAE = 'from_h5_composite_cae'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.id", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.id.html#ansys.acp.core.ImportedModelingGroup.id", - "title": "id > id > id", - "section": "id > id", - "text": "property ImportedModelingGroup.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.reference_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.reference_direction.html#reference_direction", + "title": "reference_direction", + "section": "reference_direction", + "text": "reference_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rindex", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rindex.html#rindex", - "title": "rindex", - "section": "rindex", - "text": "Return the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nRaises ValueError when the substring is not found.\nrindex" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.reference_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.reference_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.reference_direction", + "title": "reference_direction > reference_direction > reference_direction", + "section": "reference_direction > reference_direction", + "text": "AnalysisPlyElementalData.reference_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rindex", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rindex.html#ansys.acp.core.material_property_sets.PuckMaterialType.rindex", - "title": "rindex > rindex > rindex", - "section": "rindex > rindex", - "text": "PuckMaterialType.rindex(sub, [start, [end]]) -> int\n\nReturn the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nRaises ValueError when the substring is not found.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.delete", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.name.html#ansys.acp.core.ParallelSelectionRule.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ParallelSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.delete", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.delete.html#ansys.acp.core.ImportedModelingGroup.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "ImportedModelingGroup.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Syz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Syz.html#syz", + "title": "Syz", + "section": "Syz", + "text": "Syz" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.element_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.element_index.html#element_index", - "title": "element_index", - "section": "element_index", - "text": "element_index" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Syz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Syz.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Syz", + "title": "Syz > Syz > Syz", + "section": "Syz > Syz", + "text": "property ConstantStressLimits.Syz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.element_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.element_index.html#ansys.acp.core.SolidModelExportSettings.element_index", - "title": "element_index > element_index > element_index", - "section": "element_index > element_index", - "text": "property SolidModelExportSettings.element_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.MATERIAL_1_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.MATERIAL_1_DIRECTION.html#material_1_direction", + "title": "MATERIAL_1_DIRECTION", + "section": "MATERIAL_1_DIRECTION", + "text": "MATERIAL_1_DIRECTION" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.thickness", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.MATERIAL_1_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.MATERIAL_1_DIRECTION.html#ansys.acp.core.ElementalDataType.MATERIAL_1_DIRECTION", + "title": "MATERIAL_1_DIRECTION > MATERIAL_1_DIRECTION > MATERIAL_1_DIRECTION", + "section": "MATERIAL_1_DIRECTION > MATERIAL_1_DIRECTION", + "text": "ElementalDataType.MATERIAL_1_DIRECTION = 'material_1_direction'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.thickness", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.thickness.html#ansys.acp.core.ImportedProductionPly.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "property ImportedProductionPly.thickness: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.effective_stress", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.effective_stress.html#effective_stress", + "title": "effective_stress", + "section": "effective_stress", + "text": "effective_stress" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_geometries", - "href": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_geometries.html#cut_off_geometries", - "title": "cut_off_geometries", - "section": "cut_off_geometries", - "text": "cut_off_geometries" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.effective_stress", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.effective_stress.html#ansys.acp.core.material_property_sets.VariableStressLimits.effective_stress", + "title": "effective_stress > effective_stress > effective_stress", + "section": "effective_stress > effective_stress", + "text": "property VariableStressLimits.effective_stress: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_geometries", - "href": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_geometries.html#ansys.acp.core.SolidModel.cut_off_geometries", - "title": "cut_off_geometries > cut_off_geometries > cut_off_geometries", - "section": "cut_off_geometries > cut_off_geometries", - "text": "property SolidModel.cut_off_geometries: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rstrip", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rstrip.html#rstrip", - "title": "rstrip", - "section": "rstrip", - "text": "Return a copy of the string with trailing whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nrstrip" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.node_labels.html#ansys.acp.core.mesh_data.SolidElementSetNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "SolidElementSetNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rstrip", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rstrip.html#ansys.acp.core.LaunchMode.rstrip", - "title": "rstrip > rstrip > rstrip", - "section": "rstrip > rstrip", - "text": "LaunchMode.rstrip(chars=None, /)\n\nReturn a copy of the string with trailing whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.active", + "href": "api/_autosummary/ansys.acp.core.Sensor.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL.html#cylindrical", - "title": "CYLINDRICAL", - "section": "CYLINDRICAL", - "text": "CYLINDRICAL" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.active", + "href": "api/_autosummary/ansys.acp.core.Sensor.active.html#ansys.acp.core.Sensor.active", + "title": "active > active > active", + "section": "active > active", + "text": "property Sensor.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL.html#ansys.acp.core.RosetteType.CYLINDRICAL", - "title": "CYLINDRICAL > CYLINDRICAL > CYLINDRICAL", - "section": "CYLINDRICAL > CYLINDRICAL", - "text": "RosetteType.CYLINDRICAL = 'cylindrical'\n\n" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList.html#edgepropertylist", + "title": "EdgePropertyList", + "section": "EdgePropertyList", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nWrap graph edges of a specific type.\nWraps links between objects of a specific type, for instance FabricWithAngle\nof a stackup. This object handles the conversion of the protobuf messages to the\ncorresponding Python object and vice-versa.\nself._object_list holds the Python object. The python objects are stored\nto support editing in-place editing. This is achieved by passing a callback\nfunction to the python object.\nThe edges (and parent object) is updated\nas soon as an item or one of its properties are changed.\nNote: sort is not implemented because the model definition often depends\non the order.\nThe LinkedObjectList should be used for graph edges without a specific type.\nFor instance, element sets of an oriented element set.\nEdgePropertyList" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.CYLINDRICAL.html#examples-using-rosettetypecylindrical", - "title": "CYLINDRICAL > Examples using RosetteType.CYLINDRICAL", - "section": "Examples using RosetteType.CYLINDRICAL", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType.CYLINDRICAL" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList.html#ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList", + "title": "EdgePropertyList > EdgePropertyList > EdgePropertyList", + "section": "EdgePropertyList > EdgePropertyList", + "text": "class ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList(*, _parent_object, _object_type, _attribute_name, _from_pb_constructor)\n\nWrap graph edges of a specific type.\n\nWraps links between objects of a specific type, for instance FabricWithAngle\nof a stackup. This object handles the conversion of the protobuf messages to the\ncorresponding Python object and vice-versa.\nself._object_list holds the Python object. The python objects are stored\nto support editing in-place editing. This is achieved by passing a callback\nfunction to the python object.\n\nThe edges (and parent object) is updated\nas soon as an item or one of its properties are changed.\n\nNote: sort is not implemented because the model definition often depends\non the order.\n\nThe LinkedObjectList should be used for graph edges without a specific type.\nFor instance, element sets of an oriented element set.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule.html#create_boolean_selection_rule", - "title": "create_boolean_selection_rule", - "section": "create_boolean_selection_rule", - "text": "Instantiate a Boolean Selection Rule.\nname (str) – Name of the Boolean Selection Rule.\nselection_rules (Iterable[LinkedSelectionRule])\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nBooleanSelectionRule\nAdded in ACP server version 24.2.\ncreate_boolean_selection_rule\nFalse" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_x", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_x.html#translation_x", + "title": "translation_x", + "section": "translation_x", + "text": "translation_x" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule.html#ansys.acp.core.Model.create_boolean_selection_rule", - "title": "create_boolean_selection_rule > create_boolean_selection_rule > create_boolean_selection_rule", - "section": "create_boolean_selection_rule > create_boolean_selection_rule", - "text": "Model.create_boolean_selection_rule(*, name='BooleanSelectionrule', selection_rules=(), include_rule=True)\n\nInstantiate a Boolean Selection Rule.\n\nParameters\n\nname (str) – Name of the Boolean Selection Rule.\n\nselection_rules (Iterable[LinkedSelectionRule])\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nReturn type\n\nBooleanSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_x", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_x.html#ansys.acp.core.CoordinateTransformation.translation_x", + "title": "translation_x > translation_x > translation_x", + "section": "translation_x > translation_x", + "text": "CoordinateTransformation.translation_x: float = 0.0\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule.html#examples-using-modelcreate_boolean_selection_rule", - "title": "create_boolean_selection_rule > Examples using Model.create_boolean_selection_rule", - "section": "Examples using Model.create_boolean_selection_rule", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.create_boolean_selection_rule" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.NodalDataType.PLY_OFFSET", - "href": "api/_autosummary/ansys.acp.core.NodalDataType.PLY_OFFSET.html#ply_offset", - "title": "PLY_OFFSET", - "section": "PLY_OFFSET", - "text": "PLY_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.delete.html#ansys.acp.core.TubeSelectionRule.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "TubeSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.NodalDataType.PLY_OFFSET", - "href": "api/_autosummary/ansys.acp.core.NodalDataType.PLY_OFFSET.html#ansys.acp.core.NodalDataType.PLY_OFFSET", - "title": "PLY_OFFSET > PLY_OFFSET > PLY_OFFSET", - "section": "PLY_OFFSET > PLY_OFFSET", - "text": "NodalDataType.PLY_OFFSET = 'ply_offset'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.TIME", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.TIME.html#time", - "title": "TIME", - "section": "TIME", - "text": "TIME" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.shell_mesh.html#ansys.acp.core.GeometricalSelectionRule.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property GeometricalSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.TIME", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.TIME.html#ansys.acp.core.PhysicalDimension.TIME", - "title": "TIME > TIME > TIME", - "section": "TIME > TIME", - "text": "PhysicalDimension.TIME = 'time'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.field_variables.html#field_variables", + "title": "field_variables", + "section": "field_variables", + "text": "field_variables" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.field_variables.html#ansys.acp.core.material_property_sets.VariableStressLimits.field_variables", + "title": "field_variables > field_variables > field_variables", + "section": "field_variables > field_variables", + "text": "property VariableStressLimits.field_variables: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.values", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.values.html#values", - "title": "values", - "section": "values", - "text": "Scalar data values as a numpy array.\nvalues" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.values", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.values.html#ansys.acp.core.mesh_data.ScalarData.values", - "title": "values > values > values", - "section": "values > values", - "text": "property ScalarData.values: ndarray[tuple[int, ...], dtype[ScalarDataT]]\n\nScalar data values as a numpy array.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.elemental_data.html#ansys.acp.core.BooleanSelectionRule.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property BooleanSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_coordinate_system_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_coordinate_system_index.html#use_default_coordinate_system_index", - "title": "use_default_coordinate_system_index", - "section": "use_default_coordinate_system_index", - "text": "use_default_coordinate_system_index" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry", + "href": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry.html#create_cut_off_geometry", + "title": "create_cut_off_geometry", + "section": "create_cut_off_geometry", + "text": "Instantiate a cut-off geometry.\nname (str) – Name of the cut-off geometry.\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\nCutOffGeometry\nAdded in ACP server version 25.1.\ncreate_cut_off_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_coordinate_system_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_coordinate_system_index.html#ansys.acp.core.ImportedSolidModelExportSettings.use_default_coordinate_system_index", - "title": "use_default_coordinate_system_index > use_default_coordinate_system_index > use_default_coordinate_system_index", - "section": "use_default_coordinate_system_index > use_default_coordinate_system_index", - "text": "property ImportedSolidModelExportSettings.use_default_coordinate_system_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry", + "href": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry.html#ansys.acp.core.SolidModel.create_cut_off_geometry", + "title": "create_cut_off_geometry > create_cut_off_geometry > create_cut_off_geometry", + "section": "create_cut_off_geometry > create_cut_off_geometry", + "text": "SolidModel.create_cut_off_geometry(*, name='CutOffGeometry', active=True, cad_geometry=None, orientation_type='up', relative_merge_tolerance=0.1)\n\nInstantiate a cut-off geometry.\n\nParameters\n\nname (str) – Name of the cut-off geometry.\n\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\n\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\n\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\n\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\n\nReturn type\n\nCutOffGeometry\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry", + "href": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry.html#examples-using-solidmodelcreate_cut_off_geometry", + "title": "create_cut_off_geometry > Examples using SolidModel.create_cut_off_geometry", + "section": "Examples using SolidModel.create_cut_off_geometry", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SolidModel.create_cut_off_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.nodal_data.html#ansys.acp.core.CutOffSelectionRule.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property CutOffSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.active", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.active", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.active.html#ansys.acp.core.ModelingPly.active", + "title": "active > active > active", + "section": "active > active", + "text": "property ModelingPly.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_labels.html#ansys.acp.core.mesh_data.MeshData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "MeshData.node_labels: ndarray[tuple[int, ...], dtype[int32]]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry", + "href": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry.html#create_cad_geometry", + "title": "create_cad_geometry", + "section": "create_cad_geometry", + "text": "Instantiate a CAD Geometry.\nname (str) – Name of the CAD Geometry.\nexternal_path (str) – Path to the CAD file.\nscale_factor (float) – Scale factor applied to the CAD geometry.\nuse_default_precision (bool) – Whether to use the default precision value.\nprecision (float) – Precision of geometrical operations such as intersection points, thickness sampling, etc.\nuse_default_offset (bool) – Whether to use the default offset value.\noffset (float) – Offset value used to analyze the surface’s coverage regarding the mesh.\nCADGeometry\nAdded in ACP server version 24.2.\ncreate_cad_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.auto_draping_direction", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.auto_draping_direction.html#auto_draping_direction", - "title": "auto_draping_direction", - "section": "auto_draping_direction", - "text": "auto_draping_direction" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry", + "href": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry.html#ansys.acp.core.Model.create_cad_geometry", + "title": "create_cad_geometry > create_cad_geometry > create_cad_geometry", + "section": "create_cad_geometry > create_cad_geometry", + "text": "Model.create_cad_geometry(*, name='CADGeometry', external_path='', scale_factor=1.0, use_default_precision=True, precision=0.001, use_default_offset=True, offset=0.0)\n\nInstantiate a CAD Geometry.\n\nParameters\n\nname (str) – Name of the CAD Geometry.\n\nexternal_path (str) – Path to the CAD file.\n\nscale_factor (float) – Scale factor applied to the CAD geometry.\n\nuse_default_precision (bool) – Whether to use the default precision value.\n\nprecision (float) – Precision of geometrical operations such as intersection points, thickness sampling, etc.\n\nuse_default_offset (bool) – Whether to use the default offset value.\n\noffset (float) – Offset value used to analyze the surface’s coverage regarding the mesh.\n\nReturn type\n\nCADGeometry\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.auto_draping_direction", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.auto_draping_direction.html#ansys.acp.core.OrientedSelectionSet.auto_draping_direction", - "title": "auto_draping_direction > auto_draping_direction > auto_draping_direction", - "section": "auto_draping_direction > auto_draping_direction", - "text": "property OrientedSelectionSet.auto_draping_direction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry", + "href": "api/_autosummary/ansys.acp.core.Model.create_cad_geometry.html#examples-using-modelcreate_cad_geometry", + "title": "create_cad_geometry > Examples using Model.create_cad_geometry", + "section": "Examples using Model.create_cad_geometry", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using Model.create_cad_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA.html#sensor_by_area", - "title": "SENSOR_BY_AREA", - "section": "SENSOR_BY_AREA", - "text": "SENSOR_BY_AREA" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.html#layupmappingobject", + "title": "LayupMappingObject", + "section": "LayupMappingObject", + "text": "Instantiate a layup mapping object.\nname (str) – Name of the layup mapping object.\nactive (bool) – Inactive layup mapping objects are not used.\nelement_technology (ElementTechnology) – Determines the element technology used for the layup mapping.\nCan be either \"layered_element\" or \"reinforcing\".\nNote that only brick and prism elements support the layered option,\nwhile reinforcing technology can be combined with all types of\nsolid elements.\nshell_element_sets (Sequence[ElementSet]) – Defines the shell area whose modeling plies are mapped onto the\nsolid mesh.\nUsed only if use_imported_plies is False.\nuse_imported_plies (bool) – If True, imported modeling plies are mapped onto the solid mesh.\nselect_all_plies (bool) – Determines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.If use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\n\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\nDetermines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.\nIf use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\nsequences (Sequence[ModelingGroup | ModelingPly | ImportedModelingGroup | ImportedModelingPly]) – Determines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.If use_imported_plies is False, modeling groups and modeling\nplies are allowed\n\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\nDetermines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.\nIf use_imported_plies is False, modeling groups and modeling\nplies are allowed\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\nentire_solid_mesh (bool) – If True, the selected layup is mapped onto the entire solid mesh.\nOtherwise, the solid_element_sets parameter is used to refine\nthe scope.\nsolid_element_sets (Sequence[SolidElementSet]) – List of solid element sets to which the mapping is applied.\nscale_ply_thicknesses (bool) – If True, scale the layer thickness to fill the gaps within an element,\ninstead of filling them with the void material.\nUsed only if element_technology is \"layered_element\".\nvoid_material (Material | None) – Material used to fill the gaps with.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\nminimum_void_material_thickness (float) – Only gaps with a thickness greater than this value are filled with\nthe void material.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\ndelete_lost_elements (bool) – If True, elements without layup and degenerated elements are deleted.\nOtherwise, they are filled with the filler material.\nUsed only if element_technology is \"layered_element\".\nfiller_material (Material | None) – Material used to fill the degenerated elements.\nOnly used if delete_lost_elements is False, and\nthe element_technology is \"layered_element\".\nrosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the filler elements.\nUsed only if element_technology is \"layered_element\".\nrosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the filler elements.\nUsed only if element_technology is \"layered_element\".\nreinforcing_behavior (ReinforcingBehavior) – Determines whether the reinforcing elements carry tension and / or\ncompression loads.\nUsed only if element_technology is \"reinforcing\".\nbase_element_material_handling (BaseElementMaterialHandling) – Determines how the base material is handled in the area with reinforcing\nelements. Can be either \"remove\" or \"retain\".\nUsed only if element_technology is \"reinforcing\".\nstress_state (StressStateType) – Specifies the stress state of the reinforcing elements.\nUsed only if element_technology is \"reinforcing\".\nbase_material (Material | None) – Define the initial material of the solid elements which will be reinforced\nby the selected plies.\nUsed only if element_technology is \"reinforcing\".\nbase_element_rosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the base elements.\nThis is important if the base material has an orthotropic characteristic.\nUsed only if element_technology is \"reinforcing\".\nbase_element_rosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the base elements.\nUsed only if element_technology is \"reinforcing\".\nAdded in ACP server version 25.1.\nLayupMappingObject.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nLayupMappingObject.delete()\nDelete the object.\nLayupMappingObject.store(parent)\nStore the object on the server.\nLayupMappingObject.active\n\nLayupMappingObject.base_element_material_handling\n\nLayupMappingObject.base_element_rosette_selection_method\n\nLayupMappingObject.base_element_rosettes\n\nLayupMappingObject.base_material\n\nLayupMappingObject.delete_lost_elements\n\nLayupMappingObject.element_technology\n\nLayupMappingObject.entire_solid_mesh\n\nLayupMappingObject.filler_material\n\nLayupMappingObject.id\nIdentifier of the object, used for example as key in maps.\nLayupMappingObject.minimum_void_material_thickness\n\nLayupMappingObject.name\nThe name of the object.\nLayupMappingObject.parent\nThe parent of the object.\nLayupMappingObject.reinforcing_behavior\n\nLayupMappingObject.rosette_selection_method\n\nLayupMappingObject.rosettes\n\nLayupMappingObject.scale_ply_thicknesses\n\nLayupMappingObject.select_all_plies\n\nLayupMappingObject.sequences\n\nLayupMappingObject.shell_element_sets\n\nLayupMappingObject.solid_element_sets\n\nLayupMappingObject.status\n\nLayupMappingObject.stress_state\n\nLayupMappingObject.use_imported_plies\n\nLayupMappingObject.void_material\n\nLayupMappingObject\n\"layered_element\"\n\"reinforcing\"\nuse_imported_plies\nsequences\nuse_imported_plies\nselect_all_plies\nuse_imported_plies\nselect_all_plies\nuse_imported_plies\nuse_imported_plies\nsolid_element_sets\nelement_technology\n\"layered_element\"\nscale_ply_thicknesses\nelement_technology\n\"layered_element\"\nscale_ply_thicknesses\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\ndelete_lost_elements\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\nelement_technology\n\"reinforcing\"\n\"remove\"\n\"retain\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nLayupMappingObject.clone\nLayupMappingObject.delete\nLayupMappingObject.store\nLayupMappingObject.active\nLayupMappingObject.base_element_material_handling\nLayupMappingObject.base_element_rosette_selection_method\nLayupMappingObject.base_element_rosettes\nLayupMappingObject.base_material\nLayupMappingObject.delete_lost_elements\nLayupMappingObject.element_technology\nLayupMappingObject.entire_solid_mesh\nLayupMappingObject.filler_material\nLayupMappingObject.id\nLayupMappingObject.minimum_void_material_thickness\nLayupMappingObject.name\nLayupMappingObject.parent\nLayupMappingObject.reinforcing_behavior\nLayupMappingObject.rosette_selection_method\nLayupMappingObject.rosettes\nLayupMappingObject.scale_ply_thicknesses\nLayupMappingObject.select_all_plies\nLayupMappingObject.sequences\nLayupMappingObject.shell_element_sets\nLayupMappingObject.solid_element_sets\nLayupMappingObject.status\nLayupMappingObject.stress_state\nLayupMappingObject.use_imported_plies\nLayupMappingObject.void_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA.html#ansys.acp.core.SensorType.SENSOR_BY_AREA", - "title": "SENSOR_BY_AREA > SENSOR_BY_AREA > SENSOR_BY_AREA", - "section": "SENSOR_BY_AREA > SENSOR_BY_AREA", - "text": "SensorType.SENSOR_BY_AREA = 'sensor_by_area'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.html#ansys.acp.core.LayupMappingObject", + "title": "LayupMappingObject > LayupMappingObject > LayupMappingObject", + "section": "LayupMappingObject > LayupMappingObject", + "text": "class ansys.acp.core.LayupMappingObject(*, name='LayupMappingObject', active=True, element_technology='layered_element', shell_element_sets=(), use_imported_plies=False, select_all_plies=True, sequences=(), entire_solid_mesh=True, solid_element_sets=(), scale_ply_thicknesses=True, void_material=None, minimum_void_material_thickness=1e-06, delete_lost_elements=True, filler_material=None, rosettes=(), rosette_selection_method='minimum_distance', reinforcing_behavior='tension_and_compression', base_element_material_handling='remove', stress_state='plane_stress_state_with_transverse_shear_and_bending_stiffness', base_material=None, base_element_rosettes=(), base_element_rosette_selection_method='minimum_distance')\n\nInstantiate a layup mapping object.\n\nParameters\n\nname (str) – Name of the layup mapping object.\n\nactive (bool) – Inactive layup mapping objects are not used.\n\nelement_technology (ElementTechnology) – Determines the element technology used for the layup mapping.\nCan be either \"layered_element\" or \"reinforcing\".\nNote that only brick and prism elements support the layered option,\nwhile reinforcing technology can be combined with all types of\nsolid elements.\n\nshell_element_sets (Sequence[ElementSet]) – Defines the shell area whose modeling plies are mapped onto the\nsolid mesh.\nUsed only if use_imported_plies is False.\n\nuse_imported_plies (bool) – If True, imported modeling plies are mapped onto the solid mesh.\n\nselect_all_plies (bool) – Determines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.If use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\n\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\n\nsequences (Sequence[ModelingGroup | ModelingPly | ImportedModelingGroup | ImportedModelingPly]) – Determines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.If use_imported_plies is False, modeling groups and modeling\nplies are allowed\n\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\n\nentire_solid_mesh (bool) – If True, the selected layup is mapped onto the entire solid mesh.\nOtherwise, the solid_element_sets parameter is used to refine\nthe scope.\n\nsolid_element_sets (Sequence[SolidElementSet]) – List of solid element sets to which the mapping is applied.\n\nscale_ply_thicknesses (bool) – If True, scale the layer thickness to fill the gaps within an element,\ninstead of filling them with the void material.\nUsed only if element_technology is \"layered_element\".\n\nvoid_material (Material | None) – Material used to fill the gaps with.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\n\nminimum_void_material_thickness (float) – Only gaps with a thickness greater than this value are filled with\nthe void material.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\n\ndelete_lost_elements (bool) – If True, elements without layup and degenerated elements are deleted.\nOtherwise, they are filled with the filler material.\nUsed only if element_technology is \"layered_element\".\n\nfiller_material (Material | None) – Material used to fill the degenerated elements.\nOnly used if delete_lost_elements is False, and\nthe element_technology is \"layered_element\".\n\nrosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the filler elements.\nUsed only if element_technology is \"layered_element\".\n\nrosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the filler elements.\nUsed only if element_technology is \"layered_element\".\n\nreinforcing_behavior (ReinforcingBehavior) – Determines whether the reinforcing elements carry tension and / or\ncompression loads.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_material_handling (BaseElementMaterialHandling) – Determines how the base material is handled in the area with reinforcing\nelements. Can be either \"remove\" or \"retain\".\nUsed only if element_technology is \"reinforcing\".\n\nstress_state (StressStateType) – Specifies the stress state of the reinforcing elements.\nUsed only if element_technology is \"reinforcing\".\n\nbase_material (Material | None) – Define the initial material of the solid elements which will be reinforced\nby the selected plies.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_rosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the base elements.\nThis is important if the base material has an orthotropic characteristic.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_rosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the base elements.\nUsed only if element_technology is \"reinforcing\".\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLayupMappingObject.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nLayupMappingObject.delete()\n\nDelete the object.\n\nLayupMappingObject.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLayupMappingObject.active\n\n\n\nLayupMappingObject.base_element_material_handling\n\n\n\nLayupMappingObject.base_element_rosette_selection_method\n\n\n\nLayupMappingObject.base_element_rosettes\n\n\n\nLayupMappingObject.base_material\n\n\n\nLayupMappingObject.delete_lost_elements\n\n\n\nLayupMappingObject.element_technology\n\n\n\nLayupMappingObject.entire_solid_mesh\n\n\n\nLayupMappingObject.filler_material\n\n\n\nLayupMappingObject.id\n\nIdentifier of the object, used for example as key in maps.\n\nLayupMappingObject.minimum_void_material_thickness\n\n\n\nLayupMappingObject.name\n\nThe name of the object.\n\nLayupMappingObject.parent\n\nThe parent of the object.\n\nLayupMappingObject.reinforcing_behavior\n\n\n\nLayupMappingObject.rosette_selection_method\n\n\n\nLayupMappingObject.rosettes\n\n\n\nLayupMappingObject.scale_ply_thicknesses\n\n\n\nLayupMappingObject.select_all_plies\n\n\n\nLayupMappingObject.sequences\n\n\n\nLayupMappingObject.shell_element_sets\n\n\n\nLayupMappingObject.solid_element_sets\n\n\n\nLayupMappingObject.status\n\n\n\nLayupMappingObject.stress_state\n\n\n\nLayupMappingObject.use_imported_plies\n\n\n\nLayupMappingObject.void_material\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA.html#examples-using-sensortypesensor_by_area", - "title": "SENSOR_BY_AREA > Examples using SensorType.SENSOR_BY_AREA", - "section": "Examples using SensorType.SENSOR_BY_AREA", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using SensorType.SENSOR_BY_AREA" + "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType.ANALYSIS_PLY_CUTOFF", + "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.ANALYSIS_PLY_CUTOFF.html#analysis_ply_cutoff", + "title": "ANALYSIS_PLY_CUTOFF", + "section": "ANALYSIS_PLY_CUTOFF", + "text": "ANALYSIS_PLY_CUTOFF" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.delete.html#delete", + "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType.ANALYSIS_PLY_CUTOFF", + "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.ANALYSIS_PLY_CUTOFF.html#ansys.acp.core.PlyCutOffType.ANALYSIS_PLY_CUTOFF", + "title": "ANALYSIS_PLY_CUTOFF > ANALYSIS_PLY_CUTOFF > ANALYSIS_PLY_CUTOFF", + "section": "ANALYSIS_PLY_CUTOFF > ANALYSIS_PLY_CUTOFF", + "text": "PlyCutOffType.ANALYSIS_PLY_CUTOFF = 'analysis_ply_cutoff'\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.delete", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.delete.html#delete", "title": "delete", "section": "delete", "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.delete.html#ansys.acp.core.ParallelSelectionRule.delete", + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.delete", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.delete.html#ansys.acp.core.InterfaceLayer.delete", "title": "delete > delete > delete", "section": "delete > delete", - "text": "ParallelSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "text": "InterfaceLayer.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.ply_offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.ply_offset.html#ply_offset", - "title": "ply_offset", - "section": "ply_offset", - "text": "ply_offset" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isspace", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isspace.html#isspace", + "title": "isspace", + "section": "isspace", + "text": "Return True if the string is a whitespace string, False otherwise.\nA string is whitespace if all characters in the string are whitespace and there\nis at least one character in the string.\nisspace" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.ply_offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.ply_offset.html#ansys.acp.core.mesh_data.ModelingPlyNodalData.ply_offset", - "title": "ply_offset > ply_offset > ply_offset", - "section": "ply_offset > ply_offset", - "text": "ModelingPlyNodalData.ply_offset: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isspace", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isspace.html#ansys.acp.core.material_property_sets.PuckMaterialType.isspace", + "title": "isspace > isspace > isspace", + "section": "isspace > isspace", + "text": "PuckMaterialType.isspace(/)\n\nReturn True if the string is a whitespace string, False otherwise.\n\nA string is whitespace if all characters in the string are whitespace and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.strip", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.strip.html#strip", - "title": "strip", - "section": "strip", - "text": "Return a copy of the string with leading and trailing whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nstrip" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scale_factor", + "href": "api/_autosummary/ansys.acp.core.SectionCut.scale_factor.html#scale_factor", + "title": "scale_factor", + "section": "scale_factor", + "text": "scale_factor" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.strip", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.strip.html#ansys.acp.core.material_property_sets.PuckMaterialType.strip", - "title": "strip > strip > strip", - "section": "strip > strip", - "text": "PuckMaterialType.strip(chars=None, /)\n\nReturn a copy of the string with leading and trailing whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scale_factor", + "href": "api/_autosummary/ansys.acp.core.SectionCut.scale_factor.html#ansys.acp.core.SectionCut.scale_factor", + "title": "scale_factor > scale_factor > scale_factor", + "section": "scale_factor > scale_factor", + "text": "property SectionCut.scale_factor: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_type", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_type.html#thickness_type", - "title": "thickness_type", - "section": "thickness_type", - "text": "thickness_type" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.html#cylindricalselectionrulenodaldata", + "title": "CylindricalSelectionRuleNodalData", + "section": "CylindricalSelectionRuleNodalData", + "text": "Represents nodal data for a Cylindrical Selection Rule.\nCylindricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nCylindricalSelectionRuleNodalData.node_labels\n\nCylindricalSelectionRuleNodalData\nCylindricalSelectionRuleNodalData.get_pyvista_mesh\nCylindricalSelectionRuleNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_type", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_type.html#ansys.acp.core.ImportedModelingPly.thickness_type", - "title": "thickness_type > thickness_type > thickness_type", - "section": "thickness_type > thickness_type", - "text": "property ImportedModelingPly.thickness_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData", + "title": "CylindricalSelectionRuleNodalData > CylindricalSelectionRuleNodalData > CylindricalSelectionRuleNodalData", + "section": "CylindricalSelectionRuleNodalData > CylindricalSelectionRuleNodalData", + "text": "class ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Cylindrical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCylindricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCylindricalSelectionRuleNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.void_material", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.void_material.html#void_material", - "title": "void_material", - "section": "void_material", - "text": "void_material" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL.html#cut_off_geometry_solid_model", + "title": "CUT_OFF_GEOMETRY_SOLID_MODEL", + "section": "CUT_OFF_GEOMETRY_SOLID_MODEL", + "text": "CUT_OFF_GEOMETRY_SOLID_MODEL" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.void_material", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.void_material.html#ansys.acp.core.LayupMappingObject.void_material", - "title": "void_material > void_material > void_material", - "section": "void_material > void_material", - "text": "property LayupMappingObject.void_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL.html#ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL", + "title": "CUT_OFF_GEOMETRY_SOLID_MODEL > CUT_OFF_GEOMETRY_SOLID_MODEL > CUT_OFF_GEOMETRY_SOLID_MODEL", + "section": "CUT_OFF_GEOMETRY_SOLID_MODEL > CUT_OFF_GEOMETRY_SOLID_MODEL", + "text": "ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL = 18\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STL", - "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STL.html#stl", - "title": "STL", - "section": "STL", - "text": "STL" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.reinforcing_behavior", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.reinforcing_behavior.html#reinforcing_behavior", + "title": "reinforcing_behavior", + "section": "reinforcing_behavior", + "text": "reinforcing_behavior" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STL", - "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STL.html#ansys.acp.core.SolidModelSkinExportFormat.STL", - "title": "STL > STL > STL", - "section": "STL > STL", - "text": "SolidModelSkinExportFormat.STL = 'stl'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.reinforcing_behavior", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.reinforcing_behavior.html#ansys.acp.core.LayupMappingObject.reinforcing_behavior", + "title": "reinforcing_behavior > reinforcing_behavior > reinforcing_behavior", + "section": "reinforcing_behavior > reinforcing_behavior", + "text": "property LayupMappingObject.reinforcing_behavior: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_cut_off_geometry", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_cut_off_geometry.html#create_cut_off_geometry", + "title": "create_cut_off_geometry", + "section": "create_cut_off_geometry", + "text": "Instantiate a cut-off geometry.\nname (str) – Name of the cut-off geometry.\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\nCutOffGeometry\nAdded in ACP server version 25.1.\ncreate_cut_off_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.Lamina", - "href": "api/_autosummary/ansys.acp.core.Lamina.html#lamina", - "title": "Lamina", - "section": "Lamina", - "text": "Class to link a material with a sub-laminate.\nmaterial (Fabric | Stackup) – Link to an existing fabric or stackup.\nangle (float) – Orientation angle in degree of the material with respect to the reference direction.\nAdded in ACP server version 24.2.\nLamina.clone()\nCreate a new unstored Lamina with the same properties.\nLamina.angle\nOrientation angle in degree of the material with respect to the reference direction.\nLamina.material\nLink to an existing fabric or stackup.\nLamina\nLamina.clone\nLamina.angle\nLamina.material" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_cut_off_geometry", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_cut_off_geometry.html#ansys.acp.core.ImportedSolidModel.create_cut_off_geometry", + "title": "create_cut_off_geometry > create_cut_off_geometry > create_cut_off_geometry", + "section": "create_cut_off_geometry > create_cut_off_geometry", + "text": "ImportedSolidModel.create_cut_off_geometry(*, name='CutOffGeometry', active=True, cad_geometry=None, orientation_type='up', relative_merge_tolerance=0.1)\n\nInstantiate a cut-off geometry.\n\nParameters\n\nname (str) – Name of the cut-off geometry.\n\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\n\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\n\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\n\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\n\nReturn type\n\nCutOffGeometry\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Lamina", - "href": "api/_autosummary/ansys.acp.core.Lamina.html#ansys.acp.core.Lamina", - "title": "Lamina > Lamina > Lamina", - "section": "Lamina > Lamina", - "text": "class ansys.acp.core.Lamina(material, angle=0.0)\n\nClass to link a material with a sub-laminate.\n\nParameters\n\nmaterial (Fabric | Stackup) – Link to an existing fabric or stackup.\n\nangle (float) – Orientation angle in degree of the material with respect to the reference direction.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLamina.clone()\n\nCreate a new unstored Lamina with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLamina.angle\n\nOrientation angle in degree of the material with respect to the reference direction.\n\nLamina.material\n\nLink to an existing fabric or stackup.\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DrapingType.NO_DRAPING", + "href": "api/_autosummary/ansys.acp.core.DrapingType.NO_DRAPING.html#no_draping", + "title": "NO_DRAPING", + "section": "NO_DRAPING", + "text": "NO_DRAPING" }, { - "objectID": "api/_autosummary/ansys.acp.core.Lamina", - "href": "api/_autosummary/ansys.acp.core.Lamina.html#examples-using-lamina", - "title": "Lamina > Examples using Lamina", - "section": "Examples using Lamina", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using Lamina" + "objectID": "api/_autosummary/ansys.acp.core.DrapingType.NO_DRAPING", + "href": "api/_autosummary/ansys.acp.core.DrapingType.NO_DRAPING.html#ansys.acp.core.DrapingType.NO_DRAPING", + "title": "NO_DRAPING > NO_DRAPING > NO_DRAPING", + "section": "NO_DRAPING > NO_DRAPING", + "text": "DrapingType.NO_DRAPING = 'no_draping'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_2_field", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_2_field.html#draping_angle_2_field", - "title": "draping_angle_2_field", - "section": "draping_angle_2_field", - "text": "draping_angle_2_field" + "objectID": "api/_autosummary/ansys.acp.core.Sensor", + "href": "api/_autosummary/ansys.acp.core.Sensor.html#sensor", + "title": "Sensor", + "section": "Sensor", + "text": "Instantiate a Sensor.\nname (str) – Name of the sensor.\nsensor_type (SensorType) – Type of sensor: The sensor can be scoped by area, material, plies,\nor solid model.\nactive (bool) – Inactive sensors are not evaluated.\nentities (Sequence[Fabric | Stackup | SubLaminate | ElementSet | OrientedSelectionSet | ModelingPly]) – List of entities which define the sensor’s scope.\nAdded in ACP server version 24.2.\nSensor.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSensor.delete()\nDelete the object.\nSensor.store(parent)\nStore the object on the server.\nSensor.active\n\nSensor.center_of_gravity\nThe center of gravity of the selected entity in the global coordinate system.\nSensor.covered_area\nThe surface area of a selected Element Set / Oriented Selection Set, or the tooling surface area that is covered by the composite layup of the selected Material or Modeling Ply.\nSensor.entities\n\nSensor.id\nIdentifier of the object, used for example as key in maps.\nSensor.locked\n\nSensor.modeling_ply_area\nThe surface area of all Modeling Plies of the selected entity.\nSensor.name\nThe name of the object.\nSensor.parent\nThe parent of the object.\nSensor.price\nThe price for the composite layup of the selected entity.\nSensor.production_ply_area\nThe surface area of all production plies of the selected entity.\nSensor.sensor_type\n\nSensor.status\n\nSensor.weight\nThe mass of the selected entity.\nSensor\nSensor.clone\nSensor.delete\nSensor.store\nSensor.active\nSensor.center_of_gravity\nSensor.covered_area\nSensor.entities\nSensor.id\nSensor.locked\nSensor.modeling_ply_area\nSensor.name\nSensor.parent\nSensor.price\nSensor.production_ply_area\nSensor.sensor_type\nSensor.status\nSensor.weight" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_2_field", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_2_field.html#ansys.acp.core.ModelingPly.draping_angle_2_field", - "title": "draping_angle_2_field > draping_angle_2_field > draping_angle_2_field", - "section": "draping_angle_2_field > draping_angle_2_field", - "text": "property ModelingPly.draping_angle_2_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor", + "href": "api/_autosummary/ansys.acp.core.Sensor.html#ansys.acp.core.Sensor", + "title": "Sensor > Sensor > Sensor", + "section": "Sensor > Sensor", + "text": "class ansys.acp.core.Sensor(*, name='Sensor', sensor_type='sensor_by_area', active=True, entities=())\n\nInstantiate a Sensor.\n\nParameters\n\nname (str) – Name of the sensor.\n\nsensor_type (SensorType) – Type of sensor: The sensor can be scoped by area, material, plies,\nor solid model.\n\nactive (bool) – Inactive sensors are not evaluated.\n\nentities (Sequence[Fabric | Stackup | SubLaminate | ElementSet | OrientedSelectionSet | ModelingPly]) – List of entities which define the sensor’s scope.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSensor.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSensor.delete()\n\nDelete the object.\n\nSensor.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSensor.active\n\n\n\nSensor.center_of_gravity\n\nThe center of gravity of the selected entity in the global coordinate system.\n\nSensor.covered_area\n\nThe surface area of a selected Element Set / Oriented Selection Set, or the tooling surface area that is covered by the composite layup of the selected Material or Modeling Ply.\n\nSensor.entities\n\n\n\nSensor.id\n\nIdentifier of the object, used for example as key in maps.\n\nSensor.locked\n\n\n\nSensor.modeling_ply_area\n\nThe surface area of all Modeling Plies of the selected entity.\n\nSensor.name\n\nThe name of the object.\n\nSensor.parent\n\nThe parent of the object.\n\nSensor.price\n\nThe price for the composite layup of the selected entity.\n\nSensor.production_ply_area\n\nThe surface area of all production plies of the selected entity.\n\nSensor.sensor_type\n\n\n\nSensor.status\n\n\n\nSensor.weight\n\nThe mass of the selected entity.\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.parent", - "href": "api/_autosummary/ansys.acp.core.Stackup.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.Sensor", + "href": "api/_autosummary/ansys.acp.core.Sensor.html#examples-using-sensor", + "title": "Sensor > Examples using Sensor", + "section": "Examples using Sensor", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using Sensor" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.parent", - "href": "api/_autosummary/ansys.acp.core.Stackup.parent.html#ansys.acp.core.Stackup.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property Stackup.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.ljust", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.ljust.html#ljust", + "title": "ljust", + "section": "ljust", + "text": "Return a left-justified string of length width.\nPadding is done using the specified fill character (default is a space).\nljust" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.positive_capture_tolerance", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.positive_capture_tolerance.html#positive_capture_tolerance", - "title": "positive_capture_tolerance", - "section": "positive_capture_tolerance", - "text": "positive_capture_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.ljust", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.ljust.html#ansys.acp.core.material_property_sets.PuckMaterialType.ljust", + "title": "ljust > ljust > ljust", + "section": "ljust > ljust", + "text": "PuckMaterialType.ljust(width, fillchar=' ', /)\n\nReturn a left-justified string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.positive_capture_tolerance", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.positive_capture_tolerance.html#ansys.acp.core.GeometricalSelectionRule.positive_capture_tolerance", - "title": "positive_capture_tolerance > positive_capture_tolerance > positive_capture_tolerance", - "section": "positive_capture_tolerance > positive_capture_tolerance", - "text": "property GeometricalSelectionRule.positive_capture_tolerance: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.encode", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.encode.html#encode", + "title": "encode", + "section": "encode", + "text": "Encode the string using the codec registered for encoding.\nThe encoding in which to encode the string.\nThe error handling scheme to use for encoding errors.\nThe default is ‘strict’ meaning that encoding errors raise a\nUnicodeEncodeError. Other possible values are ‘ignore’, ‘replace’ and\n‘xmlcharrefreplace’ as well as any other name registered with\ncodecs.register_error that can handle UnicodeEncodeErrors.\nencode" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.ADHESIVE", - "href": "api/_autosummary/ansys.acp.core.PlyType.ADHESIVE.html#adhesive", - "title": "ADHESIVE", - "section": "ADHESIVE", - "text": "ADHESIVE" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.encode", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.encode.html#ansys.acp.core.LaunchMode.encode", + "title": "encode > encode > encode", + "section": "encode > encode", + "text": "LaunchMode.encode(/, encoding='utf-8', errors='strict')\n\nEncode the string using the codec registered for encoding.\n\nencoding\n\nThe encoding in which to encode the string.\n\nerrors\n\nThe error handling scheme to use for encoding errors.\nThe default is ‘strict’ meaning that encoding errors raise a\nUnicodeEncodeError. Other possible values are ‘ignore’, ‘replace’ and\n‘xmlcharrefreplace’ as well as any other name registered with\ncodecs.register_error that can handle UnicodeEncodeErrors.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.ADHESIVE", - "href": "api/_autosummary/ansys.acp.core.PlyType.ADHESIVE.html#ansys.acp.core.PlyType.ADHESIVE", - "title": "ADHESIVE > ADHESIVE > ADHESIVE", - "section": "ADHESIVE > ADHESIVE", - "text": "PlyType.ADHESIVE = 'adhesive'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.cylindrical_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.cylindrical_selection_rules.html#cylindrical_selection_rules", + "title": "cylindrical_selection_rules", + "section": "cylindrical_selection_rules", + "text": "cylindrical_selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.Model.cylindrical_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.cylindrical_selection_rules.html#ansys.acp.core.Model.cylindrical_selection_rules", + "title": "cylindrical_selection_rules > cylindrical_selection_rules > cylindrical_selection_rules", + "section": "cylindrical_selection_rules > cylindrical_selection_rules", + "text": "property Model.cylindrical_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "GeometricalSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.include_rule.html#include_rule", + "title": "include_rule", + "section": "include_rule", + "text": "include_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.clone", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.include_rule.html#ansys.acp.core.CylindricalSelectionRule.include_rule", + "title": "include_rule > include_rule > include_rule", + "section": "include_rule > include_rule", + "text": "property CylindricalSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.clone", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.clone.html#ansys.acp.core.FieldDefinition.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "FieldDefinition.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.split", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.split.html#split", + "title": "split", + "section": "split", + "text": "Return a list of the substrings in the string, using sep as the separator string.\nThe separator used to split the string.\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\nMaximum number of splits.\n-1 (the default value) means no limit.\nSplitting starts at the front of the string and works to the end.\nNote, str.split() is mainly useful for data that has been intentionally\ndelimited. With natural text that includes punctuation, consider using\nthe regular expression module.\nsplit" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.id", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.split", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.split.html#ansys.acp.core.material_property_sets.PuckMaterialType.split", + "title": "split > split > split", + "section": "split > split", + "text": "PuckMaterialType.split(/, sep=None, maxsplit=-1)\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nsep\n\nThe separator used to split the string.\n\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\n\nmaxsplit\n\nMaximum number of splits.\n-1 (the default value) means no limit.\n\nSplitting starts at the front of the string and works to the end.\n\nNote, str.split() is mainly useful for data that has been intentionally\ndelimited. With natural text that includes punctuation, consider using\nthe regular expression module.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.id", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.id.html#ansys.acp.core.LookUpTable3D.id", - "title": "id > id > id", - "section": "id > id", - "text": "property LookUpTable3D.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "CutOffSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.clone.html#ansys.acp.core.VariableOffsetSelectionRule.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "VariableOffsetSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.topdown", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.topdown.html#topdown", + "title": "topdown", + "section": "topdown", + "text": "topdown" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.active", - "href": "api/_autosummary/ansys.acp.core.Sensor.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.topdown", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.topdown.html#ansys.acp.core.SubLaminate.topdown", + "title": "topdown > topdown > topdown", + "section": "topdown > topdown", + "text": "property SubLaminate.topdown: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.active", - "href": "api/_autosummary/ansys.acp.core.Sensor.active.html#ansys.acp.core.Sensor.active", - "title": "active > active > active", - "section": "active > active", - "text": "property Sensor.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.add_primary_ply", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.add_primary_ply.html#add_primary_ply", + "title": "add_primary_ply", + "section": "add_primary_ply", + "text": "Add a PrimaryPly to the ButtJointSequence.\nSee PrimaryPly for the available parameters.\nPrimaryPly\nadd_primary_ply\nPrimaryPly" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.add_primary_ply", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.add_primary_ply.html#ansys.acp.core.ButtJointSequence.add_primary_ply", + "title": "add_primary_ply > add_primary_ply > add_primary_ply", + "section": "add_primary_ply > add_primary_ply", + "text": "ButtJointSequence.add_primary_ply(sequence, level=1)\n\nAdd a PrimaryPly to the ButtJointSequence.\n\nSee PrimaryPly for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nPrimaryPly" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.status.html#ansys.acp.core.SphericalSelectionRule.status", - "title": "status > status > status", - "section": "status > status", - "text": "property SphericalSelectionRule.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.count", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.count.html#count", + "title": "count", + "section": "count", + "text": "Return the number of non-overlapping occurrences of substring sub in\nstring S[start:end]. Optional arguments start and end are\ninterpreted as in slice notation.\ncount" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.thickness", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.count", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.count.html#ansys.acp.core.LaunchMode.count", + "title": "count > count > count", + "section": "count > count", + "text": "LaunchMode.count(sub, [start, [end]]) -> int\n\nReturn the number of non-overlapping occurrences of substring sub in\nstring S[start:end]. Optional arguments start and end are\ninterpreted as in slice notation.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.thickness", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.thickness.html#ansys.acp.core.mesh_data.ModelElementalData.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "ModelElementalData.thickness: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.M", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.M.html#m", + "title": "M", + "section": "M", + "text": "M" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.M", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.M.html#ansys.acp.core.material_property_sets.VariablePuckConstants.M", + "title": "M > M > M", + "section": "M > M", + "text": "property VariablePuckConstants.M: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.scalar_field", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.scalar_field.html#scalar_field", - "title": "scalar_field", - "section": "scalar_field", - "text": "scalar_field" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E2.html#e2", + "title": "E2", + "section": "E2", + "text": "E2" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.scalar_field", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.scalar_field.html#ansys.acp.core.FieldDefinition.scalar_field", - "title": "scalar_field > scalar_field > scalar_field", - "section": "scalar_field > scalar_field", - "text": "property FieldDefinition.scalar_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E2.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E2", + "title": "E2 > E2 > E2", + "section": "E2 > E2", + "text": "property ConstantEngineeringConstants.E2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.html#orientedselectionsetelementaldata", - "title": "OrientedSelectionSetElementalData", - "section": "OrientedSelectionSetElementalData", - "text": "Represents elemental data for an Oriented Selection Set.\nOrientedSelectionSetElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nOrientedSelectionSetElementalData.normal\n\nOrientedSelectionSetElementalData.orientation\n\nOrientedSelectionSetElementalData.reference_direction\n\nOrientedSelectionSetElementalData.element_labels\n\nOrientedSelectionSetElementalData\nOrientedSelectionSetElementalData.get_pyvista_mesh\nOrientedSelectionSetElementalData.normal\nOrientedSelectionSetElementalData.orientation\nOrientedSelectionSetElementalData.reference_direction\nOrientedSelectionSetElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_direction", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_direction.html#radius_direction", + "title": "radius_direction", + "section": "radius_direction", + "text": "radius_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData", - "title": "OrientedSelectionSetElementalData > OrientedSelectionSetElementalData > OrientedSelectionSetElementalData", - "section": "OrientedSelectionSetElementalData > OrientedSelectionSetElementalData", - "text": "class ansys.acp.core.mesh_data.OrientedSelectionSetElementalData(element_labels, normal=None, orientation=None, reference_direction=None)\n\nRepresents elemental data for an Oriented Selection Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nOrientedSelectionSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nOrientedSelectionSetElementalData.normal\n\n\n\nOrientedSelectionSetElementalData.orientation\n\n\n\nOrientedSelectionSetElementalData.reference_direction\n\n\n\nOrientedSelectionSetElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_direction", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.radius_direction.html#ansys.acp.core.VariableOffsetSelectionRule.radius_direction", + "title": "radius_direction > radius_direction > radius_direction", + "section": "radius_direction > radius_direction", + "text": "property VariableOffsetSelectionRule.radius_direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.COMPUTED", - "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.COMPUTED.html#computed", - "title": "COMPUTED", - "section": "COMPUTED", - "text": "COMPUTED" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.COMPUTED", - "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.COMPUTED.html#ansys.acp.core.CutOffMaterialHandling.COMPUTED", - "title": "COMPUTED > COMPUTED > COMPUTED", - "section": "COMPUTED > COMPUTED", - "text": "CutOffMaterialHandling.COMPUTED = 'computed'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "CylindricalSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STL", - "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STL.html#stl", - "title": "STL", - "section": "STL", - "text": "STL" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.interpolation_options.html#interpolation_options", + "title": "interpolation_options", + "section": "interpolation_options", + "text": "interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STL", - "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STL.html#ansys.acp.core.PlyGeometryExportFormat.STL", - "title": "STL > STL > STL", - "section": "STL > STL", - "text": "PlyGeometryExportFormat.STL = 'stl'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.interpolation_options.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.interpolation_options", + "title": "interpolation_options > interpolation_options > interpolation_options", + "section": "interpolation_options > interpolation_options", + "text": "property VariableWovenStressLimits.interpolation_options: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.add_primary_ply", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.add_primary_ply.html#add_primary_ply", - "title": "add_primary_ply", - "section": "add_primary_ply", - "text": "Add a PrimaryPly to the ButtJointSequence.\nSee PrimaryPly for the available parameters.\nPrimaryPly\nadd_primary_ply\nPrimaryPly" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.replace", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.replace.html#replace", + "title": "replace", + "section": "replace", + "text": "Return a copy with all occurrences of substring old replaced by new.\nMaximum number of occurrences to replace.\n-1 (the default value) means replace all occurrences.\nIf the optional argument count is given, only the first count occurrences are\nreplaced.\nreplace" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.add_primary_ply", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.add_primary_ply.html#ansys.acp.core.ButtJointSequence.add_primary_ply", - "title": "add_primary_ply > add_primary_ply > add_primary_ply", - "section": "add_primary_ply > add_primary_ply", - "text": "ButtJointSequence.add_primary_ply(sequence, level=1)\n\nAdd a PrimaryPly to the ButtJointSequence.\n\nSee PrimaryPly for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nPrimaryPly" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.replace", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.replace.html#ansys.acp.core.material_property_sets.PuckMaterialType.replace", + "title": "replace > replace > replace", + "section": "replace > replace", + "text": "PuckMaterialType.replace(old, new, count=-1, /)\n\nReturn a copy with all occurrences of substring old replaced by new.\n\ncount\n\nMaximum number of occurrences to replace.\n-1 (the default value) means replace all occurrences.\n\nIf the optional argument count is given, only the first count occurrences are\nreplaced.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.html#elementsetnodaldata", - "title": "ElementSetNodalData", - "section": "ElementSetNodalData", - "text": "Represents nodal data for an Element Set.\nElementSetNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nElementSetNodalData.node_labels\n\nElementSetNodalData\nElementSetNodalData.get_pyvista_mesh\nElementSetNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.include_rule.html#include_rule", + "title": "include_rule", + "section": "include_rule", + "text": "include_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.html#ansys.acp.core.mesh_data.ElementSetNodalData", - "title": "ElementSetNodalData > ElementSetNodalData > ElementSetNodalData", - "section": "ElementSetNodalData > ElementSetNodalData", - "text": "class ansys.acp.core.mesh_data.ElementSetNodalData(node_labels)\n\nRepresents nodal data for an Element Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nElementSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nElementSetNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.include_rule.html#ansys.acp.core.VariableOffsetSelectionRule.include_rule", + "title": "include_rule > include_rule > include_rule", + "section": "include_rule > include_rule", + "text": "property VariableOffsetSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.html#parallelselectionrulenodaldata", - "title": "ParallelSelectionRuleNodalData", - "section": "ParallelSelectionRuleNodalData", - "text": "Represents nodal data for a Parallel Selection Rule.\nParallelSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nParallelSelectionRuleNodalData.node_labels\n\nParallelSelectionRuleNodalData\nParallelSelectionRuleNodalData.get_pyvista_mesh\nParallelSelectionRuleNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.positive_capture_tolerance", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.positive_capture_tolerance.html#positive_capture_tolerance", + "title": "positive_capture_tolerance", + "section": "positive_capture_tolerance", + "text": "positive_capture_tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.html#ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData", - "title": "ParallelSelectionRuleNodalData > ParallelSelectionRuleNodalData > ParallelSelectionRuleNodalData", - "section": "ParallelSelectionRuleNodalData > ParallelSelectionRuleNodalData", - "text": "class ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Parallel Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nParallelSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nParallelSelectionRuleNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.positive_capture_tolerance", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.positive_capture_tolerance.html#ansys.acp.core.GeometricalSelectionRule.positive_capture_tolerance", + "title": "positive_capture_tolerance > positive_capture_tolerance > positive_capture_tolerance", + "section": "positive_capture_tolerance > positive_capture_tolerance", + "text": "property GeometricalSelectionRule.positive_capture_tolerance: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.sequence", - "href": "api/_autosummary/ansys.acp.core.PrimaryPly.sequence.html#sequence", - "title": "sequence", - "section": "sequence", - "text": "Linked sequence.\nsequence" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.dimension", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.dimension.html#dimension", + "title": "dimension", + "section": "dimension", + "text": "dimension" }, { - "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.sequence", - "href": "api/_autosummary/ansys.acp.core.PrimaryPly.sequence.html#ansys.acp.core.PrimaryPly.sequence", - "title": "sequence > sequence > sequence", - "section": "sequence > sequence", - "text": "property PrimaryPly.sequence: ModelingGroup | ModelingPly\n\nLinked sequence.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.dimension", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.dimension.html#ansys.acp.core.VirtualGeometry.dimension", + "title": "dimension > dimension > dimension", + "section": "dimension > dimension", + "text": "property VirtualGeometry.dimension: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.sub_shapes", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.sub_shapes.html#sub_shapes", - "title": "sub_shapes", - "section": "sub_shapes", - "text": "sub_shapes" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.html#analysisplynodaldata", + "title": "AnalysisPlyNodalData", + "section": "AnalysisPlyNodalData", + "text": "Represents nodal data for an Analysis Ply.\nAnalysisPlyNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nAnalysisPlyNodalData.ply_offset\n\nAnalysisPlyNodalData.node_labels\n\nAnalysisPlyNodalData\nAnalysisPlyNodalData.get_pyvista_mesh\nAnalysisPlyNodalData.ply_offset\nAnalysisPlyNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.sub_shapes", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.sub_shapes.html#ansys.acp.core.VirtualGeometry.sub_shapes", - "title": "sub_shapes > sub_shapes > sub_shapes", - "section": "sub_shapes > sub_shapes", - "text": "property VirtualGeometry.sub_shapes: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.html#ansys.acp.core.mesh_data.AnalysisPlyNodalData", + "title": "AnalysisPlyNodalData > AnalysisPlyNodalData > AnalysisPlyNodalData", + "section": "AnalysisPlyNodalData > AnalysisPlyNodalData", + "text": "class ansys.acp.core.mesh_data.AnalysisPlyNodalData(node_labels, ply_offset=None)\n\nRepresents nodal data for an Analysis Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nAnalysisPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nAnalysisPlyNodalData.ply_offset\n\n\n\nAnalysisPlyNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.IntersectionType", - "href": "api/_autosummary/ansys.acp.core.IntersectionType.html#intersectiontype", - "title": "IntersectionType", - "section": "IntersectionType", - "text": "Determines how the intersection is computed for wireframe section cuts.\nIntersectionType.NORMAL_TO_SURFACE\n\nIntersectionType.IN_PLANE\n\nIntersectionType\nIntersectionType.NORMAL_TO_SURFACE\nIntersectionType.IN_PLANE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isprintable", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isprintable.html#isprintable", + "title": "isprintable", + "section": "isprintable", + "text": "Return True if the string is printable, False otherwise.\nA string is printable if all of its characters are considered printable in\nrepr() or if it is empty.\nisprintable" }, { - "objectID": "api/_autosummary/ansys.acp.core.IntersectionType", - "href": "api/_autosummary/ansys.acp.core.IntersectionType.html#ansys.acp.core.IntersectionType", - "title": "IntersectionType > IntersectionType > IntersectionType", - "section": "IntersectionType > IntersectionType", - "text": "class ansys.acp.core.IntersectionType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines how the intersection is computed for wireframe section cuts.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nIntersectionType.NORMAL_TO_SURFACE\n\n\n\nIntersectionType.IN_PLANE\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isprintable", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isprintable.html#ansys.acp.core.material_property_sets.PuckMaterialType.isprintable", + "title": "isprintable > isprintable > isprintable", + "section": "isprintable > isprintable", + "text": "PuckMaterialType.isprintable(/)\n\nReturn True if the string is printable, False otherwise.\n\nA string is printable if all of its characters are considered printable in\nrepr() or if it is empty.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.clone", - "href": "api/_autosummary/ansys.acp.core.SolidModel.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.expandtabs", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.expandtabs.html#expandtabs", + "title": "expandtabs", + "section": "expandtabs", + "text": "Return a copy where all tab characters are expanded using spaces.\nIf tabsize is not given, a tab size of 8 characters is assumed.\nexpandtabs" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.clone", - "href": "api/_autosummary/ansys.acp.core.SolidModel.clone.html#ansys.acp.core.SolidModel.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "SolidModel.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.expandtabs", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.expandtabs.html#ansys.acp.core.material_property_sets.PuckMaterialType.expandtabs", + "title": "expandtabs > expandtabs > expandtabs", + "section": "expandtabs > expandtabs", + "text": "PuckMaterialType.expandtabs(/, tabsize=8)\n\nReturn a copy where all tab characters are expanded using spaces.\n\nIf tabsize is not given, a tab size of 8 characters is assumed.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.to_pyvista", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.to_pyvista.html#to_pyvista", - "title": "to_pyvista", - "section": "to_pyvista", - "text": "Convert the mesh data to a PyVista mesh.\nUnstructuredGrid\nto_pyvista" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.status", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.to_pyvista", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.to_pyvista.html#ansys.acp.core.mesh_data.MeshData.to_pyvista", - "title": "to_pyvista > to_pyvista > to_pyvista", - "section": "to_pyvista > to_pyvista", - "text": "MeshData.to_pyvista()\n\nConvert the mesh data to a PyVista mesh.\n\n!! processed by numpydoc !!\n\nReturn type\n\nUnstructuredGrid" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.status", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.status.html#ansys.acp.core.ImportedProductionPly.status", + "title": "status > status > status", + "section": "status > status", + "text": "property ImportedProductionPly.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.store", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.CADComponent.id", + "href": "api/_autosummary/ansys.acp.core.CADComponent.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.CADComponent.id", + "href": "api/_autosummary/ansys.acp.core.CADComponent.id.html#ansys.acp.core.CADComponent.id", + "title": "id > id > id", + "section": "id > id", + "text": "property CADComponent.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.store", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.store.html#ansys.acp.core.LookUpTable1D.store", - "title": "store > store > store", - "section": "store > store", - "text": "LookUpTable1D.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.html#booleanselectionrulenodaldata", - "title": "BooleanSelectionRuleNodalData", - "section": "BooleanSelectionRuleNodalData", - "text": "Represents nodal data for a Boolean Selection Rule.\nBooleanSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nBooleanSelectionRuleNodalData.node_labels\n\nBooleanSelectionRuleNodalData\nBooleanSelectionRuleNodalData.get_pyvista_mesh\nBooleanSelectionRuleNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.element_labels.html#ansys.acp.core.mesh_data.ModelElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "ModelElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.html#ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData", - "title": "BooleanSelectionRuleNodalData > BooleanSelectionRuleNodalData > BooleanSelectionRuleNodalData", - "section": "BooleanSelectionRuleNodalData > BooleanSelectionRuleNodalData", - "text": "class ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Boolean Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nBooleanSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nBooleanSelectionRuleNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.WIRE_FRAME", + "href": "api/_autosummary/ansys.acp.core.ExtrusionType.WIRE_FRAME.html#wire_frame", + "title": "WIRE_FRAME", + "section": "WIRE_FRAME", + "text": "WIRE_FRAME" }, { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.html#coordinatetransformation", - "title": "CoordinateTransformation", - "section": "CoordinateTransformation", - "text": "Defines a coordinate transformation via rotation angles and translations.\nAll angles are in degrees. The operations are performed in the following order:\nRotation about the x-axis\nRotation about the y-axis\nRotation about the z-axis\nTranslation\nCoordinateTransformation.rotation_angle_x\n\nCoordinateTransformation.rotation_angle_y\n\nCoordinateTransformation.rotation_angle_z\n\nCoordinateTransformation.translation_x\n\nCoordinateTransformation.translation_y\n\nCoordinateTransformation.translation_z\n\nCoordinateTransformation\nCoordinateTransformation.rotation_angle_x\nCoordinateTransformation.rotation_angle_y\nCoordinateTransformation.rotation_angle_z\nCoordinateTransformation.translation_x\nCoordinateTransformation.translation_y\nCoordinateTransformation.translation_z" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.WIRE_FRAME", + "href": "api/_autosummary/ansys.acp.core.ExtrusionType.WIRE_FRAME.html#ansys.acp.core.ExtrusionType.WIRE_FRAME", + "title": "WIRE_FRAME > WIRE_FRAME > WIRE_FRAME", + "section": "WIRE_FRAME > WIRE_FRAME", + "text": "ExtrusionType.WIRE_FRAME = 'wire_frame'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.html#ansys.acp.core.CoordinateTransformation", - "title": "CoordinateTransformation > CoordinateTransformation > CoordinateTransformation", - "section": "CoordinateTransformation > CoordinateTransformation", - "text": "class ansys.acp.core.CoordinateTransformation(rotation_angle_x=0.0, rotation_angle_y=0.0, rotation_angle_z=0.0, translation_x=0.0, translation_y=0.0, translation_z=0.0)\n\nDefines a coordinate transformation via rotation angles and translations.\n\nAll angles are in degrees. The operations are performed in the following order:\n\nRotation about the x-axis\n\nRotation about the y-axis\n\nRotation about the z-axis\n\nTranslation\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nCoordinateTransformation.rotation_angle_x\n\n\n\nCoordinateTransformation.rotation_angle_y\n\n\n\nCoordinateTransformation.rotation_angle_z\n\n\n\nCoordinateTransformation.translation_x\n\n\n\nCoordinateTransformation.translation_y\n\n\n\nCoordinateTransformation.translation_z\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.direction", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.direction.html#direction", + "title": "direction", + "section": "direction", + "text": "direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.id", - "href": "api/_autosummary/ansys.acp.core.Material.id.html#id", + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.direction", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.direction.html#ansys.acp.core.ExtrusionGuide.direction", + "title": "direction > direction > direction", + "section": "direction > direction", + "text": "property ExtrusionGuide.direction: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Rosette.id", + "href": "api/_autosummary/ansys.acp.core.Rosette.id.html#id", "title": "id", "section": "id", "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.id", - "href": "api/_autosummary/ansys.acp.core.Material.id.html#ansys.acp.core.Material.id", + "objectID": "api/_autosummary/ansys.acp.core.Rosette.id", + "href": "api/_autosummary/ansys.acp.core.Rosette.id.html#ansys.acp.core.Rosette.id", "title": "id > id > id", "section": "id > id", - "text": "property Material.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "text": "property Rosette.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.delete", + "href": "api/_autosummary/ansys.acp.core.SolidModel.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.shell_mesh.html#ansys.acp.core.CylindricalSelectionRule.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property CylindricalSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.delete", + "href": "api/_autosummary/ansys.acp.core.SolidModel.delete.html#ansys.acp.core.SolidModel.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "SolidModel.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.html#vectordata", - "title": "VectorData", - "section": "VectorData", - "text": "Class that encapsulates vector data.\nVectorData.get_pyvista_glyphs(*, mesh[, ...])\nGet a pyvista glyph object from the vector data.\nVectorData.component_name\nName of the component.\nVectorData.values\nVector data values as a numpy array.\nVectorData\nVectorData.get_pyvista_glyphs\nVectorData.component_name\nVectorData.values" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.store", + "href": "api/_autosummary/ansys.acp.core.Rosette.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.html#ansys.acp.core.mesh_data.VectorData", - "title": "VectorData > VectorData > VectorData", - "section": "VectorData > VectorData", - "text": "class ansys.acp.core.mesh_data.VectorData(field_names, labels, values, component_name)\n\nClass that encapsulates vector data.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nVectorData.get_pyvista_glyphs(*, mesh[, ...])\n\nGet a pyvista glyph object from the vector data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nVectorData.component_name\n\nName of the component.\n\nVectorData.values\n\nVector data values as a numpy array.\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.store", + "href": "api/_autosummary/ansys.acp.core.Rosette.store.html#ansys.acp.core.Rosette.store", + "title": "store > store > store", + "section": "store > store", + "text": "Rosette.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_1.html#e1_1", - "title": "E1_1", - "section": "E1_1", - "text": "E1_1" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.html#analysisply", + "title": "AnalysisPly", + "section": "AnalysisPly", + "text": "Instantiate an Analysis Ply.\nname (str) – The name of the Analysis Ply.\nmaterial (Material) – Material of the Analysis ply.\nangle (float) – Angle of the Analysis ply in degrees.\nthickness (float) – Thickness of the Analysis ply\nactive_in_post_mode (bool) – If False, deactivates the failure analysis for this ply during post-processing.\nAdded in ACP server version 24.2.\nAnalysisPly.active_in_post_mode\n\nAnalysisPly.angle\n\nAnalysisPly.elemental_data\n\nAnalysisPly.id\nIdentifier of the object, used for example as key in maps.\nAnalysisPly.material\n\nAnalysisPly.mesh\nFull mesh associated with the object.\nAnalysisPly.name\nThe name of the object.\nAnalysisPly.nodal_data\n\nAnalysisPly.parent\nThe parent of the object.\nAnalysisPly.shell_mesh\nShell mesh associated with the object.\nAnalysisPly.solid_mesh\nSolid mesh associated with the object.\nAnalysisPly.status\n\nAnalysisPly.thickness\n\nAnalysisPly\nAnalysisPly.active_in_post_mode\nAnalysisPly.angle\nAnalysisPly.elemental_data\nAnalysisPly.id\nAnalysisPly.material\nAnalysisPly.mesh\nAnalysisPly.name\nAnalysisPly.nodal_data\nAnalysisPly.parent\nAnalysisPly.shell_mesh\nAnalysisPly.solid_mesh\nAnalysisPly.status\nAnalysisPly.thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_1", - "title": "E1_1 > E1_1 > E1_1", - "section": "E1_1 > E1_1", - "text": "property ConstantWovenCharacterization.E1_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.html#ansys.acp.core.AnalysisPly", + "title": "AnalysisPly > AnalysisPly > AnalysisPly", + "section": "AnalysisPly > AnalysisPly", + "text": "class ansys.acp.core.AnalysisPly\n\nInstantiate an Analysis Ply.\n\nParameters\n\nname (str) – The name of the Analysis Ply.\n\nmaterial (Material) – Material of the Analysis ply.\n\nangle (float) – Angle of the Analysis ply in degrees.\n\nthickness (float) – Thickness of the Analysis ply\n\nactive_in_post_mode (bool) – If False, deactivates the failure analysis for this ply during post-processing.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nAnalysisPly.active_in_post_mode\n\n\n\nAnalysisPly.angle\n\n\n\nAnalysisPly.elemental_data\n\n\n\nAnalysisPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nAnalysisPly.material\n\n\n\nAnalysisPly.mesh\n\nFull mesh associated with the object.\n\nAnalysisPly.name\n\nThe name of the object.\n\nAnalysisPly.nodal_data\n\n\n\nAnalysisPly.parent\n\nThe parent of the object.\n\nAnalysisPly.shell_mesh\n\nShell mesh associated with the object.\n\nAnalysisPly.solid_mesh\n\nSolid mesh associated with the object.\n\nAnalysisPly.status\n\n\n\nAnalysisPly.thickness\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule.html#create_cylindrical_selection_rule", - "title": "create_cylindrical_selection_rule", - "section": "create_cylindrical_selection_rule", - "text": "Instantiate a Cylindrical Selection Rule.\nname (str) – Name of the Cylindrical Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the Cylindrical Selection Rule.\ndirection (tuple[float, ...]) – Direction of the Cylindrical Selection Rule.\nradius (float) – Radius of the cylinder.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nCylindricalSelectionRule\nAdded in ACP server version 24.2.\ncreate_cylindrical_selection_rule\nuse_global_coordinate_system\nFalse" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.html#examples-using-analysisply", + "title": "AnalysisPly > Examples using AnalysisPly", + "section": "Examples using AnalysisPly", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using AnalysisPly" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule.html#ansys.acp.core.Model.create_cylindrical_selection_rule", - "title": "create_cylindrical_selection_rule > create_cylindrical_selection_rule > create_cylindrical_selection_rule", - "section": "create_cylindrical_selection_rule > create_cylindrical_selection_rule", - "text": "Model.create_cylindrical_selection_rule(*, name='CylindricalSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 1.0), radius=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Cylindrical Selection Rule.\n\nParameters\n\nname (str) – Name of the Cylindrical Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the Cylindrical Selection Rule.\n\ndirection (tuple[float, ...]) – Direction of the Cylindrical Selection Rule.\n\nradius (float) – Radius of the cylinder.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nReturn type\n\nCylindricalSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.write_degenerated_elements", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.write_degenerated_elements.html#write_degenerated_elements", + "title": "write_degenerated_elements", + "section": "write_degenerated_elements", + "text": "write_degenerated_elements" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule.html#examples-using-modelcreate_cylindrical_selection_rule", - "title": "create_cylindrical_selection_rule > Examples using Model.create_cylindrical_selection_rule", - "section": "Examples using Model.create_cylindrical_selection_rule", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using Model.create_cylindrical_selection_rule" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.write_degenerated_elements", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.write_degenerated_elements.html#ansys.acp.core.SolidModelExportSettings.write_degenerated_elements", + "title": "write_degenerated_elements > write_degenerated_elements > write_degenerated_elements", + "section": "write_degenerated_elements > write_degenerated_elements", + "text": "property SolidModelExportSettings.write_degenerated_elements: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.num_min_neighbors", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.num_min_neighbors.html#num_min_neighbors", - "title": "num_min_neighbors", - "section": "num_min_neighbors", - "text": "num_min_neighbors" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.html#analysisplyelementaldata", + "title": "AnalysisPlyElementalData", + "section": "AnalysisPlyElementalData", + "text": "Represents elemental data for a Analysis Ply.\nAnalysisPlyElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nAnalysisPlyElementalData.area\n\nAnalysisPlyElementalData.cog\n\nAnalysisPlyElementalData.design_angle\n\nAnalysisPlyElementalData.draped_fiber_angle\n\nAnalysisPlyElementalData.draped_fiber_direction\n\nAnalysisPlyElementalData.draped_transverse_angle\n\nAnalysisPlyElementalData.draped_transverse_direction\n\nAnalysisPlyElementalData.fiber_direction\n\nAnalysisPlyElementalData.mass\n\nAnalysisPlyElementalData.material_1_direction\n\nAnalysisPlyElementalData.normal\n\nAnalysisPlyElementalData.offset\n\nAnalysisPlyElementalData.orientation\n\nAnalysisPlyElementalData.price\n\nAnalysisPlyElementalData.reference_direction\n\nAnalysisPlyElementalData.relative_thickness_correction\n\nAnalysisPlyElementalData.shear_angle\n\nAnalysisPlyElementalData.thickness\n\nAnalysisPlyElementalData.transverse_direction\n\nAnalysisPlyElementalData.volume\n\nAnalysisPlyElementalData.element_labels\n\nAnalysisPlyElementalData\nAnalysisPlyElementalData.get_pyvista_mesh\nAnalysisPlyElementalData.area\nAnalysisPlyElementalData.cog\nAnalysisPlyElementalData.design_angle\nAnalysisPlyElementalData.draped_fiber_angle\nAnalysisPlyElementalData.draped_fiber_direction\nAnalysisPlyElementalData.draped_transverse_angle\nAnalysisPlyElementalData.draped_transverse_direction\nAnalysisPlyElementalData.fiber_direction\nAnalysisPlyElementalData.mass\nAnalysisPlyElementalData.material_1_direction\nAnalysisPlyElementalData.normal\nAnalysisPlyElementalData.offset\nAnalysisPlyElementalData.orientation\nAnalysisPlyElementalData.price\nAnalysisPlyElementalData.reference_direction\nAnalysisPlyElementalData.relative_thickness_correction\nAnalysisPlyElementalData.shear_angle\nAnalysisPlyElementalData.thickness\nAnalysisPlyElementalData.transverse_direction\nAnalysisPlyElementalData.volume\nAnalysisPlyElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.num_min_neighbors", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.num_min_neighbors.html#ansys.acp.core.LookUpTable3D.num_min_neighbors", - "title": "num_min_neighbors > num_min_neighbors > num_min_neighbors", - "section": "num_min_neighbors > num_min_neighbors", - "text": "property LookUpTable3D.num_min_neighbors: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData", + "title": "AnalysisPlyElementalData > AnalysisPlyElementalData > AnalysisPlyElementalData", + "section": "AnalysisPlyElementalData > AnalysisPlyElementalData", + "text": "class ansys.acp.core.mesh_data.AnalysisPlyElementalData(element_labels, normal=None, orientation=None, reference_direction=None, fiber_direction=None, draped_fiber_direction=None, transverse_direction=None, draped_transverse_direction=None, thickness=None, relative_thickness_correction=None, design_angle=None, shear_angle=None, draped_fiber_angle=None, draped_transverse_angle=None, area=None, price=None, volume=None, mass=None, offset=None, material_1_direction=None, cog=None)\n\nRepresents elemental data for a Analysis Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nAnalysisPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nAnalysisPlyElementalData.area\n\n\n\nAnalysisPlyElementalData.cog\n\n\n\nAnalysisPlyElementalData.design_angle\n\n\n\nAnalysisPlyElementalData.draped_fiber_angle\n\n\n\nAnalysisPlyElementalData.draped_fiber_direction\n\n\n\nAnalysisPlyElementalData.draped_transverse_angle\n\n\n\nAnalysisPlyElementalData.draped_transverse_direction\n\n\n\nAnalysisPlyElementalData.fiber_direction\n\n\n\nAnalysisPlyElementalData.mass\n\n\n\nAnalysisPlyElementalData.material_1_direction\n\n\n\nAnalysisPlyElementalData.normal\n\n\n\nAnalysisPlyElementalData.offset\n\n\n\nAnalysisPlyElementalData.orientation\n\n\n\nAnalysisPlyElementalData.price\n\n\n\nAnalysisPlyElementalData.reference_direction\n\n\n\nAnalysisPlyElementalData.relative_thickness_correction\n\n\n\nAnalysisPlyElementalData.shear_angle\n\n\n\nAnalysisPlyElementalData.thickness\n\n\n\nAnalysisPlyElementalData.transverse_direction\n\n\n\nAnalysisPlyElementalData.volume\n\n\n\nAnalysisPlyElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.index", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.index.html#index", - "title": "index", - "section": "index", - "text": "Return the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nRaises ValueError when the substring is not found.\nindex" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.index", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.index.html#ansys.acp.core.material_property_sets.PuckMaterialType.index", - "title": "index > index > index", - "section": "index > index", - "text": "PuckMaterialType.index(sub, [start, [end]]) -> int\n\nReturn the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nRaises ValueError when the substring is not found.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "ParallelSelectionRuleElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.status", + "href": "api/_autosummary/ansys.acp.core.SectionCut.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.clone.html#ansys.acp.core.GeometricalSelectionRule.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "GeometricalSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.status", + "href": "api/_autosummary/ansys.acp.core.SectionCut.status.html#ansys.acp.core.SectionCut.status", + "title": "status > status > status", + "section": "status > status", + "text": "property SectionCut.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.html#constantfabricfiberangle", - "title": "ConstantFabricFiberAngle", - "section": "ConstantFabricFiberAngle", - "text": "Constant fabric fiber angle material property set.\nDefines the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\nAdded in ACP server version 24.2.\nConstantFabricFiberAngle.fabric_fiber_angle\n\nConstantFabricFiberAngle\nConstantFabricFiberAngle.fabric_fiber_angle" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.taper_edges", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.taper_edges.html#taper_edges", + "title": "taper_edges", + "section": "taper_edges", + "text": "taper_edges" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.html#ansys.acp.core.material_property_sets.ConstantFabricFiberAngle", - "title": "ConstantFabricFiberAngle > ConstantFabricFiberAngle > ConstantFabricFiberAngle", - "section": "ConstantFabricFiberAngle > ConstantFabricFiberAngle", - "text": "class ansys.acp.core.material_property_sets.ConstantFabricFiberAngle(*, fabric_fiber_angle=0.0, _parent_object=None, _attribute_path=None)\n\nConstant fabric fiber angle material property set.\n\nDefines the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantFabricFiberAngle.fabric_fiber_angle\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.taper_edges", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.taper_edges.html#ansys.acp.core.ModelingPly.taper_edges", + "title": "taper_edges > taper_edges > taper_edges", + "section": "taper_edges > taper_edges", + "text": "property ModelingPly.taper_edges: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete_lost_elements", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete_lost_elements.html#delete_lost_elements", - "title": "delete_lost_elements", - "section": "delete_lost_elements", - "text": "delete_lost_elements" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.snap_to_geometries", + "href": "api/_autosummary/ansys.acp.core.SolidModel.snap_to_geometries.html#snap_to_geometries", + "title": "snap_to_geometries", + "section": "snap_to_geometries", + "text": "snap_to_geometries" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.snap_to_geometries", + "href": "api/_autosummary/ansys.acp.core.SolidModel.snap_to_geometries.html#ansys.acp.core.SolidModel.snap_to_geometries", + "title": "snap_to_geometries > snap_to_geometries > snap_to_geometries", + "section": "snap_to_geometries > snap_to_geometries", + "text": "property SolidModel.snap_to_geometries: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete_lost_elements", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete_lost_elements.html#ansys.acp.core.LayupMappingObject.delete_lost_elements", - "title": "delete_lost_elements > delete_lost_elements > delete_lost_elements", - "section": "delete_lost_elements > delete_lost_elements", - "text": "property LayupMappingObject.delete_lost_elements: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.active", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_element_sets", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_element_sets.html#transferred_element_sets", - "title": "transferred_element_sets", - "section": "transferred_element_sets", - "text": "transferred_element_sets" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.active", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.active.html#ansys.acp.core.InterfaceLayer.active", + "title": "active > active > active", + "section": "active > active", + "text": "property InterfaceLayer.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_element_sets", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_element_sets.html#ansys.acp.core.SolidModelExportSettings.transferred_element_sets", - "title": "transferred_element_sets > transferred_element_sets > transferred_element_sets", - "section": "transferred_element_sets > transferred_element_sets", - "text": "property SolidModelExportSettings.transferred_element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP.html#up", + "title": "UP", + "section": "UP", + "text": "UP" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.name", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP.html#ansys.acp.core.CutOffGeometryOrientationType.UP", + "title": "UP > UP > UP", + "section": "UP > UP", + "text": "CutOffGeometryOrientationType.UP = 'up'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.name", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.name.html#ansys.acp.core.AnalysisPly.name", - "title": "name > name > name", - "section": "name > name", - "text": "property AnalysisPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.UP.html#examples-using-cutoffgeometryorientationtypeup", + "title": "UP > Examples using CutOffGeometryOrientationType.UP", + "section": "Examples using CutOffGeometryOrientationType.UP", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using CutOffGeometryOrientationType.UP" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.html#lookuptable1dcolumn", - "title": "LookUpTable1DColumn", - "section": "LookUpTable1DColumn", - "text": "Instantiate a Column of a 1D Look-Up Table.\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\ndata (ndarray[tuple[int, ...], dtype[float64]] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\nAdded in ACP server version 24.2.\nLookUpTable1DColumn.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nLookUpTable1DColumn.delete()\nDelete the object.\nLookUpTable1DColumn.store(parent)\nStore the object on the server.\nLookUpTable1DColumn.data\n\nLookUpTable1DColumn.id\nIdentifier of the object, used for example as key in maps.\nLookUpTable1DColumn.name\nThe name of the object.\nLookUpTable1DColumn.parent\nThe parent of the object.\nLookUpTable1DColumn.physical_dimension\n\nLookUpTable1DColumn.value_type\n\nLookUpTable1DColumn\nvalue_type\nvalue_type\nLocation\nLookUpTable1DColumn.clone\nLookUpTable1DColumn.delete\nLookUpTable1DColumn.store\nLookUpTable1DColumn.data\nLookUpTable1DColumn.id\nLookUpTable1DColumn.name\nLookUpTable1DColumn.parent\nLookUpTable1DColumn.physical_dimension\nLookUpTable1DColumn.value_type" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.thickness", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.html#ansys.acp.core.LookUpTable1DColumn", - "title": "LookUpTable1DColumn > LookUpTable1DColumn > LookUpTable1DColumn", - "section": "LookUpTable1DColumn > LookUpTable1DColumn", - "text": "class ansys.acp.core.LookUpTable1DColumn(*, name='LookUpTable1DColumn', value_type='scalar', physical_dimension='dimensionless', data=None)\n\nInstantiate a Column of a 1D Look-Up Table.\n\nParameters\n\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\n\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\n\ndata (ndarray[tuple[int, ...], dtype[float64]] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLookUpTable1DColumn.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nLookUpTable1DColumn.delete()\n\nDelete the object.\n\nLookUpTable1DColumn.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLookUpTable1DColumn.data\n\n\n\nLookUpTable1DColumn.id\n\nIdentifier of the object, used for example as key in maps.\n\nLookUpTable1DColumn.name\n\nThe name of the object.\n\nLookUpTable1DColumn.parent\n\nThe parent of the object.\n\nLookUpTable1DColumn.physical_dimension\n\n\n\nLookUpTable1DColumn.value_type\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.thickness", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.thickness.html#ansys.acp.core.ProductionPly.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "property ProductionPly.thickness: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.html#examples-using-lookuptable1dcolumn", - "title": "LookUpTable1DColumn > Examples using LookUpTable1DColumn", - "section": "Examples using LookUpTable1DColumn", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LookUpTable1DColumn" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yt.html#yt", + "title": "Yt", + "section": "Yt", + "text": "Yt" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.id", - "href": "api/_autosummary/ansys.acp.core.Sensor.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yt.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yt", + "title": "Yt > Yt > Yt", + "section": "Yt > Yt", + "text": "property ConstantWovenStressLimits.Yt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.id", - "href": "api/_autosummary/ansys.acp.core.Sensor.id.html#ansys.acp.core.Sensor.id", - "title": "id > id > id", - "section": "id > id", - "text": "property Sensor.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.all_elements", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.all_elements.html#all_elements", - "title": "all_elements", - "section": "all_elements", - "text": "all_elements" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ImportedSolidModelElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ImportedSolidModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.all_elements", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.all_elements.html#ansys.acp.core.ShellMappingProperties.all_elements", - "title": "all_elements > all_elements > all_elements", - "section": "all_elements > all_elements", - "text": "ShellMappingProperties.all_elements: bool = True\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.external_path", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.external_path.html#external_path", + "title": "external_path", + "section": "external_path", + "text": "external_path" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.name", - "href": "api/_autosummary/ansys.acp.core.Stackup.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.external_path", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.external_path.html#ansys.acp.core.ImportedSolidModel.external_path", + "title": "external_path > external_path > external_path", + "section": "external_path > external_path", + "text": "property ImportedSolidModel.external_path: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.name", - "href": "api/_autosummary/ansys.acp.core.Stackup.name.html#ansys.acp.core.Stackup.name", - "title": "name > name > name", - "section": "name > name", - "text": "property Stackup.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies.html#imported_analysis_plies", + "title": "imported_analysis_plies", + "section": "imported_analysis_plies", + "text": "imported_analysis_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XZ", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XZ.html#xz", - "title": "XZ", - "section": "XZ", - "text": "XZ" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies.html#ansys.acp.core.ImportedProductionPly.imported_analysis_plies", + "title": "imported_analysis_plies > imported_analysis_plies > imported_analysis_plies", + "section": "imported_analysis_plies > imported_analysis_plies", + "text": "property ImportedProductionPly.imported_analysis_plies: Mapping[ValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XZ", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XZ.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XZ", - "title": "XZ > XZ > XZ", - "section": "XZ > XZ", - "text": "property VariableTsaiWuConstants.XZ: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies.html#examples-using-importedproductionplyimported_analysis_plies", + "title": "imported_analysis_plies > Examples using ImportedProductionPly.imported_analysis_plies", + "section": "Examples using ImportedProductionPly.imported_analysis_plies", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedProductionPly.imported_analysis_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry.html#thickness_geometry", - "title": "thickness_geometry", - "section": "thickness_geometry", - "text": "thickness_geometry" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.area", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.area.html#area", + "title": "area", + "section": "area", + "text": "area" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry.html#ansys.acp.core.ModelingPly.thickness_geometry", - "title": "thickness_geometry > thickness_geometry > thickness_geometry", - "section": "thickness_geometry > thickness_geometry", - "text": "property ModelingPly.thickness_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.area", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.area.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.area", + "title": "area > area > area", + "section": "area > area", + "text": "AnalysisPlyElementalData.area: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_geometry.html#examples-using-modelingplythickness_geometry", - "title": "thickness_geometry > Examples using ModelingPly.thickness_geometry", - "section": "Examples using ModelingPly.thickness_geometry", - "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ModelingPly.thickness_geometry" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.zfill", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.zfill.html#zfill", + "title": "zfill", + "section": "zfill", + "text": "Pad a numeric string with zeros on the left, to fill a field of the given width.\nThe string is never truncated.\nzfill" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xt.html#xt", - "title": "Xt", - "section": "Xt", - "text": "Xt" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.zfill", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.zfill.html#ansys.acp.core.material_property_sets.PuckMaterialType.zfill", + "title": "zfill > zfill > zfill", + "section": "zfill > zfill", + "text": "PuckMaterialType.zfill(width, /)\n\nPad a numeric string with zeros on the left, to fill a field of the given width.\n\nThe string is never truncated.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xt.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xt", - "title": "Xt > Xt > Xt", - "section": "Xt > Xt", - "text": "property ConstantWovenStressLimits.Xt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.shear_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.shear_angle.html#shear_angle", - "title": "shear_angle", - "section": "shear_angle", - "text": "shear_angle" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data.html#ansys.acp.core.ModelingPly.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property ModelingPly.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.shear_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.shear_angle.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.shear_angle", - "title": "shear_angle > shear_angle > shear_angle", - "section": "shear_angle > shear_angle", - "text": "ProductionPlyElementalData.shear_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data.html#examples-using-modelingplynodal_data", + "title": "nodal_data > Examples using ModelingPly.nodal_data", + "section": "Examples using ModelingPly.nodal_data", + "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using ModelingPly.nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.draping_offset_correction", - "href": "api/_autosummary/ansys.acp.core.Model.draping_offset_correction.html#draping_offset_correction", - "title": "draping_offset_correction", - "section": "draping_offset_correction", - "text": "draping_offset_correction" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zc.html#zc", + "title": "Zc", + "section": "Zc", + "text": "Zc" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.draping_offset_correction", - "href": "api/_autosummary/ansys.acp.core.Model.draping_offset_correction.html#ansys.acp.core.Model.draping_offset_correction", - "title": "draping_offset_correction > draping_offset_correction > draping_offset_correction", - "section": "draping_offset_correction > draping_offset_correction", - "text": "property Model.draping_offset_correction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zc.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Zc", + "title": "Zc > Zc > Zc", + "section": "Zc > Zc", + "text": "property ConstantStressLimits.Zc: Any\n\n!! processed by numpydoc !!" }, - { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.oriented_selection_sets", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.oriented_selection_sets.html#oriented_selection_sets", - "title": "oriented_selection_sets", - "section": "oriented_selection_sets", - "text": "oriented_selection_sets" + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yc.html#yc", + "title": "Yc", + "section": "Yc", + "text": "Yc" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.oriented_selection_sets", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.oriented_selection_sets.html#ansys.acp.core.InterfaceLayer.oriented_selection_sets", - "title": "oriented_selection_sets > oriented_selection_sets > oriented_selection_sets", - "section": "oriented_selection_sets > oriented_selection_sets", - "text": "property InterfaceLayer.oriented_selection_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yc.html#ansys.acp.core.material_property_sets.VariableStressLimits.Yc", + "title": "Yc > Yc > Yc", + "section": "Yc > Yc", + "text": "property VariableStressLimits.Yc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.selection_rule", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.selection_rule.html#selection_rule", - "title": "selection_rule", - "section": "selection_rule", - "text": "Link to an existing selection rule.\nselection_rule" + "objectID": "api/_autosummary/ansys.acp.core.Model.lookup_tables_1d", + "href": "api/_autosummary/ansys.acp.core.Model.lookup_tables_1d.html#lookup_tables_1d", + "title": "lookup_tables_1d", + "section": "lookup_tables_1d", + "text": "lookup_tables_1d" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.selection_rule", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.selection_rule.html#ansys.acp.core.LinkedSelectionRule.selection_rule", - "title": "selection_rule > selection_rule > selection_rule", - "section": "selection_rule > selection_rule", - "text": "property LinkedSelectionRule.selection_rule: BooleanSelectionRule | CutOffSelectionRule | CylindricalSelectionRule | GeometricalSelectionRule | ParallelSelectionRule | SphericalSelectionRule | TubeSelectionRule | VariableOffsetSelectionRule\n\nLink to an existing selection rule.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.lookup_tables_1d", + "href": "api/_autosummary/ansys.acp.core.Model.lookup_tables_1d.html#ansys.acp.core.Model.lookup_tables_1d", + "title": "lookup_tables_1d > lookup_tables_1d > lookup_tables_1d", + "section": "lookup_tables_1d > lookup_tables_1d", + "text": "property Model.lookup_tables_1d: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.html#variabledensity", - "title": "VariableDensity", - "section": "VariableDensity", - "text": "Variable density material property set.\nAdded in ACP server version 24.2.\nVariableDensity.field_variables\n\nVariableDensity.interpolation_options\n\nVariableDensity.rho\n\nVariableDensity\nVariableDensity.field_variables\nVariableDensity.interpolation_options\nVariableDensity.rho" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.html#cutoffselectionrule", + "title": "CutOffSelectionRule", + "section": "CutOffSelectionRule", + "text": "Instantiate a Cut-Off Selection Rule.\nname (str) – Name of the Cut-Off Selection Rule.\ncut_off_rule_type (CutOffRuleType) – Determines if the cut-off is defined by a geometry or by a tapering edge.\ncut_off_geometry (VirtualGeometry | None) – Geometry used to define the cut-off. Only applies if\ncut_off_rule_type is GEOMETRY.\ntaper_edge_set (EdgeSet | None) – Edge used to define the cut-off. Only applies if\ncut_off_rule_type is CutOffRuleType.TAPER.\noffset (float) – Moves the cutting plane along the out-of-plane direction. Always measured\nfrom the reference surface.\nangle (float) – Defines the angle between the cutting plane and the reference surface.\nply_cut_off_type (PlyCutOffType) – Either the complete production ply is cut-off\n(PlyCutOffType.PRODUCTION_PLY_CUTOFF) or individual analysis plies\n(PlyCutOffType.ANALYSIS_PLY_CUTOFF).\nply_tapering (bool) – Whether the tapering of analysis plies is enabled.\nAdded in ACP server version 24.2.\nCutOffSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nCutOffSelectionRule.delete()\nDelete the object.\nCutOffSelectionRule.store(parent)\nStore the object on the server.\nCutOffSelectionRule.angle\n\nCutOffSelectionRule.cut_off_geometry\n\nCutOffSelectionRule.cut_off_rule_type\n\nCutOffSelectionRule.elemental_data\n\nCutOffSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nCutOffSelectionRule.mesh\nFull mesh associated with the object.\nCutOffSelectionRule.name\nThe name of the object.\nCutOffSelectionRule.nodal_data\n\nCutOffSelectionRule.offset\n\nCutOffSelectionRule.parent\nThe parent of the object.\nCutOffSelectionRule.ply_cut_off_type\n\nCutOffSelectionRule.ply_tapering\n\nCutOffSelectionRule.shell_mesh\nShell mesh associated with the object.\nCutOffSelectionRule.status\n\nCutOffSelectionRule.taper_edge_set\n\nCutOffSelectionRule\ncut_off_rule_type\ncut_off_rule_type\nCutOffRuleType.TAPER\nPlyCutOffType.PRODUCTION_PLY_CUTOFF\nPlyCutOffType.ANALYSIS_PLY_CUTOFF\nCutOffSelectionRule.clone\nCutOffSelectionRule.delete\nCutOffSelectionRule.store\nCutOffSelectionRule.angle\nCutOffSelectionRule.cut_off_geometry\nCutOffSelectionRule.cut_off_rule_type\nCutOffSelectionRule.elemental_data\nCutOffSelectionRule.id\nCutOffSelectionRule.mesh\nCutOffSelectionRule.name\nCutOffSelectionRule.nodal_data\nCutOffSelectionRule.offset\nCutOffSelectionRule.parent\nCutOffSelectionRule.ply_cut_off_type\nCutOffSelectionRule.ply_tapering\nCutOffSelectionRule.shell_mesh\nCutOffSelectionRule.status\nCutOffSelectionRule.taper_edge_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.html#ansys.acp.core.material_property_sets.VariableDensity", - "title": "VariableDensity > VariableDensity > VariableDensity", - "section": "VariableDensity > VariableDensity", - "text": "class ansys.acp.core.material_property_sets.VariableDensity(*, _parent_object=None, _attribute_path=None)\n\nVariable density material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableDensity.field_variables\n\n\n\nVariableDensity.interpolation_options\n\n\n\nVariableDensity.rho\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.html#ansys.acp.core.CutOffSelectionRule", + "title": "CutOffSelectionRule > CutOffSelectionRule > CutOffSelectionRule", + "section": "CutOffSelectionRule > CutOffSelectionRule", + "text": "class ansys.acp.core.CutOffSelectionRule(*, name='CutOffSelectionrule', cut_off_rule_type='geometry', cut_off_geometry=None, taper_edge_set=None, offset=0.0, angle=0.0, ply_cut_off_type='production_ply_cutoff', ply_tapering=False)\n\nInstantiate a Cut-Off Selection Rule.\n\nParameters\n\nname (str) – Name of the Cut-Off Selection Rule.\n\ncut_off_rule_type (CutOffRuleType) – Determines if the cut-off is defined by a geometry or by a tapering edge.\n\ncut_off_geometry (VirtualGeometry | None) – Geometry used to define the cut-off. Only applies if\ncut_off_rule_type is GEOMETRY.\n\ntaper_edge_set (EdgeSet | None) – Edge used to define the cut-off. Only applies if\ncut_off_rule_type is CutOffRuleType.TAPER.\n\noffset (float) – Moves the cutting plane along the out-of-plane direction. Always measured\nfrom the reference surface.\n\nangle (float) – Defines the angle between the cutting plane and the reference surface.\n\nply_cut_off_type (PlyCutOffType) – Either the complete production ply is cut-off\n(PlyCutOffType.PRODUCTION_PLY_CUTOFF) or individual analysis plies\n(PlyCutOffType.ANALYSIS_PLY_CUTOFF).\n\nply_tapering (bool) – Whether the tapering of analysis plies is enabled.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCutOffSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nCutOffSelectionRule.delete()\n\nDelete the object.\n\nCutOffSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCutOffSelectionRule.angle\n\n\n\nCutOffSelectionRule.cut_off_geometry\n\n\n\nCutOffSelectionRule.cut_off_rule_type\n\n\n\nCutOffSelectionRule.elemental_data\n\n\n\nCutOffSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nCutOffSelectionRule.mesh\n\nFull mesh associated with the object.\n\nCutOffSelectionRule.name\n\nThe name of the object.\n\nCutOffSelectionRule.nodal_data\n\n\n\nCutOffSelectionRule.offset\n\n\n\nCutOffSelectionRule.parent\n\nThe parent of the object.\n\nCutOffSelectionRule.ply_cut_off_type\n\n\n\nCutOffSelectionRule.ply_tapering\n\n\n\nCutOffSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nCutOffSelectionRule.status\n\n\n\nCutOffSelectionRule.taper_edge_set\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.fabric_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.fabric_fiber_angle.html#fabric_fiber_angle", - "title": "fabric_fiber_angle", - "section": "fabric_fiber_angle", - "text": "fabric_fiber_angle" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.html#examples-using-cutoffselectionrule", + "title": "CutOffSelectionRule > Examples using CutOffSelectionRule", + "section": "Examples using CutOffSelectionRule", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using CutOffSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.fabric_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.fabric_fiber_angle.html#ansys.acp.core.material_property_sets.VariableFabricFiberAngle.fabric_fiber_angle", - "title": "fabric_fiber_angle > fabric_fiber_angle > fabric_fiber_angle", - "section": "fabric_fiber_angle > fabric_fiber_angle", - "text": "property VariableFabricFiberAngle.fabric_fiber_angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.html#sphericalselectionrule", + "title": "SphericalSelectionRule", + "section": "SphericalSelectionRule", + "text": "Instantiate a Spherical Selection Rule.\nname (str) – Name of the Spherical Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the sphere.\nradius (float) – Radius of the sphere.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nAdded in ACP server version 24.2.\nSphericalSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSphericalSelectionRule.delete()\nDelete the object.\nSphericalSelectionRule.store(parent)\nStore the object on the server.\nSphericalSelectionRule.direction\n\nSphericalSelectionRule.elemental_data\n\nSphericalSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nSphericalSelectionRule.include_rule\n\nSphericalSelectionRule.mesh\nFull mesh associated with the object.\nSphericalSelectionRule.name\nThe name of the object.\nSphericalSelectionRule.nodal_data\n\nSphericalSelectionRule.origin\n\nSphericalSelectionRule.parent\nThe parent of the object.\nSphericalSelectionRule.radius\n\nSphericalSelectionRule.relative_rule\n\nSphericalSelectionRule.rosette\n\nSphericalSelectionRule.shell_mesh\nShell mesh associated with the object.\nSphericalSelectionRule.status\n\nSphericalSelectionRule.use_global_coordinate_system\n\nSphericalSelectionRule\nuse_global_coordinate_system\nFalse\nSphericalSelectionRule.clone\nSphericalSelectionRule.delete\nSphericalSelectionRule.store\nSphericalSelectionRule.direction\nSphericalSelectionRule.elemental_data\nSphericalSelectionRule.id\nSphericalSelectionRule.include_rule\nSphericalSelectionRule.mesh\nSphericalSelectionRule.name\nSphericalSelectionRule.nodal_data\nSphericalSelectionRule.origin\nSphericalSelectionRule.parent\nSphericalSelectionRule.radius\nSphericalSelectionRule.relative_rule\nSphericalSelectionRule.rosette\nSphericalSelectionRule.shell_mesh\nSphericalSelectionRule.status\nSphericalSelectionRule.use_global_coordinate_system" }, { - "objectID": "api/plot_utils", - "href": "api/plot_utils.html#plot-utilities", - "title": "Plot utilities", - "section": "Plot utilities", - "text": "get_directions_plotter(*, model[, mesh, ...])\nGet a pyvista plotter that shows the specified directions on the mesh.\nPlot utilities\nget_directions_plotter" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.html#ansys.acp.core.SphericalSelectionRule", + "title": "SphericalSelectionRule > SphericalSelectionRule > SphericalSelectionRule", + "section": "SphericalSelectionRule > SphericalSelectionRule", + "text": "class ansys.acp.core.SphericalSelectionRule(*, name='SphericalSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), radius=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Spherical Selection Rule.\n\nParameters\n\nname (str) – Name of the Spherical Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the sphere.\n\nradius (float) – Radius of the sphere.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSphericalSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSphericalSelectionRule.delete()\n\nDelete the object.\n\nSphericalSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSphericalSelectionRule.direction\n\n\n\nSphericalSelectionRule.elemental_data\n\n\n\nSphericalSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nSphericalSelectionRule.include_rule\n\n\n\nSphericalSelectionRule.mesh\n\nFull mesh associated with the object.\n\nSphericalSelectionRule.name\n\nThe name of the object.\n\nSphericalSelectionRule.nodal_data\n\n\n\nSphericalSelectionRule.origin\n\n\n\nSphericalSelectionRule.parent\n\nThe parent of the object.\n\nSphericalSelectionRule.radius\n\n\n\nSphericalSelectionRule.relative_rule\n\n\n\nSphericalSelectionRule.rosette\n\n\n\nSphericalSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nSphericalSelectionRule.status\n\n\n\nSphericalSelectionRule.use_global_coordinate_system\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_1.html#fracture_toughness_mode_1", - "title": "fracture_toughness_mode_1", - "section": "fracture_toughness_mode_1", - "text": "fracture_toughness_mode_1" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.html#examples-using-sphericalselectionrule", + "title": "SphericalSelectionRule > Examples using SphericalSelectionRule", + "section": "Examples using SphericalSelectionRule", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nExamples using SphericalSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_1.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_1", - "title": "fracture_toughness_mode_1 > fracture_toughness_mode_1 > fracture_toughness_mode_1", - "section": "fracture_toughness_mode_1 > fracture_toughness_mode_1", - "text": "property ConstantLaRCConstants.fracture_toughness_mode_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.thickness", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.shell_mesh.html#ansys.acp.core.VariableOffsetSelectionRule.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property VariableOffsetSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.thickness", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.thickness.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "ProductionPlyElementalData.thickness: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb", + "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb.html#import_acp_mesh_from_cdb", + "title": "import_acp_mesh_from_cdb", + "section": "import_acp_mesh_from_cdb", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nImport an ACP CDB mesh into Mechanical.\nImport a mesh exported from ACP in CDB format into Mechanical. This function\ndoes not import the ACP layup definition, use import_acp_composite_definitions()\nfor this purpose.\nThe named selections exported from ACP are only partially imported.\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\ncdb_path (str | PathLike[str]) – The path of the CDB file to import. The extension must be ‘.cdb’.\nimport_acp_mesh_from_cdb\nimport_acp_composite_definitions()" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lower", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lower.html#lower", - "title": "lower", - "section": "lower", - "text": "Return a copy of the string converted to lowercase.\nlower" + "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb", + "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb.html#ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb", + "title": "import_acp_mesh_from_cdb > import_acp_mesh_from_cdb > import_acp_mesh_from_cdb", + "section": "import_acp_mesh_from_cdb > import_acp_mesh_from_cdb", + "text": "ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb(*, mechanical, cdb_path)\n\nImport an ACP CDB mesh into Mechanical.\n\nImport a mesh exported from ACP in CDB format into Mechanical. This function\ndoes not import the ACP layup definition, use import_acp_composite_definitions()\nfor this purpose.\n\nThe named selections exported from ACP are only partially imported.\n\nParameters\n\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\n\ncdb_path (str | PathLike[str]) – The path of the CDB file to import. The extension must be ‘.cdb’.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lower", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lower.html#ansys.acp.core.material_property_sets.PuckMaterialType.lower", - "title": "lower > lower > lower", - "section": "lower > lower", - "text": "PuckMaterialType.lower(/)\n\nReturn a copy of the string converted to lowercase.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.status", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.DOWN", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.DOWN.html#down", - "title": "DOWN", - "section": "DOWN", - "text": "DOWN" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.status", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.status.html#ansys.acp.core.SolidElementSet.status", + "title": "status > status > status", + "section": "status > status", + "text": "property SolidElementSet.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.DOWN", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.DOWN.html#ansys.acp.core.CutOffGeometryOrientationType.DOWN", - "title": "DOWN > DOWN > DOWN", - "section": "DOWN > DOWN", - "text": "CutOffGeometryOrientationType.DOWN = 'down'\n\n" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT", + "href": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT.html#meshdatat", + "title": "MeshDataT", + "section": "MeshDataT", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nMeshDataT\ninfer_variance=True\ncovariant=True\ncontravariant=True" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.selection_rules", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.selection_rules.html#selection_rules", - "title": "selection_rules", - "section": "selection_rules", - "text": "selection_rules" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT", + "href": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT.html#ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT", + "title": "MeshDataT > MeshDataT > MeshDataT", + "section": "MeshDataT > MeshDataT", + "text": "ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT = ~MeshDataT\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.selection_rules", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.selection_rules.html#ansys.acp.core.OrientedSelectionSet.selection_rules", - "title": "selection_rules > selection_rules > selection_rules", - "section": "selection_rules > selection_rules", - "text": "property OrientedSelectionSet.selection_rules: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.IntersectionType.NORMAL_TO_SURFACE", + "href": "api/_autosummary/ansys.acp.core.IntersectionType.NORMAL_TO_SURFACE.html#normal_to_surface", + "title": "NORMAL_TO_SURFACE", + "section": "NORMAL_TO_SURFACE", + "text": "NORMAL_TO_SURFACE" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zc.html#zc", - "title": "Zc", - "section": "Zc", - "text": "Zc" + "objectID": "api/_autosummary/ansys.acp.core.IntersectionType.NORMAL_TO_SURFACE", + "href": "api/_autosummary/ansys.acp.core.IntersectionType.NORMAL_TO_SURFACE.html#ansys.acp.core.IntersectionType.NORMAL_TO_SURFACE", + "title": "NORMAL_TO_SURFACE > NORMAL_TO_SURFACE > NORMAL_TO_SURFACE", + "section": "NORMAL_TO_SURFACE > NORMAL_TO_SURFACE", + "text": "IntersectionType.NORMAL_TO_SURFACE = 'normal_to_surface'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zc.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zc", - "title": "Zc > Zc > Zc", - "section": "Zc > Zc", - "text": "property ConstantWovenStressLimits.Zc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.strip", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.strip.html#strip", + "title": "strip", + "section": "strip", + "text": "Return a copy of the string with leading and trailing whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nstrip" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB.html#class40_agdb", - "title": "CLASS40_AGDB", - "section": "CLASS40_AGDB", - "text": "CLASS40_AGDB" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.strip", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.strip.html#ansys.acp.core.material_property_sets.PuckMaterialType.strip", + "title": "strip > strip > strip", + "section": "strip > strip", + "text": "PuckMaterialType.strip(chars=None, /)\n\nReturn a copy of the string with leading and trailing whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB.html#ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB", - "title": "CLASS40_AGDB > CLASS40_AGDB > CLASS40_AGDB", - "section": "CLASS40_AGDB > CLASS40_AGDB", - "text": "ExampleKeys.CLASS40_AGDB = 12\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.parent", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB.html#examples-using-examplekeysclass40_agdb", - "title": "CLASS40_AGDB > Examples using ExampleKeys.CLASS40_AGDB", - "section": "Examples using ExampleKeys.CLASS40_AGDB", - "text": "sphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nExamples using ExampleKeys.CLASS40_AGDB" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.parent", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.parent.html#ansys.acp.core.ImportedModelingPly.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property ImportedModelingPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.html#lookuptable1d", - "title": "LookUpTable1D", - "section": "LookUpTable1D", - "text": "Instantiate a 1D Look-Up Table.\nThe one-dimensional look-up table is defined along an axis. The locations\nof the data points along the axis are defined by the Location column,\nwhich:\ncontains scalar data. When the column contains N data points (rows),\nit has shape (N, ).\nis automatically created when the look-up table is instantiated\ncannot be deleted or renamed\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\norigin (tuple[float, float, float]) – Origin of the axis w.r.t. which the look-up table locations are\ndefined.\ndirection (tuple[float, float, float]) – Direction of the axis w.r.t. which the look-up table locations are\ndefined.\nAdded in ACP server version 24.2.\nLookUpTable1D.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nLookUpTable1D.create_column(*[, name, ...])\nInstantiate a Column of a 1D Look-Up Table.\nLookUpTable1D.delete()\nDelete the object.\nLookUpTable1D.store(parent)\nStore the object on the server.\nLookUpTable1D.columns\n\nLookUpTable1D.direction\n\nLookUpTable1D.id\nIdentifier of the object, used for example as key in maps.\nLookUpTable1D.name\nThe name of the object.\nLookUpTable1D.origin\n\nLookUpTable1D.parent\nThe parent of the object.\nLookUpTable1D.status\n\nLookUpTable1D\nLocation\nN\n(N, )\nLocation\nNaN\nLookUpTable1D.clone\nLookUpTable1D.create_column\nLookUpTable1D.delete\nLookUpTable1D.store\nLookUpTable1D.columns\nLookUpTable1D.direction\nLookUpTable1D.id\nLookUpTable1D.name\nLookUpTable1D.origin\nLookUpTable1D.parent\nLookUpTable1D.status" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.use_global_coordinate_system", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.use_global_coordinate_system.html#use_global_coordinate_system", + "title": "use_global_coordinate_system", + "section": "use_global_coordinate_system", + "text": "use_global_coordinate_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.html#ansys.acp.core.LookUpTable1D", - "title": "LookUpTable1D > LookUpTable1D > LookUpTable1D", - "section": "LookUpTable1D > LookUpTable1D", - "text": "class ansys.acp.core.LookUpTable1D(*, name='LookUpTable1D', origin=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 0.0))\n\nInstantiate a 1D Look-Up Table.\n\nThe one-dimensional look-up table is defined along an axis. The locations\nof the data points along the axis are defined by the Location column,\nwhich:\n\ncontains scalar data. When the column contains N data points (rows),\nit has shape (N, ).\n\nis automatically created when the look-up table is instantiated\n\ncannot be deleted or renamed\n\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\n\nParameters\n\norigin (tuple[float, float, float]) – Origin of the axis w.r.t. which the look-up table locations are\ndefined.\n\ndirection (tuple[float, float, float]) – Direction of the axis w.r.t. which the look-up table locations are\ndefined.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLookUpTable1D.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nLookUpTable1D.create_column(*[, name, ...])\n\nInstantiate a Column of a 1D Look-Up Table.\n\nLookUpTable1D.delete()\n\nDelete the object.\n\nLookUpTable1D.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLookUpTable1D.columns\n\n\n\nLookUpTable1D.direction\n\n\n\nLookUpTable1D.id\n\nIdentifier of the object, used for example as key in maps.\n\nLookUpTable1D.name\n\nThe name of the object.\n\nLookUpTable1D.origin\n\n\n\nLookUpTable1D.parent\n\nThe parent of the object.\n\nLookUpTable1D.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.use_global_coordinate_system", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.use_global_coordinate_system.html#ansys.acp.core.ParallelSelectionRule.use_global_coordinate_system", + "title": "use_global_coordinate_system > use_global_coordinate_system > use_global_coordinate_system", + "section": "use_global_coordinate_system > use_global_coordinate_system", + "text": "property ParallelSelectionRule.use_global_coordinate_system: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.html#examples-using-lookuptable1d", - "title": "LookUpTable1D > Examples using LookUpTable1D", - "section": "Examples using LookUpTable1D", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LookUpTable1D" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column.html#create_column", + "title": "create_column", + "section": "create_column", + "text": "Instantiate a Column of a 1D Look-Up Table.\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\ndata (npt.NDArray[np.float64] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\nLookUpTable1DColumn\nAdded in ACP server version 24.2.\ncreate_column\nvalue_type\nvalue_type\nLocation" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.parent", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column.html#ansys.acp.core.LookUpTable1D.create_column", + "title": "create_column > create_column > create_column", + "section": "create_column > create_column", + "text": "LookUpTable1D.create_column(*, name='LookUpTable1DColumn', value_type='scalar', physical_dimension='dimensionless', data=None)\n\nInstantiate a Column of a 1D Look-Up Table.\n\nParameters\n\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\n\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\n\ndata (npt.NDArray[np.float64] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\n\nReturn type\n\nLookUpTable1DColumn\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.parent", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.parent.html#ansys.acp.core.EdgeSet.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property EdgeSet.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column.html#examples-using-lookuptable1dcreate_column", + "title": "create_column > Examples using LookUpTable1D.create_column", + "section": "Examples using LookUpTable1D.create_column", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LookUpTable1D.create_column" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS.html#dimensionless", - "title": "DIMENSIONLESS", - "section": "DIMENSIONLESS", - "text": "DIMENSIONLESS" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.normalized", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.normalized.html#normalized", + "title": "normalized", + "section": "normalized", + "text": "normalized" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS.html#ansys.acp.core.PhysicalDimension.DIMENSIONLESS", - "title": "DIMENSIONLESS > DIMENSIONLESS > DIMENSIONLESS", - "section": "DIMENSIONLESS > DIMENSIONLESS", - "text": "PhysicalDimension.DIMENSIONLESS = 'dimensionless'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.normalized", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.normalized.html#ansys.acp.core.material_property_sets.InterpolationOptions.normalized", + "title": "normalized > normalized > normalized", + "section": "normalized > normalized", + "text": "InterpolationOptions.normalized: bool\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.DIMENSIONLESS.html#examples-using-physicaldimensiondimensionless", - "title": "DIMENSIONLESS > Examples using PhysicalDimension.DIMENSIONLESS", - "section": "Examples using PhysicalDimension.DIMENSIONLESS", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using PhysicalDimension.DIMENSIONLESS" + "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.NO_SYMMETRY", + "href": "api/_autosummary/ansys.acp.core.SymmetryType.NO_SYMMETRY.html#no_symmetry", + "title": "NO_SYMMETRY", + "section": "NO_SYMMETRY", + "text": "NO_SYMMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.parent", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.NO_SYMMETRY", + "href": "api/_autosummary/ansys.acp.core.SymmetryType.NO_SYMMETRY.html#ansys.acp.core.SymmetryType.NO_SYMMETRY", + "title": "NO_SYMMETRY > NO_SYMMETRY > NO_SYMMETRY", + "section": "NO_SYMMETRY > NO_SYMMETRY", + "text": "SymmetryType.NO_SYMMETRY = 'no_symmetry'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.parent", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.parent.html#ansys.acp.core.CutOffGeometry.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property CutOffGeometry.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.interpolation_algorithm", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.interpolation_algorithm.html#interpolation_algorithm", + "title": "interpolation_algorithm", + "section": "interpolation_algorithm", + "text": "interpolation_algorithm" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.add_taper_edge", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.add_taper_edge.html#add_taper_edge", - "title": "add_taper_edge", - "section": "add_taper_edge", - "text": "Add a TaperEdge to the ModelingPly.\nSee TaperEdge for the available parameters.\nTaperEdge\nadd_taper_edge\nTaperEdge" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.interpolation_algorithm", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.interpolation_algorithm.html#ansys.acp.core.LookUpTable3D.interpolation_algorithm", + "title": "interpolation_algorithm > interpolation_algorithm > interpolation_algorithm", + "section": "interpolation_algorithm > interpolation_algorithm", + "text": "property LookUpTable3D.interpolation_algorithm: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.add_taper_edge", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.add_taper_edge.html#ansys.acp.core.ModelingPly.add_taper_edge", - "title": "add_taper_edge > add_taper_edge > add_taper_edge", - "section": "add_taper_edge > add_taper_edge", - "text": "ModelingPly.add_taper_edge(edge_set, *, angle, offset)\n\nAdd a TaperEdge to the ModelingPly.\n\nSee TaperEdge for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nTaperEdge" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.html#shellmappingproperties", + "title": "ShellMappingProperties", + "section": "ShellMappingProperties", + "text": "Properties for mapping to the shell on importing HDF5 Composite CAE files.\nShellMappingProperties.all_elements\n\nShellMappingProperties.angle_tolerance\n\nShellMappingProperties.element_sets\n\nShellMappingProperties.relative_in_plane_tolerance\n\nShellMappingProperties.relative_thickness_tolerance\n\nShellMappingProperties.small_hole_threshold\n\nShellMappingProperties\nShellMappingProperties.all_elements\nShellMappingProperties.angle_tolerance\nShellMappingProperties.element_sets\nShellMappingProperties.relative_in_plane_tolerance\nShellMappingProperties.relative_thickness_tolerance\nShellMappingProperties.small_hole_threshold" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.MASS", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.MASS.html#mass", - "title": "MASS", - "section": "MASS", - "text": "MASS" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.html#ansys.acp.core.ShellMappingProperties", + "title": "ShellMappingProperties > ShellMappingProperties > ShellMappingProperties", + "section": "ShellMappingProperties > ShellMappingProperties", + "text": "class ansys.acp.core.ShellMappingProperties(all_elements=True, element_sets=(), relative_thickness_tolerance=0.5, relative_in_plane_tolerance=0.01, angle_tolerance=35.0, small_hole_threshold=0.0)\n\nProperties for mapping to the shell on importing HDF5 Composite CAE files.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nShellMappingProperties.all_elements\n\n\n\nShellMappingProperties.angle_tolerance\n\n\n\nShellMappingProperties.element_sets\n\n\n\nShellMappingProperties.relative_in_plane_tolerance\n\n\n\nShellMappingProperties.relative_thickness_tolerance\n\n\n\nShellMappingProperties.small_hole_threshold\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.MASS", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.MASS.html#ansys.acp.core.ElementalDataType.MASS", - "title": "MASS > MASS > MASS", - "section": "MASS > MASS", - "text": "ElementalDataType.MASS = 'mass'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.volume", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.volume.html#volume", + "title": "volume", + "section": "volume", + "text": "volume" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.volume", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.volume.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.volume", + "title": "volume > volume > volume", + "section": "volume > volume", + "text": "ModelingPlyElementalData.volume: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SolidElementSetNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "SolidElementSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR.html#scalar", + "title": "SCALAR", + "section": "SCALAR", + "text": "SCALAR" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.html#tubeselectionrulenodaldata", - "title": "TubeSelectionRuleNodalData", - "section": "TubeSelectionRuleNodalData", - "text": "Represents nodal data for a Tube Selection Rule.\nTubeSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nTubeSelectionRuleNodalData.node_labels\n\nTubeSelectionRuleNodalData\nTubeSelectionRuleNodalData.get_pyvista_mesh\nTubeSelectionRuleNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR.html#ansys.acp.core.LookUpTableColumnValueType.SCALAR", + "title": "SCALAR > SCALAR > SCALAR", + "section": "SCALAR > SCALAR", + "text": "LookUpTableColumnValueType.SCALAR = 'scalar'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.html#ansys.acp.core.mesh_data.TubeSelectionRuleNodalData", - "title": "TubeSelectionRuleNodalData > TubeSelectionRuleNodalData > TubeSelectionRuleNodalData", - "section": "TubeSelectionRuleNodalData > TubeSelectionRuleNodalData", - "text": "class ansys.acp.core.mesh_data.TubeSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Tube Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nTubeSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nTubeSelectionRuleNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR.html#examples-using-lookuptablecolumnvaluetypescalar", + "title": "SCALAR > Examples using LookUpTableColumnValueType.SCALAR", + "section": "Examples using LookUpTableColumnValueType.SCALAR", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using LookUpTableColumnValueType.SCALAR" }, { - "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.level", - "href": "api/_autosummary/ansys.acp.core.PrimaryPly.level.html#level", - "title": "level", - "section": "level", - "text": "Level of the primary ply.\nPlies with a higher level inherit the thickness from adjacent plies with a lower level.\nlevel" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.delete", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.level", - "href": "api/_autosummary/ansys.acp.core.PrimaryPly.level.html#ansys.acp.core.PrimaryPly.level", - "title": "level > level > level", - "section": "level > level", - "text": "property PrimaryPly.level: int\n\nLevel of the primary ply.\n\nPlies with a higher level inherit the thickness from adjacent plies with a lower level.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.delete", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.delete.html#ansys.acp.core.LookUpTable3DColumn.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "LookUpTable3DColumn.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.value_type", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.value_type.html#value_type", - "title": "value_type", - "section": "value_type", - "text": "value_type" + "objectID": "api/_autosummary/ansys.acp.core.Model.geometrical_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.geometrical_selection_rules.html#geometrical_selection_rules", + "title": "geometrical_selection_rules", + "section": "geometrical_selection_rules", + "text": "geometrical_selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.value_type", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.value_type.html#ansys.acp.core.LookUpTable1DColumn.value_type", - "title": "value_type > value_type > value_type", - "section": "value_type > value_type", - "text": "property LookUpTable1DColumn.value_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.geometrical_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.geometrical_selection_rules.html#ansys.acp.core.Model.geometrical_selection_rules", + "title": "geometrical_selection_rules > geometrical_selection_rules > geometrical_selection_rules", + "section": "geometrical_selection_rules > geometrical_selection_rules", + "text": "property Model.geometrical_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.cylindrical_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.cylindrical_selection_rules.html#cylindrical_selection_rules", - "title": "cylindrical_selection_rules", - "section": "cylindrical_selection_rules", - "text": "cylindrical_selection_rules" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.cylindrical_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.cylindrical_selection_rules.html#ansys.acp.core.Model.cylindrical_selection_rules", - "title": "cylindrical_selection_rules > cylindrical_selection_rules > cylindrical_selection_rules", - "section": "cylindrical_selection_rules > cylindrical_selection_rules", - "text": "property Model.cylindrical_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.element_labels.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "OrientedSelectionSetElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.html#importedmodelingply", - "title": "ImportedModelingPly", - "section": "ImportedModelingPly", - "text": "Instantiate an Imported Modeling Ply.\nname (str) – The name of the Modeling Ply\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\noffset_type (ImportedPlyOffsetType) – Defines the location of the mesh (plane) with respect to the laminate.\nOne of BOTTOM_OFFSET, MIDDLE_OFFSET, and TOP_OFFSET.\nmesh_import_type (MeshImportType) – Source of the imported mesh. Either from geometry or from hdf5.\nmesh_geometry (VirtualGeometry | None) – Link to the geometry with represents the ply surface. Only used if mesh_import_type\nis FROM_GEOMETRY.\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\nreference_direction_field (LookUpTable3DColumn | LookUpTable1DColumn | None) – A 3D lookup table column that defines the reference directions.\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\nply_material (Fabric | None) – The material (only fabric is supported) of the ply.\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\ndraping_type (ImportedPlyDrapingType) – Chooses between different draping formulations. NO_DRAPING by default.\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\nthickness_type (ImportedPlyThicknessType) – Choose ThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\nAdded in ACP server version 25.1.\nImportedModelingPly.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nImportedModelingPly.delete()\nDelete the object.\nImportedModelingPly.store(parent)\nStore the object on the server.\nImportedModelingPly.active\n\nImportedModelingPly.draping_angle_1_field\n\nImportedModelingPly.draping_angle_2_field\n\nImportedModelingPly.draping_type\n\nImportedModelingPly.id\nIdentifier of the object, used for example as key in maps.\nImportedModelingPly.imported_production_plies\n\nImportedModelingPly.mesh_geometry\n\nImportedModelingPly.mesh_import_type\n\nImportedModelingPly.name\nThe name of the object.\nImportedModelingPly.offset_type\n\nImportedModelingPly.parent\nThe parent of the object.\nImportedModelingPly.ply_angle\n\nImportedModelingPly.ply_material\n\nImportedModelingPly.reference_direction_field\n\nImportedModelingPly.rosette_selection_method\n\nImportedModelingPly.rosettes\n\nImportedModelingPly.rotation_angle\n\nImportedModelingPly.status\n\nImportedModelingPly.thickness_field\n\nImportedModelingPly.thickness_field_type\n\nImportedModelingPly.thickness_type\n\nImportedModelingPly\nBOTTOM_OFFSET\nMIDDLE_OFFSET\nTOP_OFFSET\nmesh_import_type\nFROM_GEOMETRY\nNO_DRAPING\ndraping_angle_1_field\nThicknessType.FROM_TABLE\nThicknessType.NOMINAL\nthickness_type\nThicknessType.FROM_TABLE\nthickness_type\nThicknessType.FROM_TABLE\nThicknessFieldType.ABSOLUTE_VALUES\nThicknessFieldType.RELATIVE_SCALING_FACTOR\nImportedModelingPly.clone\nImportedModelingPly.delete\nImportedModelingPly.store\nImportedModelingPly.active\nImportedModelingPly.draping_angle_1_field\nImportedModelingPly.draping_angle_2_field\nImportedModelingPly.draping_type\nImportedModelingPly.id\nImportedModelingPly.imported_production_plies\nImportedModelingPly.mesh_geometry\nImportedModelingPly.mesh_import_type\nImportedModelingPly.name\nImportedModelingPly.offset_type\nImportedModelingPly.parent\nImportedModelingPly.ply_angle\nImportedModelingPly.ply_material\nImportedModelingPly.reference_direction_field\nImportedModelingPly.rosette_selection_method\nImportedModelingPly.rosettes\nImportedModelingPly.rotation_angle\nImportedModelingPly.status\nImportedModelingPly.thickness_field\nImportedModelingPly.thickness_field_type\nImportedModelingPly.thickness_type" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_pos", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_pos.html#p_21_pos", + "title": "p_21_pos", + "section": "p_21_pos", + "text": "p_21_pos" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.html#ansys.acp.core.ImportedModelingPly", - "title": "ImportedModelingPly > ImportedModelingPly > ImportedModelingPly", - "section": "ImportedModelingPly > ImportedModelingPly", - "text": "class ansys.acp.core.ImportedModelingPly(*, name='ModelingPly', active=True, offset_type='middle_offset', mesh_import_type='from_geometry', mesh_geometry=None, rosette_selection_method='minimum_angle', rosettes=(), reference_direction_field=None, rotation_angle=0.0, ply_material=None, ply_angle=0.0, draping_type='no_draping', draping_angle_1_field=None, draping_angle_2_field=None, thickness_type='nominal', thickness_field=None, thickness_field_type='absolute_values')\n\nInstantiate an Imported Modeling Ply.\n\nParameters\n\nname (str) – The name of the Modeling Ply\n\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\n\noffset_type (ImportedPlyOffsetType) – Defines the location of the mesh (plane) with respect to the laminate.\nOne of BOTTOM_OFFSET, MIDDLE_OFFSET, and TOP_OFFSET.\n\nmesh_import_type (MeshImportType) – Source of the imported mesh. Either from geometry or from hdf5.\n\nmesh_geometry (VirtualGeometry | None) – Link to the geometry with represents the ply surface. Only used if mesh_import_type\nis FROM_GEOMETRY.\n\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\n\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\n\nreference_direction_field (LookUpTable3DColumn | LookUpTable1DColumn | None) – A 3D lookup table column that defines the reference directions.\n\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\n\nply_material (Fabric | None) – The material (only fabric is supported) of the ply.\n\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\n\ndraping_type (ImportedPlyDrapingType) – Chooses between different draping formulations. NO_DRAPING by default.\n\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\n\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\n\nthickness_type (ImportedPlyThicknessType) – Choose ThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\n\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\n\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nImportedModelingPly.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nImportedModelingPly.delete()\n\nDelete the object.\n\nImportedModelingPly.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedModelingPly.active\n\n\n\nImportedModelingPly.draping_angle_1_field\n\n\n\nImportedModelingPly.draping_angle_2_field\n\n\n\nImportedModelingPly.draping_type\n\n\n\nImportedModelingPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nImportedModelingPly.imported_production_plies\n\n\n\nImportedModelingPly.mesh_geometry\n\n\n\nImportedModelingPly.mesh_import_type\n\n\n\nImportedModelingPly.name\n\nThe name of the object.\n\nImportedModelingPly.offset_type\n\n\n\nImportedModelingPly.parent\n\nThe parent of the object.\n\nImportedModelingPly.ply_angle\n\n\n\nImportedModelingPly.ply_material\n\n\n\nImportedModelingPly.reference_direction_field\n\n\n\nImportedModelingPly.rosette_selection_method\n\n\n\nImportedModelingPly.rosettes\n\n\n\nImportedModelingPly.rotation_angle\n\n\n\nImportedModelingPly.status\n\n\n\nImportedModelingPly.thickness_field\n\n\n\nImportedModelingPly.thickness_field_type\n\n\n\nImportedModelingPly.thickness_type\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_pos", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_pos.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_pos", + "title": "p_21_pos > p_21_pos > p_21_pos", + "section": "p_21_pos > p_21_pos", + "text": "property ConstantPuckConstants.p_21_pos: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.html#examples-using-importedmodelingply", - "title": "ImportedModelingPly > Examples using ImportedModelingPly", - "section": "Examples using ImportedModelingPly", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedModelingPly" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_direction", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_direction.html#orientation_direction", + "title": "orientation_direction", + "section": "orientation_direction", + "text": "orientation_direction" }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_analysis_model", - "href": "api/_autosummary/ansys.acp.core.Model.export_analysis_model.html#export_analysis_model", - "title": "export_analysis_model", - "section": "export_analysis_model", - "text": "Save the analysis model to a CDB file.\npath (str | PathLike[str]) – Target file path. E.g. /tmp/ACPAnalysisModel.cdb\nexport_analysis_model" + { + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_direction", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_direction.html#ansys.acp.core.OrientedSelectionSet.orientation_direction", + "title": "orientation_direction > orientation_direction > orientation_direction", + "section": "orientation_direction > orientation_direction", + "text": "property OrientedSelectionSet.orientation_direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_analysis_model", - "href": "api/_autosummary/ansys.acp.core.Model.export_analysis_model.html#ansys.acp.core.Model.export_analysis_model", - "title": "export_analysis_model > export_analysis_model > export_analysis_model", - "section": "export_analysis_model > export_analysis_model", - "text": "Model.export_analysis_model(path)\n\nSave the analysis model to a CDB file.\n\nParameters\n\npath (str | PathLike[str]) – Target file path. E.g. /tmp/ACPAnalysisModel.cdb\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.void_material", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.void_material.html#void_material", + "title": "void_material", + "section": "void_material", + "text": "void_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_analysis_model", - "href": "api/_autosummary/ansys.acp.core.Model.export_analysis_model.html#examples-using-modelexport_analysis_model", - "title": "export_analysis_model > Examples using Model.export_analysis_model", - "section": "Examples using Model.export_analysis_model", - "text": "sphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.export_analysis_model" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.void_material", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.void_material.html#ansys.acp.core.LayupMappingObject.void_material", + "title": "void_material > void_material > void_material", + "section": "void_material > void_material", + "text": "property LayupMappingObject.void_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.node_labels", @@ -11753,1845 +11466,1705 @@ "text": "ProductionPlyNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.sublaminates", - "href": "api/_autosummary/ansys.acp.core.Model.sublaminates.html#sublaminates", - "title": "sublaminates", - "section": "sublaminates", - "text": "sublaminates" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.sublaminates", - "href": "api/_autosummary/ansys.acp.core.Model.sublaminates.html#ansys.acp.core.Model.sublaminates", - "title": "sublaminates > sublaminates > sublaminates", - "section": "sublaminates > sublaminates", - "text": "property Model.sublaminates: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.minimum_volume", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.minimum_volume.html#minimum_volume", - "title": "minimum_volume", - "section": "minimum_volume", - "text": "minimum_volume" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.minimum_volume", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.minimum_volume.html#ansys.acp.core.ImportedSolidModel.minimum_volume", - "title": "minimum_volume > minimum_volume > minimum_volume", - "section": "minimum_volume > minimum_volume", - "text": "property ImportedSolidModel.minimum_volume: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.find", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.find.html#find", - "title": "find", - "section": "find", - "text": "Return the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nReturn -1 on failure.\nfind" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.find", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.find.html#ansys.acp.core.LaunchMode.find", - "title": "find > find > find", - "section": "find > find", - "text": "LaunchMode.find(sub, [start, [end]]) -> int\n\nReturn the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nReturn -1 on failure.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.area_weight", - "href": "api/_autosummary/ansys.acp.core.Stackup.area_weight.html#area_weight", - "title": "area_weight", - "section": "area_weight", - "text": "area_weight" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.area_weight", - "href": "api/_autosummary/ansys.acp.core.Stackup.area_weight.html#ansys.acp.core.Stackup.area_weight", - "title": "area_weight > area_weight > area_weight", - "section": "area_weight > area_weight", - "text": "property Stackup.area_weight: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.parent", - "href": "api/_autosummary/ansys.acp.core.Fabric.parent.html#parent", + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.parent", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.parent.html#parent", "title": "parent", "section": "parent", "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.parent", - "href": "api/_autosummary/ansys.acp.core.Fabric.parent.html#ansys.acp.core.Fabric.parent", + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.parent", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.parent.html#ansys.acp.core.ButtJointSequence.parent", "title": "parent > parent > parent", "section": "parent > parent", - "text": "property Fabric.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.DrapingType.NO_DRAPING", - "href": "api/_autosummary/ansys.acp.core.DrapingType.NO_DRAPING.html#no_draping", - "title": "NO_DRAPING", - "section": "NO_DRAPING", - "text": "NO_DRAPING" + "text": "property ButtJointSequence.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingType.NO_DRAPING", - "href": "api/_autosummary/ansys.acp.core.DrapingType.NO_DRAPING.html#ansys.acp.core.DrapingType.NO_DRAPING", - "title": "NO_DRAPING > NO_DRAPING > NO_DRAPING", - "section": "NO_DRAPING > NO_DRAPING", - "text": "DrapingType.NO_DRAPING = 'no_draping'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.name", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.endswith", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.endswith.html#endswith", - "title": "endswith", - "section": "endswith", - "text": "Return True if S ends with the specified suffix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nsuffix can also be a tuple of strings to try.\nendswith" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.name", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.name.html#ansys.acp.core.LookUpTable1DColumn.name", + "title": "name > name > name", + "section": "name > name", + "text": "property LookUpTable1DColumn.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.endswith", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.endswith.html#ansys.acp.core.LaunchMode.endswith", - "title": "endswith > endswith > endswith", - "section": "endswith > endswith", - "text": "LaunchMode.endswith(suffix, [start, [end]]) -> bool\n\nReturn True if S ends with the specified suffix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nsuffix can also be a tuple of strings to try.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.name", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yc.html#yc", - "title": "Yc", - "section": "Yc", - "text": "Yc" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.name", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.name.html#ansys.acp.core.SamplingPoint.name", + "title": "name > name > name", + "section": "name > name", + "text": "property SamplingPoint.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yc.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yc", - "title": "Yc > Yc > Yc", - "section": "Yc > Yc", - "text": "property ConstantWovenStressLimits.Yc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut", + "href": "api/_autosummary/ansys.acp.core.SectionCut.html#sectioncut", + "title": "SectionCut", + "section": "SectionCut", + "text": "Instantiate a Section Cut.\nname (str) – Name of the section cut.\nactive (bool) – Inactive section cuts are not evaluated.\norigin (tuple[float, float, float]) – Defines the origin of the section cut plane.\nnormal (tuple[float, float, float]) – Defines the normal vector of the section cut plane.\nin_plane_reference_direction1 (tuple[float, float, float]) – Defines the in-plane transverse direction of the beam. Used for the surface\nsection cut and section cut measures.\nscope_entire_model (bool) – If True, the section cut is applied to the entire model. Otherwise, the\nsection cut is applied only to the element sets specified in\nscope_element_sets.\nscope_element_sets (Sequence[ElementSet]) – The element sets to which the section cut is applied. Used only if\nscope_entire_model is False.\nextrusion_type (ExtrusionType) – Determines the extrusion method used to create the section cut.\nscale_factor (float) – Scale factor applied to the ply thicknesses.\ncore_scale_factor (float) – Scale factor applied to the core thicknesses.\nsection_cut_type (SectionCutType) – Determines whether the section cut is extruded by modeling ply, production\nply, or analysis ply.\nintersection_type (IntersectionType) – Determines the method used to compute a wire frame section cut. Used only\nif extrusion_type is ExtrusionType.WIRE_FRAME.\nuse_default_tolerance (bool) – If True, the segment tolerance is computed as 0.1% of the averaged element size.\nOtherwise, the tolerance value is used.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED.\ntolerance (float) – Defines the minimum length of the segments. Segments shorter than this value\nare merged.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED, and use_default_tolerance is\nFalse.\nuse_default_interpolation_settings (bool) – If True, default interpolation settings are used by the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED.\nsearch_radius (float) – Search radius of the interpolation algorithm used in the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\nnumber_of_interpolation_points (int) – Number of interpolation points of the interpolation algorithm used in the\nsweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\nAdded in ACP server version 25.1.\nSectionCut.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSectionCut.delete()\nDelete the object.\nSectionCut.store(parent)\nStore the object on the server.\nSectionCut.active\n\nSectionCut.core_scale_factor\n\nSectionCut.extrusion_type\n\nSectionCut.id\nIdentifier of the object, used for example as key in maps.\nSectionCut.in_plane_reference_direction1\n\nSectionCut.intersection_type\n\nSectionCut.locked\n\nSectionCut.name\nThe name of the object.\nSectionCut.normal\n\nSectionCut.number_of_interpolation_points\n\nSectionCut.origin\n\nSectionCut.parent\nThe parent of the object.\nSectionCut.scale_factor\n\nSectionCut.scope_element_sets\n\nSectionCut.scope_entire_model\n\nSectionCut.search_radius\n\nSectionCut.section_cut_type\n\nSectionCut.status\n\nSectionCut.tolerance\n\nSectionCut.use_default_interpolation_settings\n\nSectionCut.use_default_tolerance\n\nSectionCut\nscope_element_sets\nscope_entire_model\nextrusion_type\nExtrusionType.WIRE_FRAME\ntolerance\nextrusion_type\nExtrusionType.SURFACE_NORMAL\nExtrusionType.SURFACE_SWEEP_BASED\nextrusion_type\nExtrusionType.SURFACE_NORMAL\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_tolerance\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_interpolation_settings\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_interpolation_settings\nSectionCut.clone\nSectionCut.delete\nSectionCut.store\nSectionCut.active\nSectionCut.core_scale_factor\nSectionCut.extrusion_type\nSectionCut.id\nSectionCut.in_plane_reference_direction1\nSectionCut.intersection_type\nSectionCut.locked\nSectionCut.name\nSectionCut.normal\nSectionCut.number_of_interpolation_points\nSectionCut.origin\nSectionCut.parent\nSectionCut.scale_factor\nSectionCut.scope_element_sets\nSectionCut.scope_entire_model\nSectionCut.search_radius\nSectionCut.section_cut_type\nSectionCut.status\nSectionCut.tolerance\nSectionCut.use_default_interpolation_settings\nSectionCut.use_default_tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.expandtabs", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.expandtabs.html#expandtabs", - "title": "expandtabs", - "section": "expandtabs", - "text": "Return a copy where all tab characters are expanded using spaces.\nIf tabsize is not given, a tab size of 8 characters is assumed.\nexpandtabs" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut", + "href": "api/_autosummary/ansys.acp.core.SectionCut.html#ansys.acp.core.SectionCut", + "title": "SectionCut > SectionCut > SectionCut", + "section": "SectionCut > SectionCut", + "text": "class ansys.acp.core.SectionCut(*, name='SectionCut', active=True, origin=(0.0, 0.0, 0.0), normal=(0.0, 0.0, 1.0), in_plane_reference_direction1=(1.0, 0.0, 0.0), scope_entire_model=True, scope_element_sets=(), extrusion_type='wire_frame', scale_factor=1.0, core_scale_factor=1.0, section_cut_type='modeling_ply_wise', intersection_type='normal_to_surface', use_default_tolerance=True, tolerance=0.0, use_default_interpolation_settings=True, search_radius=0.0, number_of_interpolation_points=1)\n\nInstantiate a Section Cut.\n\nParameters\n\nname (str) – Name of the section cut.\n\nactive (bool) – Inactive section cuts are not evaluated.\n\norigin (tuple[float, float, float]) – Defines the origin of the section cut plane.\n\nnormal (tuple[float, float, float]) – Defines the normal vector of the section cut plane.\n\nin_plane_reference_direction1 (tuple[float, float, float]) – Defines the in-plane transverse direction of the beam. Used for the surface\nsection cut and section cut measures.\n\nscope_entire_model (bool) – If True, the section cut is applied to the entire model. Otherwise, the\nsection cut is applied only to the element sets specified in\nscope_element_sets.\n\nscope_element_sets (Sequence[ElementSet]) – The element sets to which the section cut is applied. Used only if\nscope_entire_model is False.\n\nextrusion_type (ExtrusionType) – Determines the extrusion method used to create the section cut.\n\nscale_factor (float) – Scale factor applied to the ply thicknesses.\n\ncore_scale_factor (float) – Scale factor applied to the core thicknesses.\n\nsection_cut_type (SectionCutType) – Determines whether the section cut is extruded by modeling ply, production\nply, or analysis ply.\n\nintersection_type (IntersectionType) – Determines the method used to compute a wire frame section cut. Used only\nif extrusion_type is ExtrusionType.WIRE_FRAME.\n\nuse_default_tolerance (bool) – If True, the segment tolerance is computed as 0.1% of the averaged element size.\nOtherwise, the tolerance value is used.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED.\n\ntolerance (float) – Defines the minimum length of the segments. Segments shorter than this value\nare merged.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED, and use_default_tolerance is\nFalse.\n\nuse_default_interpolation_settings (bool) – If True, default interpolation settings are used by the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED.\n\nsearch_radius (float) – Search radius of the interpolation algorithm used in the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\n\nnumber_of_interpolation_points (int) – Number of interpolation points of the interpolation algorithm used in the\nsweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSectionCut.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSectionCut.delete()\n\nDelete the object.\n\nSectionCut.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSectionCut.active\n\n\n\nSectionCut.core_scale_factor\n\n\n\nSectionCut.extrusion_type\n\n\n\nSectionCut.id\n\nIdentifier of the object, used for example as key in maps.\n\nSectionCut.in_plane_reference_direction1\n\n\n\nSectionCut.intersection_type\n\n\n\nSectionCut.locked\n\n\n\nSectionCut.name\n\nThe name of the object.\n\nSectionCut.normal\n\n\n\nSectionCut.number_of_interpolation_points\n\n\n\nSectionCut.origin\n\n\n\nSectionCut.parent\n\nThe parent of the object.\n\nSectionCut.scale_factor\n\n\n\nSectionCut.scope_element_sets\n\n\n\nSectionCut.scope_entire_model\n\n\n\nSectionCut.search_radius\n\n\n\nSectionCut.section_cut_type\n\n\n\nSectionCut.status\n\n\n\nSectionCut.tolerance\n\n\n\nSectionCut.use_default_interpolation_settings\n\n\n\nSectionCut.use_default_tolerance\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.expandtabs", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.expandtabs.html#ansys.acp.core.material_property_sets.PuckMaterialType.expandtabs", - "title": "expandtabs > expandtabs > expandtabs", - "section": "expandtabs > expandtabs", - "text": "PuckMaterialType.expandtabs(/, tabsize=8)\n\nReturn a copy where all tab characters are expanded using spaces.\n\nIf tabsize is not given, a tab size of 8 characters is assumed.\n\n!! processed by numpydoc !!" + "objectID": "api/enum_types", + "href": "api/enum_types.html#enumeration-data-types", + "title": "Enumeration data types", + "section": "Enumeration data types", + "text": "ArrowType(cls, value[, names, module, ...])\nOptions for the type of arrow to be created for directions in the ply geometry export.\nBaseElementMaterialHandling(cls, value[, ...])\nDetermines how the base material is handled where it intersects with a reinforcing element.\nBooleanOperationType(cls, value[, names, ...])\nOptions for combining selection rules.\nCutOffGeometryOrientationType(cls, value[, ...])\nDetermines the orientation of a cut-off geometry.\nCutOffMaterialHandling(cls, value[, names, ...])\nOptions for how cut-off material is selected.\nCutOffRuleType(cls, value[, names, module, ...])\nOptions for how a cut off rule is defined.\nDrapingMaterialModel(cls, value[, names, ...])\nOptions for the material type used in the draping algorithm.\nDrapingType(cls, value[, names, module, ...])\nOptions for the draping algorithm used.\nDropOffMaterialHandling(cls, value[, names, ...])\nOptions for how drop-off material is selected.\nDropOffType(cls, value[, names, module, ...])\nDetermines whether the drop off in solid models is inside or outside the ply boundary.\nEdgeSetType(cls, value[, names, module, ...])\nOptions for how an edge set is defined.\nElementalDataType(cls, value[, names, ...])\nOptions for the type of per-element data.\nElementTechnology(cls, value[, names, ...])\nOptions for the element technology used in a layup mapping object.\nExtrusionGuideType(cls, value[, names, ...])\nExtrusion guide type used in an extrusion guide (solid model).\nExtrusionMethod(cls, value[, names, module, ...])\nExtrusion method used in a solid model.\nExtrusionType(cls, value[, names, module, ...])\nExtrusion method used in a section cut.\nFeFormat(cls, value[, names, module, ...])\nOptions for the format of the FE file.\nGeometricalRuleType(cls, value[, names, ...])\nOptions for how a geometrical selection rule is defined.\nHDF5CompositeCAEImportMode(cls, value[, ...])\nOptions for the import mode of the HDF5 Composite CAE file.\nHDF5CompositeCAEProjectionMode(cls, value[, ...])\nOptions for the projection mode of the HDF5 Composite CAE file.\nIgnorableEntity(cls, value[, names, module, ...])\nOptions for the entities to ignore when loading an FE file.\nImportedPlyDrapingType(cls, value[, names, ...])\nOptions for the draping algorithm used.\nImportedPlyOffsetType(cls, value[, names, ...])\nOptions for the definition of the offset.\nImportedPlyThicknessType(cls, value[, ...])\nOptions for how ply thickness is defined.\nIntersectionType(cls, value[, names, ...])\nDetermines how the intersection is computed for wireframe section cuts.\nLayupMappingRosetteSelectionMethod(cls, value)\nOptions for how the rosette is selected in the layup mapping.\nLinkedObjectHandling(cls, value[, names, ...])\nDefines options for handling linked objects when copying a tree of ACP objects.\nLookUpTable3DInterpolationAlgorithm(cls, value)\nOptions for the interpolation algorithm used for 3D look-up tables.\nLookUpTableColumnValueType(cls, value[, ...])\nOptions for the column type (data location, scalar data, directional data) of look-up table columns.\nMeshImportType(cls, value[, names, module, ...])\nOptions for the definition of the source of the imported mesh.\nNodalDataType(cls, value[, names, module, ...])\nOptions for the type of per-node data.\nOffsetType(cls, value[, names, module, ...])\nOptions for the ply offset type.\nPhysicalDimension(cls, value[, names, ...])\nOptions for the dimension (time, length, currency, ...) of data.\nPlyCutOffType(cls, value[, names, module, ...])\nOptions for how ply cut-off is computed.\nPlyGeometryExportFormat(cls, value[, names, ...])\nOptions for the file format of the ply geometry export.\nPlyType(cls, value[, names, module, ...])\nOptions for the material type of a ply.\nReinforcingBehavior(cls, value[, names, ...])\nSpecifies whether the reinforcing elements carry tension and compression load, or only one of them.\nRosetteSelectionMethod(cls, value[, names, ...])\nOptions for how the rosette is selected in oriented selection sets.\nRosetteType(cls, value[, names, module, ...])\nOptions for the type of a rosette.\nSectionCutType(cls, value[, names, module, ...])\nDetermines whether the section cut is extruded by modeling ply, production ply, or analysis ply.\nSensorType(cls, value[, names, module, ...])\nOptions for the type of sensor.\nSnapToGeometryOrientationType(cls, value[, ...])\nDetermines which layup face a snap-to geometry is applies to.\nSolidModelExportFormat(cls, value[, names, ...])\nOptions for the export format of solid models.\nSolidModelImportFormat(cls, value[, names, ...])\nOptions for the file format when importing a solid model.\nSolidModelOffsetDirectionType(cls, value[, ...])\nDetermines how the offset direction is evaluated in a solid model.\nSolidModelSkinExportFormat(cls, value[, ...])\nOptions for the export format of solid model skins.\nStatus(cls, value[, names, module, ...])\nOptions for the update status of an object.\nStressStateType(cls, value[, names, module, ...])\nSpecifies if the reinforcing elements should behave like a link, membrane, or shell element (with or without bending).\nSymmetryType(cls, value[, names, module, ...])\nOptions for the symmetry of stackups or sublaminates.\nThicknessFieldType(cls, value[, names, ...])\nOptions for how thickness from a table is defined.\nThicknessType(cls, value[, names, module, ...])\nOptions for how ply thickness is defined.\nUnitSystemType(cls, value[, names, module, ...])\nAvailable choices for the unit system.\nVirtualGeometryDimension(cls, value[, ...])\nOptions for the dimension of a virtual geometry.\nEnumeration data types\nArrowType\nBaseElementMaterialHandling\nBooleanOperationType\nCutOffGeometryOrientationType\nCutOffMaterialHandling\nCutOffRuleType\nDrapingMaterialModel\nDrapingType\nDropOffMaterialHandling\nDropOffType\nEdgeSetType\nElementalDataType\nElementTechnology\nExtrusionGuideType\nExtrusionMethod\nExtrusionType\nFeFormat\nGeometricalRuleType\nHDF5CompositeCAEImportMode\nHDF5CompositeCAEProjectionMode\nIgnorableEntity\nImportedPlyDrapingType\nImportedPlyOffsetType\nImportedPlyThicknessType\nIntersectionType\nLayupMappingRosetteSelectionMethod\nLinkedObjectHandling\nLookUpTable3DInterpolationAlgorithm\nLookUpTableColumnValueType\nMeshImportType\nNodalDataType\nOffsetType\nPhysicalDimension\nPlyCutOffType\nPlyGeometryExportFormat\nPlyType\nReinforcingBehavior\nRosetteSelectionMethod\nRosetteType\nSectionCutType\nSensorType\nSnapToGeometryOrientationType\nSolidModelExportFormat\nSolidModelImportFormat\nSolidModelOffsetDirectionType\nSolidModelSkinExportFormat\nStatus\nStressStateType\nSymmetryType\nThicknessFieldType\nThicknessType\nUnitSystemType\nVirtualGeometryDimension" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_node_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_node_index.html#use_default_node_index", - "title": "use_default_node_index", - "section": "use_default_node_index", - "text": "use_default_node_index" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_ud_coefficient", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_ud_coefficient.html#draping_ud_coefficient", + "title": "draping_ud_coefficient", + "section": "draping_ud_coefficient", + "text": "draping_ud_coefficient" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_node_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_node_index.html#ansys.acp.core.ImportedSolidModelExportSettings.use_default_node_index", - "title": "use_default_node_index > use_default_node_index > use_default_node_index", - "section": "use_default_node_index > use_default_node_index", - "text": "property ImportedSolidModelExportSettings.use_default_node_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_ud_coefficient", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_ud_coefficient.html#ansys.acp.core.OrientedSelectionSet.draping_ud_coefficient", + "title": "draping_ud_coefficient > draping_ud_coefficient > draping_ud_coefficient", + "section": "draping_ud_coefficient > draping_ud_coefficient", + "text": "property OrientedSelectionSet.draping_ud_coefficient: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSyz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSyz.html#esyz", - "title": "eSyz", - "section": "eSyz", - "text": "eSyz" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.html#variableengineeringconstants", + "title": "VariableEngineeringConstants", + "section": "VariableEngineeringConstants", + "text": "Variable engineering constants material property set.\nAdded in ACP server version 24.2.\nVariableEngineeringConstants.E\n\nVariableEngineeringConstants.E1\n\nVariableEngineeringConstants.E2\n\nVariableEngineeringConstants.E3\n\nVariableEngineeringConstants.G12\n\nVariableEngineeringConstants.G23\n\nVariableEngineeringConstants.G31\n\nVariableEngineeringConstants.field_variables\n\nVariableEngineeringConstants.interpolation_options\n\nVariableEngineeringConstants.nu\n\nVariableEngineeringConstants.nu12\n\nVariableEngineeringConstants.nu13\n\nVariableEngineeringConstants.nu23\n\nVariableEngineeringConstants\nVariableEngineeringConstants.E\nVariableEngineeringConstants.E1\nVariableEngineeringConstants.E2\nVariableEngineeringConstants.E3\nVariableEngineeringConstants.G12\nVariableEngineeringConstants.G23\nVariableEngineeringConstants.G31\nVariableEngineeringConstants.field_variables\nVariableEngineeringConstants.interpolation_options\nVariableEngineeringConstants.nu\nVariableEngineeringConstants.nu12\nVariableEngineeringConstants.nu13\nVariableEngineeringConstants.nu23" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSyz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSyz.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eSyz", - "title": "eSyz > eSyz > eSyz", - "section": "eSyz > eSyz", - "text": "property ConstantStrainLimits.eSyz: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants", + "title": "VariableEngineeringConstants > VariableEngineeringConstants > VariableEngineeringConstants", + "section": "VariableEngineeringConstants > VariableEngineeringConstants", + "text": "class ansys.acp.core.material_property_sets.VariableEngineeringConstants(*, _parent_object=None, _attribute_path=None)\n\nVariable engineering constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableEngineeringConstants.E\n\n\n\nVariableEngineeringConstants.E1\n\n\n\nVariableEngineeringConstants.E2\n\n\n\nVariableEngineeringConstants.E3\n\n\n\nVariableEngineeringConstants.G12\n\n\n\nVariableEngineeringConstants.G23\n\n\n\nVariableEngineeringConstants.G31\n\n\n\nVariableEngineeringConstants.field_variables\n\n\n\nVariableEngineeringConstants.interpolation_options\n\n\n\nVariableEngineeringConstants.nu\n\n\n\nVariableEngineeringConstants.nu12\n\n\n\nVariableEngineeringConstants.nu13\n\n\n\nVariableEngineeringConstants.nu23\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_import_type", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_import_type.html#mesh_import_type", - "title": "mesh_import_type", - "section": "mesh_import_type", - "text": "mesh_import_type" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.element_set", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.element_set.html#element_set", + "title": "element_set", + "section": "element_set", + "text": "element_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_import_type", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_import_type.html#ansys.acp.core.ImportedModelingPly.mesh_import_type", - "title": "mesh_import_type > mesh_import_type > mesh_import_type", - "section": "mesh_import_type > mesh_import_type", - "text": "property ImportedModelingPly.mesh_import_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.element_set", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.element_set.html#ansys.acp.core.EdgeSet.element_set", + "title": "element_set > element_set > element_set", + "section": "element_set > element_set", + "text": "property EdgeSet.element_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList.html#linkedobjectlist", - "title": "LinkedObjectList", - "section": "LinkedObjectList", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nList of linked tree objects.\nLinkedObjectList" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList.html#ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList", - "title": "LinkedObjectList > LinkedObjectList > LinkedObjectList", - "section": "LinkedObjectList > LinkedObjectList", - "text": "class ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList(*, _parent_object, _attribute_name, _object_constructor, _allowed_types)\n\nList of linked tree objects.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.mesh.html#ansys.acp.core.BooleanSelectionRule.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property BooleanSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT", - "href": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT.html#layered_element", - "title": "LAYERED_ELEMENT", - "section": "LAYERED_ELEMENT", - "text": "LAYERED_ELEMENT" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.active", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT", - "href": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT.html#ansys.acp.core.ElementTechnology.LAYERED_ELEMENT", - "title": "LAYERED_ELEMENT > LAYERED_ELEMENT > LAYERED_ELEMENT", - "section": "LAYERED_ELEMENT > LAYERED_ELEMENT", - "text": "ElementTechnology.LAYERED_ELEMENT = 'layered_element'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.active", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.active.html#ansys.acp.core.ButtJointSequence.active", + "title": "active > active > active", + "section": "active > active", + "text": "property ButtJointSequence.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT", - "href": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT.html#examples-using-elementtechnologylayered_element", - "title": "LAYERED_ELEMENT > Examples using ElementTechnology.LAYERED_ELEMENT", - "section": "Examples using ElementTechnology.LAYERED_ELEMENT", - "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using ElementTechnology.LAYERED_ELEMENT" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.physical_dimension", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.physical_dimension.html#physical_dimension", + "title": "physical_dimension", + "section": "physical_dimension", + "text": "physical_dimension" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_in_plane_tolerance", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_in_plane_tolerance.html#relative_in_plane_tolerance", - "title": "relative_in_plane_tolerance", - "section": "relative_in_plane_tolerance", - "text": "relative_in_plane_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.physical_dimension", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.physical_dimension.html#ansys.acp.core.LookUpTable1DColumn.physical_dimension", + "title": "physical_dimension > physical_dimension > physical_dimension", + "section": "physical_dimension > physical_dimension", + "text": "property LookUpTable1DColumn.physical_dimension: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_in_plane_tolerance", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_in_plane_tolerance.html#ansys.acp.core.ShellMappingProperties.relative_in_plane_tolerance", - "title": "relative_in_plane_tolerance > relative_in_plane_tolerance > relative_in_plane_tolerance", - "section": "relative_in_plane_tolerance > relative_in_plane_tolerance", - "text": "ShellMappingProperties.relative_in_plane_tolerance: float = 0.01\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.expandtabs", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.expandtabs.html#expandtabs", + "title": "expandtabs", + "section": "expandtabs", + "text": "Return a copy where all tab characters are expanded using spaces.\nIf tabsize is not given, a tab size of 8 characters is assumed.\nexpandtabs" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes.html#rosettes", - "title": "rosettes", - "section": "rosettes", - "text": "rosettes" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.expandtabs", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.expandtabs.html#ansys.acp.core.LaunchMode.expandtabs", + "title": "expandtabs > expandtabs > expandtabs", + "section": "expandtabs > expandtabs", + "text": "LaunchMode.expandtabs(/, tabsize=8)\n\nReturn a copy where all tab characters are expanded using spaces.\n\nIf tabsize is not given, a tab size of 8 characters is assumed.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes.html#ansys.acp.core.OrientedSelectionSet.rosettes", - "title": "rosettes > rosettes > rosettes", - "section": "rosettes > rosettes", - "text": "property OrientedSelectionSet.rosettes: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.sub_shapes", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.sub_shapes.html#sub_shapes", + "title": "sub_shapes", + "section": "sub_shapes", + "text": "sub_shapes" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes.html#examples-using-orientedselectionsetrosettes", - "title": "rosettes > Examples using OrientedSelectionSet.rosettes", - "section": "Examples using OrientedSelectionSet.rosettes", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using OrientedSelectionSet.rosettes" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.sub_shapes", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.sub_shapes.html#ansys.acp.core.VirtualGeometry.sub_shapes", + "title": "sub_shapes > sub_shapes > sub_shapes", + "section": "sub_shapes > sub_shapes", + "text": "property VirtualGeometry.sub_shapes: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.FORCE", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.FORCE.html#force", - "title": "FORCE", - "section": "FORCE", - "text": "FORCE" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.html#productionplynodaldata", + "title": "ProductionPlyNodalData", + "section": "ProductionPlyNodalData", + "text": "Represents nodal data for a Production Ply.\nProductionPlyNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nProductionPlyNodalData.ply_offset\n\nProductionPlyNodalData.node_labels\n\nProductionPlyNodalData\nProductionPlyNodalData.get_pyvista_mesh\nProductionPlyNodalData.ply_offset\nProductionPlyNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.FORCE", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.FORCE.html#ansys.acp.core.PhysicalDimension.FORCE", - "title": "FORCE > FORCE > FORCE", - "section": "FORCE > FORCE", - "text": "PhysicalDimension.FORCE = 'force'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.html#ansys.acp.core.mesh_data.ProductionPlyNodalData", + "title": "ProductionPlyNodalData > ProductionPlyNodalData > ProductionPlyNodalData", + "section": "ProductionPlyNodalData > ProductionPlyNodalData", + "text": "class ansys.acp.core.mesh_data.ProductionPlyNodalData(node_labels, ply_offset)\n\nRepresents nodal data for a Production Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nProductionPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nProductionPlyNodalData.ply_offset\n\n\n\nProductionPlyNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.ANALYSIS_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.SectionCutType.ANALYSIS_PLY_WISE.html#analysis_ply_wise", - "title": "ANALYSIS_PLY_WISE", - "section": "ANALYSIS_PLY_WISE", - "text": "ANALYSIS_PLY_WISE" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.production_plies", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.production_plies.html#production_plies", + "title": "production_plies", + "section": "production_plies", + "text": "production_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.ANALYSIS_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.SectionCutType.ANALYSIS_PLY_WISE.html#ansys.acp.core.SectionCutType.ANALYSIS_PLY_WISE", - "title": "ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE", - "section": "ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE", - "text": "SectionCutType.ANALYSIS_PLY_WISE = 'analysis_ply_wise'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.production_plies", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.production_plies.html#ansys.acp.core.ModelingPly.production_plies", + "title": "production_plies > production_plies > production_plies", + "section": "production_plies > production_plies", + "text": "property ModelingPly.production_plies: Mapping[ValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.delete", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.delete.html#delete", + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.delete", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.delete.html#delete", "title": "delete", "section": "delete", "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.delete", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.delete.html#ansys.acp.core.EdgeSet.delete", + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.delete", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.delete.html#ansys.acp.core.SamplingPoint.delete", "title": "delete > delete > delete", "section": "delete > delete", - "text": "EdgeSet.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdigit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdigit.html#isdigit", - "title": "isdigit", - "section": "isdigit", - "text": "Return True if the string is a digit string, False otherwise.\nA string is a digit string if all characters in the string are digits and there\nis at least one character in the string.\nisdigit" + "text": "SamplingPoint.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdigit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdigit.html#ansys.acp.core.material_property_sets.PuckMaterialType.isdigit", - "title": "isdigit > isdigit > isdigit", - "section": "isdigit > isdigit", - "text": "PuckMaterialType.isdigit(/)\n\nReturn True if the string is a digit string, False otherwise.\n\nA string is a digit string if all characters in the string are digits and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ElementSet.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.MESH", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.MESH.html#mesh", - "title": "MESH", - "section": "MESH", - "text": "MESH" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ElementSet.elemental_data.html#ansys.acp.core.ElementSet.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property ElementSet.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.MESH", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.MESH.html#ansys.acp.core.IgnorableEntity.MESH", - "title": "MESH > MESH > MESH", - "section": "MESH > MESH", - "text": "IgnorableEntity.MESH = 'mesh'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.html#fieldvariable", + "title": "FieldVariable", + "section": "FieldVariable", + "text": "Defines field variables for variable material properties.\nFieldVariable.name\n\nFieldVariable.values\n\nFieldVariable.default\n\nFieldVariable.lower_limit\n\nFieldVariable.upper_limit\n\nFieldVariable\nFieldVariable.name\nFieldVariable.values\nFieldVariable.default\nFieldVariable.lower_limit\nFieldVariable.upper_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", - "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS.html#plane_stress_state_with_transverse_shear_and_bending_stiffness", - "title": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", - "section": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", - "text": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.html#ansys.acp.core.material_property_sets.FieldVariable", + "title": "FieldVariable > FieldVariable > FieldVariable", + "section": "FieldVariable > FieldVariable", + "text": "class ansys.acp.core.material_property_sets.FieldVariable(name, values, default, lower_limit, upper_limit)\n\nDefines field variables for variable material properties.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nFieldVariable.name\n\n\n\nFieldVariable.values\n\n\n\nFieldVariable.default\n\n\n\nFieldVariable.lower_limit\n\n\n\nFieldVariable.upper_limit\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", - "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS.html#ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", - "title": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", - "section": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", - "text": "StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS = 'plane_stress_state_with_transverse_shear_and_bending_stiffness'\n\n" + "objectID": "index", + "href": "index.html#limitations", + "title": "Limitations", + "section": "Limitations", + "text": "Field definitions are currently only supported through (Py)Mechanical.\nThe workflow from PyACP to (Py)MADL ignores field definitions.\nThe PyACP to PyMADL workflow does not fully support variable materials.\nThe PyACP to PyMechanical workflow is experimental and has the following limitations:\nIt only works on Windows, with a remote (not embedded) PyMechanical session.\nOnly one ACP shell or solid model is supported at a time.\nNamed selections defined in ACP are not transferred to PyMechanical.\nThe ansys.acp.core.mechanical_integration_helpers module may be\nchanged or removed in future versions, when the corresponding features\nare available in PyMechanical directly.\nPost-processing with the Composite Failure Tool inside Mechanical is not\nyet supported.\nVisualization and mesh data of imported plies are not supported yet.\nSection cuts cannot be visualized.\nSampling point analysis data is not available.\nImported solid model mapping statistics are not available.\nSensor by solid model is not yet supported.\nLimitations\nansys.acp.core.mechanical_integration_helpers" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_direction.html#draped_transverse_direction", - "title": "draped_transverse_direction", - "section": "draped_transverse_direction", - "text": "draped_transverse_direction" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.active", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_direction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_transverse_direction", - "title": "draped_transverse_direction > draped_transverse_direction > draped_transverse_direction", - "section": "draped_transverse_direction > draped_transverse_direction", - "text": "ModelingPlyElementalData.draped_transverse_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.active", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.active.html#ansys.acp.core.ImportedModelingPly.active", + "title": "active > active > active", + "section": "active > active", + "text": "property ImportedModelingPly.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.html#snaptogeometry", - "title": "SnapToGeometry", - "section": "SnapToGeometry", - "text": "Instantiate a snap-to geometry.\nname (str) – Name of the snap-to geometry.\nactive (bool) – Inactive snap-to geometries are not used in the solid model extrusion.\norientation_type (SnapToGeometryOrientationType) – Determines whether the snap-to geometry is applied to the top or bottom\nsurface of the layup.\ncad_geometry (VirtualGeometry | None) – The geometry to snap to.\noriented_selection_set (OrientedSelectionSet | None) – Defines the extent over which the snap-to geometry is applied. The normal\nof the oriented selection set is used to determine the top and bottom\nsurfaces of the layup.\nAdded in ACP server version 25.1.\nSnapToGeometry.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSnapToGeometry.delete()\nDelete the object.\nSnapToGeometry.store(parent)\nStore the object on the server.\nSnapToGeometry.active\n\nSnapToGeometry.cad_geometry\n\nSnapToGeometry.id\nIdentifier of the object, used for example as key in maps.\nSnapToGeometry.name\nThe name of the object.\nSnapToGeometry.orientation_type\n\nSnapToGeometry.oriented_selection_set\n\nSnapToGeometry.parent\nThe parent of the object.\nSnapToGeometry.status\n\nSnapToGeometry\nSnapToGeometry.clone\nSnapToGeometry.delete\nSnapToGeometry.store\nSnapToGeometry.active\nSnapToGeometry.cad_geometry\nSnapToGeometry.id\nSnapToGeometry.name\nSnapToGeometry.orientation_type\nSnapToGeometry.oriented_selection_set\nSnapToGeometry.parent\nSnapToGeometry.status" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.id", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.html#ansys.acp.core.SnapToGeometry", - "title": "SnapToGeometry > SnapToGeometry > SnapToGeometry", - "section": "SnapToGeometry > SnapToGeometry", - "text": "class ansys.acp.core.SnapToGeometry(*, name='SnapToGeometry', active=True, orientation_type='top', cad_geometry=None, oriented_selection_set=None)\n\nInstantiate a snap-to geometry.\n\nParameters\n\nname (str) – Name of the snap-to geometry.\n\nactive (bool) – Inactive snap-to geometries are not used in the solid model extrusion.\n\norientation_type (SnapToGeometryOrientationType) – Determines whether the snap-to geometry is applied to the top or bottom\nsurface of the layup.\n\ncad_geometry (VirtualGeometry | None) – The geometry to snap to.\n\noriented_selection_set (OrientedSelectionSet | None) – Defines the extent over which the snap-to geometry is applied. The normal\nof the oriented selection set is used to determine the top and bottom\nsurfaces of the layup.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSnapToGeometry.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSnapToGeometry.delete()\n\nDelete the object.\n\nSnapToGeometry.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSnapToGeometry.active\n\n\n\nSnapToGeometry.cad_geometry\n\n\n\nSnapToGeometry.id\n\nIdentifier of the object, used for example as key in maps.\n\nSnapToGeometry.name\n\nThe name of the object.\n\nSnapToGeometry.orientation_type\n\n\n\nSnapToGeometry.oriented_selection_set\n\n\n\nSnapToGeometry.parent\n\nThe parent of the object.\n\nSnapToGeometry.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.id", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.id.html#ansys.acp.core.SamplingPoint.id", + "title": "id > id > id", + "section": "id > id", + "text": "property SamplingPoint.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.PRODUCTION_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.PRODUCTION_PLY_WISE.html#production_ply_wise", - "title": "PRODUCTION_PLY_WISE", - "section": "PRODUCTION_PLY_WISE", - "text": "PRODUCTION_PLY_WISE" + "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_filetransfer", + "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_filetransfer.html#url_filetransfer", + "title": "url_filetransfer", + "section": "url_filetransfer", + "text": "url_filetransfer" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.PRODUCTION_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.PRODUCTION_PLY_WISE.html#ansys.acp.core.ExtrusionMethod.PRODUCTION_PLY_WISE", - "title": "PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE", - "section": "PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE", - "text": "ExtrusionMethod.PRODUCTION_PLY_WISE = 'production_ply_wise'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_filetransfer", + "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_filetransfer.html#ansys.acp.core.ConnectLaunchConfig.url_filetransfer", + "title": "url_filetransfer > url_filetransfer > url_filetransfer", + "section": "url_filetransfer > url_filetransfer", + "text": "ConnectLaunchConfig.url_filetransfer: str = 'localhost:50556'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.transverse_direction.html#transverse_direction", - "title": "transverse_direction", - "section": "transverse_direction", - "text": "transverse_direction" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.stress_state", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.stress_state.html#stress_state", + "title": "stress_state", + "section": "stress_state", + "text": "stress_state" }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.transverse_direction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.transverse_direction", - "title": "transverse_direction > transverse_direction > transverse_direction", - "section": "transverse_direction > transverse_direction", - "text": "ProductionPlyElementalData.transverse_direction: VectorData | None = None\n\n" + { + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.stress_state", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.stress_state.html#ansys.acp.core.LayupMappingObject.stress_state", + "title": "stress_state > stress_state > stress_state", + "section": "stress_state > stress_state", + "text": "property LayupMappingObject.stress_state: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.name", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.name.html#name", + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.name.html#name", "title": "name", "section": "name", "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.name", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.name.html#ansys.acp.core.ExtrusionGuide.name", + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.name.html#ansys.acp.core.SphericalSelectionRule.name", "title": "name > name > name", "section": "name > name", - "text": "property ExtrusionGuide.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule.html#create_cut_off_selection_rule", - "title": "create_cut_off_selection_rule", - "section": "create_cut_off_selection_rule", - "text": "Instantiate a Cut-Off Selection Rule.\nname (str) – Name of the Cut-Off Selection Rule.\ncut_off_rule_type (CutOffRuleType) – Determines if the cut-off is defined by a geometry or by a tapering edge.\ncut_off_geometry (VirtualGeometry | None) – Geometry used to define the cut-off. Only applies if\ncut_off_rule_type is GEOMETRY.\ntaper_edge_set (EdgeSet | None) – Edge used to define the cut-off. Only applies if\ncut_off_rule_type is CutOffRuleType.TAPER.\noffset (float) – Moves the cutting plane along the out-of-plane direction. Always measured\nfrom the reference surface.\nangle (float) – Defines the angle between the cutting plane and the reference surface.\nply_cut_off_type (PlyCutOffType) – Either the complete production ply is cut-off\n(PlyCutOffType.PRODUCTION_PLY_CUTOFF) or individual analysis plies\n(PlyCutOffType.ANALYSIS_PLY_CUTOFF).\nply_tapering (bool) – Whether the tapering of analysis plies is enabled.\nCutOffSelectionRule\nAdded in ACP server version 24.2.\ncreate_cut_off_selection_rule\ncut_off_rule_type\ncut_off_rule_type\nCutOffRuleType.TAPER\nPlyCutOffType.PRODUCTION_PLY_CUTOFF\nPlyCutOffType.ANALYSIS_PLY_CUTOFF" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule.html#ansys.acp.core.Model.create_cut_off_selection_rule", - "title": "create_cut_off_selection_rule > create_cut_off_selection_rule > create_cut_off_selection_rule", - "section": "create_cut_off_selection_rule > create_cut_off_selection_rule", - "text": "Model.create_cut_off_selection_rule(*, name='CutOffSelectionrule', cut_off_rule_type='geometry', cut_off_geometry=None, taper_edge_set=None, offset=0.0, angle=0.0, ply_cut_off_type='production_ply_cutoff', ply_tapering=False)\n\nInstantiate a Cut-Off Selection Rule.\n\nParameters\n\nname (str) – Name of the Cut-Off Selection Rule.\n\ncut_off_rule_type (CutOffRuleType) – Determines if the cut-off is defined by a geometry or by a tapering edge.\n\ncut_off_geometry (VirtualGeometry | None) – Geometry used to define the cut-off. Only applies if\ncut_off_rule_type is GEOMETRY.\n\ntaper_edge_set (EdgeSet | None) – Edge used to define the cut-off. Only applies if\ncut_off_rule_type is CutOffRuleType.TAPER.\n\noffset (float) – Moves the cutting plane along the out-of-plane direction. Always measured\nfrom the reference surface.\n\nangle (float) – Defines the angle between the cutting plane and the reference surface.\n\nply_cut_off_type (PlyCutOffType) – Either the complete production ply is cut-off\n(PlyCutOffType.PRODUCTION_PLY_CUTOFF) or individual analysis plies\n(PlyCutOffType.ANALYSIS_PLY_CUTOFF).\n\nply_tapering (bool) – Whether the tapering of analysis plies is enabled.\n\nReturn type\n\nCutOffSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_cut_off_selection_rule.html#examples-using-modelcreate_cut_off_selection_rule", - "title": "create_cut_off_selection_rule > Examples using Model.create_cut_off_selection_rule", - "section": "Examples using Model.create_cut_off_selection_rule", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using Model.create_cut_off_selection_rule" + "text": "property SphericalSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor", - "href": "api/_autosummary/ansys.acp.core.Sensor.html#sensor", - "title": "Sensor", - "section": "Sensor", - "text": "Instantiate a Sensor.\nname (str) – Name of the sensor.\nsensor_type (SensorType) – Type of sensor: The sensor can be scoped by area, material, plies,\nor solid model.\nactive (bool) – Inactive sensors are not evaluated.\nentities (Sequence[Fabric | Stackup | SubLaminate | ElementSet | OrientedSelectionSet | ModelingPly]) – List of entities which define the sensor’s scope.\nAdded in ACP server version 24.2.\nSensor.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSensor.delete()\nDelete the object.\nSensor.store(parent)\nStore the object on the server.\nSensor.active\n\nSensor.center_of_gravity\nThe center of gravity of the selected entity in the global coordinate system.\nSensor.covered_area\nThe surface area of a selected Element Set / Oriented Selection Set, or the tooling surface area that is covered by the composite layup of the selected Material or Modeling Ply.\nSensor.entities\n\nSensor.id\nIdentifier of the object, used for example as key in maps.\nSensor.locked\n\nSensor.modeling_ply_area\nThe surface area of all Modeling Plies of the selected entity.\nSensor.name\nThe name of the object.\nSensor.parent\nThe parent of the object.\nSensor.price\nThe price for the composite layup of the selected entity.\nSensor.production_ply_area\nThe surface area of all production plies of the selected entity.\nSensor.sensor_type\n\nSensor.status\n\nSensor.weight\nThe mass of the selected entity.\nSensor\nSensor.clone\nSensor.delete\nSensor.store\nSensor.active\nSensor.center_of_gravity\nSensor.covered_area\nSensor.entities\nSensor.id\nSensor.locked\nSensor.modeling_ply_area\nSensor.name\nSensor.parent\nSensor.price\nSensor.production_ply_area\nSensor.sensor_type\nSensor.status\nSensor.weight" + "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY", + "href": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY.html#odd_symmetry", + "title": "ODD_SYMMETRY", + "section": "ODD_SYMMETRY", + "text": "ODD_SYMMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor", - "href": "api/_autosummary/ansys.acp.core.Sensor.html#ansys.acp.core.Sensor", - "title": "Sensor > Sensor > Sensor", - "section": "Sensor > Sensor", - "text": "class ansys.acp.core.Sensor(*, name='Sensor', sensor_type='sensor_by_area', active=True, entities=())\n\nInstantiate a Sensor.\n\nParameters\n\nname (str) – Name of the sensor.\n\nsensor_type (SensorType) – Type of sensor: The sensor can be scoped by area, material, plies,\nor solid model.\n\nactive (bool) – Inactive sensors are not evaluated.\n\nentities (Sequence[Fabric | Stackup | SubLaminate | ElementSet | OrientedSelectionSet | ModelingPly]) – List of entities which define the sensor’s scope.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSensor.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSensor.delete()\n\nDelete the object.\n\nSensor.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSensor.active\n\n\n\nSensor.center_of_gravity\n\nThe center of gravity of the selected entity in the global coordinate system.\n\nSensor.covered_area\n\nThe surface area of a selected Element Set / Oriented Selection Set, or the tooling surface area that is covered by the composite layup of the selected Material or Modeling Ply.\n\nSensor.entities\n\n\n\nSensor.id\n\nIdentifier of the object, used for example as key in maps.\n\nSensor.locked\n\n\n\nSensor.modeling_ply_area\n\nThe surface area of all Modeling Plies of the selected entity.\n\nSensor.name\n\nThe name of the object.\n\nSensor.parent\n\nThe parent of the object.\n\nSensor.price\n\nThe price for the composite layup of the selected entity.\n\nSensor.production_ply_area\n\nThe surface area of all production plies of the selected entity.\n\nSensor.sensor_type\n\n\n\nSensor.status\n\n\n\nSensor.weight\n\nThe mass of the selected entity.\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY", + "href": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY.html#ansys.acp.core.SymmetryType.ODD_SYMMETRY", + "title": "ODD_SYMMETRY > ODD_SYMMETRY > ODD_SYMMETRY", + "section": "ODD_SYMMETRY > ODD_SYMMETRY", + "text": "SymmetryType.ODD_SYMMETRY = 'odd_symmetry'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor", - "href": "api/_autosummary/ansys.acp.core.Sensor.html#examples-using-sensor", - "title": "Sensor > Examples using Sensor", - "section": "Examples using Sensor", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using Sensor" + "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY", + "href": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY.html#examples-using-symmetrytypeodd_symmetry", + "title": "ODD_SYMMETRY > Examples using SymmetryType.ODD_SYMMETRY", + "section": "Examples using SymmetryType.ODD_SYMMETRY", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nExamples using SymmetryType.ODD_SYMMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.html#modelingply", - "title": "ModelingPly", - "section": "ModelingPly", - "text": "Instantiate a Modeling Ply.\nname (str) – The name of the Modeling Ply\nply_material (Fabric | Stackup | SubLaminate | None) – The material (fabric, stackup or sub-laminate) of the ply.\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\nnumber_of_layers (int) – Number of times the plies are generated.\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\nglobal_ply_nr (int) – Defines the global ply order.\nselection_rules (Iterable[LinkedSelectionRule]) – Selection Rules which may limit the extent of the ply.\ndraping_type (DrapingType) – Chooses between different draping formulations.\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\nauto_draping_direction (bool) – If True, the fiber direction of the production ply at the draping\n\nseed point is used as draping direction.\nseed point is used as draping direction.\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\nuse_default_draping_mesh_size (bool) – Whether to use the average element size of the shell mesh for the draping.\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\ndraping_thickness_correction (bool) – Enables the thickness correction of draped plies based on the draping\nshear angle.\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\nthickness_type (ThicknessType) – Choose between ThicknessType.FROM_GEOMETRY or\nThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\nthickness_geometry (VirtualGeometry | None) – Defines the geometry used to determine the ply thickness. Only applies if\nthickness_type is ThicknessType.FROM_GEOMETRY.\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\ntaper_edges (Iterable[TaperEdge]) – Defines the taper edges of the ply.\nAdded in ACP server version 24.2.\nModelingPly.add_selection_rule(selection_rule, *)\nAdd a LinkedSelectionRule to the ModelingPly.\nModelingPly.add_taper_edge(edge_set, *, ...)\nAdd a TaperEdge to the ModelingPly.\nModelingPly.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nModelingPly.delete()\nDelete the object.\nModelingPly.store(parent)\nStore the object on the server.\nModelingPly.active\n\nModelingPly.auto_draping_direction\n\nModelingPly.draping_angle_1_field\n\nModelingPly.draping_angle_2_field\n\nModelingPly.draping_direction\n\nModelingPly.draping_mesh_size\n\nModelingPly.draping_seed_point\n\nModelingPly.draping_thickness_correction\n\nModelingPly.draping_type\n\nModelingPly.elemental_data\n\nModelingPly.global_ply_nr\n\nModelingPly.id\nIdentifier of the object, used for example as key in maps.\nModelingPly.mesh\nFull mesh associated with the object.\nModelingPly.name\nThe name of the object.\nModelingPly.nodal_data\n\nModelingPly.number_of_layers\n\nModelingPly.oriented_selection_sets\n\nModelingPly.parent\nThe parent of the object.\nModelingPly.ply_angle\n\nModelingPly.ply_material\n\nModelingPly.production_plies\n\nModelingPly.selection_rules\n\nModelingPly.shell_mesh\nShell mesh associated with the object.\nModelingPly.status\n\nModelingPly.taper_edges\n\nModelingPly.thickness_field\n\nModelingPly.thickness_field_type\n\nModelingPly.thickness_geometry\n\nModelingPly.thickness_type\n\nModelingPly.use_default_draping_mesh_size\n\nModelingPly\nTrue\nauto_draping_direction\nFalse\n-1.\ndraping_angle_1_field\nThicknessType.FROM_GEOMETRY\nThicknessType.FROM_TABLE\nThicknessType.NOMINAL\nthickness_type\nThicknessType.FROM_GEOMETRY\nthickness_type\nThicknessType.FROM_TABLE\nthickness_type\nThicknessType.FROM_TABLE\nThicknessFieldType.ABSOLUTE_VALUES\nThicknessFieldType.RELATIVE_SCALING_FACTOR\nModelingPly.add_selection_rule\nModelingPly.add_taper_edge\nModelingPly.clone\nModelingPly.delete\nModelingPly.store\nModelingPly.active\nModelingPly.auto_draping_direction\nModelingPly.draping_angle_1_field\nModelingPly.draping_angle_2_field\nModelingPly.draping_direction\nModelingPly.draping_mesh_size\nModelingPly.draping_seed_point\nModelingPly.draping_thickness_correction\nModelingPly.draping_type\nModelingPly.elemental_data\nModelingPly.global_ply_nr\nModelingPly.id\nModelingPly.mesh\nModelingPly.name\nModelingPly.nodal_data\nModelingPly.number_of_layers\nModelingPly.oriented_selection_sets\nModelingPly.parent\nModelingPly.ply_angle\nModelingPly.ply_material\nModelingPly.production_plies\nModelingPly.selection_rules\nModelingPly.shell_mesh\nModelingPly.status\nModelingPly.taper_edges\nModelingPly.thickness_field\nModelingPly.thickness_field_type\nModelingPly.thickness_geometry\nModelingPly.thickness_type\nModelingPly.use_default_draping_mesh_size" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT.html#creatablevaluet", + "title": "CreatableValueT", + "section": "CreatableValueT", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nCreatableValueT\ninfer_variance=True\ncovariant=True\ncontravariant=True" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.html#ansys.acp.core.ModelingPly", - "title": "ModelingPly > ModelingPly > ModelingPly", - "section": "ModelingPly > ModelingPly", - "text": "class ansys.acp.core.ModelingPly(*, name='ModelingPly', ply_material=None, oriented_selection_sets=(), ply_angle=0.0, number_of_layers=1, active=True, global_ply_nr=0, selection_rules=(), draping_type='no_draping', draping_seed_point=(0.0, 0.0, 0.0), auto_draping_direction=True, draping_direction=(1.0, 0.0, 0.0), use_default_draping_mesh_size=True, draping_mesh_size=0.0, draping_thickness_correction=True, draping_angle_1_field=None, draping_angle_2_field=None, thickness_type='nominal', thickness_geometry=None, thickness_field=None, thickness_field_type='absolute_values', taper_edges=())\n\nInstantiate a Modeling Ply.\n\nParameters\n\nname (str) – The name of the Modeling Ply\n\nply_material (Fabric | Stackup | SubLaminate | None) – The material (fabric, stackup or sub-laminate) of the ply.\n\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\n\nnumber_of_layers (int) – Number of times the plies are generated.\n\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\n\nglobal_ply_nr (int) – Defines the global ply order.\n\nselection_rules (Iterable[LinkedSelectionRule]) – Selection Rules which may limit the extent of the ply.\n\ndraping_type (DrapingType) – Chooses between different draping formulations.\n\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\n\nauto_draping_direction (bool) – If True, the fiber direction of the production ply at the draping\n\nseed point is used as draping direction.\n\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\n\nuse_default_draping_mesh_size (bool) – Whether to use the average element size of the shell mesh for the draping.\n\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\n\ndraping_thickness_correction (bool) – Enables the thickness correction of draped plies based on the draping\nshear angle.\n\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\n\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\n\nthickness_type (ThicknessType) – Choose between ThicknessType.FROM_GEOMETRY or\nThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\n\nthickness_geometry (VirtualGeometry | None) – Defines the geometry used to determine the ply thickness. Only applies if\nthickness_type is ThicknessType.FROM_GEOMETRY.\n\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\n\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\n\ntaper_edges (Iterable[TaperEdge]) – Defines the taper edges of the ply.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelingPly.add_selection_rule(selection_rule, *)\n\nAdd a LinkedSelectionRule to the ModelingPly.\n\nModelingPly.add_taper_edge(edge_set, *, ...)\n\nAdd a TaperEdge to the ModelingPly.\n\nModelingPly.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nModelingPly.delete()\n\nDelete the object.\n\nModelingPly.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelingPly.active\n\n\n\nModelingPly.auto_draping_direction\n\n\n\nModelingPly.draping_angle_1_field\n\n\n\nModelingPly.draping_angle_2_field\n\n\n\nModelingPly.draping_direction\n\n\n\nModelingPly.draping_mesh_size\n\n\n\nModelingPly.draping_seed_point\n\n\n\nModelingPly.draping_thickness_correction\n\n\n\nModelingPly.draping_type\n\n\n\nModelingPly.elemental_data\n\n\n\nModelingPly.global_ply_nr\n\n\n\nModelingPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nModelingPly.mesh\n\nFull mesh associated with the object.\n\nModelingPly.name\n\nThe name of the object.\n\nModelingPly.nodal_data\n\n\n\nModelingPly.number_of_layers\n\n\n\nModelingPly.oriented_selection_sets\n\n\n\nModelingPly.parent\n\nThe parent of the object.\n\nModelingPly.ply_angle\n\n\n\nModelingPly.ply_material\n\n\n\nModelingPly.production_plies\n\n\n\nModelingPly.selection_rules\n\n\n\nModelingPly.shell_mesh\n\nShell mesh associated with the object.\n\nModelingPly.status\n\n\n\nModelingPly.taper_edges\n\n\n\nModelingPly.thickness_field\n\n\n\nModelingPly.thickness_field_type\n\n\n\nModelingPly.thickness_geometry\n\n\n\nModelingPly.thickness_type\n\n\n\nModelingPly.use_default_draping_mesh_size\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT.html#ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT", + "title": "CreatableValueT > CreatableValueT > CreatableValueT", + "section": "CreatableValueT > CreatableValueT", + "text": "ansys.acp.core._tree_objects._grpc_helpers.mapping.CreatableValueT = ~CreatableValueT\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.html#examples-using-modelingply", - "title": "ModelingPly > Examples using ModelingPly", - "section": "Examples using ModelingPly", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ModelingPly" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interface_weakening_factor", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interface_weakening_factor.html#interface_weakening_factor", - "title": "interface_weakening_factor", - "section": "interface_weakening_factor", - "text": "interface_weakening_factor" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.mesh.html#ansys.acp.core.SphericalSelectionRule.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property SphericalSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interface_weakening_factor", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interface_weakening_factor.html#ansys.acp.core.material_property_sets.VariablePuckConstants.interface_weakening_factor", - "title": "interface_weakening_factor > interface_weakening_factor > interface_weakening_factor", - "section": "interface_weakening_factor > interface_weakening_factor", - "text": "property VariablePuckConstants.interface_weakening_factor: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXc.html#exc", + "title": "eXc", + "section": "eXc", + "text": "eXc" }, { - "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.clone", - "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored FabricWithAngle with the same properties.\nSelf\nclone" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXc.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eXc", + "title": "eXc > eXc > eXc", + "section": "eXc > eXc", + "text": "property VariableStrainLimits.eXc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.clone", - "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.clone.html#ansys.acp.core.FabricWithAngle.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "FabricWithAngle.clone()\n\nCreate a new unstored FabricWithAngle with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSelf" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", + "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE.html#minimum_distance", + "title": "MINIMUM_DISTANCE", + "section": "MINIMUM_DISTANCE", + "text": "MINIMUM_DISTANCE" }, { - "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", - "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#cdb-to-pymechanical-shell-workflow", - "title": "CDB to PyMechanical shell workflow", - "section": "CDB to PyMechanical shell workflow", - "text": "This example shows how to define a composite lay-up in PyACP based on a mesh\nfrom a CDB file, import the model into PyMechanical for defining the load and\nboundary conditions, and run a failure analysis with PyDPF - Composites.\nThe PyACP / PyMechanical integration is still experimental. Refer to the\nlimitations section for more information.\nCDB to PyMechanical shell workflow" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", + "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE.html#ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", + "title": "MINIMUM_DISTANCE > MINIMUM_DISTANCE > MINIMUM_DISTANCE", + "section": "MINIMUM_DISTANCE > MINIMUM_DISTANCE", + "text": "LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE = 'minimum_distance'\n\n" }, { - "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", - "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#import-modules-and-start-the-ansys-products", - "title": "CDB to PyMechanical shell workflow > Import modules and start the Ansys products", - "section": "Import modules and start the Ansys products", - "text": "Import the standard library and third-party dependencies.\nImport PyACP, PyMechanical, and PyDPF - Composites.\nStart the ACP, Mechanical, and DPF servers. We use a ThreadPoolExecutor\nto start them in parallel.\nImport modules and start the Ansys products\nThreadPoolExecutor" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", + "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE.html#examples-using-layupmappingrosetteselectionmethodminimum_distance", + "title": "MINIMUM_DISTANCE > Examples using LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", + "section": "Examples using LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE", + "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE" }, { - "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", - "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#get-example-input-files", - "title": "CDB to PyMechanical shell workflow > Get example input files", - "section": "Get example input files", - "text": "Create a temporary working directory, and download the example input files\nto this directory.\nGet example input files" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isspace", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isspace.html#isspace", + "title": "isspace", + "section": "isspace", + "text": "Return True if the string is a whitespace string, False otherwise.\nA string is whitespace if all characters in the string are whitespace and there\nis at least one character in the string.\nisspace" }, { - "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", - "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#set-up-the-acp-model", - "title": "CDB to PyMechanical shell workflow > Set up the ACP model", - "section": "Set up the ACP model", - "text": "Setup basic ACP lay-up based on the CDB file.\nVisualize the loaded mesh.\nSet up the ACP model" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isspace", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isspace.html#ansys.acp.core.LaunchMode.isspace", + "title": "isspace > isspace > isspace", + "section": "isspace > isspace", + "text": "LaunchMode.isspace(/)\n\nReturn True if the string is a whitespace string, False otherwise.\n\nA string is whitespace if all characters in the string are whitespace and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", - "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#define-the-composite-lay-up", - "title": "CDB to PyMechanical shell workflow > Define the composite lay-up", - "section": "Define the composite lay-up", - "text": "Create an orthotropic material and fabric including strain limits, which are later\nused to postprocess the simulation.\nDefine a rosette and oriented selection set. Plot the orientation.\nCreate various plies with different angles and add them to a modeling group.\nShow the fiber directions of a specific ply.\nFor a quick overview, print the model tree. Note that\nthe model can also be opened in the ACP GUI. For more\ninformation, see view_the_model_in_the_acp_gui.\nDefine the composite lay-up" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.status", + "href": "api/_autosummary/ansys.acp.core.Rosette.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", - "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#save-the-acp-model", - "title": "CDB to PyMechanical shell workflow > Save the ACP model", - "section": "Save the ACP model", - "text": "Save the ACP model" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.status", + "href": "api/_autosummary/ansys.acp.core.Rosette.status.html#ansys.acp.core.Rosette.status", + "title": "status > status > status", + "section": "status > status", + "text": "property Rosette.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", - "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#import-mesh-materials-and-plies-into-mechanical", - "title": "CDB to PyMechanical shell workflow > Import mesh, materials and plies into Mechanical", - "section": "Import mesh, materials and plies into Mechanical", - "text": "Import geometry, mesh, and named selections into Mechanical\nImport materials into Mechanical\nImport plies into Mechanical\nImport mesh, materials and plies into Mechanical" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", - "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#set-boundary-condition-and-solve", - "title": "CDB to PyMechanical shell workflow > Set boundary condition and solve", - "section": "Set boundary condition and solve", - "text": "Set boundary condition and solve" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "GeometricalSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", - "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#postprocess-results", - "title": "CDB to PyMechanical shell workflow > Postprocess results", - "section": "Postprocess results", - "text": "Evaluate the failure criteria using the PyDPF - Composites.\nDownload Jupyter notebook: 06-cdb-to-pymechanical-workflow.ipynb\nDownload Python source code: 06-cdb-to-pymechanical-workflow.py\nDownload zipped: 06-cdb-to-pymechanical-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocess results\nDownload Jupyter notebook: 06-cdb-to-pymechanical-workflow.ipynb\nDownload Python source code: 06-cdb-to-pymechanical-workflow.py\nDownload zipped: 06-cdb-to-pymechanical-workflow.zip" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.FROM_FILE", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.FROM_FILE.html#from_file", + "title": "FROM_FILE", + "section": "FROM_FILE", + "text": "FROM_FILE" }, { - "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_H5", - "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_H5.html#ansys_h5", - "title": "ANSYS_H5", - "section": "ANSYS_H5", - "text": "ANSYS_H5" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.FROM_FILE", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.FROM_FILE.html#ansys.acp.core.UnitSystemType.FROM_FILE", + "title": "FROM_FILE > FROM_FILE > FROM_FILE", + "section": "FROM_FILE > FROM_FILE", + "text": "UnitSystemType.FROM_FILE = 'from_file'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_H5", - "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_H5.html#ansys.acp.core.FeFormat.ANSYS_H5", - "title": "ANSYS_H5 > ANSYS_H5 > ANSYS_H5", - "section": "ANSYS_H5 > ANSYS_H5", - "text": "FeFormat.ANSYS_H5 = 'ansys:h5'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.html#variablefabricfiberangle", + "title": "VariableFabricFiberAngle", + "section": "VariableFabricFiberAngle", + "text": "Variable fabric fiber angle material property set.\nDefines the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\nAdded in ACP server version 24.2.\nVariableFabricFiberAngle.fabric_fiber_angle\n\nVariableFabricFiberAngle.field_variables\n\nVariableFabricFiberAngle.interpolation_options\n\nVariableFabricFiberAngle\nVariableFabricFiberAngle.fabric_fiber_angle\nVariableFabricFiberAngle.field_variables\nVariableFabricFiberAngle.interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE.html#minimum_distance", - "title": "MINIMUM_DISTANCE", - "section": "MINIMUM_DISTANCE", - "text": "MINIMUM_DISTANCE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.html#ansys.acp.core.material_property_sets.VariableFabricFiberAngle", + "title": "VariableFabricFiberAngle > VariableFabricFiberAngle > VariableFabricFiberAngle", + "section": "VariableFabricFiberAngle > VariableFabricFiberAngle", + "text": "class ansys.acp.core.material_property_sets.VariableFabricFiberAngle(*, _parent_object=None, _attribute_path=None)\n\nVariable fabric fiber angle material property set.\n\nDefines the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableFabricFiberAngle.fabric_fiber_angle\n\n\n\nVariableFabricFiberAngle.field_variables\n\n\n\nVariableFabricFiberAngle.interpolation_options\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE.html#ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE", - "title": "MINIMUM_DISTANCE > MINIMUM_DISTANCE > MINIMUM_DISTANCE", - "section": "MINIMUM_DISTANCE > MINIMUM_DISTANCE", - "text": "RosetteSelectionMethod.MINIMUM_DISTANCE = 'minimum_distance'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.tube_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.tube_selection_rules.html#tube_selection_rules", + "title": "tube_selection_rules", + "section": "tube_selection_rules", + "text": "tube_selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.Model.tube_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.tube_selection_rules.html#ansys.acp.core.Model.tube_selection_rules", + "title": "tube_selection_rules > tube_selection_rules > tube_selection_rules", + "section": "tube_selection_rules > tube_selection_rules", + "text": "property Model.tube_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "VariableOffsetSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.store", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.ANSYS_CLASSIC", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.ANSYS_CLASSIC.html#ansys_classic", - "title": "ANSYS_CLASSIC", - "section": "ANSYS_CLASSIC", - "text": "ANSYS_CLASSIC" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.store", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.store.html#ansys.acp.core.ButtJointSequence.store", + "title": "store > store > store", + "section": "store > store", + "text": "ButtJointSequence.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.ANSYS_CLASSIC", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.ANSYS_CLASSIC.html#ansys.acp.core.RosetteSelectionMethod.ANSYS_CLASSIC", - "title": "ANSYS_CLASSIC > ANSYS_CLASSIC > ANSYS_CLASSIC", - "section": "ANSYS_CLASSIC > ANSYS_CLASSIC", - "text": "RosetteSelectionMethod.ANSYS_CLASSIC = 'ansys_classic'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_2.html#g12_2", + "title": "G12_2", + "section": "G12_2", + "text": "G12_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED.html#maximum_angle_superposed", - "title": "MAXIMUM_ANGLE_SUPERPOSED", - "section": "MAXIMUM_ANGLE_SUPERPOSED", - "text": "MAXIMUM_ANGLE_SUPERPOSED" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_2", + "title": "G12_2 > G12_2 > G12_2", + "section": "G12_2 > G12_2", + "text": "property ConstantWovenCharacterization.G12_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED.html#ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED", - "title": "MAXIMUM_ANGLE_SUPERPOSED > MAXIMUM_ANGLE_SUPERPOSED > MAXIMUM_ANGLE_SUPERPOSED", - "section": "MAXIMUM_ANGLE_SUPERPOSED > MAXIMUM_ANGLE_SUPERPOSED", - "text": "RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED = 'maximum_angle_superposed'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yt.html#yt", + "title": "Yt", + "section": "Yt", + "text": "Yt" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field.html#reference_direction_field", - "title": "reference_direction_field", - "section": "reference_direction_field", - "text": "reference_direction_field" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Yt.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Yt", + "title": "Yt > Yt > Yt", + "section": "Yt > Yt", + "text": "property ConstantStressLimits.Yt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field.html#ansys.acp.core.OrientedSelectionSet.reference_direction_field", - "title": "reference_direction_field > reference_direction_field > reference_direction_field", - "section": "reference_direction_field > reference_direction_field", - "text": "property OrientedSelectionSet.reference_direction_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.store", + "href": "api/_autosummary/ansys.acp.core.ElementSet.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.reference_direction_field.html#examples-using-orientedselectionsetreference_direction_field", - "title": "reference_direction_field > Examples using OrientedSelectionSet.reference_direction_field", - "section": "Examples using OrientedSelectionSet.reference_direction_field", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using OrientedSelectionSet.reference_direction_field" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.store", + "href": "api/_autosummary/ansys.acp.core.ElementSet.store.html#ansys.acp.core.ElementSet.store", + "title": "store > store > store", + "section": "store > store", + "text": "ElementSet.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.status", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.status.html#status", + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.status", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.status.html#status", "title": "status", "section": "status", "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.status", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.status.html#ansys.acp.core.ImportedSolidModel.status", + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.status", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.status.html#ansys.acp.core.VirtualGeometry.status", "title": "status > status > status", "section": "status > status", - "text": "property ImportedSolidModel.status: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.COG", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.COG.html#cog", - "title": "COG", - "section": "COG", - "text": "COG" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.COG", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.COG.html#ansys.acp.core.ElementalDataType.COG", - "title": "COG > COG > COG", - "section": "COG > COG", - "text": "ElementalDataType.COG = 'cog'\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.draping_material_model", - "href": "api/_autosummary/ansys.acp.core.Stackup.draping_material_model.html#draping_material_model", - "title": "draping_material_model", - "section": "draping_material_model", - "text": "draping_material_model" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.draping_material_model", - "href": "api/_autosummary/ansys.acp.core.Stackup.draping_material_model.html#ansys.acp.core.Stackup.draping_material_model", - "title": "draping_material_model > draping_material_model > draping_material_model", - "section": "draping_material_model > draping_material_model", - "text": "property Stackup.draping_material_model: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.html#modelelementaldata", - "title": "ModelElementalData", - "section": "ModelElementalData", - "text": "Represents elemental data for a Model.\nModelElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nModelElementalData.area\n\nModelElementalData.cog\n\nModelElementalData.mass\n\nModelElementalData.normal\n\nModelElementalData.offset\n\nModelElementalData.relative_thickness_correction\n\nModelElementalData.thickness\n\nModelElementalData.volume\n\nModelElementalData.element_labels\n\nModelElementalData\nModelElementalData.get_pyvista_mesh\nModelElementalData.area\nModelElementalData.cog\nModelElementalData.mass\nModelElementalData.normal\nModelElementalData.offset\nModelElementalData.relative_thickness_correction\nModelElementalData.thickness\nModelElementalData.volume\nModelElementalData.element_labels" + "text": "property VirtualGeometry.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.html#ansys.acp.core.mesh_data.ModelElementalData", - "title": "ModelElementalData > ModelElementalData > ModelElementalData", - "section": "ModelElementalData > ModelElementalData", - "text": "class ansys.acp.core.mesh_data.ModelElementalData(element_labels, normal=None, thickness=None, relative_thickness_correction=None, area=None, volume=None, mass=None, offset=None, cog=None)\n\nRepresents elemental data for a Model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelElementalData.area\n\n\n\nModelElementalData.cog\n\n\n\nModelElementalData.mass\n\n\n\nModelElementalData.normal\n\n\n\nModelElementalData.offset\n\n\n\nModelElementalData.relative_thickness_correction\n\n\n\nModelElementalData.thickness\n\n\n\nModelElementalData.volume\n\n\n\nModelElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_2.html#g23_2", + "title": "G23_2", + "section": "G23_2", + "text": "G23_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", - "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS.html#plane_stress_state_with_transverse_shear_stiffness", - "title": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", - "section": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", - "text": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_2", + "title": "G23_2 > G23_2 > G23_2", + "section": "G23_2 > G23_2", + "text": "property ConstantWovenCharacterization.G23_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", - "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS.html#ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", - "title": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", - "section": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", - "text": "StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS = 'plane_stress_state_with_transverse_shear_stiffness'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.html#cylindricalselectionrule", + "title": "CylindricalSelectionRule", + "section": "CylindricalSelectionRule", + "text": "Instantiate a Cylindrical Selection Rule.\nname (str) – Name of the Cylindrical Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the Cylindrical Selection Rule.\ndirection (tuple[float, ...]) – Direction of the Cylindrical Selection Rule.\nradius (float) – Radius of the cylinder.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nAdded in ACP server version 24.2.\nCylindricalSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nCylindricalSelectionRule.delete()\nDelete the object.\nCylindricalSelectionRule.store(parent)\nStore the object on the server.\nCylindricalSelectionRule.direction\n\nCylindricalSelectionRule.elemental_data\n\nCylindricalSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nCylindricalSelectionRule.include_rule\n\nCylindricalSelectionRule.mesh\nFull mesh associated with the object.\nCylindricalSelectionRule.name\nThe name of the object.\nCylindricalSelectionRule.nodal_data\n\nCylindricalSelectionRule.origin\n\nCylindricalSelectionRule.parent\nThe parent of the object.\nCylindricalSelectionRule.radius\n\nCylindricalSelectionRule.relative_rule\n\nCylindricalSelectionRule.rosette\n\nCylindricalSelectionRule.shell_mesh\nShell mesh associated with the object.\nCylindricalSelectionRule.status\n\nCylindricalSelectionRule.use_global_coordinate_system\n\nCylindricalSelectionRule\nuse_global_coordinate_system\nFalse\nCylindricalSelectionRule.clone\nCylindricalSelectionRule.delete\nCylindricalSelectionRule.store\nCylindricalSelectionRule.direction\nCylindricalSelectionRule.elemental_data\nCylindricalSelectionRule.id\nCylindricalSelectionRule.include_rule\nCylindricalSelectionRule.mesh\nCylindricalSelectionRule.name\nCylindricalSelectionRule.nodal_data\nCylindricalSelectionRule.origin\nCylindricalSelectionRule.parent\nCylindricalSelectionRule.radius\nCylindricalSelectionRule.relative_rule\nCylindricalSelectionRule.rosette\nCylindricalSelectionRule.shell_mesh\nCylindricalSelectionRule.status\nCylindricalSelectionRule.use_global_coordinate_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_guides", - "href": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_guides.html#extrusion_guides", - "title": "extrusion_guides", - "section": "extrusion_guides", - "text": "extrusion_guides" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.html#ansys.acp.core.CylindricalSelectionRule", + "title": "CylindricalSelectionRule > CylindricalSelectionRule > CylindricalSelectionRule", + "section": "CylindricalSelectionRule > CylindricalSelectionRule", + "text": "class ansys.acp.core.CylindricalSelectionRule(*, name='CylindricalSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 1.0), radius=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Cylindrical Selection Rule.\n\nParameters\n\nname (str) – Name of the Cylindrical Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the Cylindrical Selection Rule.\n\ndirection (tuple[float, ...]) – Direction of the Cylindrical Selection Rule.\n\nradius (float) – Radius of the cylinder.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCylindricalSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nCylindricalSelectionRule.delete()\n\nDelete the object.\n\nCylindricalSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCylindricalSelectionRule.direction\n\n\n\nCylindricalSelectionRule.elemental_data\n\n\n\nCylindricalSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nCylindricalSelectionRule.include_rule\n\n\n\nCylindricalSelectionRule.mesh\n\nFull mesh associated with the object.\n\nCylindricalSelectionRule.name\n\nThe name of the object.\n\nCylindricalSelectionRule.nodal_data\n\n\n\nCylindricalSelectionRule.origin\n\n\n\nCylindricalSelectionRule.parent\n\nThe parent of the object.\n\nCylindricalSelectionRule.radius\n\n\n\nCylindricalSelectionRule.relative_rule\n\n\n\nCylindricalSelectionRule.rosette\n\n\n\nCylindricalSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nCylindricalSelectionRule.status\n\n\n\nCylindricalSelectionRule.use_global_coordinate_system\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_guides", - "href": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_guides.html#ansys.acp.core.SolidModel.extrusion_guides", - "title": "extrusion_guides > extrusion_guides > extrusion_guides", - "section": "extrusion_guides > extrusion_guides", - "text": "property SolidModel.extrusion_guides: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.html#examples-using-cylindricalselectionrule", + "title": "CylindricalSelectionRule > Examples using CylindricalSelectionRule", + "section": "Examples using CylindricalSelectionRule", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using CylindricalSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.precision", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.precision.html#precision", + "title": "precision", + "section": "precision", + "text": "precision" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.shell_mesh.html#ansys.acp.core.ModelingGroup.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property ModelingGroup.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.precision", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.precision.html#ansys.acp.core.CADGeometry.precision", + "title": "precision > precision > precision", + "section": "precision > precision", + "text": "property CADGeometry.precision: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.element_set", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.element_set.html#element_set", - "title": "element_set", - "section": "element_set", - "text": "element_set" + "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType.PRODUCTION_PLY_CUTOFF", + "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.PRODUCTION_PLY_CUTOFF.html#production_ply_cutoff", + "title": "PRODUCTION_PLY_CUTOFF", + "section": "PRODUCTION_PLY_CUTOFF", + "text": "PRODUCTION_PLY_CUTOFF" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.element_set", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.element_set.html#ansys.acp.core.VariableOffsetSelectionRule.element_set", - "title": "element_set > element_set > element_set", - "section": "element_set > element_set", - "text": "property VariableOffsetSelectionRule.element_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType.PRODUCTION_PLY_CUTOFF", + "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.PRODUCTION_PLY_CUTOFF.html#ansys.acp.core.PlyCutOffType.PRODUCTION_PLY_CUTOFF", + "title": "PRODUCTION_PLY_CUTOFF > PRODUCTION_PLY_CUTOFF > PRODUCTION_PLY_CUTOFF", + "section": "PRODUCTION_PLY_CUTOFF > PRODUCTION_PLY_CUTOFF", + "text": "PlyCutOffType.PRODUCTION_PLY_CUTOFF = 'production_ply_cutoff'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.angle", + "href": "api/_autosummary/ansys.acp.core.TaperEdge.angle.html#angle", + "title": "angle", + "section": "angle", + "text": "Angle between the cutting plane and the reference surface.\nangle" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.status.html#ansys.acp.core.BooleanSelectionRule.status", - "title": "status > status > status", - "section": "status > status", - "text": "property BooleanSelectionRule.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.angle", + "href": "api/_autosummary/ansys.acp.core.TaperEdge.angle.html#ansys.acp.core.TaperEdge.angle", + "title": "angle > angle > angle", + "section": "angle > angle", + "text": "property TaperEdge.angle: float\n\nAngle between the cutting plane and the reference surface.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.mat_type", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.mat_type.html#mat_type", - "title": "mat_type", - "section": "mat_type", - "text": "mat_type" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.html#importedmodelingply", + "title": "ImportedModelingPly", + "section": "ImportedModelingPly", + "text": "Instantiate an Imported Modeling Ply.\nname (str) – The name of the Modeling Ply\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\noffset_type (ImportedPlyOffsetType) – Defines the location of the mesh (plane) with respect to the laminate.\nOne of BOTTOM_OFFSET, MIDDLE_OFFSET, and TOP_OFFSET.\nmesh_import_type (MeshImportType) – Source of the imported mesh. Either from geometry or from hdf5.\nmesh_geometry (VirtualGeometry | None) – Link to the geometry with represents the ply surface. Only used if mesh_import_type\nis FROM_GEOMETRY.\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\nreference_direction_field (LookUpTable3DColumn | LookUpTable1DColumn | None) – A 3D lookup table column that defines the reference directions.\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\nply_material (Fabric | None) – The material (only fabric is supported) of the ply.\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\ndraping_type (ImportedPlyDrapingType) – Chooses between different draping formulations. NO_DRAPING by default.\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\nthickness_type (ImportedPlyThicknessType) – Choose ThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\nAdded in ACP server version 25.1.\nImportedModelingPly.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nImportedModelingPly.delete()\nDelete the object.\nImportedModelingPly.store(parent)\nStore the object on the server.\nImportedModelingPly.active\n\nImportedModelingPly.draping_angle_1_field\n\nImportedModelingPly.draping_angle_2_field\n\nImportedModelingPly.draping_type\n\nImportedModelingPly.id\nIdentifier of the object, used for example as key in maps.\nImportedModelingPly.imported_production_plies\n\nImportedModelingPly.mesh_geometry\n\nImportedModelingPly.mesh_import_type\n\nImportedModelingPly.name\nThe name of the object.\nImportedModelingPly.offset_type\n\nImportedModelingPly.parent\nThe parent of the object.\nImportedModelingPly.ply_angle\n\nImportedModelingPly.ply_material\n\nImportedModelingPly.reference_direction_field\n\nImportedModelingPly.rosette_selection_method\n\nImportedModelingPly.rosettes\n\nImportedModelingPly.rotation_angle\n\nImportedModelingPly.status\n\nImportedModelingPly.thickness_field\n\nImportedModelingPly.thickness_field_type\n\nImportedModelingPly.thickness_type\n\nImportedModelingPly\nBOTTOM_OFFSET\nMIDDLE_OFFSET\nTOP_OFFSET\nmesh_import_type\nFROM_GEOMETRY\nNO_DRAPING\ndraping_angle_1_field\nThicknessType.FROM_TABLE\nThicknessType.NOMINAL\nthickness_type\nThicknessType.FROM_TABLE\nthickness_type\nThicknessType.FROM_TABLE\nThicknessFieldType.ABSOLUTE_VALUES\nThicknessFieldType.RELATIVE_SCALING_FACTOR\nImportedModelingPly.clone\nImportedModelingPly.delete\nImportedModelingPly.store\nImportedModelingPly.active\nImportedModelingPly.draping_angle_1_field\nImportedModelingPly.draping_angle_2_field\nImportedModelingPly.draping_type\nImportedModelingPly.id\nImportedModelingPly.imported_production_plies\nImportedModelingPly.mesh_geometry\nImportedModelingPly.mesh_import_type\nImportedModelingPly.name\nImportedModelingPly.offset_type\nImportedModelingPly.parent\nImportedModelingPly.ply_angle\nImportedModelingPly.ply_material\nImportedModelingPly.reference_direction_field\nImportedModelingPly.rosette_selection_method\nImportedModelingPly.rosettes\nImportedModelingPly.rotation_angle\nImportedModelingPly.status\nImportedModelingPly.thickness_field\nImportedModelingPly.thickness_field_type\nImportedModelingPly.thickness_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.mat_type", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.mat_type.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.mat_type", - "title": "mat_type > mat_type > mat_type", - "section": "mat_type > mat_type", - "text": "property ConstantPuckConstants.mat_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.html#ansys.acp.core.ImportedModelingPly", + "title": "ImportedModelingPly > ImportedModelingPly > ImportedModelingPly", + "section": "ImportedModelingPly > ImportedModelingPly", + "text": "class ansys.acp.core.ImportedModelingPly(*, name='ModelingPly', active=True, offset_type='middle_offset', mesh_import_type='from_geometry', mesh_geometry=None, rosette_selection_method='minimum_angle', rosettes=(), reference_direction_field=None, rotation_angle=0.0, ply_material=None, ply_angle=0.0, draping_type='no_draping', draping_angle_1_field=None, draping_angle_2_field=None, thickness_type='nominal', thickness_field=None, thickness_field_type='absolute_values')\n\nInstantiate an Imported Modeling Ply.\n\nParameters\n\nname (str) – The name of the Modeling Ply\n\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\n\noffset_type (ImportedPlyOffsetType) – Defines the location of the mesh (plane) with respect to the laminate.\nOne of BOTTOM_OFFSET, MIDDLE_OFFSET, and TOP_OFFSET.\n\nmesh_import_type (MeshImportType) – Source of the imported mesh. Either from geometry or from hdf5.\n\nmesh_geometry (VirtualGeometry | None) – Link to the geometry with represents the ply surface. Only used if mesh_import_type\nis FROM_GEOMETRY.\n\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\n\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\n\nreference_direction_field (LookUpTable3DColumn | LookUpTable1DColumn | None) – A 3D lookup table column that defines the reference directions.\n\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\n\nply_material (Fabric | None) – The material (only fabric is supported) of the ply.\n\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\n\ndraping_type (ImportedPlyDrapingType) – Chooses between different draping formulations. NO_DRAPING by default.\n\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\n\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\n\nthickness_type (ImportedPlyThicknessType) – Choose ThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\n\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\n\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nImportedModelingPly.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nImportedModelingPly.delete()\n\nDelete the object.\n\nImportedModelingPly.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedModelingPly.active\n\n\n\nImportedModelingPly.draping_angle_1_field\n\n\n\nImportedModelingPly.draping_angle_2_field\n\n\n\nImportedModelingPly.draping_type\n\n\n\nImportedModelingPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nImportedModelingPly.imported_production_plies\n\n\n\nImportedModelingPly.mesh_geometry\n\n\n\nImportedModelingPly.mesh_import_type\n\n\n\nImportedModelingPly.name\n\nThe name of the object.\n\nImportedModelingPly.offset_type\n\n\n\nImportedModelingPly.parent\n\nThe parent of the object.\n\nImportedModelingPly.ply_angle\n\n\n\nImportedModelingPly.ply_material\n\n\n\nImportedModelingPly.reference_direction_field\n\n\n\nImportedModelingPly.rosette_selection_method\n\n\n\nImportedModelingPly.rosettes\n\n\n\nImportedModelingPly.rotation_angle\n\n\n\nImportedModelingPly.status\n\n\n\nImportedModelingPly.thickness_field\n\n\n\nImportedModelingPly.thickness_field_type\n\n\n\nImportedModelingPly.thickness_type\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.orientation_type", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.orientation_type.html#orientation_type", - "title": "orientation_type", - "section": "orientation_type", - "text": "orientation_type" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.html#examples-using-importedmodelingply", + "title": "ImportedModelingPly > Examples using ImportedModelingPly", + "section": "Examples using ImportedModelingPly", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedModelingPly" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.orientation_type", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.orientation_type.html#ansys.acp.core.SnapToGeometry.orientation_type", - "title": "orientation_type > orientation_type > orientation_type", - "section": "orientation_type > orientation_type", - "text": "property SnapToGeometry.orientation_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_direction", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_direction.html#draping_direction", - "title": "draping_direction", - "section": "draping_direction", - "text": "draping_direction" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.store.html#ansys.acp.core.BooleanSelectionRule.store", + "title": "store > store > store", + "section": "store > store", + "text": "BooleanSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_direction", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_direction.html#ansys.acp.core.OrientedSelectionSet.draping_direction", - "title": "draping_direction > draping_direction > draping_direction", - "section": "draping_direction > draping_direction", - "text": "property OrientedSelectionSet.draping_direction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.locked", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.tsai_wu_constants", - "href": "api/_autosummary/ansys.acp.core.Material.tsai_wu_constants.html#tsai_wu_constants", - "title": "tsai_wu_constants", - "section": "tsai_wu_constants", - "text": "tsai_wu_constants" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.locked", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.locked.html#ansys.acp.core.SubLaminate.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property SubLaminate.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.tsai_wu_constants", - "href": "api/_autosummary/ansys.acp.core.Material.tsai_wu_constants.html#ansys.acp.core.Material.tsai_wu_constants", - "title": "tsai_wu_constants > tsai_wu_constants > tsai_wu_constants", - "section": "tsai_wu_constants > tsai_wu_constants", - "text": "property Material.tsai_wu_constants: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rjust", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rjust.html#rjust", + "title": "rjust", + "section": "rjust", + "text": "Return a right-justified string of length width.\nPadding is done using the specified fill character (default is a space).\nrjust" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rjust", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rjust.html#ansys.acp.core.material_property_sets.PuckMaterialType.rjust", + "title": "rjust > rjust > rjust", + "section": "rjust > rjust", + "text": "PuckMaterialType.rjust(width, fillchar=' ', /)\n\nReturn a right-justified string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.id.html#ansys.acp.core.ParallelSelectionRule.id", - "title": "id > id > id", - "section": "id > id", - "text": "property ParallelSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADComponent.path", + "href": "api/_autosummary/ansys.acp.core.CADComponent.path.html#path", + "title": "path", + "section": "path", + "text": "path" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.weight", - "href": "api/_autosummary/ansys.acp.core.Sensor.weight.html#weight", - "title": "weight", - "section": "weight", - "text": "The mass of the selected entity.\nweight" + "objectID": "api/_autosummary/ansys.acp.core.CADComponent.path", + "href": "api/_autosummary/ansys.acp.core.CADComponent.path.html#ansys.acp.core.CADComponent.path", + "title": "path > path > path", + "section": "path > path", + "text": "property CADComponent.path: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.weight", - "href": "api/_autosummary/ansys.acp.core.Sensor.weight.html#ansys.acp.core.Sensor.weight", - "title": "weight > weight > weight", - "section": "weight > weight", - "text": "property Sensor.weight: Any\n\nThe mass of the selected entity.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.delete", - "href": "api/_autosummary/ansys.acp.core.Rosette.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.nodal_data.html#ansys.acp.core.CylindricalSelectionRule.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property CylindricalSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.delete", - "href": "api/_autosummary/ansys.acp.core.Rosette.delete.html#ansys.acp.core.Rosette.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "Rosette.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isascii", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isascii.html#isascii", + "title": "isascii", + "section": "isascii", + "text": "Return True if all characters in the string are ASCII, False otherwise.\nASCII characters have code points in the range U+0000-U+007F.\nEmpty string is ASCII too.\nisascii" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidMappingProperties.offset_type", - "href": "api/_autosummary/ansys.acp.core.SolidMappingProperties.offset_type.html#offset_type", - "title": "offset_type", - "section": "offset_type", - "text": "offset_type" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isascii", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isascii.html#ansys.acp.core.LaunchMode.isascii", + "title": "isascii > isascii > isascii", + "section": "isascii > isascii", + "text": "LaunchMode.isascii(/)\n\nReturn True if all characters in the string are ASCII, False otherwise.\n\nASCII characters have code points in the range U+0000-U+007F.\nEmpty string is ASCII too.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidMappingProperties.offset_type", - "href": "api/_autosummary/ansys.acp.core.SolidMappingProperties.offset_type.html#ansys.acp.core.SolidMappingProperties.offset_type", - "title": "offset_type > offset_type > offset_type", - "section": "offset_type > offset_type", - "text": "SolidMappingProperties.offset_type: OffsetType = 'bottom_offset'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_2.html#orientation_2", + "title": "orientation_2", + "section": "orientation_2", + "text": "orientation_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_direction.html#draped_transverse_direction", - "title": "draped_transverse_direction", - "section": "draped_transverse_direction", - "text": "draped_transverse_direction" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_2", + "title": "orientation_2 > orientation_2 > orientation_2", + "section": "orientation_2 > orientation_2", + "text": "property ConstantWovenCharacterization.orientation_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_direction", - "title": "draped_transverse_direction > draped_transverse_direction > draped_transverse_direction", - "section": "draped_transverse_direction > draped_transverse_direction", - "text": "AnalysisPlyElementalData.draped_transverse_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_2.html#nu12_2", + "title": "nu12_2", + "section": "nu12_2", + "text": "nu12_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.draping_ud_coefficient", - "href": "api/_autosummary/ansys.acp.core.Fabric.draping_ud_coefficient.html#draping_ud_coefficient", - "title": "draping_ud_coefficient", - "section": "draping_ud_coefficient", - "text": "draping_ud_coefficient" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_2", + "title": "nu12_2 > nu12_2 > nu12_2", + "section": "nu12_2 > nu12_2", + "text": "property VariableWovenCharacterization.nu12_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.draping_ud_coefficient", - "href": "api/_autosummary/ansys.acp.core.Fabric.draping_ud_coefficient.html#ansys.acp.core.Fabric.draping_ud_coefficient", - "title": "draping_ud_coefficient > draping_ud_coefficient > draping_ud_coefficient", - "section": "draping_ud_coefficient > draping_ud_coefficient", - "text": "property Fabric.draping_ud_coefficient: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.html#importedsolidmodelnodaldata", + "title": "ImportedSolidModelNodalData", + "section": "ImportedSolidModelNodalData", + "text": "Represents nodal data for an imported solid model.\nImportedSolidModelNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nImportedSolidModelNodalData.node_labels\n\nImportedSolidModelNodalData\nImportedSolidModelNodalData.get_pyvista_mesh\nImportedSolidModelNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.strip", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.strip.html#strip", - "title": "strip", - "section": "strip", - "text": "Return a copy of the string with leading and trailing whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nstrip" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.html#ansys.acp.core.mesh_data.ImportedSolidModelNodalData", + "title": "ImportedSolidModelNodalData > ImportedSolidModelNodalData > ImportedSolidModelNodalData", + "section": "ImportedSolidModelNodalData > ImportedSolidModelNodalData", + "text": "class ansys.acp.core.mesh_data.ImportedSolidModelNodalData(node_labels)\n\nRepresents nodal data for an imported solid model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nImportedSolidModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedSolidModelNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.strip", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.strip.html#ansys.acp.core.LaunchMode.strip", - "title": "strip > strip > strip", - "section": "strip > strip", - "text": "LaunchMode.strip(chars=None, /)\n\nReturn a copy of the string with leading and trailing whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.html#samplingpoint", + "title": "SamplingPoint", + "section": "SamplingPoint", + "text": "Instantiate a Sampling Point.\nname (str) – Name of the sampling point.\npoint (tuple[float, float, float]) – Coordinates of the sampling point.\ndirection (tuple[float, float, float]) – Direction of the sampling point.\nuse_default_reference_direction (bool) – Whether to use the element coordinate system when computing the laminate\nproperties (CLT).\nrosette (Rosette | None) – Rosette defining the coordinate system used when computing the laminate\nproperties (CLT). Only used when use_default_reference_direction is False.\noffset_is_middle (bool) – Activate this option to offset the reference surface to the mid-plane of the\nlaminate for the computation of the ABD matrices and laminate properties (CLT).\nconsider_coupling_effect (bool) – Whether the computation of the laminate engineering constants should consider\nthe coupling effect if the B-Matrix of the ABD-Matrix is not zero. Computation\nof the ABD matrices is not affected by this parameter.\nAdded in ACP server version 25.1.\nSamplingPoint.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSamplingPoint.delete()\nDelete the object.\nSamplingPoint.store(parent)\nStore the object on the server.\nSamplingPoint.consider_coupling_effect\n\nSamplingPoint.direction\n\nSamplingPoint.id\nIdentifier of the object, used for example as key in maps.\nSamplingPoint.locked\n\nSamplingPoint.name\nThe name of the object.\nSamplingPoint.offset_is_middle\n\nSamplingPoint.parent\nThe parent of the object.\nSamplingPoint.point\n\nSamplingPoint.reference_direction\nLocal x-direction used in the computation of laminate properties (CLT).\nSamplingPoint.rosette\n\nSamplingPoint.status\n\nSamplingPoint.use_default_reference_direction\n\nSamplingPoint\nuse_default_reference_direction\nSamplingPoint.clone\nSamplingPoint.delete\nSamplingPoint.store\nSamplingPoint.consider_coupling_effect\nSamplingPoint.direction\nSamplingPoint.id\nSamplingPoint.locked\nSamplingPoint.name\nSamplingPoint.offset_is_middle\nSamplingPoint.parent\nSamplingPoint.point\nSamplingPoint.reference_direction\nSamplingPoint.rosette\nSamplingPoint.status\nSamplingPoint.use_default_reference_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.M", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.M.html#m", - "title": "M", - "section": "M", - "text": "M" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.html#ansys.acp.core.SamplingPoint", + "title": "SamplingPoint > SamplingPoint > SamplingPoint", + "section": "SamplingPoint > SamplingPoint", + "text": "class ansys.acp.core.SamplingPoint(*, name='SamplingPoint', point=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 0.0), use_default_reference_direction=True, rosette=None, offset_is_middle=True, consider_coupling_effect=True)\n\nInstantiate a Sampling Point.\n\nParameters\n\nname (str) – Name of the sampling point.\n\npoint (tuple[float, float, float]) – Coordinates of the sampling point.\n\ndirection (tuple[float, float, float]) – Direction of the sampling point.\n\nuse_default_reference_direction (bool) – Whether to use the element coordinate system when computing the laminate\nproperties (CLT).\n\nrosette (Rosette | None) – Rosette defining the coordinate system used when computing the laminate\nproperties (CLT). Only used when use_default_reference_direction is False.\n\noffset_is_middle (bool) – Activate this option to offset the reference surface to the mid-plane of the\nlaminate for the computation of the ABD matrices and laminate properties (CLT).\n\nconsider_coupling_effect (bool) – Whether the computation of the laminate engineering constants should consider\nthe coupling effect if the B-Matrix of the ABD-Matrix is not zero. Computation\nof the ABD matrices is not affected by this parameter.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSamplingPoint.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSamplingPoint.delete()\n\nDelete the object.\n\nSamplingPoint.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSamplingPoint.consider_coupling_effect\n\n\n\nSamplingPoint.direction\n\n\n\nSamplingPoint.id\n\nIdentifier of the object, used for example as key in maps.\n\nSamplingPoint.locked\n\n\n\nSamplingPoint.name\n\nThe name of the object.\n\nSamplingPoint.offset_is_middle\n\n\n\nSamplingPoint.parent\n\nThe parent of the object.\n\nSamplingPoint.point\n\n\n\nSamplingPoint.reference_direction\n\nLocal x-direction used in the computation of laminate properties (CLT).\n\nSamplingPoint.rosette\n\n\n\nSamplingPoint.status\n\n\n\nSamplingPoint.use_default_reference_direction\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.M", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.M.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.M", - "title": "M > M > M", - "section": "M > M", - "text": "property ConstantPuckConstants.M: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule.html#create_boolean_selection_rule", + "title": "create_boolean_selection_rule", + "section": "create_boolean_selection_rule", + "text": "Instantiate a Boolean Selection Rule.\nname (str) – Name of the Boolean Selection Rule.\nselection_rules (Iterable[LinkedSelectionRule])\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nBooleanSelectionRule\nAdded in ACP server version 24.2.\ncreate_boolean_selection_rule\nFalse" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.html#solidmodelnodaldata", - "title": "SolidModelNodalData", - "section": "SolidModelNodalData", - "text": "Represents nodal data for a Solid Model.\nSolidModelNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSolidModelNodalData.node_labels\n\nSolidModelNodalData\nSolidModelNodalData.get_pyvista_mesh\nSolidModelNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule.html#ansys.acp.core.Model.create_boolean_selection_rule", + "title": "create_boolean_selection_rule > create_boolean_selection_rule > create_boolean_selection_rule", + "section": "create_boolean_selection_rule > create_boolean_selection_rule", + "text": "Model.create_boolean_selection_rule(*, name='BooleanSelectionrule', selection_rules=(), include_rule=True)\n\nInstantiate a Boolean Selection Rule.\n\nParameters\n\nname (str) – Name of the Boolean Selection Rule.\n\nselection_rules (Iterable[LinkedSelectionRule])\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nReturn type\n\nBooleanSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_boolean_selection_rule.html#examples-using-modelcreate_boolean_selection_rule", + "title": "create_boolean_selection_rule > Examples using Model.create_boolean_selection_rule", + "section": "Examples using Model.create_boolean_selection_rule", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.create_boolean_selection_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.html#ansys.acp.core.mesh_data.SolidModelNodalData", - "title": "SolidModelNodalData > SolidModelNodalData > SolidModelNodalData", - "section": "SolidModelNodalData > SolidModelNodalData", - "text": "class ansys.acp.core.mesh_data.SolidModelNodalData(node_labels)\n\nRepresents nodal data for a Solid Model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSolidModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidModelNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.unit_system", + "href": "api/_autosummary/ansys.acp.core.Model.unit_system.html#unit_system", + "title": "unit_system", + "section": "unit_system", + "text": "unit_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.area", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.area.html#area", - "title": "area", - "section": "area", - "text": "area" + "objectID": "api/_autosummary/ansys.acp.core.Model.unit_system", + "href": "api/_autosummary/ansys.acp.core.Model.unit_system.html#ansys.acp.core.Model.unit_system", + "title": "unit_system > unit_system > unit_system", + "section": "unit_system > unit_system", + "text": "property Model.unit_system: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.area", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.area.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.area", - "title": "area > area > area", - "section": "area > area", - "text": "ProductionPlyElementalData.area: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.unit_system", + "href": "api/_autosummary/ansys.acp.core.Model.unit_system.html#examples-using-modelunit_system", + "title": "unit_system > Examples using Model.unit_system", + "section": "Examples using Model.unit_system", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nExamples using Model.unit_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdecimal", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdecimal.html#isdecimal", - "title": "isdecimal", - "section": "isdecimal", - "text": "Return True if the string is a decimal string, False otherwise.\nA string is a decimal string if all characters in the string are decimal and\nthere is at least one character in the string.\nisdecimal" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_element_set", + "href": "api/_autosummary/ansys.acp.core.Model.create_element_set.html#create_element_set", + "title": "create_element_set", + "section": "create_element_set", + "text": "Instantiate an Element Set.\nname (str) – The name of the Element Set.\nmiddle_offset (bool) – If True, enforce that the laminate mid-plane is moved onto the reference surface.\nelement_labels (Collection[int]) – Label of elements to be assigned to Element Set\nElementSet\nAdded in ACP server version 24.2.\ncreate_element_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdecimal", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdecimal.html#ansys.acp.core.material_property_sets.PuckMaterialType.isdecimal", - "title": "isdecimal > isdecimal > isdecimal", - "section": "isdecimal > isdecimal", - "text": "PuckMaterialType.isdecimal(/)\n\nReturn True if the string is a decimal string, False otherwise.\n\nA string is a decimal string if all characters in the string are decimal and\nthere is at least one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_element_set", + "href": "api/_autosummary/ansys.acp.core.Model.create_element_set.html#ansys.acp.core.Model.create_element_set", + "title": "create_element_set > create_element_set > create_element_set", + "section": "create_element_set > create_element_set", + "text": "Model.create_element_set(*, name='ElementSet', middle_offset=False, element_labels=())\n\nInstantiate an Element Set.\n\nParameters\n\nname (str) – The name of the Element Set.\n\nmiddle_offset (bool) – If True, enforce that the laminate mid-plane is moved onto the reference surface.\n\nelement_labels (Collection[int]) – Label of elements to be assigned to Element Set\n\nReturn type\n\nElementSet\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.id", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete_lost_elements", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete_lost_elements.html#delete_lost_elements", + "title": "delete_lost_elements", + "section": "delete_lost_elements", + "text": "delete_lost_elements" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.id", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.id.html#ansys.acp.core.CADGeometry.id", - "title": "id > id > id", - "section": "id > id", - "text": "property CADGeometry.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete_lost_elements", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.delete_lost_elements.html#ansys.acp.core.LayupMappingObject.delete_lost_elements", + "title": "delete_lost_elements > delete_lost_elements > delete_lost_elements", + "section": "delete_lost_elements > delete_lost_elements", + "text": "property LayupMappingObject.delete_lost_elements: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.interpolation_options.html#interpolation_options", - "title": "interpolation_options", - "section": "interpolation_options", - "text": "interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_2_field", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_2_field.html#draping_angle_2_field", + "title": "draping_angle_2_field", + "section": "draping_angle_2_field", + "text": "draping_angle_2_field" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.interpolation_options.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.interpolation_options", - "title": "interpolation_options > interpolation_options > interpolation_options", - "section": "interpolation_options > interpolation_options", - "text": "property VariableEngineeringConstants.interpolation_options: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_2_field", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_angle_2_field.html#ansys.acp.core.ModelingPly.draping_angle_2_field", + "title": "draping_angle_2_field > draping_angle_2_field > draping_angle_2_field", + "section": "draping_angle_2_field > draping_angle_2_field", + "text": "property ModelingPly.draping_angle_2_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxy.html#esxy", - "title": "eSxy", - "section": "eSxy", - "text": "eSxy" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.locked", + "href": "api/_autosummary/ansys.acp.core.Sensor.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxy.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxy", - "title": "eSxy > eSxy > eSxy", - "section": "eSxy > eSxy", - "text": "property ConstantStrainLimits.eSxy: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.locked", + "href": "api/_autosummary/ansys.acp.core.Sensor.locked.html#ansys.acp.core.Sensor.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property Sensor.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.store.html#store", + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.store.html#store", "title": "store", "section": "store", "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.store.html#ansys.acp.core.BooleanSelectionRule.store", + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.store.html#ansys.acp.core.TubeSelectionRule.store", "title": "store > store > store", "section": "store > store", - "text": "BooleanSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "text": "TubeSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.relative_merge_tolerance", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.relative_merge_tolerance.html#relative_merge_tolerance", - "title": "relative_merge_tolerance", - "section": "relative_merge_tolerance", - "text": "relative_merge_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.Material.stress_limits", + "href": "api/_autosummary/ansys.acp.core.Material.stress_limits.html#stress_limits", + "title": "stress_limits", + "section": "stress_limits", + "text": "stress_limits" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.relative_merge_tolerance", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.relative_merge_tolerance.html#ansys.acp.core.CutOffGeometry.relative_merge_tolerance", - "title": "relative_merge_tolerance > relative_merge_tolerance > relative_merge_tolerance", - "section": "relative_merge_tolerance > relative_merge_tolerance", - "text": "property CutOffGeometry.relative_merge_tolerance: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.stress_limits", + "href": "api/_autosummary/ansys.acp.core.Material.stress_limits.html#ansys.acp.core.Material.stress_limits", + "title": "stress_limits > stress_limits > stress_limits", + "section": "stress_limits > stress_limits", + "text": "property Material.stress_limits: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solid_model_prefix", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solid_model_prefix.html#use_solid_model_prefix", - "title": "use_solid_model_prefix", - "section": "use_solid_model_prefix", - "text": "use_solid_model_prefix" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.price", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.price.html#price", + "title": "price", + "section": "price", + "text": "price" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solid_model_prefix", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solid_model_prefix.html#ansys.acp.core.ImportedSolidModelExportSettings.use_solid_model_prefix", - "title": "use_solid_model_prefix > use_solid_model_prefix > use_solid_model_prefix", - "section": "use_solid_model_prefix > use_solid_model_prefix", - "text": "property ImportedSolidModelExportSettings.use_solid_model_prefix: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.price", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.price.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.price", + "title": "price > price > price", + "section": "price > price", + "text": "ProductionPlyElementalData.price: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "TubeSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.parent.html#ansys.acp.core.SphericalSelectionRule.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property SphericalSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xt.html#xt", - "title": "Xt", - "section": "Xt", - "text": "Xt" + "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", + "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS.html#plane_stress_state_with_transverse_shear_stiffness", + "title": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", + "section": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", + "text": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xt.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Xt", - "title": "Xt > Xt > Xt", - "section": "Xt > Xt", - "text": "property ConstantStressLimits.Xt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", + "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS.html#ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", + "title": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", + "section": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS", + "text": "StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS = 'plane_stress_state_with_transverse_shear_stiffness'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_CDB", - "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_CDB.html#ansys_cdb", - "title": "ANSYS_CDB", - "section": "ANSYS_CDB", - "text": "ANSYS_CDB" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.clone", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_CDB", - "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_CDB.html#ansys.acp.core.SolidModelImportFormat.ANSYS_CDB", - "title": "ANSYS_CDB > ANSYS_CDB > ANSYS_CDB", - "section": "ANSYS_CDB > ANSYS_CDB", - "text": "SolidModelImportFormat.ANSYS_CDB = 'ansys:cdb'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.clone", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.clone.html#ansys.acp.core.ButtJointSequence.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "ButtJointSequence.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_2", - "href": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_2.html#woven_stress_limits_2", - "title": "woven_stress_limits_2", - "section": "woven_stress_limits_2", - "text": "woven_stress_limits_2" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solsh_elements", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solsh_elements.html#use_solsh_elements", + "title": "use_solsh_elements", + "section": "use_solsh_elements", + "text": "use_solsh_elements" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_2", - "href": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_2.html#ansys.acp.core.Material.woven_stress_limits_2", - "title": "woven_stress_limits_2 > woven_stress_limits_2 > woven_stress_limits_2", - "section": "woven_stress_limits_2 > woven_stress_limits_2", - "text": "property Material.woven_stress_limits_2: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solsh_elements", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solsh_elements.html#ansys.acp.core.ImportedSolidModelExportSettings.use_solsh_elements", + "title": "use_solsh_elements > use_solsh_elements > use_solsh_elements", + "section": "use_solsh_elements > use_solsh_elements", + "text": "property ImportedSolidModelExportSettings.use_solsh_elements: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.effective_strain", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.effective_strain.html#effective_strain", + "title": "effective_strain", + "section": "effective_strain", + "text": "effective_strain" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.effective_strain", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.effective_strain.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.effective_strain", + "title": "effective_strain > effective_strain > effective_strain", + "section": "effective_strain > effective_strain", + "text": "property ConstantStrainLimits.effective_strain: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.parent", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.connect_butt_joined_plies", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.connect_butt_joined_plies.html#connect_butt_joined_plies", - "title": "connect_butt_joined_plies", - "section": "connect_butt_joined_plies", - "text": "connect_butt_joined_plies" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.parent", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.parent.html#ansys.acp.core.ModelingGroup.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property ModelingGroup.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.connect_butt_joined_plies", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.connect_butt_joined_plies.html#ansys.acp.core.DropOffSettings.connect_butt_joined_plies", - "title": "connect_butt_joined_plies > connect_butt_joined_plies > connect_butt_joined_plies", - "section": "connect_butt_joined_plies > connect_butt_joined_plies", - "text": "property DropOffSettings.connect_butt_joined_plies: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYc.html#eyc", + "title": "eYc", + "section": "eYc", + "text": "eYc" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.relative_thickness_correction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.relative_thickness_correction.html#relative_thickness_correction", - "title": "relative_thickness_correction", - "section": "relative_thickness_correction", - "text": "relative_thickness_correction" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYc.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eYc", + "title": "eYc > eYc > eYc", + "section": "eYc > eYc", + "text": "property ConstantStrainLimits.eYc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.relative_thickness_correction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.relative_thickness_correction.html#ansys.acp.core.mesh_data.ModelElementalData.relative_thickness_correction", - "title": "relative_thickness_correction > relative_thickness_correction > relative_thickness_correction", - "section": "relative_thickness_correction > relative_thickness_correction", - "text": "ModelElementalData.relative_thickness_correction: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SANDWICH_WISE", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SANDWICH_WISE.html#sandwich_wise", + "title": "SANDWICH_WISE", + "section": "SANDWICH_WISE", + "text": "SANDWICH_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rfind", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rfind.html#rfind", - "title": "rfind", - "section": "rfind", - "text": "Return the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nReturn -1 on failure.\nrfind" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SANDWICH_WISE", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SANDWICH_WISE.html#ansys.acp.core.ExtrusionMethod.SANDWICH_WISE", + "title": "SANDWICH_WISE > SANDWICH_WISE > SANDWICH_WISE", + "section": "SANDWICH_WISE > SANDWICH_WISE", + "text": "ExtrusionMethod.SANDWICH_WISE = 'sandwich_wise'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rfind", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rfind.html#ansys.acp.core.LaunchMode.rfind", - "title": "rfind > rfind > rfind", - "section": "rfind > rfind", - "text": "LaunchMode.rfind(sub, [start, [end]]) -> int\n\nReturn the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nReturn -1 on failure.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants.html#from_isotropic_constants", + "title": "from_isotropic_constants", + "section": "from_isotropic_constants", + "text": "Create an isotropic engineering constants property set.\nE (float) – Young’s modulus.\nnu (float) – Poisson’s ratio.\nAn isotropic engineering constants property set.\nSelf\nfrom_isotropic_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.html#lookuptable3dinterpolationalgorithm", - "title": "LookUpTable3DInterpolationAlgorithm", - "section": "LookUpTable3DInterpolationAlgorithm", - "text": "Options for the interpolation algorithm used for 3D look-up tables.\nLookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR\n\nLookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR\n\nLookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION\n\nLookUpTable3DInterpolationAlgorithm\nLookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR\nLookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR\nLookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants", + "title": "from_isotropic_constants > from_isotropic_constants > from_isotropic_constants", + "section": "from_isotropic_constants > from_isotropic_constants", + "text": "classmethod ConstantEngineeringConstants.from_isotropic_constants(*, E=0.0, nu=0.0)\n\nCreate an isotropic engineering constants property set.\n\nParameters\n\nE (float) – Young’s modulus.\n\nnu (float) – Poisson’s ratio.\n\nReturns\n\nAn isotropic engineering constants property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.html#ansys.acp.core.LookUpTable3DInterpolationAlgorithm", - "title": "LookUpTable3DInterpolationAlgorithm > LookUpTable3DInterpolationAlgorithm > LookUpTable3DInterpolationAlgorithm", - "section": "LookUpTable3DInterpolationAlgorithm > LookUpTable3DInterpolationAlgorithm", - "text": "class ansys.acp.core.LookUpTable3DInterpolationAlgorithm(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the interpolation algorithm used for 3D look-up tables.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nLookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR\n\n\n\nLookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR\n\n\n\nLookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants.html#examples-using-constantengineeringconstantsfrom_isotropic_constants", + "title": "from_isotropic_constants > Examples using ConstantEngineeringConstants.from_isotropic_constants", + "section": "Examples using ConstantEngineeringConstants.from_isotropic_constants", + "text": "sphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ConstantEngineeringConstants.from_isotropic_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.offset_is_middle", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.offset_is_middle.html#offset_is_middle", - "title": "offset_is_middle", - "section": "offset_is_middle", - "text": "offset_is_middle" + "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.GLOBAL", + "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.GLOBAL.html#global", + "title": "GLOBAL", + "section": "GLOBAL", + "text": "GLOBAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.offset_is_middle", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.offset_is_middle.html#ansys.acp.core.SamplingPoint.offset_is_middle", - "title": "offset_is_middle > offset_is_middle > offset_is_middle", - "section": "offset_is_middle > offset_is_middle", - "text": "property SamplingPoint.offset_is_middle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.GLOBAL", + "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.GLOBAL.html#ansys.acp.core.CutOffMaterialHandling.GLOBAL", + "title": "GLOBAL > GLOBAL > GLOBAL", + "section": "GLOBAL > GLOBAL", + "text": "CutOffMaterialHandling.GLOBAL = 'global'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule.html#create_variable_offset_selection_rule", - "title": "create_variable_offset_selection_rule", - "section": "create_variable_offset_selection_rule", - "text": "Instantiate a Variable Offset Selection Rule.\nname (str) – Name of the Variable Offset Selection Rule.\nedge_set (EdgeSet | None) – Defines the edge along which the rule will be applied to.\noffsets (LookUpTable1DColumn | None) – Defines the in-plane offset. Cuts elements which are closer to the edge than this value.\nangles (LookUpTable1DColumn | None) – Defines the angle between the reference surface and the cutting plane.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nuse_offset_correction (bool) – If enabled, then the offset is measured along the surface of the selected Element Set.\nelement_set (ElementSet | None) – Defines the surface on which the offset correction is calculated on.\ninherit_from_lookup_table (bool) – Specifies whether to inherit the Look-Up Table object properties.\nradius_origin (tuple[float, float, float]) – Origin of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\nradius_direction (tuple[float, float, float]) – Direction of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\ndistance_along_edge (bool) – If True, the look-up locations are evaluated along the edge, instead of along\nthe axis direction.\nVariableOffsetSelectionRule\nAdded in ACP server version 24.2.\ncreate_variable_offset_selection_rule\nFalse\ninherit_from_lookup_table\nFalse\ninherit_from_lookup_table\nFalse\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_1.html#e1_1", + "title": "E1_1", + "section": "E1_1", + "text": "E1_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule.html#ansys.acp.core.Model.create_variable_offset_selection_rule", - "title": "create_variable_offset_selection_rule > create_variable_offset_selection_rule > create_variable_offset_selection_rule", - "section": "create_variable_offset_selection_rule > create_variable_offset_selection_rule", - "text": "Model.create_variable_offset_selection_rule(*, name='VariableOffsetSelectionrule', edge_set=None, offsets=None, angles=None, include_rule=True, use_offset_correction=False, element_set=None, inherit_from_lookup_table=True, radius_origin=(0.0, 0.0, 0.0), radius_direction=(1.0, 0.0, 0.0), distance_along_edge=False)\n\nInstantiate a Variable Offset Selection Rule.\n\nParameters\n\nname (str) – Name of the Variable Offset Selection Rule.\n\nedge_set (EdgeSet | None) – Defines the edge along which the rule will be applied to.\n\noffsets (LookUpTable1DColumn | None) – Defines the in-plane offset. Cuts elements which are closer to the edge than this value.\n\nangles (LookUpTable1DColumn | None) – Defines the angle between the reference surface and the cutting plane.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nuse_offset_correction (bool) – If enabled, then the offset is measured along the surface of the selected Element Set.\n\nelement_set (ElementSet | None) – Defines the surface on which the offset correction is calculated on.\n\ninherit_from_lookup_table (bool) – Specifies whether to inherit the Look-Up Table object properties.\n\nradius_origin (tuple[float, float, float]) – Origin of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\n\nradius_direction (tuple[float, float, float]) – Direction of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\n\ndistance_along_edge (bool) – If True, the look-up locations are evaluated along the edge, instead of along\nthe axis direction.\n\nReturn type\n\nVariableOffsetSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_1", + "title": "E1_1 > E1_1 > E1_1", + "section": "E1_1 > E1_1", + "text": "property ConstantWovenCharacterization.E1_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule.html#examples-using-modelcreate_variable_offset_selection_rule", - "title": "create_variable_offset_selection_rule > Examples using Model.create_variable_offset_selection_rule", - "section": "Examples using Model.create_variable_offset_selection_rule", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using Model.create_variable_offset_selection_rule" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_element_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_element_index.html#use_default_element_index", - "title": "use_default_element_index", - "section": "use_default_element_index", - "text": "use_default_element_index" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ProductionPlyNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ProductionPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_element_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_element_index.html#ansys.acp.core.ImportedSolidModelExportSettings.use_default_element_index", - "title": "use_default_element_index > use_default_element_index > use_default_element_index", - "section": "use_default_element_index > use_default_element_index", - "text": "property ImportedSolidModelExportSettings.use_default_element_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH.html#length", + "title": "LENGTH", + "section": "LENGTH", + "text": "LENGTH" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.html#parallelselectionruleelementaldata", - "title": "ParallelSelectionRuleElementalData", - "section": "ParallelSelectionRuleElementalData", - "text": "Represents elemental data for a Parallel Selection Rule.\nParallelSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nParallelSelectionRuleElementalData.normal\n\nParallelSelectionRuleElementalData.element_labels\n\nParallelSelectionRuleElementalData\nParallelSelectionRuleElementalData.get_pyvista_mesh\nParallelSelectionRuleElementalData.normal\nParallelSelectionRuleElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH.html#ansys.acp.core.PhysicalDimension.LENGTH", + "title": "LENGTH > LENGTH > LENGTH", + "section": "LENGTH > LENGTH", + "text": "PhysicalDimension.LENGTH = 'length'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.html#ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData", - "title": "ParallelSelectionRuleElementalData > ParallelSelectionRuleElementalData > ParallelSelectionRuleElementalData", - "section": "ParallelSelectionRuleElementalData > ParallelSelectionRuleElementalData", - "text": "class ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Parallel Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nParallelSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nParallelSelectionRuleElementalData.normal\n\n\n\nParallelSelectionRuleElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.LENGTH.html#examples-using-physicaldimensionlength", + "title": "LENGTH > Examples using PhysicalDimension.LENGTH", + "section": "Examples using PhysicalDimension.LENGTH", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using PhysicalDimension.LENGTH" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.fabric_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.fabric_fiber_angle.html#fabric_fiber_angle", - "title": "fabric_fiber_angle", - "section": "fabric_fiber_angle", - "text": "fabric_fiber_angle" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu13", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu13.html#nu13", + "title": "nu13", + "section": "nu13", + "text": "nu13" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.fabric_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.fabric_fiber_angle.html#ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.fabric_fiber_angle", - "title": "fabric_fiber_angle > fabric_fiber_angle > fabric_fiber_angle", - "section": "fabric_fiber_angle > fabric_fiber_angle", - "text": "property ConstantFabricFiberAngle.fabric_fiber_angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu13", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu13.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu13", + "title": "nu13 > nu13 > nu13", + "section": "nu13 > nu13", + "text": "property ConstantEngineeringConstants.nu13: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.store", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.search_radius", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.search_radius.html#search_radius", + "title": "search_radius", + "section": "search_radius", + "text": "search_radius" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.store", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.store.html#ansys.acp.core.OrientedSelectionSet.store", - "title": "store > store > store", - "section": "store > store", - "text": "OrientedSelectionSet.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.search_radius", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.search_radius.html#ansys.acp.core.LookUpTable3D.search_radius", + "title": "search_radius > search_radius > search_radius", + "section": "search_radius > search_radius", + "text": "property LookUpTable3D.search_radius: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.solid_models", - "href": "api/_autosummary/ansys.acp.core.Model.solid_models.html#solid_models", - "title": "solid_models", - "section": "solid_models", - "text": "solid_models" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosettes", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosettes.html#base_element_rosettes", + "title": "base_element_rosettes", + "section": "base_element_rosettes", + "text": "base_element_rosettes" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.solid_models", - "href": "api/_autosummary/ansys.acp.core.Model.solid_models.html#ansys.acp.core.Model.solid_models", - "title": "solid_models > solid_models > solid_models", - "section": "solid_models > solid_models", - "text": "property Model.solid_models: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosettes", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosettes.html#ansys.acp.core.LayupMappingObject.base_element_rosettes", + "title": "base_element_rosettes > base_element_rosettes > base_element_rosettes", + "section": "base_element_rosettes > base_element_rosettes", + "text": "property LayupMappingObject.base_element_rosettes: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.precision", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.precision.html#precision", - "title": "precision", - "section": "precision", - "text": "precision" + "objectID": "api/_autosummary/ansys.acp.core.Lamina.clone", + "href": "api/_autosummary/ansys.acp.core.Lamina.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored Lamina with the same properties.\nSelf\nclone" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.precision", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.precision.html#ansys.acp.core.CADGeometry.precision", - "title": "precision > precision > precision", - "section": "precision > precision", - "text": "property CADGeometry.precision: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Lamina.clone", + "href": "api/_autosummary/ansys.acp.core.Lamina.clone.html#ansys.acp.core.Lamina.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "Lamina.clone()\n\nCreate a new unstored Lamina with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSelf" }, { - "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_DAT", - "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_DAT.html#ansys_dat", - "title": "ANSYS_DAT", - "section": "ANSYS_DAT", - "text": "ANSYS_DAT" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.number_of_interpolation_points", + "href": "api/_autosummary/ansys.acp.core.SectionCut.number_of_interpolation_points.html#number_of_interpolation_points", + "title": "number_of_interpolation_points", + "section": "number_of_interpolation_points", + "text": "number_of_interpolation_points" }, { - "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_DAT", - "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_DAT.html#ansys.acp.core.FeFormat.ANSYS_DAT", - "title": "ANSYS_DAT > ANSYS_DAT > ANSYS_DAT", - "section": "ANSYS_DAT > ANSYS_DAT", - "text": "FeFormat.ANSYS_DAT = 'ansys:dat'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.number_of_interpolation_points", + "href": "api/_autosummary/ansys.acp.core.SectionCut.number_of_interpolation_points.html#ansys.acp.core.SectionCut.number_of_interpolation_points", + "title": "number_of_interpolation_points > number_of_interpolation_points > number_of_interpolation_points", + "section": "number_of_interpolation_points > number_of_interpolation_points", + "text": "property SectionCut.number_of_interpolation_points: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.parent", - "href": "api/_autosummary/ansys.acp.core.Sensor.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.parent", - "href": "api/_autosummary/ansys.acp.core.Sensor.parent.html#ansys.acp.core.Sensor.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property Sensor.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.element_labels.html#ansys.acp.core.mesh_data.SolidModelElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "SolidModelElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxy.html#sxy", - "title": "Sxy", - "section": "Sxy", - "text": "Sxy" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.negative_capture_tolerance", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.negative_capture_tolerance.html#negative_capture_tolerance", + "title": "negative_capture_tolerance", + "section": "negative_capture_tolerance", + "text": "negative_capture_tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxy.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Sxy", - "title": "Sxy > Sxy > Sxy", - "section": "Sxy > Sxy", - "text": "property ConstantStressLimits.Sxy: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.negative_capture_tolerance", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.negative_capture_tolerance.html#ansys.acp.core.GeometricalSelectionRule.negative_capture_tolerance", + "title": "negative_capture_tolerance > negative_capture_tolerance > negative_capture_tolerance", + "section": "negative_capture_tolerance > negative_capture_tolerance", + "text": "property GeometricalSelectionRule.negative_capture_tolerance: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_thickness_correction", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_thickness_correction.html#draping_thickness_correction", - "title": "draping_thickness_correction", - "section": "draping_thickness_correction", - "text": "draping_thickness_correction" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_type", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_type.html#drop_off_type", + "title": "drop_off_type", + "section": "drop_off_type", + "text": "drop_off_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_thickness_correction", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_thickness_correction.html#ansys.acp.core.ModelingPly.draping_thickness_correction", - "title": "draping_thickness_correction > draping_thickness_correction > draping_thickness_correction", - "section": "draping_thickness_correction > draping_thickness_correction", - "text": "property ModelingPly.draping_thickness_correction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_type", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_type.html#ansys.acp.core.DropOffSettings.drop_off_type", + "title": "drop_off_type > drop_off_type > drop_off_type", + "section": "drop_off_type > drop_off_type", + "text": "property DropOffSettings.drop_off_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_section_cut", - "href": "api/_autosummary/ansys.acp.core.Model.create_section_cut.html#create_section_cut", - "title": "create_section_cut", - "section": "create_section_cut", - "text": "Instantiate a Section Cut.\nname (str) – Name of the section cut.\nactive (bool) – Inactive section cuts are not evaluated.\norigin (tuple[float, float, float]) – Defines the origin of the section cut plane.\nnormal (tuple[float, float, float]) – Defines the normal vector of the section cut plane.\nin_plane_reference_direction1 (tuple[float, float, float]) – Defines the in-plane transverse direction of the beam. Used for the surface\nsection cut and section cut measures.\nscope_entire_model (bool) – If True, the section cut is applied to the entire model. Otherwise, the\nsection cut is applied only to the element sets specified in\nscope_element_sets.\nscope_element_sets (Sequence[ElementSet]) – The element sets to which the section cut is applied. Used only if\nscope_entire_model is False.\nextrusion_type (ExtrusionType) – Determines the extrusion method used to create the section cut.\nscale_factor (float) – Scale factor applied to the ply thicknesses.\ncore_scale_factor (float) – Scale factor applied to the core thicknesses.\nsection_cut_type (SectionCutType) – Determines whether the section cut is extruded by modeling ply, production\nply, or analysis ply.\nintersection_type (IntersectionType) – Determines the method used to compute a wire frame section cut. Used only\nif extrusion_type is ExtrusionType.WIRE_FRAME.\nuse_default_tolerance (bool) – If True, the segment tolerance is computed as 0.1% of the averaged element size.\nOtherwise, the tolerance value is used.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED.\ntolerance (float) – Defines the minimum length of the segments. Segments shorter than this value\nare merged.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED, and use_default_tolerance is\nFalse.\nuse_default_interpolation_settings (bool) – If True, default interpolation settings are used by the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED.\nsearch_radius (float) – Search radius of the interpolation algorithm used in the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\nnumber_of_interpolation_points (int) – Number of interpolation points of the interpolation algorithm used in the\nsweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\nSectionCut\nAdded in ACP server version 25.1.\ncreate_section_cut\nscope_element_sets\nscope_entire_model\nextrusion_type\nExtrusionType.WIRE_FRAME\ntolerance\nextrusion_type\nExtrusionType.SURFACE_NORMAL\nExtrusionType.SURFACE_SWEEP_BASED\nextrusion_type\nExtrusionType.SURFACE_NORMAL\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_tolerance\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_interpolation_settings\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_interpolation_settings" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TV", + "href": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TV.html#tv", + "title": "TV", + "section": "TV", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nTV\ninfer_variance=True\ncovariant=True\ncontravariant=True" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_section_cut", - "href": "api/_autosummary/ansys.acp.core.Model.create_section_cut.html#ansys.acp.core.Model.create_section_cut", - "title": "create_section_cut > create_section_cut > create_section_cut", - "section": "create_section_cut > create_section_cut", - "text": "Model.create_section_cut(*, name='SectionCut', active=True, origin=(0.0, 0.0, 0.0), normal=(0.0, 0.0, 1.0), in_plane_reference_direction1=(1.0, 0.0, 0.0), scope_entire_model=True, scope_element_sets=(), extrusion_type='wire_frame', scale_factor=1.0, core_scale_factor=1.0, section_cut_type='modeling_ply_wise', intersection_type='normal_to_surface', use_default_tolerance=True, tolerance=0.0, use_default_interpolation_settings=True, search_radius=0.0, number_of_interpolation_points=1)\n\nInstantiate a Section Cut.\n\nParameters\n\nname (str) – Name of the section cut.\n\nactive (bool) – Inactive section cuts are not evaluated.\n\norigin (tuple[float, float, float]) – Defines the origin of the section cut plane.\n\nnormal (tuple[float, float, float]) – Defines the normal vector of the section cut plane.\n\nin_plane_reference_direction1 (tuple[float, float, float]) – Defines the in-plane transverse direction of the beam. Used for the surface\nsection cut and section cut measures.\n\nscope_entire_model (bool) – If True, the section cut is applied to the entire model. Otherwise, the\nsection cut is applied only to the element sets specified in\nscope_element_sets.\n\nscope_element_sets (Sequence[ElementSet]) – The element sets to which the section cut is applied. Used only if\nscope_entire_model is False.\n\nextrusion_type (ExtrusionType) – Determines the extrusion method used to create the section cut.\n\nscale_factor (float) – Scale factor applied to the ply thicknesses.\n\ncore_scale_factor (float) – Scale factor applied to the core thicknesses.\n\nsection_cut_type (SectionCutType) – Determines whether the section cut is extruded by modeling ply, production\nply, or analysis ply.\n\nintersection_type (IntersectionType) – Determines the method used to compute a wire frame section cut. Used only\nif extrusion_type is ExtrusionType.WIRE_FRAME.\n\nuse_default_tolerance (bool) – If True, the segment tolerance is computed as 0.1% of the averaged element size.\nOtherwise, the tolerance value is used.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED.\n\ntolerance (float) – Defines the minimum length of the segments. Segments shorter than this value\nare merged.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED, and use_default_tolerance is\nFalse.\n\nuse_default_interpolation_settings (bool) – If True, default interpolation settings are used by the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED.\n\nsearch_radius (float) – Search radius of the interpolation algorithm used in the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\n\nnumber_of_interpolation_points (int) – Number of interpolation points of the interpolation algorithm used in the\nsweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\n\nReturn type\n\nSectionCut\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TV", + "href": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TV.html#ansys.acp.core._tree_objects.material.property_sets.wrapper.TV", + "title": "TV > TV > TV", + "section": "TV > TV", + "text": "ansys.acp.core._tree_objects.material.property_sets.wrapper.TV = ~TV\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.covered_area", + "href": "api/_autosummary/ansys.acp.core.Sensor.covered_area.html#covered_area", + "title": "covered_area", + "section": "covered_area", + "text": "The surface area of a selected Element Set / Oriented Selection Set, or the tooling surface area that is covered by the composite layup of the selected Material or Modeling Ply.\ncovered_area" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "TubeSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.covered_area", + "href": "api/_autosummary/ansys.acp.core.Sensor.covered_area.html#ansys.acp.core.Sensor.covered_area", + "title": "covered_area > covered_area > covered_area", + "section": "covered_area > covered_area", + "text": "property Sensor.covered_area: Any\n\nThe surface area of a selected Element Set / Oriented Selection Set, or the tooling surface area that is covered by the composite layup of the selected Material or Modeling Ply.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system", - "href": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system.html#get_dpf_unit_system", - "title": "get_dpf_unit_system", - "section": "get_dpf_unit_system", - "text": "Convert pyACP unit system to DPF unit system.\nunit_system (UnitSystemType) – The pyACP unit system.\nUnitSystem\nget_dpf_unit_system" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB.html#class40_agdb", + "title": "CLASS40_AGDB", + "section": "CLASS40_AGDB", + "text": "CLASS40_AGDB" }, { - "objectID": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system", - "href": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system.html#ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system", - "title": "get_dpf_unit_system > get_dpf_unit_system > get_dpf_unit_system", - "section": "get_dpf_unit_system > get_dpf_unit_system", - "text": "ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system(unit_system)\n\nConvert pyACP unit system to DPF unit system.\n\nParameters\n\nunit_system (UnitSystemType) – The pyACP unit system.\n\nReturn type\n\nUnitSystem\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB.html#ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB", + "title": "CLASS40_AGDB > CLASS40_AGDB > CLASS40_AGDB", + "section": "CLASS40_AGDB > CLASS40_AGDB", + "text": "ExampleKeys.CLASS40_AGDB = 12\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system", - "href": "api/_autosummary/ansys.acp.core.dpf_integration_helpers.get_dpf_unit_system.html#examples-using-get_dpf_unit_system", - "title": "get_dpf_unit_system > Examples using get_dpf_unit_system", - "section": "Examples using get_dpf_unit_system", - "text": "sphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nExamples using get_dpf_unit_system" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CLASS40_AGDB.html#examples-using-examplekeysclass40_agdb", + "title": "CLASS40_AGDB > Examples using ExampleKeys.CLASS40_AGDB", + "section": "Examples using ExampleKeys.CLASS40_AGDB", + "text": "sphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nExamples using ExampleKeys.CLASS40_AGDB" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosettes", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosettes.html#base_element_rosettes", - "title": "base_element_rosettes", - "section": "base_element_rosettes", - "text": "base_element_rosettes" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.html#modelnodaldata", + "title": "ModelNodalData", + "section": "ModelNodalData", + "text": "Represents nodal data for a Model.\nModelNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nModelNodalData.node_labels\n\nModelNodalData\nModelNodalData.get_pyvista_mesh\nModelNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosettes", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosettes.html#ansys.acp.core.LayupMappingObject.base_element_rosettes", - "title": "base_element_rosettes > base_element_rosettes > base_element_rosettes", - "section": "base_element_rosettes > base_element_rosettes", - "text": "property LayupMappingObject.base_element_rosettes: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.html#ansys.acp.core.mesh_data.ModelNodalData", + "title": "ModelNodalData > ModelNodalData > ModelNodalData", + "section": "ModelNodalData > ModelNodalData", + "text": "class ansys.acp.core.mesh_data.ModelNodalData(node_labels)\n\nRepresents nodal data for a Model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.html#variablewovencharacterization", - "title": "VariableWovenCharacterization", - "section": "VariableWovenCharacterization", - "text": "Variable woven characterization material property set.\nAdded in ACP server version 24.2.\nVariableWovenCharacterization.E1_1\n\nVariableWovenCharacterization.E1_2\n\nVariableWovenCharacterization.E2_1\n\nVariableWovenCharacterization.E2_2\n\nVariableWovenCharacterization.G12_1\n\nVariableWovenCharacterization.G12_2\n\nVariableWovenCharacterization.G23_1\n\nVariableWovenCharacterization.G23_2\n\nVariableWovenCharacterization.field_variables\n\nVariableWovenCharacterization.interpolation_options\n\nVariableWovenCharacterization.nu12_1\n\nVariableWovenCharacterization.nu12_2\n\nVariableWovenCharacterization.orientation_2\n\nVariableWovenCharacterization\nVariableWovenCharacterization.E1_1\nVariableWovenCharacterization.E1_2\nVariableWovenCharacterization.E2_1\nVariableWovenCharacterization.E2_2\nVariableWovenCharacterization.G12_1\nVariableWovenCharacterization.G12_2\nVariableWovenCharacterization.G23_1\nVariableWovenCharacterization.G23_2\nVariableWovenCharacterization.field_variables\nVariableWovenCharacterization.interpolation_options\nVariableWovenCharacterization.nu12_1\nVariableWovenCharacterization.nu12_2\nVariableWovenCharacterization.orientation_2" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.html#importedplyoffsettype", + "title": "ImportedPlyOffsetType", + "section": "ImportedPlyOffsetType", + "text": "Options for the definition of the offset.\nImportedPlyOffsetType.BOTTOM_OFFSET\n\nImportedPlyOffsetType.MIDDLE_OFFSET\n\nImportedPlyOffsetType.TOP_OFFSET\n\nImportedPlyOffsetType\nImportedPlyOffsetType.BOTTOM_OFFSET\nImportedPlyOffsetType.MIDDLE_OFFSET\nImportedPlyOffsetType.TOP_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization", - "title": "VariableWovenCharacterization > VariableWovenCharacterization > VariableWovenCharacterization", - "section": "VariableWovenCharacterization > VariableWovenCharacterization", - "text": "class ansys.acp.core.material_property_sets.VariableWovenCharacterization(*, _parent_object=None, _attribute_path=None)\n\nVariable woven characterization material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableWovenCharacterization.E1_1\n\n\n\nVariableWovenCharacterization.E1_2\n\n\n\nVariableWovenCharacterization.E2_1\n\n\n\nVariableWovenCharacterization.E2_2\n\n\n\nVariableWovenCharacterization.G12_1\n\n\n\nVariableWovenCharacterization.G12_2\n\n\n\nVariableWovenCharacterization.G23_1\n\n\n\nVariableWovenCharacterization.G23_2\n\n\n\nVariableWovenCharacterization.field_variables\n\n\n\nVariableWovenCharacterization.interpolation_options\n\n\n\nVariableWovenCharacterization.nu12_1\n\n\n\nVariableWovenCharacterization.nu12_2\n\n\n\nVariableWovenCharacterization.orientation_2\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.html#ansys.acp.core.ImportedPlyOffsetType", + "title": "ImportedPlyOffsetType > ImportedPlyOffsetType > ImportedPlyOffsetType", + "section": "ImportedPlyOffsetType > ImportedPlyOffsetType", + "text": "class ansys.acp.core.ImportedPlyOffsetType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the definition of the offset.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nImportedPlyOffsetType.BOTTOM_OFFSET\n\n\n\nImportedPlyOffsetType.MIDDLE_OFFSET\n\n\n\nImportedPlyOffsetType.TOP_OFFSET\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.upper", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.upper.html#upper", - "title": "upper", - "section": "upper", - "text": "Return a copy of the string converted to uppercase.\nupper" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.html#examples-using-importedplyoffsettype", + "title": "ImportedPlyOffsetType > Examples using ImportedPlyOffsetType", + "section": "Examples using ImportedPlyOffsetType", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedPlyOffsetType" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.upper", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.upper.html#ansys.acp.core.LaunchMode.upper", - "title": "upper > upper > upper", - "section": "upper > upper", - "text": "LaunchMode.upper(/)\n\nReturn a copy of the string converted to uppercase.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_material_model", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_material_model.html#draping_material_model", + "title": "draping_material_model", + "section": "draping_material_model", + "text": "draping_material_model" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.locked", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_material_model", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_material_model.html#ansys.acp.core.OrientedSelectionSet.draping_material_model", + "title": "draping_material_model > draping_material_model > draping_material_model", + "section": "draping_material_model > draping_material_model", + "text": "property OrientedSelectionSet.draping_material_model: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.locked", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.locked.html#ansys.acp.core.SamplingPoint.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property SamplingPoint.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubShape.cad_geometry", + "href": "api/_autosummary/ansys.acp.core.SubShape.cad_geometry.html#cad_geometry", + "title": "cad_geometry", + "section": "cad_geometry", + "text": "Linked CAD geometry.\ncad_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.thickness", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" + "objectID": "api/_autosummary/ansys.acp.core.SubShape.cad_geometry", + "href": "api/_autosummary/ansys.acp.core.SubShape.cad_geometry.html#ansys.acp.core.SubShape.cad_geometry", + "title": "cad_geometry > cad_geometry > cad_geometry", + "section": "cad_geometry > cad_geometry", + "text": "property SubShape.cad_geometry: CADGeometry\n\nLinked CAD geometry.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.thickness", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.thickness.html#ansys.acp.core.ProductionPly.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "property ProductionPly.thickness: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.TRANSVERSE_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.TRANSVERSE_DIRECTION.html#transverse_direction", + "title": "TRANSVERSE_DIRECTION", + "section": "TRANSVERSE_DIRECTION", + "text": "TRANSVERSE_DIRECTION" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.TRANSVERSE_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.TRANSVERSE_DIRECTION.html#ansys.acp.core.ElementalDataType.TRANSVERSE_DIRECTION", + "title": "TRANSVERSE_DIRECTION > TRANSVERSE_DIRECTION > TRANSVERSE_DIRECTION", + "section": "TRANSVERSE_DIRECTION > TRANSVERSE_DIRECTION", + "text": "ElementalDataType.TRANSVERSE_DIRECTION = 'transverse_direction'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE.html#maximum_angle", - "title": "MAXIMUM_ANGLE", - "section": "MAXIMUM_ANGLE", - "text": "MAXIMUM_ANGLE" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE.html#ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE", - "title": "MAXIMUM_ANGLE > MAXIMUM_ANGLE > MAXIMUM_ANGLE", - "section": "MAXIMUM_ANGLE > MAXIMUM_ANGLE", - "text": "RosetteSelectionMethod.MAXIMUM_ANGLE = 'maximum_angle'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.status.html#ansys.acp.core.BooleanSelectionRule.status", + "title": "status > status > status", + "section": "status > status", + "text": "property BooleanSelectionRule.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format.html#format", + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.format", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.format.html#format", "title": "format", "section": "format", - "text": "Return a formatted version of S, using substitutions from args and kwargs.\nThe substitutions are identified by braces (‘{’ and ‘}’).\nformat" + "text": "format" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format.html#ansys.acp.core.material_property_sets.PuckMaterialType.format", + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.format", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.format.html#ansys.acp.core.ImportedSolidModel.format", "title": "format > format > format", "section": "format > format", - "text": "PuckMaterialType.format(*args, **kwargs) -> str\n\nReturn a formatted version of S, using substitutions from args and kwargs.\nThe substitutions are identified by braces (‘{’ and ‘}’).\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.thickness", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.thickness", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.thickness.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "AnalysisPlyElementalData.thickness: ScalarData[np.float64] | None = None\n\n" + "text": "property ImportedSolidModel.format: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.values", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.values.html#values", - "title": "values", - "section": "values", - "text": "Vector data values as a numpy array.\nvalues" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zt.html#zt", + "title": "Zt", + "section": "Zt", + "text": "Zt" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.values", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.values.html#ansys.acp.core.mesh_data.VectorData.values", - "title": "values > values > values", - "section": "values > values", - "text": "property VectorData.values: ndarray[tuple[int, ...], dtype[float64]]\n\nVector data values as a numpy array.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zt.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Zt", + "title": "Zt > Zt > Zt", + "section": "Zt > Zt", + "text": "property ConstantWovenStressLimits.Zt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.locked", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.use_default_reference_direction", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.use_default_reference_direction.html#use_default_reference_direction", + "title": "use_default_reference_direction", + "section": "use_default_reference_direction", + "text": "use_default_reference_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.locked", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.locked.html#ansys.acp.core.ImportedSolidModel.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property ImportedSolidModel.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.use_default_reference_direction", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.use_default_reference_direction.html#ansys.acp.core.SamplingPoint.use_default_reference_direction", + "title": "use_default_reference_direction > use_default_reference_direction > use_default_reference_direction", + "section": "use_default_reference_direction > use_default_reference_direction", + "text": "property SamplingPoint.use_default_reference_direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_sampling_point", - "href": "api/_autosummary/ansys.acp.core.Model.create_sampling_point.html#create_sampling_point", - "title": "create_sampling_point", - "section": "create_sampling_point", - "text": "Instantiate a Sampling Point.\nname (str) – Name of the sampling point.\npoint (tuple[float, float, float]) – Coordinates of the sampling point.\ndirection (tuple[float, float, float]) – Direction of the sampling point.\nuse_default_reference_direction (bool) – Whether to use the element coordinate system when computing the laminate\nproperties (CLT).\nrosette (Rosette | None) – Rosette defining the coordinate system used when computing the laminate\nproperties (CLT). Only used when use_default_reference_direction is False.\noffset_is_middle (bool) – Activate this option to offset the reference surface to the mid-plane of the\nlaminate for the computation of the ABD matrices and laminate properties (CLT).\nconsider_coupling_effect (bool) – Whether the computation of the laminate engineering constants should consider\nthe coupling effect if the B-Matrix of the ABD-Matrix is not zero. Computation\nof the ABD matrices is not affected by this parameter.\nSamplingPoint\nAdded in ACP server version 25.1.\ncreate_sampling_point\nuse_default_reference_direction" + "objectID": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae", + "href": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae.html#import_hdf5_composite_cae", + "title": "import_hdf5_composite_cae", + "section": "import_hdf5_composite_cae", + "text": "Import the lay-up from an HDF5 Composite CAE file.\npath (str | PathLike[str]) – File path.\nimport_mode (HDF5CompositeCAEImportMode) – In HDF5CompositeCAEImportMode.APPEND mode, the imported objects are\nappended to existing layup.\nIn HDF5CompositeCAEImportMode.OVERWRITE mode, existing objects in the model\nwith the same name are replaced if possible (not locked).\nprojection_mode (HDF5CompositeCAEProjectionMode) – Determines whether loaded plies are mapped onto the reference surface\n(HDF5CompositeCAEProjectionMode.SHELL mode) or exposed as\n3D plies (HDF5CompositeCAEProjectionMode.SOLID mode).\nminimum_angle_tolerance (float) – Minimum angle tolerance for which tabular correction angles for plies are computed.\nrecompute_reference_directions (bool) – Whether reference directions should be recomputed from tabular angle data or not.\nshell_mapping_properties (ShellMappingProperties) – Properties for mapping to the shell on importing HDF5 Composite CAE files.\nUsed only if projection_mode is set to \"shell\".\nsolid_mapping_properties (SolidMappingProperties) – Properties for importing HDF5 Composite CAE files as imported plies.\nUsed only if projection_mode is set to \"solid\".\ncoordinate_transformation (CoordinateTransformation) – Coordinate transformation applied to the imported lay-up.\nimport_hdf5_composite_cae\nHDF5CompositeCAEImportMode.APPEND\nHDF5CompositeCAEImportMode.OVERWRITE\nHDF5CompositeCAEProjectionMode.SHELL\nHDF5CompositeCAEProjectionMode.SOLID\nprojection_mode\n\"shell\"\nprojection_mode\n\"solid\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_sampling_point", - "href": "api/_autosummary/ansys.acp.core.Model.create_sampling_point.html#ansys.acp.core.Model.create_sampling_point", - "title": "create_sampling_point > create_sampling_point > create_sampling_point", - "section": "create_sampling_point > create_sampling_point", - "text": "Model.create_sampling_point(*, name='SamplingPoint', point=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 0.0), use_default_reference_direction=True, rosette=None, offset_is_middle=True, consider_coupling_effect=True)\n\nInstantiate a Sampling Point.\n\nParameters\n\nname (str) – Name of the sampling point.\n\npoint (tuple[float, float, float]) – Coordinates of the sampling point.\n\ndirection (tuple[float, float, float]) – Direction of the sampling point.\n\nuse_default_reference_direction (bool) – Whether to use the element coordinate system when computing the laminate\nproperties (CLT).\n\nrosette (Rosette | None) – Rosette defining the coordinate system used when computing the laminate\nproperties (CLT). Only used when use_default_reference_direction is False.\n\noffset_is_middle (bool) – Activate this option to offset the reference surface to the mid-plane of the\nlaminate for the computation of the ABD matrices and laminate properties (CLT).\n\nconsider_coupling_effect (bool) – Whether the computation of the laminate engineering constants should consider\nthe coupling effect if the B-Matrix of the ABD-Matrix is not zero. Computation\nof the ABD matrices is not affected by this parameter.\n\nReturn type\n\nSamplingPoint\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae", + "href": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae.html#ansys.acp.core.Model.import_hdf5_composite_cae", + "title": "import_hdf5_composite_cae > import_hdf5_composite_cae > import_hdf5_composite_cae", + "section": "import_hdf5_composite_cae > import_hdf5_composite_cae", + "text": "Model.import_hdf5_composite_cae(path, import_mode='append', projection_mode='shell', minimum_angle_tolerance=0.001, recompute_reference_directions=False, shell_mapping_properties=ShellMappingProperties(all_elements=True, element_sets=(), relative_thickness_tolerance=0.5, relative_in_plane_tolerance=0.01, angle_tolerance=35.0, small_hole_threshold=0.0), solid_mapping_properties=SolidMappingProperties(offset_type=), coordinate_transformation=CoordinateTransformation(rotation_angle_x=0.0, rotation_angle_y=0.0, rotation_angle_z=0.0, translation_x=0.0, translation_y=0.0, translation_z=0.0))\n\nImport the lay-up from an HDF5 Composite CAE file.\n\nParameters\n\npath (str | PathLike[str]) – File path.\n\nimport_mode (HDF5CompositeCAEImportMode) – In HDF5CompositeCAEImportMode.APPEND mode, the imported objects are\nappended to existing layup.\nIn HDF5CompositeCAEImportMode.OVERWRITE mode, existing objects in the model\nwith the same name are replaced if possible (not locked).\n\nprojection_mode (HDF5CompositeCAEProjectionMode) – Determines whether loaded plies are mapped onto the reference surface\n(HDF5CompositeCAEProjectionMode.SHELL mode) or exposed as\n3D plies (HDF5CompositeCAEProjectionMode.SOLID mode).\n\nminimum_angle_tolerance (float) – Minimum angle tolerance for which tabular correction angles for plies are computed.\n\nrecompute_reference_directions (bool) – Whether reference directions should be recomputed from tabular angle data or not.\n\nshell_mapping_properties (ShellMappingProperties) – Properties for mapping to the shell on importing HDF5 Composite CAE files.\nUsed only if projection_mode is set to \"shell\".\n\nsolid_mapping_properties (SolidMappingProperties) – Properties for importing HDF5 Composite CAE files as imported plies.\nUsed only if projection_mode is set to \"solid\".\n\ncoordinate_transformation (CoordinateTransformation) – Coordinate transformation applied to the imported lay-up.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.html#constantengineeringconstants", - "title": "ConstantEngineeringConstants", - "section": "ConstantEngineeringConstants", - "text": "Constant engineering constants material property set.\nAdded in ACP server version 24.2.\nConstantEngineeringConstants.from_isotropic_constants(*)\nCreate an isotropic engineering constants property set.\nConstantEngineeringConstants.from_orthotropic_constants(*)\nCreate an orthotropic engineering constants property set.\nConstantEngineeringConstants.E\n\nConstantEngineeringConstants.E1\n\nConstantEngineeringConstants.E2\n\nConstantEngineeringConstants.E3\n\nConstantEngineeringConstants.G12\n\nConstantEngineeringConstants.G23\n\nConstantEngineeringConstants.G31\n\nConstantEngineeringConstants.nu\n\nConstantEngineeringConstants.nu12\n\nConstantEngineeringConstants.nu13\n\nConstantEngineeringConstants.nu23\n\nConstantEngineeringConstants\nConstantEngineeringConstants.from_isotropic_constants\nConstantEngineeringConstants.from_orthotropic_constants\nConstantEngineeringConstants.E\nConstantEngineeringConstants.E1\nConstantEngineeringConstants.E2\nConstantEngineeringConstants.E3\nConstantEngineeringConstants.G12\nConstantEngineeringConstants.G23\nConstantEngineeringConstants.G31\nConstantEngineeringConstants.nu\nConstantEngineeringConstants.nu12\nConstantEngineeringConstants.nu13\nConstantEngineeringConstants.nu23" + "objectID": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae", + "href": "api/_autosummary/ansys.acp.core.Model.import_hdf5_composite_cae.html#examples-using-modelimport_hdf5_composite_cae", + "title": "import_hdf5_composite_cae > Examples using Model.import_hdf5_composite_cae", + "section": "Examples using Model.import_hdf5_composite_cae", + "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.import_hdf5_composite_cae" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants", - "title": "ConstantEngineeringConstants > ConstantEngineeringConstants > ConstantEngineeringConstants", - "section": "ConstantEngineeringConstants > ConstantEngineeringConstants", - "text": "class ansys.acp.core.material_property_sets.ConstantEngineeringConstants(*, _parent_object=None, _attribute_path=None, _pb_object=None)\n\nConstant engineering constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nConstantEngineeringConstants.from_isotropic_constants(*)\n\nCreate an isotropic engineering constants property set.\n\nConstantEngineeringConstants.from_orthotropic_constants(*)\n\nCreate an orthotropic engineering constants property set.\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantEngineeringConstants.E\n\n\n\nConstantEngineeringConstants.E1\n\n\n\nConstantEngineeringConstants.E2\n\n\n\nConstantEngineeringConstants.E3\n\n\n\nConstantEngineeringConstants.G12\n\n\n\nConstantEngineeringConstants.G23\n\n\n\nConstantEngineeringConstants.G31\n\n\n\nConstantEngineeringConstants.nu\n\n\n\nConstantEngineeringConstants.nu12\n\n\n\nConstantEngineeringConstants.nu13\n\n\n\nConstantEngineeringConstants.nu23\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.NOMINAL", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.NOMINAL.html#nominal", + "title": "NOMINAL", + "section": "NOMINAL", + "text": "NOMINAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.oriented_selection_sets", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.oriented_selection_sets.html#oriented_selection_sets", - "title": "oriented_selection_sets", - "section": "oriented_selection_sets", - "text": "oriented_selection_sets" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.NOMINAL", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.NOMINAL.html#ansys.acp.core.ImportedPlyThicknessType.NOMINAL", + "title": "NOMINAL > NOMINAL > NOMINAL", + "section": "NOMINAL > NOMINAL", + "text": "ImportedPlyThicknessType.NOMINAL = 'nominal'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.oriented_selection_sets", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.oriented_selection_sets.html#ansys.acp.core.ModelingPly.oriented_selection_sets", - "title": "oriented_selection_sets > oriented_selection_sets > oriented_selection_sets", - "section": "oriented_selection_sets > oriented_selection_sets", - "text": "property ModelingPly.oriented_selection_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh.html#solid_mesh", + "title": "solid_mesh", + "section": "solid_mesh", + "text": "Solid mesh associated with the object.\nsolid_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.status", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh.html#ansys.acp.core.ImportedSolidModel.solid_mesh", + "title": "solid_mesh > solid_mesh > solid_mesh", + "section": "solid_mesh > solid_mesh", + "text": "property ImportedSolidModel.solid_mesh: MeshData\n\nSolid mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.status", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.status.html#ansys.acp.core.FieldDefinition.status", - "title": "status > status > status", - "section": "status > status", - "text": "property FieldDefinition.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.solid_mesh.html#examples-using-importedsolidmodelsolid_mesh", + "title": "solid_mesh > Examples using ImportedSolidModel.solid_mesh", + "section": "Examples using ImportedSolidModel.solid_mesh", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedSolidModel.solid_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.get_pyvista_mesh.html#get_pyvista_mesh", "title": "get_pyvista_mesh", "section": "get_pyvista_mesh", "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.get_pyvista_mesh", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.get_pyvista_mesh", "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "CutOffSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxz.html#sxz", - "title": "Sxz", - "section": "Sxz", - "text": "Sxz" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Sxz.html#ansys.acp.core.material_property_sets.VariableStressLimits.Sxz", - "title": "Sxz > Sxz > Sxz", - "section": "Sxz > Sxz", - "text": "property VariableStressLimits.Sxz: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isprintable", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isprintable.html#isprintable", - "title": "isprintable", - "section": "isprintable", - "text": "Return True if the string is printable, False otherwise.\nA string is printable if all of its characters are considered printable in\nrepr() or if it is empty.\nisprintable" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isprintable", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isprintable.html#ansys.acp.core.LaunchMode.isprintable", - "title": "isprintable > isprintable > isprintable", - "section": "isprintable > isprintable", - "text": "LaunchMode.isprintable(/)\n\nReturn True if the string is printable, False otherwise.\n\nA string is printable if all of its characters are considered printable in\nrepr() or if it is empty.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.BOTTOM", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.BOTTOM.html#bottom", - "title": "BOTTOM", - "section": "BOTTOM", - "text": "BOTTOM" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.BOTTOM", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.BOTTOM.html#ansys.acp.core.SnapToGeometryOrientationType.BOTTOM", - "title": "BOTTOM > BOTTOM > BOTTOM", - "section": "BOTTOM > BOTTOM", - "text": "SnapToGeometryOrientationType.BOTTOM = 'bottom'\n\n" + "text": "OrientedSelectionSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/sg_execution_times", - "href": "examples/modeling_features/sg_execution_times.html#computation-times", - "title": "Computation times", - "section": "Computation times", - "text": "01:41.023 total execution time for 12 files from examples/modeling_features:\nExample\nTime\nMem (MB)\nsphx_glr_examples_modeling_features_007-sensor.py (007-sensor.py)\n00:24.622\n0.0\nsphx_glr_examples_modeling_features_031-imported-solid-model.py (031-imported-solid-model.py)\n00:19.299\n0.0\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py (002-rosettes-ply-directions.py)\n00:08.668\n0.0\nsphx_glr_examples_modeling_features_001-materials.py (001-materials.py)\n00:08.207\n0.0\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py (010-sandwich-panel-layup.py)\n00:06.260\n0.0\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py (004-advanced-selection-rules.py)\n00:05.786\n0.0\nsphx_glr_examples_modeling_features_020-solid_model.py (020-solid_model.py)\n00:05.578\n0.0\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py (003-simple-selection-rules.py)\n00:04.921\n0.0\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py (050-composite_cae_h5.py)\n00:04.865\n0.0\nsphx_glr_examples_modeling_features_030-imported-plies.py (030-imported-plies.py)\n00:04.555\n0.0\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py (006-layup-thickness-definitions.py)\n00:04.250\n0.0\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py (005-ply-direction-lookup-table.py)\n00:04.013\n0.0\nComputation times\n007-sensor.py\n031-imported-solid-model.py\n002-rosettes-ply-directions.py\n001-materials.py\n010-sandwich-panel-layup.py\n004-advanced-selection-rules.py\n020-solid_model.py\n003-simple-selection-rules.py\n050-composite_cae_h5.py\n030-imported-plies.py\n006-layup-thickness-definitions.py\n005-ply-direction-lookup-table.py" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxz.html#esxz", + "title": "eSxz", + "section": "eSxz", + "text": "eSxz" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.swapcase", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.swapcase.html#swapcase", - "title": "swapcase", - "section": "swapcase", - "text": "Convert uppercase characters to lowercase and lowercase characters to uppercase.\nswapcase" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSxz.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eSxz", + "title": "eSxz > eSxz > eSxz", + "section": "eSxz > eSxz", + "text": "property VariableStrainLimits.eSxz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.swapcase", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.swapcase.html#ansys.acp.core.LaunchMode.swapcase", - "title": "swapcase > swapcase > swapcase", - "section": "swapcase > swapcase", - "text": "LaunchMode.swapcase(/)\n\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.offsets", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.offsets.html#offsets", + "title": "offsets", + "section": "offsets", + "text": "offsets" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.SHELL_SECTIONS", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.SHELL_SECTIONS.html#shell_sections", - "title": "SHELL_SECTIONS", - "section": "SHELL_SECTIONS", - "text": "SHELL_SECTIONS" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.offsets", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.offsets.html#ansys.acp.core.VariableOffsetSelectionRule.offsets", + "title": "offsets > offsets > offsets", + "section": "offsets > offsets", + "text": "property VariableOffsetSelectionRule.offsets: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.SHELL_SECTIONS", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.SHELL_SECTIONS.html#ansys.acp.core.IgnorableEntity.SHELL_SECTIONS", - "title": "SHELL_SECTIONS > SHELL_SECTIONS > SHELL_SECTIONS", - "section": "SHELL_SECTIONS > SHELL_SECTIONS", - "text": "IgnorableEntity.SHELL_SECTIONS = 'shell_sections'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.selection_rules", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.selection_rules.html#selection_rules", + "title": "selection_rules", + "section": "selection_rules", + "text": "selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.html#elementsetelementaldata", - "title": "ElementSetElementalData", - "section": "ElementSetElementalData", - "text": "Represents elemental data for an Element Set.\nElementSetElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nElementSetElementalData.normal\n\nElementSetElementalData.element_labels\n\nElementSetElementalData\nElementSetElementalData.get_pyvista_mesh\nElementSetElementalData.normal\nElementSetElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.selection_rules", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.selection_rules.html#ansys.acp.core.OrientedSelectionSet.selection_rules", + "title": "selection_rules > selection_rules > selection_rules", + "section": "selection_rules > selection_rules", + "text": "property OrientedSelectionSet.selection_rules: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.html#ansys.acp.core.mesh_data.ElementSetElementalData", - "title": "ElementSetElementalData > ElementSetElementalData > ElementSetElementalData", - "section": "ElementSetElementalData > ElementSetElementalData", - "text": "class ansys.acp.core.mesh_data.ElementSetElementalData(element_labels, normal=None)\n\nRepresents elemental data for an Element Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nElementSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nElementSetElementalData.normal\n\n\n\nElementSetElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.name", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.shell_mesh.html#ansys.acp.core.CutOffSelectionRule.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property CutOffSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.name", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.name.html#ansys.acp.core.LookUpTable1DColumn.name", - "title": "name > name > name", - "section": "name > name", - "text": "property LookUpTable1DColumn.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdecimal", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdecimal.html#isdecimal", + "title": "isdecimal", + "section": "isdecimal", + "text": "Return True if the string is a decimal string, False otherwise.\nA string is a decimal string if all characters in the string are decimal and\nthere is at least one character in the string.\nisdecimal" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.html#dockercomposelaunchconfig", - "title": "DockerComposeLaunchConfig", - "section": "DockerComposeLaunchConfig", - "text": "Configuration options for launching ACP through docker compose.\nDockerComposeLaunchConfig.compose_file\n\nDockerComposeLaunchConfig.image_name_acp\n\nDockerComposeLaunchConfig.image_name_filetransfer\n\nDockerComposeLaunchConfig.keep_volume\n\nDockerComposeLaunchConfig.license_server\n\nDockerComposeLaunchConfig.environment_variables\n\nDockerComposeLaunchConfig\nDockerComposeLaunchConfig.compose_file\nDockerComposeLaunchConfig.image_name_acp\nDockerComposeLaunchConfig.image_name_filetransfer\nDockerComposeLaunchConfig.keep_volume\nDockerComposeLaunchConfig.license_server\nDockerComposeLaunchConfig.environment_variables" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdecimal", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isdecimal.html#ansys.acp.core.material_property_sets.PuckMaterialType.isdecimal", + "title": "isdecimal > isdecimal > isdecimal", + "section": "isdecimal > isdecimal", + "text": "PuckMaterialType.isdecimal(/)\n\nReturn True if the string is a decimal string, False otherwise.\n\nA string is a decimal string if all characters in the string are decimal and\nthere is at least one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.html#ansys.acp.core.DockerComposeLaunchConfig", - "title": "DockerComposeLaunchConfig > DockerComposeLaunchConfig > DockerComposeLaunchConfig", - "section": "DockerComposeLaunchConfig > DockerComposeLaunchConfig", - "text": "class ansys.acp.core.DockerComposeLaunchConfig(image_name_acp='ghcr.io/ansys/acp:latest', image_name_filetransfer='ghcr.io/ansys/tools-filetransfer:latest', license_server='', keep_volume=False, compose_file=None, environment_variables=)\n\nConfiguration options for launching ACP through docker compose.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nDockerComposeLaunchConfig.compose_file\n\n\n\nDockerComposeLaunchConfig.image_name_acp\n\n\n\nDockerComposeLaunchConfig.image_name_filetransfer\n\n\n\nDockerComposeLaunchConfig.keep_volume\n\n\n\nDockerComposeLaunchConfig.license_server\n\n\n\nDockerComposeLaunchConfig.environment_variables\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.auto_draping_direction", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.auto_draping_direction.html#auto_draping_direction", + "title": "auto_draping_direction", + "section": "auto_draping_direction", + "text": "auto_draping_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType.GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.GEOMETRY.html#geometry", - "title": "GEOMETRY", - "section": "GEOMETRY", - "text": "GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.auto_draping_direction", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.auto_draping_direction.html#ansys.acp.core.ModelingPly.auto_draping_direction", + "title": "auto_draping_direction > auto_draping_direction > auto_draping_direction", + "section": "auto_draping_direction > auto_draping_direction", + "text": "property ModelingPly.auto_draping_direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType.GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.GEOMETRY.html#ansys.acp.core.GeometricalRuleType.GEOMETRY", - "title": "GEOMETRY > GEOMETRY > GEOMETRY", - "section": "GEOMETRY > GEOMETRY", - "text": "GeometricalRuleType.GEOMETRY = 'geometry'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.parent", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.maketrans", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.maketrans.html#maketrans", - "title": "maketrans", - "section": "maketrans", - "text": "Return a translation table usable for str.translate().\nIf there is only one argument, it must be a dictionary mapping Unicode\nordinals (integers) or characters to Unicode ordinals, strings or None.\nCharacter keys will be then converted to ordinals.\nIf there are two arguments, they must be strings of equal length, and\nin the resulting dictionary, each character in x will be mapped to the\ncharacter at the same position in y. If there is a third argument, it\nmust be a string, whose characters will be mapped to None in the result.\nmaketrans" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.parent", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.parent.html#ansys.acp.core.SubLaminate.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property SubLaminate.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.maketrans", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.maketrans.html#ansys.acp.core.LaunchMode.maketrans", - "title": "maketrans > maketrans > maketrans", - "section": "maketrans > maketrans", - "text": "static LaunchMode.maketrans(x, y=, z=, /)\n\nReturn a translation table usable for str.translate().\n\nIf there is only one argument, it must be a dictionary mapping Unicode\nordinals (integers) or characters to Unicode ordinals, strings or None.\nCharacter keys will be then converted to ordinals.\nIf there are two arguments, they must be strings of equal length, and\nin the resulting dictionary, each character in x will be mapped to the\ncharacter at the same position in y. If there is a third argument, it\nmust be a string, whose characters will be mapped to None in the result.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.clone", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.draping_material_model", - "href": "api/_autosummary/ansys.acp.core.Fabric.draping_material_model.html#draping_material_model", - "title": "draping_material_model", - "section": "draping_material_model", - "text": "draping_material_model" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.clone", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.clone.html#ansys.acp.core.SnapToGeometry.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "SnapToGeometry.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.draping_material_model", - "href": "api/_autosummary/ansys.acp.core.Fabric.draping_material_model.html#ansys.acp.core.Fabric.draping_material_model", - "title": "draping_material_model > draping_material_model > draping_material_model", - "section": "draping_material_model > draping_material_model", - "text": "property Fabric.draping_material_model: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.price", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.price.html#price", + "title": "price", + "section": "price", + "text": "price" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.price", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.price.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.price", + "title": "price > price > price", + "section": "price > price", + "text": "AnalysisPlyElementalData.price: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.mesh.html#ansys.acp.core.ParallelSelectionRule.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property ParallelSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.store", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.store", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.store.html#ansys.acp.core.LookUpTable1DColumn.store", + "title": "store > store > store", + "section": "store > store", + "text": "LookUpTable1DColumn.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.elemental_data.html#ansys.acp.core.BooleanSelectionRule.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property BooleanSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.fabric", + "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.fabric.html#fabric", + "title": "fabric", + "section": "fabric", + "text": "Linked fabric.\nfabric" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType", - "href": "api/_autosummary/ansys.acp.core.EdgeSetType.html#edgesettype", - "title": "EdgeSetType", - "section": "EdgeSetType", - "text": "Options for how an edge set is defined.\nEdgeSetType.BY_REFERENCE\n\nEdgeSetType.BY_NODES\n\nEdgeSetType\nEdgeSetType.BY_REFERENCE\nEdgeSetType.BY_NODES" + "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.fabric", + "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.fabric.html#ansys.acp.core.FabricWithAngle.fabric", + "title": "fabric > fabric > fabric", + "section": "fabric > fabric", + "text": "property FabricWithAngle.fabric: Fabric\n\nLinked fabric.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType", - "href": "api/_autosummary/ansys.acp.core.EdgeSetType.html#ansys.acp.core.EdgeSetType", - "title": "EdgeSetType > EdgeSetType > EdgeSetType", - "section": "EdgeSetType > EdgeSetType", - "text": "class ansys.acp.core.EdgeSetType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how an edge set is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nEdgeSetType.BY_REFERENCE\n\n\n\nEdgeSetType.BY_NODES\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d", + "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d.html#create_lookup_table_1d", + "title": "create_lookup_table_1d", + "section": "create_lookup_table_1d", + "text": "Instantiate a 1D Look-Up Table.\nThe one-dimensional look-up table is defined along an axis. The locations\nof the data points along the axis are defined by the Location column,\nwhich:\ncontains scalar data. When the column contains N data points (rows),\nit has shape (N, ).\nis automatically created when the look-up table is instantiated\ncannot be deleted or renamed\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\norigin (tuple[float, float, float]) – Origin of the axis w.r.t. which the look-up table locations are\ndefined.\ndirection (tuple[float, float, float]) – Direction of the axis w.r.t. which the look-up table locations are\ndefined.\nLookUpTable1D\nAdded in ACP server version 24.2.\ncreate_lookup_table_1d\nLocation\nN\n(N, )\nLocation\nNaN" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType", - "href": "api/_autosummary/ansys.acp.core.EdgeSetType.html#examples-using-edgesettype", - "title": "EdgeSetType > Examples using EdgeSetType", - "section": "Examples using EdgeSetType", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using EdgeSetType" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d", + "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d.html#ansys.acp.core.Model.create_lookup_table_1d", + "title": "create_lookup_table_1d > create_lookup_table_1d > create_lookup_table_1d", + "section": "create_lookup_table_1d > create_lookup_table_1d", + "text": "Model.create_lookup_table_1d(*, name='LookUpTable1D', origin=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 0.0))\n\nInstantiate a 1D Look-Up Table.\n\nThe one-dimensional look-up table is defined along an axis. The locations\nof the data points along the axis are defined by the Location column,\nwhich:\n\ncontains scalar data. When the column contains N data points (rows),\nit has shape (N, ).\n\nis automatically created when the look-up table is instantiated\n\ncannot be deleted or renamed\n\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\n\nParameters\n\norigin (tuple[float, float, float]) – Origin of the axis w.r.t. which the look-up table locations are\ndefined.\n\ndirection (tuple[float, float, float]) – Direction of the axis w.r.t. which the look-up table locations are\ndefined.\n\nReturn type\n\nLookUpTable1D\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head.html#head", - "title": "head", - "section": "head", - "text": "head" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d", + "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_1d.html#examples-using-modelcreate_lookup_table_1d", + "title": "create_lookup_table_1d > Examples using Model.create_lookup_table_1d", + "section": "Examples using Model.create_lookup_table_1d", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using Model.create_lookup_table_1d" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head.html#ansys.acp.core.TubeSelectionRule.head", - "title": "head > head > head", - "section": "head > head", - "text": "property TubeSelectionRule.head: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.field_variables.html#field_variables", + "title": "field_variables", + "section": "field_variables", + "text": "field_variables" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosettes", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosettes.html#rosettes", - "title": "rosettes", - "section": "rosettes", - "text": "rosettes" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.field_variables.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants.field_variables", + "title": "field_variables > field_variables > field_variables", + "section": "field_variables > field_variables", + "text": "property VariableTsaiWuConstants.field_variables: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosettes", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosettes.html#ansys.acp.core.LayupMappingObject.rosettes", - "title": "rosettes > rosettes > rosettes", - "section": "rosettes > rosettes", - "text": "property LayupMappingObject.rosettes: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.locked", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.locked", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.locked.html#ansys.acp.core.EdgeSet.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property EdgeSet.locked: Any\n\n!! processed by numpydoc !!" }, { "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.store", @@ -13608,6381 +13181,6591 @@ "text": "LookUpTable3DColumn.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Status.UNKNOWN", - "href": "api/_autosummary/ansys.acp.core.Status.UNKNOWN.html#unknown", - "title": "UNKNOWN", - "section": "UNKNOWN", - "text": "UNKNOWN" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.locked", + "href": "api/_autosummary/ansys.acp.core.Rosette.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.Status.UNKNOWN", - "href": "api/_autosummary/ansys.acp.core.Status.UNKNOWN.html#ansys.acp.core.Status.UNKNOWN", - "title": "UNKNOWN > UNKNOWN > UNKNOWN", - "section": "UNKNOWN > UNKNOWN", - "text": "Status.UNKNOWN = 'UNKNOWN'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.locked", + "href": "api/_autosummary/ansys.acp.core.Rosette.locked.html#ansys.acp.core.Rosette.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property Rosette.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_isotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_isotropic_constants.html#from_isotropic_constants", - "title": "from_isotropic_constants", - "section": "from_isotropic_constants", - "text": "Create an isotropic strain limits property set.\neffective_strain (float) – Effective strain limit.\nAn isotropic strain limits property set.\nSelf\nfrom_isotropic_constants" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.value_type", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.value_type.html#value_type", + "title": "value_type", + "section": "value_type", + "text": "value_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_isotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_isotropic_constants.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.from_isotropic_constants", - "title": "from_isotropic_constants > from_isotropic_constants > from_isotropic_constants", - "section": "from_isotropic_constants > from_isotropic_constants", - "text": "classmethod ConstantStrainLimits.from_isotropic_constants(*, effective_strain=0.0)\n\nCreate an isotropic strain limits property set.\n\nParameters\n\neffective_strain (float) – Effective strain limit.\n\nReturns\n\nAn isotropic strain limits property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.value_type", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.value_type.html#ansys.acp.core.LookUpTable3DColumn.value_type", + "title": "value_type > value_type > value_type", + "section": "value_type > value_type", + "text": "property LookUpTable3DColumn.value_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SOLID", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SOLID.html#solid", - "title": "SOLID", - "section": "SOLID", - "text": "SOLID" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.clone", + "href": "api/_autosummary/ansys.acp.core.SolidModel.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SOLID", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SOLID.html#ansys.acp.core.VirtualGeometryDimension.SOLID", - "title": "SOLID > SOLID > SOLID", - "section": "SOLID > SOLID", - "text": "VirtualGeometryDimension.SOLID = 'solid'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.clone", + "href": "api/_autosummary/ansys.acp.core.SolidModel.clone.html#ansys.acp.core.SolidModel.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "SolidModel.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu.html#nu", - "title": "nu", - "section": "nu", - "text": "nu" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies.html#imported_production_plies", + "title": "imported_production_plies", + "section": "imported_production_plies", + "text": "imported_production_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu", - "title": "nu > nu > nu", - "section": "nu > nu", - "text": "property ConstantEngineeringConstants.nu: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies.html#ansys.acp.core.ImportedModelingPly.imported_production_plies", + "title": "imported_production_plies > imported_production_plies > imported_production_plies", + "section": "imported_production_plies > imported_production_plies", + "text": "property ImportedModelingPly.imported_production_plies: Mapping[ValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.status", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies.html#examples-using-importedmodelingplyimported_production_plies", + "title": "imported_production_plies > Examples using ImportedModelingPly.imported_production_plies", + "section": "Examples using ImportedModelingPly.imported_production_plies", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedModelingPly.imported_production_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.status", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.status.html#ansys.acp.core.CADGeometry.status", - "title": "status > status > status", - "section": "status > status", - "text": "property CADGeometry.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule.html#create_spherical_selection_rule", + "title": "create_spherical_selection_rule", + "section": "create_spherical_selection_rule", + "text": "Instantiate a Spherical Selection Rule.\nname (str) – Name of the Spherical Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the sphere.\nradius (float) – Radius of the sphere.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nSphericalSelectionRule\nAdded in ACP server version 24.2.\ncreate_spherical_selection_rule\nuse_global_coordinate_system\nFalse" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.fiber_direction.html#fiber_direction", - "title": "fiber_direction", - "section": "fiber_direction", - "text": "fiber_direction" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule.html#ansys.acp.core.Model.create_spherical_selection_rule", + "title": "create_spherical_selection_rule > create_spherical_selection_rule > create_spherical_selection_rule", + "section": "create_spherical_selection_rule > create_spherical_selection_rule", + "text": "Model.create_spherical_selection_rule(*, name='SphericalSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), radius=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Spherical Selection Rule.\n\nParameters\n\nname (str) – Name of the Spherical Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the sphere.\n\nradius (float) – Radius of the sphere.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nReturn type\n\nSphericalSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.fiber_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.fiber_direction", - "title": "fiber_direction > fiber_direction > fiber_direction", - "section": "fiber_direction > fiber_direction", - "text": "AnalysisPlyElementalData.fiber_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule.html#examples-using-modelcreate_spherical_selection_rule", + "title": "create_spherical_selection_rule > Examples using Model.create_spherical_selection_rule", + "section": "Examples using Model.create_spherical_selection_rule", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nExamples using Model.create_spherical_selection_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT.html#childt", - "title": "ChildT", - "section": "ChildT", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nChildT\ninfer_variance=True\ncovariant=True\ncontravariant=True" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material_handling", + "href": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material_handling.html#drop_off_material_handling", + "title": "drop_off_material_handling", + "section": "drop_off_material_handling", + "text": "drop_off_material_handling" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT.html#ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT", - "title": "ChildT > ChildT > ChildT", - "section": "ChildT > ChildT", - "text": "ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT = ~ChildT\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material_handling", + "href": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material_handling.html#ansys.acp.core.Stackup.drop_off_material_handling", + "title": "drop_off_material_handling > drop_off_material_handling > drop_off_material_handling", + "section": "drop_off_material_handling > drop_off_material_handling", + "text": "property Stackup.drop_off_material_handling: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.BIN", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.BIN.html#bin", - "title": "BIN", - "section": "BIN", - "text": "BIN" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_1.html#g12_1", + "title": "G12_1", + "section": "G12_1", + "text": "G12_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.BIN", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.BIN.html#ansys.acp.core.UnitSystemType.BIN", - "title": "BIN > BIN > BIN", - "section": "BIN > BIN", - "text": "UnitSystemType.BIN = 'bin'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_1", + "title": "G12_1 > G12_1 > G12_1", + "section": "G12_1 > G12_1", + "text": "property ConstantWovenCharacterization.G12_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.status", - "href": "api/_autosummary/ansys.acp.core.Rosette.status.html#status", + "objectID": "api/_autosummary/ansys.acp.core.CADComponent.status", + "href": "api/_autosummary/ansys.acp.core.CADComponent.status.html#status", "title": "status", "section": "status", "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.status", - "href": "api/_autosummary/ansys.acp.core.Rosette.status.html#ansys.acp.core.Rosette.status", + "objectID": "api/_autosummary/ansys.acp.core.CADComponent.status", + "href": "api/_autosummary/ansys.acp.core.CADComponent.status.html#ansys.acp.core.CADComponent.status", "title": "status > status > status", "section": "status > status", - "text": "property Rosette.status: Any\n\n!! processed by numpydoc !!" + "text": "property CADComponent.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.html#sphericalselectionrulenodaldata", - "title": "SphericalSelectionRuleNodalData", - "section": "SphericalSelectionRuleNodalData", - "text": "Represents nodal data for a Spherical Selection Rule.\nSphericalSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSphericalSelectionRuleNodalData.node_labels\n\nSphericalSelectionRuleNodalData\nSphericalSelectionRuleNodalData.get_pyvista_mesh\nSphericalSelectionRuleNodalData.node_labels" + "objectID": "examples/modeling_features/007-sensor", + "href": "examples/modeling_features/007-sensor.html#sensor", + "title": "Sensor", + "section": "Sensor", + "text": "The Sensor capabilities to analyze the composite structure\nis demonstrated in this example. A sensor is used to compute the weight,\narea, cost, etc. of the model or specific entities such as ply material,\nmodeling ply, etc.\nSensor\nSensor" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.html#ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData", - "title": "SphericalSelectionRuleNodalData > SphericalSelectionRuleNodalData > SphericalSelectionRuleNodalData", - "section": "SphericalSelectionRuleNodalData > SphericalSelectionRuleNodalData", - "text": "class ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Spherical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSphericalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSphericalSelectionRuleNodalData.node_labels\n\n\n\n\n\n" + "objectID": "examples/modeling_features/007-sensor", + "href": "examples/modeling_features/007-sensor.html#import-modules", + "title": "Sensor > Import modules", + "section": "Import modules", + "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.fiber_direction.html#fiber_direction", - "title": "fiber_direction", - "section": "fiber_direction", - "text": "fiber_direction" + "objectID": "examples/modeling_features/007-sensor", + "href": "examples/modeling_features/007-sensor.html#start-acp-and-load-the-model", + "title": "Sensor > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from the input file which contains\na formula 1 front wing with layup. The plot shows the total\nlaminate thickness per element.\nSet price per area for all fabrics.\nStart ACP and load the model" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.fiber_direction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.fiber_direction", - "title": "fiber_direction > fiber_direction > fiber_direction", - "section": "fiber_direction > fiber_direction", - "text": "ProductionPlyElementalData.fiber_direction: VectorData | None = None\n\n" + "objectID": "examples/modeling_features/007-sensor", + "href": "examples/modeling_features/007-sensor.html#sensor-by-area", + "title": "Sensor > Sensor by area", + "section": "Sensor by area", + "text": "Sensor by area" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_2.html#nu12_2", - "title": "nu12_2", - "section": "nu12_2", - "text": "nu12_2" + "objectID": "examples/modeling_features/007-sensor", + "href": "examples/modeling_features/007-sensor.html#entire-model", + "title": "Sensor > Entire Model", + "section": "Entire Model", + "text": "The first sensor is applied to the entire model to compute for example\nthe total weight, area of production material, and material cost.\nUpdate the model to compute the sensor values.\nPrint the values. The production ply area is the area of production material.\nEntire Model\nproduction ply area" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_2", - "title": "nu12_2 > nu12_2 > nu12_2", - "section": "nu12_2 > nu12_2", - "text": "property VariableWovenCharacterization.nu12_2: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/007-sensor", + "href": "examples/modeling_features/007-sensor.html#scope-to-a-specific-component", + "title": "Sensor > Scope to a specific component", + "section": "Scope to a specific component", + "text": "Compute the measures for the nose only. Note that OrientedSelectionSet\ncan also be used to scope the sensor.\nScope to a specific component\nOrientedSelectionSet" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.offset.html#offset", - "title": "offset", - "section": "offset", - "text": "offset" + "objectID": "examples/modeling_features/007-sensor", + "href": "examples/modeling_features/007-sensor.html#sensor-by-material", + "title": "Sensor > Sensor by material", + "section": "Sensor by material", + "text": "A sensor can also be used to compute the amount of a certain ply material\n(Fabric, Stackup, SubLaminate).\nSensor by material\nFabric\nStackup\nSubLaminate" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.offset.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.offset", - "title": "offset > offset > offset", - "section": "offset > offset", - "text": "ModelingPlyElementalData.offset: ScalarData[np.float64] | None = None\n\n" + "objectID": "examples/modeling_features/007-sensor", + "href": "examples/modeling_features/007-sensor.html#sensor-by-ply", + "title": "Sensor > Sensor by ply", + "section": "Sensor by ply", + "text": "A sensor can also be scoped to a specific ply or a list of plies. In this example,\na ply of the suction side and a ply of the pressure side of wing 3 are selected.\nTotal running time of the script: (0 minutes 25.371 seconds)\nDownload Jupyter notebook: 007-sensor.ipynb\nDownload Python source code: 007-sensor.py\nDownload zipped: 007-sensor.zip\nGallery generated by Sphinx-Gallery\nSensor by ply\nDownload Jupyter notebook: 007-sensor.ipynb\nDownload Python source code: 007-sensor.py\nDownload zipped: 007-sensor.zip" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MATERIAL_WISE", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MATERIAL_WISE.html#material_wise", + "title": "MATERIAL_WISE", + "section": "MATERIAL_WISE", + "text": "MATERIAL_WISE" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MATERIAL_WISE", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MATERIAL_WISE.html#ansys.acp.core.ExtrusionMethod.MATERIAL_WISE", + "title": "MATERIAL_WISE > MATERIAL_WISE > MATERIAL_WISE", + "section": "MATERIAL_WISE > MATERIAL_WISE", + "text": "ExtrusionMethod.MATERIAL_WISE = 'material_wise'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.html#analysisply", - "title": "AnalysisPly", - "section": "AnalysisPly", - "text": "Instantiate an Analysis Ply.\nname (str) – The name of the Analysis Ply.\nmaterial (Material) – Material of the Analysis ply.\nangle (float) – Angle of the Analysis ply in degrees.\nthickness (float) – Thickness of the Analysis ply\nactive_in_post_mode (bool) – If False, deactivates the failure analysis for this ply during post-processing.\nAdded in ACP server version 24.2.\nAnalysisPly.active_in_post_mode\n\nAnalysisPly.angle\n\nAnalysisPly.elemental_data\n\nAnalysisPly.id\nIdentifier of the object, used for example as key in maps.\nAnalysisPly.material\n\nAnalysisPly.mesh\nFull mesh associated with the object.\nAnalysisPly.name\nThe name of the object.\nAnalysisPly.nodal_data\n\nAnalysisPly.parent\nThe parent of the object.\nAnalysisPly.shell_mesh\nShell mesh associated with the object.\nAnalysisPly.solid_mesh\nSolid mesh associated with the object.\nAnalysisPly.status\n\nAnalysisPly.thickness\n\nAnalysisPly\nAnalysisPly.active_in_post_mode\nAnalysisPly.angle\nAnalysisPly.elemental_data\nAnalysisPly.id\nAnalysisPly.material\nAnalysisPly.mesh\nAnalysisPly.name\nAnalysisPly.nodal_data\nAnalysisPly.parent\nAnalysisPly.shell_mesh\nAnalysisPly.solid_mesh\nAnalysisPly.status\nAnalysisPly.thickness" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.rosette", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.rosette.html#rosette", + "title": "rosette", + "section": "rosette", + "text": "rosette" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.html#ansys.acp.core.AnalysisPly", - "title": "AnalysisPly > AnalysisPly > AnalysisPly", - "section": "AnalysisPly > AnalysisPly", - "text": "class ansys.acp.core.AnalysisPly\n\nInstantiate an Analysis Ply.\n\nParameters\n\nname (str) – The name of the Analysis Ply.\n\nmaterial (Material) – Material of the Analysis ply.\n\nangle (float) – Angle of the Analysis ply in degrees.\n\nthickness (float) – Thickness of the Analysis ply\n\nactive_in_post_mode (bool) – If False, deactivates the failure analysis for this ply during post-processing.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nAnalysisPly.active_in_post_mode\n\n\n\nAnalysisPly.angle\n\n\n\nAnalysisPly.elemental_data\n\n\n\nAnalysisPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nAnalysisPly.material\n\n\n\nAnalysisPly.mesh\n\nFull mesh associated with the object.\n\nAnalysisPly.name\n\nThe name of the object.\n\nAnalysisPly.nodal_data\n\n\n\nAnalysisPly.parent\n\nThe parent of the object.\n\nAnalysisPly.shell_mesh\n\nShell mesh associated with the object.\n\nAnalysisPly.solid_mesh\n\nSolid mesh associated with the object.\n\nAnalysisPly.status\n\n\n\nAnalysisPly.thickness\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.rosette", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.rosette.html#ansys.acp.core.CylindricalSelectionRule.rosette", + "title": "rosette > rosette > rosette", + "section": "rosette > rosette", + "text": "property CylindricalSelectionRule.rosette: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.html#examples-using-analysisply", - "title": "AnalysisPly > Examples using AnalysisPly", - "section": "Examples using AnalysisPly", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using AnalysisPly" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.store", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.angle", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.angle.html#angle", - "title": "angle", - "section": "angle", - "text": "angle" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.store", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.store.html#ansys.acp.core.ExtrusionGuide.store", + "title": "store > store > store", + "section": "store > store", + "text": "ExtrusionGuide.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.angle", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.angle.html#ansys.acp.core.ProductionPly.angle", - "title": "angle > angle > angle", - "section": "angle > angle", - "text": "property ProductionPly.angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yt.html#yt", + "title": "Yt", + "section": "Yt", + "text": "Yt" }, { - "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior", - "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.html#reinforcingbehavior", - "title": "ReinforcingBehavior", - "section": "ReinforcingBehavior", - "text": "Specifies whether the reinforcing elements carry tension and compression load, or only one of them.\nReinforcingBehavior.TENSION_AND_COMPRESSION\n\nReinforcingBehavior.TENSION_ONLY\n\nReinforcingBehavior.COMPRESSION_ONLY\n\nReinforcingBehavior\nReinforcingBehavior.TENSION_AND_COMPRESSION\nReinforcingBehavior.TENSION_ONLY\nReinforcingBehavior.COMPRESSION_ONLY" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yt.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yt", + "title": "Yt > Yt > Yt", + "section": "Yt > Yt", + "text": "property VariableWovenStressLimits.Yt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior", - "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.html#ansys.acp.core.ReinforcingBehavior", - "title": "ReinforcingBehavior > ReinforcingBehavior > ReinforcingBehavior", - "section": "ReinforcingBehavior > ReinforcingBehavior", - "text": "class ansys.acp.core.ReinforcingBehavior(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nSpecifies whether the reinforcing elements carry tension and compression load, or only one of them.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nReinforcingBehavior.TENSION_AND_COMPRESSION\n\n\n\nReinforcingBehavior.TENSION_ONLY\n\n\n\nReinforcingBehavior.COMPRESSION_ONLY\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.level", + "href": "api/_autosummary/ansys.acp.core.PrimaryPly.level.html#level", + "title": "level", + "section": "level", + "text": "Level of the primary ply.\nPlies with a higher level inherit the thickness from adjacent plies with a lower level.\nlevel" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.status", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.status.html#status", + "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.level", + "href": "api/_autosummary/ansys.acp.core.PrimaryPly.level.html#ansys.acp.core.PrimaryPly.level", + "title": "level > level > level", + "section": "level > level", + "text": "property PrimaryPly.level: int\n\nLevel of the primary ply.\n\nPlies with a higher level inherit the thickness from adjacent plies with a lower level.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Material.status", + "href": "api/_autosummary/ansys.acp.core.Material.status.html#status", "title": "status", "section": "status", "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.status", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.status.html#ansys.acp.core.SubLaminate.status", + "objectID": "api/_autosummary/ansys.acp.core.Material.status", + "href": "api/_autosummary/ansys.acp.core.Material.status.html#ansys.acp.core.Material.status", "title": "status > status > status", "section": "status > status", - "text": "property SubLaminate.status: Any\n\n!! processed by numpydoc !!" + "text": "property Material.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SHELL", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SHELL.html#shell", - "title": "SHELL", - "section": "SHELL", - "text": "SHELL" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.ServerWrapper", + "href": "api/_autosummary/ansys.acp.core._tree_objects.base.ServerWrapper.html#serverwrapper", + "title": "ServerWrapper", + "section": "ServerWrapper", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nWrapper for the connection to an ACP instance.\nThis class contains the representation of the ACP instance needed by tree objects.\nIts purpose is to minimize the dependency of tree objects on the ACP class.\nServerWrapper" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SHELL", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SHELL.html#ansys.acp.core.HDF5CompositeCAEProjectionMode.SHELL", - "title": "SHELL > SHELL > SHELL", - "section": "SHELL > SHELL", - "text": "HDF5CompositeCAEProjectionMode.SHELL = 'shell'\n\n" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.ServerWrapper", + "href": "api/_autosummary/ansys.acp.core._tree_objects.base.ServerWrapper.html#ansys.acp.core._tree_objects.base.ServerWrapper", + "title": "ServerWrapper > ServerWrapper > ServerWrapper", + "section": "ServerWrapper > ServerWrapper", + "text": "class ansys.acp.core._tree_objects.base.ServerWrapper(channel, version, filetransfer_handler)\n\nWrapper for the connection to an ACP instance.\n\nThis class contains the representation of the ACP instance needed by tree objects.\nIts purpose is to minimize the dependency of tree objects on the ACP class.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scope_entire_model", - "href": "api/_autosummary/ansys.acp.core.SectionCut.scope_entire_model.html#scope_entire_model", - "title": "scope_entire_model", - "section": "scope_entire_model", - "text": "scope_entire_model" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.thickness", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scope_entire_model", - "href": "api/_autosummary/ansys.acp.core.SectionCut.scope_entire_model.html#ansys.acp.core.SectionCut.scope_entire_model", - "title": "scope_entire_model > scope_entire_model > scope_entire_model", - "section": "scope_entire_model > scope_entire_model", - "text": "property SectionCut.scope_entire_model: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.thickness", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.thickness.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "ModelingPlyElementalData.thickness: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.parent", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED.html#maximum_angle_superposed", + "title": "MAXIMUM_ANGLE_SUPERPOSED", + "section": "MAXIMUM_ANGLE_SUPERPOSED", + "text": "MAXIMUM_ANGLE_SUPERPOSED" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.parent", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.parent.html#ansys.acp.core.ImportedModelingGroup.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ImportedModelingGroup.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED.html#ansys.acp.core.RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED", + "title": "MAXIMUM_ANGLE_SUPERPOSED > MAXIMUM_ANGLE_SUPERPOSED > MAXIMUM_ANGLE_SUPERPOSED", + "section": "MAXIMUM_ANGLE_SUPERPOSED > MAXIMUM_ANGLE_SUPERPOSED", + "text": "RosetteSelectionMethod.MAXIMUM_ANGLE_SUPERPOSED = 'maximum_angle_superposed'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.clone", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.html#sphericalselectionruleelementaldata", + "title": "SphericalSelectionRuleElementalData", + "section": "SphericalSelectionRuleElementalData", + "text": "Represents elemental data for a Spherical Selection Rule.\nSphericalSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSphericalSelectionRuleElementalData.normal\n\nSphericalSelectionRuleElementalData.element_labels\n\nSphericalSelectionRuleElementalData\nSphericalSelectionRuleElementalData.get_pyvista_mesh\nSphericalSelectionRuleElementalData.normal\nSphericalSelectionRuleElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.clone", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.clone.html#ansys.acp.core.ModelingPly.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "ModelingPly.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.html#ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData", + "title": "SphericalSelectionRuleElementalData > SphericalSelectionRuleElementalData > SphericalSelectionRuleElementalData", + "section": "SphericalSelectionRuleElementalData > SphericalSelectionRuleElementalData", + "text": "class ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Spherical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSphericalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSphericalSelectionRuleElementalData.normal\n\n\n\nSphericalSelectionRuleElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingType", - "href": "api/_autosummary/ansys.acp.core.DrapingType.html#drapingtype", - "title": "DrapingType", - "section": "DrapingType", - "text": "Options for the draping algorithm used.\nDrapingType.NO_DRAPING\n\nDrapingType.INTERNAL_DRAPING\n\nDrapingType.TABULAR_VALUES\n\nDrapingType\nDrapingType.NO_DRAPING\nDrapingType.INTERNAL_DRAPING\nDrapingType.TABULAR_VALUES" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.store", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingType", - "href": "api/_autosummary/ansys.acp.core.DrapingType.html#ansys.acp.core.DrapingType", - "title": "DrapingType > DrapingType > DrapingType", - "section": "DrapingType > DrapingType", - "text": "class ansys.acp.core.DrapingType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the draping algorithm used.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nDrapingType.NO_DRAPING\n\n\n\nDrapingType.INTERNAL_DRAPING\n\n\n\nDrapingType.TABULAR_VALUES\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.store", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.store.html#ansys.acp.core.VirtualGeometry.store", + "title": "store > store > store", + "section": "store > store", + "text": "VirtualGeometry.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingType", - "href": "api/_autosummary/ansys.acp.core.DrapingType.html#examples-using-drapingtype", - "title": "DrapingType > Examples using DrapingType", - "section": "Examples using DrapingType", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using DrapingType" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.field_variables.html#field_variables", + "title": "field_variables", + "section": "field_variables", + "text": "field_variables" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.field_variables.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.field_variables", + "title": "field_variables > field_variables > field_variables", + "section": "field_variables > field_variables", + "text": "property VariableEngineeringConstants.field_variables: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.elemental_data.html#ansys.acp.core.ParallelSelectionRule.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property ParallelSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu13", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu13.html#nu13", + "title": "nu13", + "section": "nu13", + "text": "nu13" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType", - "href": "api/_autosummary/ansys.acp.core.ExtrusionType.html#extrusiontype", - "title": "ExtrusionType", - "section": "ExtrusionType", - "text": "Extrusion method used in a section cut.\nExtrusionType.WIRE_FRAME\n\nExtrusionType.SURFACE_NORMAL\n\nExtrusionType.SURFACE_SWEEP_BASED\n\nExtrusionType\nExtrusionType.WIRE_FRAME\nExtrusionType.SURFACE_NORMAL\nExtrusionType.SURFACE_SWEEP_BASED" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu13", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu13.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu13", + "title": "nu13 > nu13 > nu13", + "section": "nu13 > nu13", + "text": "property VariableEngineeringConstants.nu13: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.depth", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.depth.html#depth", + "title": "depth", + "section": "depth", + "text": "depth" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.depth", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.depth.html#ansys.acp.core.ExtrusionGuide.depth", + "title": "depth > depth > depth", + "section": "depth > depth", + "text": "property ExtrusionGuide.depth: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.html#fielddefinition", + "title": "FieldDefinition", + "section": "FieldDefinition", + "text": "Instantiate a Field Definition.\nA field definition is used to configure the state of variable materials.\nFor instance, a Lookup Table can be used to define the distribution of a\nstate of material field (e.g. degradation). The field definition allows\nto define the material field per element or per ply and element.\nNote: Field definitions are currently only supported through (Py)Mechanical.\nThe direct interface of PyACP to (Py)MADL ignores field definitions.\nname (str) – Name of the field definition.\nactive (bool) – Inactive field definitions are ignored.\nfield_variable_name (str) – Links the material field to a field variable name.\nThe field variable name must be defined in the material properties.\nNote that the Temperature and Shear Angle field variables are not available\nfor Field Definitions. Temperature is defined through the solution and Shear Angle\nis defined via draping calculations.\nscope_entities (Sequence[ElementSet | OrientedSelectionSet | ModelingPly]) – Define the scope of the field definition. You can use a combination\nof Element Sets and Oriented Selection Sets for elemental scope.\nFor ply-wise field definitions, a combination of Modeling Plies can be selected.\nNote that the field definition is only applied to the Analysis Plies attached to\nthe Modeling Plies. A combination of elemental and ply-wise definition is not supported.\nscalar_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Select the scalar Look-Up Table column from which the state of the field\nvariable is interpolated from.\nfull_mapping (bool) – Specify to include the shell offset of each analysis ply for the interpolation process.\nThe default is to interpolate the state of the field variables at the shell element centroid.\nFor solid elements, the position of each analysis ply is automatically considered.\nAdded in ACP server version 25.1.\nFieldDefinition.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nFieldDefinition.delete()\nDelete the object.\nFieldDefinition.store(parent)\nStore the object on the server.\nFieldDefinition.active\n\nFieldDefinition.field_variable_name\n\nFieldDefinition.full_mapping\n\nFieldDefinition.id\nIdentifier of the object, used for example as key in maps.\nFieldDefinition.name\nThe name of the object.\nFieldDefinition.parent\nThe parent of the object.\nFieldDefinition.scalar_field\n\nFieldDefinition.scope_entities\n\nFieldDefinition.status\n\nFieldDefinition\nTemperature\nShear Angle\nFieldDefinition.clone\nFieldDefinition.delete\nFieldDefinition.store\nFieldDefinition.active\nFieldDefinition.field_variable_name\nFieldDefinition.full_mapping\nFieldDefinition.id\nFieldDefinition.name\nFieldDefinition.parent\nFieldDefinition.scalar_field\nFieldDefinition.scope_entities\nFieldDefinition.status" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.html#ansys.acp.core.FieldDefinition", + "title": "FieldDefinition > FieldDefinition > FieldDefinition", + "section": "FieldDefinition > FieldDefinition", + "text": "class ansys.acp.core.FieldDefinition(*, name='FieldDefinition', active=True, field_variable_name='', scope_entities=(), scalar_field=None, full_mapping=False)\n\nInstantiate a Field Definition.\n\nA field definition is used to configure the state of variable materials.\nFor instance, a Lookup Table can be used to define the distribution of a\nstate of material field (e.g. degradation). The field definition allows\nto define the material field per element or per ply and element.\n\nNote: Field definitions are currently only supported through (Py)Mechanical.\nThe direct interface of PyACP to (Py)MADL ignores field definitions.\n\nParameters\n\nname (str) – Name of the field definition.\n\nactive (bool) – Inactive field definitions are ignored.\n\nfield_variable_name (str) – Links the material field to a field variable name.\nThe field variable name must be defined in the material properties.\nNote that the Temperature and Shear Angle field variables are not available\nfor Field Definitions. Temperature is defined through the solution and Shear Angle\nis defined via draping calculations.\n\nscope_entities (Sequence[ElementSet | OrientedSelectionSet | ModelingPly]) – Define the scope of the field definition. You can use a combination\nof Element Sets and Oriented Selection Sets for elemental scope.\nFor ply-wise field definitions, a combination of Modeling Plies can be selected.\nNote that the field definition is only applied to the Analysis Plies attached to\nthe Modeling Plies. A combination of elemental and ply-wise definition is not supported.\n\nscalar_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Select the scalar Look-Up Table column from which the state of the field\nvariable is interpolated from.\n\nfull_mapping (bool) – Specify to include the shell offset of each analysis ply for the interpolation process.\nThe default is to interpolate the state of the field variables at the shell element centroid.\nFor solid elements, the position of each analysis ply is automatically considered.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nFieldDefinition.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nFieldDefinition.delete()\n\nDelete the object.\n\nFieldDefinition.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nFieldDefinition.active\n\n\n\nFieldDefinition.field_variable_name\n\n\n\nFieldDefinition.full_mapping\n\n\n\nFieldDefinition.id\n\nIdentifier of the object, used for example as key in maps.\n\nFieldDefinition.name\n\nThe name of the object.\n\nFieldDefinition.parent\n\nThe parent of the object.\n\nFieldDefinition.scalar_field\n\n\n\nFieldDefinition.scope_entities\n\n\n\nFieldDefinition.status\n\n\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType", - "href": "api/_autosummary/ansys.acp.core.ExtrusionType.html#ansys.acp.core.ExtrusionType", - "title": "ExtrusionType > ExtrusionType > ExtrusionType", - "section": "ExtrusionType > ExtrusionType", - "text": "class ansys.acp.core.ExtrusionType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nExtrusion method used in a section cut.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nExtrusionType.WIRE_FRAME\n\n\n\nExtrusionType.SURFACE_NORMAL\n\n\n\nExtrusionType.SURFACE_SWEEP_BASED\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.clone.html#ansys.acp.core.CylindricalSelectionRule.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "CylindricalSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.USER_DEFINED", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.USER_DEFINED.html#user_defined", - "title": "USER_DEFINED", - "section": "USER_DEFINED", - "text": "USER_DEFINED" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.add_fabric", + "href": "api/_autosummary/ansys.acp.core.Stackup.add_fabric.html#add_fabric", + "title": "add_fabric", + "section": "add_fabric", + "text": "Add a FabricWithAngle to the Stackup.\nSee FabricWithAngle for the available parameters.\nFabricWithAngle\nadd_fabric\nFabricWithAngle" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.USER_DEFINED", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.USER_DEFINED.html#ansys.acp.core.ExtrusionMethod.USER_DEFINED", - "title": "USER_DEFINED > USER_DEFINED > USER_DEFINED", - "section": "USER_DEFINED > USER_DEFINED", - "text": "ExtrusionMethod.USER_DEFINED = 'user_defined'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.add_fabric", + "href": "api/_autosummary/ansys.acp.core.Stackup.add_fabric.html#ansys.acp.core.Stackup.add_fabric", + "title": "add_fabric > add_fabric > add_fabric", + "section": "add_fabric > add_fabric", + "text": "Stackup.add_fabric(fabric, angle=0.0)\n\nAdd a FabricWithAngle to the Stackup.\n\nSee FabricWithAngle for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nFabricWithAngle" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxz.html#sxz", - "title": "Sxz", - "section": "Sxz", - "text": "Sxz" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.fabric_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.fabric_fiber_angle.html#fabric_fiber_angle", + "title": "fabric_fiber_angle", + "section": "fabric_fiber_angle", + "text": "fabric_fiber_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxz.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxz", - "title": "Sxz > Sxz > Sxz", - "section": "Sxz > Sxz", - "text": "property VariableWovenStressLimits.Sxz: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.fabric_fiber_angle", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.fabric_fiber_angle.html#ansys.acp.core.material_property_sets.VariableFabricFiberAngle.fabric_fiber_angle", + "title": "fabric_fiber_angle > fabric_fiber_angle > fabric_fiber_angle", + "section": "fabric_fiber_angle > fabric_fiber_angle", + "text": "property VariableFabricFiberAngle.fabric_fiber_angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.orientation", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.orientation.html#orientation", - "title": "orientation", - "section": "orientation", - "text": "orientation" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.nodal_data", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.orientation", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.orientation.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.orientation", - "title": "orientation > orientation > orientation", - "section": "orientation > orientation", - "text": "AnalysisPlyElementalData.orientation: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.nodal_data", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.nodal_data.html#ansys.acp.core.OrientedSelectionSet.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property OrientedSelectionSet.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.delete", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.LINE", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.LINE.html#line", + "title": "LINE", + "section": "LINE", + "text": "LINE" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.delete", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.delete.html#ansys.acp.core.CADGeometry.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "CADGeometry.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.LINE", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.LINE.html#ansys.acp.core.VirtualGeometryDimension.LINE", + "title": "LINE > LINE > LINE", + "section": "LINE > LINE", + "text": "VirtualGeometryDimension.LINE = 'line'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.delete", - "href": "api/_autosummary/ansys.acp.core.ElementSet.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_2.html#g12_2", + "title": "G12_2", + "section": "G12_2", + "text": "G12_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.delete", - "href": "api/_autosummary/ansys.acp.core.ElementSet.delete.html#ansys.acp.core.ElementSet.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "ElementSet.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_2", + "title": "G12_2 > G12_2 > G12_2", + "section": "G12_2 > G12_2", + "text": "property VariableWovenCharacterization.G12_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXt.html#ext", - "title": "eXt", - "section": "eXt", - "text": "eXt" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.entire_solid_mesh", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.entire_solid_mesh.html#entire_solid_mesh", + "title": "entire_solid_mesh", + "section": "entire_solid_mesh", + "text": "entire_solid_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXt.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eXt", - "title": "eXt > eXt > eXt", - "section": "eXt > eXt", - "text": "property ConstantStrainLimits.eXt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.entire_solid_mesh", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.entire_solid_mesh.html#ansys.acp.core.LayupMappingObject.entire_solid_mesh", + "title": "entire_solid_mesh > entire_solid_mesh > entire_solid_mesh", + "section": "entire_solid_mesh > entire_solid_mesh", + "text": "property LayupMappingObject.entire_solid_mesh: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.split", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.split.html#split", - "title": "split", - "section": "split", - "text": "Return a list of the substrings in the string, using sep as the separator string.\nThe separator used to split the string.\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\nMaximum number of splits.\n-1 (the default value) means no limit.\nSplitting starts at the front of the string and works to the end.\nNote, str.split() is mainly useful for data that has been intentionally\ndelimited. With natural text that includes punctuation, consider using\nthe regular expression module.\nsplit" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.TOP_OFFSET", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.TOP_OFFSET.html#top_offset", + "title": "TOP_OFFSET", + "section": "TOP_OFFSET", + "text": "TOP_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.split", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.split.html#ansys.acp.core.material_property_sets.PuckMaterialType.split", - "title": "split > split > split", - "section": "split > split", - "text": "PuckMaterialType.split(/, sep=None, maxsplit=-1)\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nsep\n\nThe separator used to split the string.\n\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\n\nmaxsplit\n\nMaximum number of splits.\n-1 (the default value) means no limit.\n\nSplitting starts at the front of the string and works to the end.\n\nNote, str.split() is mainly useful for data that has been intentionally\ndelimited. With natural text that includes punctuation, consider using\nthe regular expression module.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.TOP_OFFSET", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.TOP_OFFSET.html#ansys.acp.core.ImportedPlyOffsetType.TOP_OFFSET", + "title": "TOP_OFFSET > TOP_OFFSET > TOP_OFFSET", + "section": "TOP_OFFSET > TOP_OFFSET", + "text": "ImportedPlyOffsetType.TOP_OFFSET = 'top_offset'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.NO_DRAPING", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.NO_DRAPING.html#no_draping", - "title": "NO_DRAPING", - "section": "NO_DRAPING", - "text": "NO_DRAPING" + "objectID": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets", + "href": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets.html#oriented_selection_sets", + "title": "oriented_selection_sets", + "section": "oriented_selection_sets", + "text": "oriented_selection_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.NO_DRAPING", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.NO_DRAPING.html#ansys.acp.core.ImportedPlyDrapingType.NO_DRAPING", - "title": "NO_DRAPING > NO_DRAPING > NO_DRAPING", - "section": "NO_DRAPING > NO_DRAPING", - "text": "ImportedPlyDrapingType.NO_DRAPING = 'no_draping'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets", + "href": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets.html#ansys.acp.core.Model.oriented_selection_sets", + "title": "oriented_selection_sets > oriented_selection_sets > oriented_selection_sets", + "section": "oriented_selection_sets > oriented_selection_sets", + "text": "property Model.oriented_selection_sets: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList.html#edgepropertylist", - "title": "EdgePropertyList", - "section": "EdgePropertyList", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nWrap graph edges of a specific type.\nWraps links between objects of a specific type, for instance FabricWithAngle\nof a stackup. This object handles the conversion of the protobuf messages to the\ncorresponding Python object and vice-versa.\nself._object_list holds the Python object. The python objects are stored\nto support editing in-place editing. This is achieved by passing a callback\nfunction to the python object.\nThe edges (and parent object) is updated\nas soon as an item or one of its properties are changed.\nNote: sort is not implemented because the model definition often depends\non the order.\nThe LinkedObjectList should be used for graph edges without a specific type.\nFor instance, element sets of an oriented element set.\nEdgePropertyList" + "objectID": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets", + "href": "api/_autosummary/ansys.acp.core.Model.oriented_selection_sets.html#examples-using-modeloriented_selection_sets", + "title": "oriented_selection_sets > Examples using Model.oriented_selection_sets", + "section": "Examples using Model.oriented_selection_sets", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Model.oriented_selection_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList.html#ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList", - "title": "EdgePropertyList > EdgePropertyList > EdgePropertyList", - "section": "EdgePropertyList > EdgePropertyList", - "text": "class ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.EdgePropertyList(*, _parent_object, _object_type, _attribute_name, _from_pb_constructor)\n\nWrap graph edges of a specific type.\n\nWraps links between objects of a specific type, for instance FabricWithAngle\nof a stackup. This object handles the conversion of the protobuf messages to the\ncorresponding Python object and vice-versa.\nself._object_list holds the Python object. The python objects are stored\nto support editing in-place editing. This is achieved by passing a callback\nfunction to the python object.\n\nThe edges (and parent object) is updated\nas soon as an item or one of its properties are changed.\n\nNote: sort is not implemented because the model definition often depends\non the order.\n\nThe LinkedObjectList should be used for graph edges without a specific type.\nFor instance, element sets of an oriented element set.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Material.engineering_constants", + "href": "api/_autosummary/ansys.acp.core.Material.engineering_constants.html#engineering_constants", + "title": "engineering_constants", + "section": "engineering_constants", + "text": "engineering_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.Material.engineering_constants", + "href": "api/_autosummary/ansys.acp.core.Material.engineering_constants.html#ansys.acp.core.Material.engineering_constants", + "title": "engineering_constants > engineering_constants > engineering_constants", + "section": "engineering_constants > engineering_constants", + "text": "property Material.engineering_constants: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.parent.html#ansys.acp.core.CutOffSelectionRule.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property CutOffSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.global_ply_nr", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.global_ply_nr.html#global_ply_nr", + "title": "global_ply_nr", + "section": "global_ply_nr", + "text": "global_ply_nr" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.replace", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.replace.html#replace", - "title": "replace", - "section": "replace", - "text": "Return a copy with all occurrences of substring old replaced by new.\nMaximum number of occurrences to replace.\n-1 (the default value) means replace all occurrences.\nIf the optional argument count is given, only the first count occurrences are\nreplaced.\nreplace" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.global_ply_nr", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.global_ply_nr.html#ansys.acp.core.ButtJointSequence.global_ply_nr", + "title": "global_ply_nr > global_ply_nr > global_ply_nr", + "section": "global_ply_nr > global_ply_nr", + "text": "property ButtJointSequence.global_ply_nr: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.replace", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.replace.html#ansys.acp.core.LaunchMode.replace", - "title": "replace > replace > replace", - "section": "replace > replace", - "text": "LaunchMode.replace(old, new, count=-1, /)\n\nReturn a copy with all occurrences of substring old replaced by new.\n\ncount\n\nMaximum number of occurrences to replace.\n-1 (the default value) means replace all occurrences.\n\nIf the optional argument count is given, only the first count occurrences are\nreplaced.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.MESH", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.MESH.html#mesh", + "title": "MESH", + "section": "MESH", + "text": "MESH" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.parallel_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.parallel_selection_rules.html#parallel_selection_rules", - "title": "parallel_selection_rules", - "section": "parallel_selection_rules", - "text": "parallel_selection_rules" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.MESH", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.MESH.html#ansys.acp.core.IgnorableEntity.MESH", + "title": "MESH > MESH > MESH", + "section": "MESH > MESH", + "text": "IgnorableEntity.MESH = 'mesh'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.parallel_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.parallel_selection_rules.html#ansys.acp.core.Model.parallel_selection_rules", - "title": "parallel_selection_rules > parallel_selection_rules > parallel_selection_rules", - "section": "parallel_selection_rules > parallel_selection_rules", - "text": "property Model.parallel_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry", + "href": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry.html#create_virtual_geometry", + "title": "create_virtual_geometry", + "section": "create_virtual_geometry", + "text": "Instantiate a Virtual Geometry.\nThe virtual geometry can be created from a set of CAD components or from a set of SubShapes.\nCombining CAD Components and SubShapes is not allowed.\nname (str) – Name of the Virtual Geometry.\ncad_components (Iterable[CADComponent] | None) – CAD Components that make up the virtual geometry.\nsub_shapes (Iterable[SubShape] | None) – SubShapes that make up the virtual geometry.\nVirtualGeometry\nAdded in ACP server version 24.2.\ncreate_virtual_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.html#importedplydrapingtype", - "title": "ImportedPlyDrapingType", - "section": "ImportedPlyDrapingType", - "text": "Options for the draping algorithm used.\nImportedPlyDrapingType.NO_DRAPING\n\nImportedPlyDrapingType.TABULAR_VALUES\n\nImportedPlyDrapingType\nImportedPlyDrapingType.NO_DRAPING\nImportedPlyDrapingType.TABULAR_VALUES" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry", + "href": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry.html#ansys.acp.core.Model.create_virtual_geometry", + "title": "create_virtual_geometry > create_virtual_geometry > create_virtual_geometry", + "section": "create_virtual_geometry > create_virtual_geometry", + "text": "Model.create_virtual_geometry(*, name='VirtualGeometry', cad_components=None, sub_shapes=None)\n\nInstantiate a Virtual Geometry.\n\nThe virtual geometry can be created from a set of CAD components or from a set of SubShapes.\nCombining CAD Components and SubShapes is not allowed.\n\nParameters\n\nname (str) – Name of the Virtual Geometry.\n\ncad_components (Iterable[CADComponent] | None) – CAD Components that make up the virtual geometry.\n\nsub_shapes (Iterable[SubShape] | None) – SubShapes that make up the virtual geometry.\n\nReturn type\n\nVirtualGeometry\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.html#ansys.acp.core.ImportedPlyDrapingType", - "title": "ImportedPlyDrapingType > ImportedPlyDrapingType > ImportedPlyDrapingType", - "section": "ImportedPlyDrapingType > ImportedPlyDrapingType", - "text": "class ansys.acp.core.ImportedPlyDrapingType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the draping algorithm used.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nImportedPlyDrapingType.NO_DRAPING\n\n\n\nImportedPlyDrapingType.TABULAR_VALUES\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry", + "href": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry.html#examples-using-modelcreate_virtual_geometry", + "title": "create_virtual_geometry > Examples using Model.create_virtual_geometry", + "section": "Examples using Model.create_virtual_geometry", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using Model.create_virtual_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.offset.html#offset", - "title": "offset", - "section": "offset", - "text": "offset" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.draping_material_model", + "href": "api/_autosummary/ansys.acp.core.Stackup.draping_material_model.html#draping_material_model", + "title": "draping_material_model", + "section": "draping_material_model", + "text": "draping_material_model" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.offset.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.offset", - "title": "offset > offset > offset", - "section": "offset > offset", - "text": "AnalysisPlyElementalData.offset: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.draping_material_model", + "href": "api/_autosummary/ansys.acp.core.Stackup.draping_material_model.html#ansys.acp.core.Stackup.draping_material_model", + "title": "draping_material_model > draping_material_model > draping_material_model", + "section": "draping_material_model > draping_material_model", + "text": "property Stackup.draping_material_model: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.angle", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.angle.html#angle", - "title": "angle", - "section": "angle", - "text": "angle" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.store", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.angle", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.angle.html#ansys.acp.core.ImportedAnalysisPly.angle", - "title": "angle > angle > angle", - "section": "angle > angle", - "text": "property ImportedAnalysisPly.angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.store", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.store.html#ansys.acp.core.CutOffGeometry.store", + "title": "store > store > store", + "section": "store > store", + "text": "CutOffGeometry.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET.html#bottom_offset", - "title": "BOTTOM_OFFSET", - "section": "BOTTOM_OFFSET", - "text": "BOTTOM_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.draping_ud_coefficient", + "href": "api/_autosummary/ansys.acp.core.Fabric.draping_ud_coefficient.html#draping_ud_coefficient", + "title": "draping_ud_coefficient", + "section": "draping_ud_coefficient", + "text": "draping_ud_coefficient" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET.html#ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET", - "title": "BOTTOM_OFFSET > BOTTOM_OFFSET > BOTTOM_OFFSET", - "section": "BOTTOM_OFFSET > BOTTOM_OFFSET", - "text": "ImportedPlyOffsetType.BOTTOM_OFFSET = 'bottom_offset'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.draping_ud_coefficient", + "href": "api/_autosummary/ansys.acp.core.Fabric.draping_ud_coefficient.html#ansys.acp.core.Fabric.draping_ud_coefficient", + "title": "draping_ud_coefficient > draping_ud_coefficient > draping_ud_coefficient", + "section": "draping_ud_coefficient > draping_ud_coefficient", + "text": "property Fabric.draping_ud_coefficient: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET.html#examples-using-importedplyoffsettypebottom_offset", - "title": "BOTTOM_OFFSET > Examples using ImportedPlyOffsetType.BOTTOM_OFFSET", - "section": "Examples using ImportedPlyOffsetType.BOTTOM_OFFSET", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedPlyOffsetType.BOTTOM_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material", + "href": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material.html#drop_off_material", + "title": "drop_off_material", + "section": "drop_off_material", + "text": "drop_off_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.section_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.section_index.html#section_index", - "title": "section_index", - "section": "section_index", - "text": "section_index" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material", + "href": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material.html#ansys.acp.core.Stackup.drop_off_material", + "title": "drop_off_material > drop_off_material > drop_off_material", + "section": "drop_off_material > drop_off_material", + "text": "property Stackup.drop_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.section_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.section_index.html#ansys.acp.core.SolidModelExportSettings.section_index", - "title": "section_index > section_index > section_index", - "section": "section_index > section_index", - "text": "property SolidModelExportSettings.section_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.mat_type", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.mat_type.html#mat_type", - "title": "mat_type", - "section": "mat_type", - "text": "mat_type" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.element_labels.html#ansys.acp.core.mesh_data.ElementSetElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "ElementSetElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.mat_type", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.mat_type.html#ansys.acp.core.material_property_sets.VariablePuckConstants.mat_type", - "title": "mat_type > mat_type > mat_type", - "section": "mat_type > mat_type", - "text": "property VariablePuckConstants.mat_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXt.html#ext", + "title": "eXt", + "section": "eXt", + "text": "eXt" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eXt.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eXt", + "title": "eXt > eXt > eXt", + "section": "eXt > eXt", + "text": "property ConstantStrainLimits.eXt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.node_labels.html#ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "OrientedSelectionSetNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosette_selection_method", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosette_selection_method.html#rosette_selection_method", + "title": "rosette_selection_method", + "section": "rosette_selection_method", + "text": "rosette_selection_method" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.COORDINATES", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.COORDINATES.html#coordinates", - "title": "COORDINATES", - "section": "COORDINATES", - "text": "COORDINATES" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosette_selection_method", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosette_selection_method.html#ansys.acp.core.ImportedModelingPly.rosette_selection_method", + "title": "rosette_selection_method > rosette_selection_method > rosette_selection_method", + "section": "rosette_selection_method > rosette_selection_method", + "text": "property ImportedModelingPly.rosette_selection_method: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.COORDINATES", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.COORDINATES.html#ansys.acp.core.ElementalDataType.COORDINATES", - "title": "COORDINATES > COORDINATES > COORDINATES", - "section": "COORDINATES > COORDINATES", - "text": "ElementalDataType.COORDINATES = 'coordinates'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat", + "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.html#solidmodelimportformat", + "title": "SolidModelImportFormat", + "section": "SolidModelImportFormat", + "text": "Options for the file format when importing a solid model.\nSolidModelImportFormat.ANSYS_H5\n\nSolidModelImportFormat.ANSYS_CDB\n\nSolidModelImportFormat.ANSYS_DAT\n\nSolidModelImportFormat\nSolidModelImportFormat.ANSYS_H5\nSolidModelImportFormat.ANSYS_CDB\nSolidModelImportFormat.ANSYS_DAT" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.imported_modeling_plies", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.imported_modeling_plies.html#imported_modeling_plies", - "title": "imported_modeling_plies", - "section": "imported_modeling_plies", - "text": "imported_modeling_plies" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat", + "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.html#ansys.acp.core.SolidModelImportFormat", + "title": "SolidModelImportFormat > SolidModelImportFormat > SolidModelImportFormat", + "section": "SolidModelImportFormat > SolidModelImportFormat", + "text": "class ansys.acp.core.SolidModelImportFormat(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the file format when importing a solid model.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSolidModelImportFormat.ANSYS_H5\n\n\n\nSolidModelImportFormat.ANSYS_CDB\n\n\n\nSolidModelImportFormat.ANSYS_DAT\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.imported_modeling_plies", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.imported_modeling_plies.html#ansys.acp.core.ImportedModelingGroup.imported_modeling_plies", - "title": "imported_modeling_plies > imported_modeling_plies > imported_modeling_plies", - "section": "imported_modeling_plies > imported_modeling_plies", - "text": "property ImportedModelingGroup.imported_modeling_plies: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_z", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_z.html#rotation_angle_z", + "title": "rotation_angle_z", + "section": "rotation_angle_z", + "text": "rotation_angle_z" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.locked", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_z", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_z.html#ansys.acp.core.CoordinateTransformation.rotation_angle_z", + "title": "rotation_angle_z > rotation_angle_z > rotation_angle_z", + "section": "rotation_angle_z > rotation_angle_z", + "text": "CoordinateTransformation.rotation_angle_z: float = 0.0\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.locked", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.locked.html#ansys.acp.core.SolidElementSet.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property SolidElementSet.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.reference_direction_field", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.reference_direction_field.html#reference_direction_field", + "title": "reference_direction_field", + "section": "reference_direction_field", + "text": "reference_direction_field" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_material", - "href": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_material.html#drop_off_material", - "title": "drop_off_material", - "section": "drop_off_material", - "text": "drop_off_material" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.reference_direction_field", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.reference_direction_field.html#ansys.acp.core.ImportedModelingPly.reference_direction_field", + "title": "reference_direction_field > reference_direction_field > reference_direction_field", + "section": "reference_direction_field > reference_direction_field", + "text": "property ImportedModelingPly.reference_direction_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_material", - "href": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_material.html#ansys.acp.core.SolidModel.drop_off_material", - "title": "drop_off_material > drop_off_material > drop_off_material", - "section": "drop_off_material > drop_off_material", - "text": "property SolidModel.drop_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.data", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.data.html#data", + "title": "data", + "section": "data", + "text": "data" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.html#variablewovenstresslimits", - "title": "VariableWovenStressLimits", - "section": "VariableWovenStressLimits", - "text": "Variable stress limits property set for woven materials.\nAdded in ACP server version 24.2.\nVariableWovenStressLimits.Sxy\n\nVariableWovenStressLimits.Sxz\n\nVariableWovenStressLimits.Syz\n\nVariableWovenStressLimits.Xc\n\nVariableWovenStressLimits.Xt\n\nVariableWovenStressLimits.Yc\n\nVariableWovenStressLimits.Yt\n\nVariableWovenStressLimits.Zc\n\nVariableWovenStressLimits.Zt\n\nVariableWovenStressLimits.field_variables\n\nVariableWovenStressLimits.interpolation_options\n\nVariableWovenStressLimits\nVariableWovenStressLimits.Sxy\nVariableWovenStressLimits.Sxz\nVariableWovenStressLimits.Syz\nVariableWovenStressLimits.Xc\nVariableWovenStressLimits.Xt\nVariableWovenStressLimits.Yc\nVariableWovenStressLimits.Yt\nVariableWovenStressLimits.Zc\nVariableWovenStressLimits.Zt\nVariableWovenStressLimits.field_variables\nVariableWovenStressLimits.interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.data", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.data.html#ansys.acp.core.LookUpTable1DColumn.data", + "title": "data > data > data", + "section": "data > data", + "text": "property LookUpTable1DColumn.data: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits", - "title": "VariableWovenStressLimits > VariableWovenStressLimits > VariableWovenStressLimits", - "section": "VariableWovenStressLimits > VariableWovenStressLimits", - "text": "class ansys.acp.core.material_property_sets.VariableWovenStressLimits(*, _parent_object=None, _attribute_path=None)\n\nVariable stress limits property set for woven materials.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableWovenStressLimits.Sxy\n\n\n\nVariableWovenStressLimits.Sxz\n\n\n\nVariableWovenStressLimits.Syz\n\n\n\nVariableWovenStressLimits.Xc\n\n\n\nVariableWovenStressLimits.Xt\n\n\n\nVariableWovenStressLimits.Yc\n\n\n\nVariableWovenStressLimits.Yt\n\n\n\nVariableWovenStressLimits.Zc\n\n\n\nVariableWovenStressLimits.Zt\n\n\n\nVariableWovenStressLimits.field_variables\n\n\n\nVariableWovenStressLimits.interpolation_options\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_1.html#g23_1", + "title": "G23_1", + "section": "G23_1", + "text": "G23_1" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_1.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_1", + "title": "G23_1 > G23_1 > G23_1", + "section": "G23_1 > G23_1", + "text": "property VariableWovenCharacterization.G23_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType", - "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.html#cutoffruletype", - "title": "CutOffRuleType", - "section": "CutOffRuleType", - "text": "Options for how a cut off rule is defined.\nCutOffRuleType.GEOMETRY\n\nCutOffRuleType.TAPER\n\nCutOffRuleType\nCutOffRuleType.GEOMETRY\nCutOffRuleType.TAPER" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.max_element_thickness", + "href": "api/_autosummary/ansys.acp.core.SolidModel.max_element_thickness.html#max_element_thickness", + "title": "max_element_thickness", + "section": "max_element_thickness", + "text": "max_element_thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType", - "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.html#ansys.acp.core.CutOffRuleType", - "title": "CutOffRuleType > CutOffRuleType > CutOffRuleType", - "section": "CutOffRuleType > CutOffRuleType", - "text": "class ansys.acp.core.CutOffRuleType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how a cut off rule is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nCutOffRuleType.GEOMETRY\n\n\n\nCutOffRuleType.TAPER\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.max_element_thickness", + "href": "api/_autosummary/ansys.acp.core.SolidModel.max_element_thickness.html#ansys.acp.core.SolidModel.max_element_thickness", + "title": "max_element_thickness > max_element_thickness > max_element_thickness", + "section": "max_element_thickness > max_element_thickness", + "text": "property SolidModel.max_element_thickness: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.parent", - "href": "api/_autosummary/ansys.acp.core.SolidModel.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObjectBase", + "href": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObjectBase.html#treeobjectbase", + "title": "TreeObjectBase", + "section": "TreeObjectBase", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nBase class for ACP tree objects.\nTreeObjectBase" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.parent", - "href": "api/_autosummary/ansys.acp.core.SolidModel.parent.html#ansys.acp.core.SolidModel.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property SolidModel.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObjectBase", + "href": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObjectBase.html#ansys.acp.core._tree_objects.base.TreeObjectBase", + "title": "TreeObjectBase > TreeObjectBase > TreeObjectBase", + "section": "TreeObjectBase > TreeObjectBase", + "text": "class ansys.acp.core._tree_objects.base.TreeObjectBase(name='')\n\nBase class for ACP tree objects.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.section_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.section_index.html#section_index", - "title": "section_index", - "section": "section_index", - "text": "section_index" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.core_scale_factor", + "href": "api/_autosummary/ansys.acp.core.SectionCut.core_scale_factor.html#core_scale_factor", + "title": "core_scale_factor", + "section": "core_scale_factor", + "text": "core_scale_factor" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.section_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.section_index.html#ansys.acp.core.ImportedSolidModelExportSettings.section_index", - "title": "section_index > section_index > section_index", - "section": "section_index > section_index", - "text": "property ImportedSolidModelExportSettings.section_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.core_scale_factor", + "href": "api/_autosummary/ansys.acp.core.SectionCut.core_scale_factor.html#ansys.acp.core.SectionCut.core_scale_factor", + "title": "core_scale_factor > core_scale_factor > core_scale_factor", + "section": "core_scale_factor > core_scale_factor", + "text": "property SectionCut.core_scale_factor: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.field_variables.html#field_variables", - "title": "field_variables", - "section": "field_variables", - "text": "field_variables" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.warping_limit", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.warping_limit.html#warping_limit", + "title": "warping_limit", + "section": "warping_limit", + "text": "warping_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.field_variables.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.field_variables", - "title": "field_variables > field_variables > field_variables", - "section": "field_variables > field_variables", - "text": "property VariableWovenStressLimits.field_variables: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.warping_limit", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.warping_limit.html#ansys.acp.core.ImportedSolidModel.warping_limit", + "title": "warping_limit > warping_limit > warping_limit", + "section": "warping_limit > warping_limit", + "text": "property ImportedSolidModel.warping_limit: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.negative_capture_tolerance", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.negative_capture_tolerance.html#negative_capture_tolerance", - "title": "negative_capture_tolerance", - "section": "negative_capture_tolerance", - "text": "negative_capture_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.get_model_tree", + "href": "api/_autosummary/ansys.acp.core.get_model_tree.html#get_model_tree", + "title": "get_model_tree", + "section": "get_model_tree", + "text": "Get a tree representation of the model.\nReturns the root node.\nmodel (Model) – ACP model.\nhide_empty (bool) – Whether to hide empty collections.\nNode\nget_model_tree" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.negative_capture_tolerance", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.negative_capture_tolerance.html#ansys.acp.core.GeometricalSelectionRule.negative_capture_tolerance", - "title": "negative_capture_tolerance > negative_capture_tolerance > negative_capture_tolerance", - "section": "negative_capture_tolerance > negative_capture_tolerance", - "text": "property GeometricalSelectionRule.negative_capture_tolerance: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.get_model_tree", + "href": "api/_autosummary/ansys.acp.core.get_model_tree.html#ansys.acp.core.get_model_tree", + "title": "get_model_tree > get_model_tree > get_model_tree", + "section": "get_model_tree > get_model_tree", + "text": "ansys.acp.core.get_model_tree(model, *, hide_empty=True)\n\nGet a tree representation of the model.\n\nReturns the root node.\n\nParameters\n\nmodel (Model) – ACP model.\n\nhide_empty (bool) – Whether to hide empty collections.\n\nReturn type\n\nNode\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._server.common.ControllableServerProtocol", - "href": "api/_autosummary/ansys.acp.core._server.common.ControllableServerProtocol.html#controllableserverprotocol", - "title": "ControllableServerProtocol", - "section": "ControllableServerProtocol", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nInterface definition for ACP servers which can be remotely started / stopped.\nControllableServerProtocol" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rjust", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rjust.html#rjust", + "title": "rjust", + "section": "rjust", + "text": "Return a right-justified string of length width.\nPadding is done using the specified fill character (default is a space).\nrjust" }, { - "objectID": "api/_autosummary/ansys.acp.core._server.common.ControllableServerProtocol", - "href": "api/_autosummary/ansys.acp.core._server.common.ControllableServerProtocol.html#ansys.acp.core._server.common.ControllableServerProtocol", - "title": "ControllableServerProtocol > ControllableServerProtocol > ControllableServerProtocol", - "section": "ControllableServerProtocol > ControllableServerProtocol", - "text": "class ansys.acp.core._server.common.ControllableServerProtocol(*args, **kwargs)\n\nInterface definition for ACP servers which can be remotely started / stopped.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rjust", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rjust.html#ansys.acp.core.LaunchMode.rjust", + "title": "rjust > rjust > rjust", + "section": "rjust > rjust", + "text": "LaunchMode.rjust(width, fillchar=' ', /)\n\nReturn a right-justified string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.rosette", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.rosette.html#rosette", - "title": "rosette", - "section": "rosette", - "text": "rosette" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_geometry", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_geometry.html#cut_off_geometry", + "title": "cut_off_geometry", + "section": "cut_off_geometry", + "text": "cut_off_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.rosette", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.rosette.html#ansys.acp.core.ParallelSelectionRule.rosette", - "title": "rosette > rosette > rosette", - "section": "rosette > rosette", - "text": "property ParallelSelectionRule.rosette: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_geometry", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_geometry.html#ansys.acp.core.CutOffSelectionRule.cut_off_geometry", + "title": "cut_off_geometry > cut_off_geometry > cut_off_geometry", + "section": "cut_off_geometry > cut_off_geometry", + "text": "property CutOffSelectionRule.cut_off_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Convert the mesh data to a PyVista object.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.offset_type", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.offset_type.html#offset_type", + "title": "offset_type", + "section": "offset_type", + "text": "offset_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ScalarData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ScalarData.get_pyvista_mesh(mesh)\n\nConvert the mesh data to a PyVista object.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.offset_type", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.offset_type.html#ansys.acp.core.ImportedModelingPly.offset_type", + "title": "offset_type > offset_type > offset_type", + "section": "offset_type > offset_type", + "text": "property ImportedModelingPly.offset_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.DropOffType.INSIDE_PLY", + "href": "api/_autosummary/ansys.acp.core.DropOffType.INSIDE_PLY.html#inside_ply", + "title": "INSIDE_PLY", + "section": "INSIDE_PLY", + "text": "INSIDE_PLY" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.id.html#ansys.acp.core.GeometricalSelectionRule.id", - "title": "id > id > id", - "section": "id > id", - "text": "property GeometricalSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DropOffType.INSIDE_PLY", + "href": "api/_autosummary/ansys.acp.core.DropOffType.INSIDE_PLY.html#ansys.acp.core.DropOffType.INSIDE_PLY", + "title": "INSIDE_PLY > INSIDE_PLY > INSIDE_PLY", + "section": "INSIDE_PLY > INSIDE_PLY", + "text": "DropOffType.INSIDE_PLY = 'inside_ply'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.interpolation_options.html#interpolation_options", - "title": "interpolation_options", - "section": "interpolation_options", - "text": "interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.Status.NOTUPTODATE", + "href": "api/_autosummary/ansys.acp.core.Status.NOTUPTODATE.html#notuptodate", + "title": "NOTUPTODATE", + "section": "NOTUPTODATE", + "text": "NOTUPTODATE" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.interpolation_options.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.interpolation_options", - "title": "interpolation_options > interpolation_options > interpolation_options", - "section": "interpolation_options > interpolation_options", - "text": "property VariableWovenStressLimits.interpolation_options: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Status.NOTUPTODATE", + "href": "api/_autosummary/ansys.acp.core.Status.NOTUPTODATE.html#ansys.acp.core.Status.NOTUPTODATE", + "title": "NOTUPTODATE > NOTUPTODATE > NOTUPTODATE", + "section": "NOTUPTODATE > NOTUPTODATE", + "text": "Status.NOTUPTODATE = 'NOTUPTODATE'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.area_weight", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.area_weight.html#area_weight", - "title": "area_weight", - "section": "area_weight", - "text": "area_weight" + "objectID": "api/_autosummary/ansys.acp.core.Lamina.angle", + "href": "api/_autosummary/ansys.acp.core.Lamina.angle.html#angle", + "title": "angle", + "section": "angle", + "text": "Orientation angle in degree of the material with respect to the reference direction.\nangle" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.area_weight", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.area_weight.html#ansys.acp.core.SubLaminate.area_weight", - "title": "area_weight > area_weight > area_weight", - "section": "area_weight > area_weight", - "text": "property SubLaminate.area_weight: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Lamina.angle", + "href": "api/_autosummary/ansys.acp.core.Lamina.angle.html#ansys.acp.core.Lamina.angle", + "title": "angle > angle > angle", + "section": "angle > angle", + "text": "property Lamina.angle: float\n\nOrientation angle in degree of the material with respect to the reference direction.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.split", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.split.html#split", - "title": "split", - "section": "split", - "text": "Return a list of the substrings in the string, using sep as the separator string.\nThe separator used to split the string.\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\nMaximum number of splits.\n-1 (the default value) means no limit.\nSplitting starts at the front of the string and works to the end.\nNote, str.split() is mainly useful for data that has been intentionally\ndelimited. With natural text that includes punctuation, consider using\nthe regular expression module.\nsplit" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.name", + "href": "api/_autosummary/ansys.acp.core.ElementSet.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.split", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.split.html#ansys.acp.core.LaunchMode.split", - "title": "split > split > split", - "section": "split > split", - "text": "LaunchMode.split(/, sep=None, maxsplit=-1)\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nsep\n\nThe separator used to split the string.\n\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\n\nmaxsplit\n\nMaximum number of splits.\n-1 (the default value) means no limit.\n\nSplitting starts at the front of the string and works to the end.\n\nNote, str.split() is mainly useful for data that has been intentionally\ndelimited. With natural text that includes punctuation, consider using\nthe regular expression module.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.name", + "href": "api/_autosummary/ansys.acp.core.ElementSet.name.html#ansys.acp.core.ElementSet.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ElementSet.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.unit_system", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.unit_system.html#unit_system", - "title": "unit_system", - "section": "unit_system", - "text": "unit_system" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_import_type", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_import_type.html#mesh_import_type", + "title": "mesh_import_type", + "section": "mesh_import_type", + "text": "mesh_import_type" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_import_type", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_import_type.html#ansys.acp.core.ImportedModelingPly.mesh_import_type", + "title": "mesh_import_type > mesh_import_type > mesh_import_type", + "section": "mesh_import_type > mesh_import_type", + "text": "property ImportedModelingPly.mesh_import_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.unit_system", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.unit_system.html#ansys.acp.core.ImportedSolidModel.unit_system", - "title": "unit_system > unit_system > unit_system", - "section": "unit_system > unit_system", - "text": "property ImportedSolidModel.unit_system: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.larc_constants", + "href": "api/_autosummary/ansys.acp.core.Material.larc_constants.html#larc_constants", + "title": "larc_constants", + "section": "larc_constants", + "text": "larc_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.html#unitsystemtype", - "title": "UnitSystemType", - "section": "UnitSystemType", - "text": "Available choices for the unit system.\nUnitSystemType.UNDEFINED\n\nUnitSystemType.SI\n\nUnitSystemType.MKS\n\nUnitSystemType.uMKS\n\nUnitSystemType.CGS\n\nUnitSystemType.MPA\n\nUnitSystemType.BFT\n\nUnitSystemType.BIN\n\nUnitSystemType.FROM_FILE\n\nUnitSystemType\nUnitSystemType.UNDEFINED\nUnitSystemType.SI\nUnitSystemType.MKS\nUnitSystemType.uMKS\nUnitSystemType.CGS\nUnitSystemType.MPA\nUnitSystemType.BFT\nUnitSystemType.BIN\nUnitSystemType.FROM_FILE" + "objectID": "api/_autosummary/ansys.acp.core.Material.larc_constants", + "href": "api/_autosummary/ansys.acp.core.Material.larc_constants.html#ansys.acp.core.Material.larc_constants", + "title": "larc_constants > larc_constants > larc_constants", + "section": "larc_constants > larc_constants", + "text": "property Material.larc_constants: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.html#ansys.acp.core.UnitSystemType", - "title": "UnitSystemType > UnitSystemType > UnitSystemType", - "section": "UnitSystemType > UnitSystemType", - "text": "class ansys.acp.core.UnitSystemType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nAvailable choices for the unit system.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nUnitSystemType.UNDEFINED\n\n\n\nUnitSystemType.SI\n\n\n\nUnitSystemType.MKS\n\n\n\nUnitSystemType.uMKS\n\n\n\nUnitSystemType.CGS\n\n\n\nUnitSystemType.MPA\n\n\n\nUnitSystemType.BFT\n\n\n\nUnitSystemType.BIN\n\n\n\nUnitSystemType.FROM_FILE\n\n\n\n" + "objectID": "api/example_helpers", + "href": "api/example_helpers.html#example-helpers", + "title": "Example helpers", + "section": "Example helpers", + "text": "ExampleKeys(cls, value[, names, module, ...])\nKeys for the example files.\nget_example_file(example_key, working_directory)\nDownload an example file from the example-data repo to the working directory.\nExample helpers\nExampleKeys\nget_example_file" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.html#examples-using-unitsystemtype", - "title": "UnitSystemType > Examples using UnitSystemType", - "section": "Examples using UnitSystemType", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using UnitSystemType" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isupper", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isupper.html#isupper", + "title": "isupper", + "section": "isupper", + "text": "Return True if the string is an uppercase string, False otherwise.\nA string is uppercase if all cased characters in the string are uppercase and\nthere is at least one cased character in the string.\nisupper" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isupper", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isupper.html#ansys.acp.core.LaunchMode.isupper", + "title": "isupper > isupper > isupper", + "section": "isupper > isupper", + "text": "LaunchMode.isupper(/)\n\nReturn True if the string is an uppercase string, False otherwise.\n\nA string is uppercase if all cased characters in the string are uppercase and\nthere is at least one cased character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.delete.html#ansys.acp.core.CutOffSelectionRule.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "CutOffSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file.html#upload_file", + "title": "upload_file", + "section": "upload_file", + "text": "Upload a file to the server.\nDo not execute this function with untrusted input parameters.\nSee the security guide\nfor details.\nlocal_path (str | PathLike[str]) – The path of the file to be uploaded.\nThe path of the uploaded file on the server.\nPurePath\nupload_file" }, { - "objectID": "api/mesh_data", - "href": "api/mesh_data.html#mesh-data-objects", - "title": "Mesh data objects", - "section": "Mesh data objects", - "text": "AnalysisPlyElementalData(element_labels[, ...])\nRepresents elemental data for a Analysis Ply.\nAnalysisPlyNodalData(node_labels[, ply_offset])\nRepresents nodal data for an Analysis Ply.\nBooleanSelectionRuleElementalData(element_labels)\nRepresents elemental data for a Boolean Selection Rule.\nBooleanSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Boolean Selection Rule.\nCutOffSelectionRuleElementalData(element_labels)\nRepresents elemental data for a Cut-Off Selection Rule.\nCutOffSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Cut-Off Selection Rule.\nCylindricalSelectionRuleElementalData(...[, ...])\nRepresents elemental data for a Cylindrical Selection Rule.\nCylindricalSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Cylindrical Selection Rule.\nElementSetElementalData(element_labels[, normal])\nRepresents elemental data for an Element Set.\nElementSetNodalData(node_labels)\nRepresents nodal data for an Element Set.\nGeometricalSelectionRuleElementalData(...[, ...])\nRepresents elemental data for a Geometrical Selection Rule.\nGeometricalSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Geometrical Selection Rule.\nImportedSolidModelElementalData(element_labels)\nRepresents elemental data for an imported solid model.\nImportedSolidModelNodalData(node_labels)\nRepresents nodal data for an imported solid model.\nMeshData(node_labels, node_coordinates, ...)\nContainer for the mesh data of an ACP Model.\nModelElementalData(element_labels[, normal, ...])\nRepresents elemental data for a Model.\nModelingPlyElementalData(element_labels[, ...])\nRepresents elemental data for a Modeling Ply.\nModelingPlyNodalData(node_labels[, ply_offset])\nRepresents nodal data for a Modeling Ply.\nModelNodalData(node_labels)\nRepresents nodal data for a Model.\nOrientedSelectionSetElementalData(element_labels)\nRepresents elemental data for an Oriented Selection Set.\nOrientedSelectionSetNodalData(node_labels)\nRepresents nodal data for an Oriented Selection Set.\nParallelSelectionRuleElementalData(...[, normal])\nRepresents elemental data for a Parallel Selection Rule.\nParallelSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Parallel Selection Rule.\nProductionPlyElementalData(element_labels[, ...])\nRepresents elemental data for a Production Ply.\nProductionPlyNodalData(node_labels, ply_offset)\nRepresents nodal data for a Production Ply.\nScalarData(field_names, labels, values, ...)\nClass that encapsulates scalar data.\nSolidElementSetElementalData(element_labels)\nRepresents elemental data for a Solid Element Set.\nSolidElementSetNodalData(node_labels)\nRepresents nodal data for a Solid Element Set.\nSolidModelElementalData(element_labels[, normal])\nRepresents elemental data for a Solid Model.\nSolidModelNodalData(node_labels)\nRepresents nodal data for a Solid Model.\nSphericalSelectionRuleElementalData(...[, ...])\nRepresents elemental data for a Spherical Selection Rule.\nSphericalSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Spherical Selection Rule.\nTriangleMesh(node_coordinates, element_nodes)\nRepresents a mesh consisting of triangle faces only.\nTubeSelectionRuleElementalData(element_labels)\nRepresents elemental data for a Tube Selection Rule.\nTubeSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Tube Selection Rule.\nVariableOffsetSelectionRuleElementalData(...)\nRepresents elemental data for a VariableOffset Selection Rule.\nVariableOffsetSelectionRuleNodalData(node_labels)\nRepresents nodal data for a VariableOffset Selection Rule.\nVectorData(field_names, labels, values, ...)\nClass that encapsulates vector data.\nMesh data objects\nAnalysisPlyElementalData\nAnalysisPlyNodalData\nBooleanSelectionRuleElementalData\nBooleanSelectionRuleNodalData\nCutOffSelectionRuleElementalData\nCutOffSelectionRuleNodalData\nCylindricalSelectionRuleElementalData\nCylindricalSelectionRuleNodalData\nElementSetElementalData\nElementSetNodalData\nGeometricalSelectionRuleElementalData\nGeometricalSelectionRuleNodalData\nImportedSolidModelElementalData\nImportedSolidModelNodalData\nMeshData\nModelElementalData\nModelingPlyElementalData\nModelingPlyNodalData\nModelNodalData\nOrientedSelectionSetElementalData\nOrientedSelectionSetNodalData\nParallelSelectionRuleElementalData\nParallelSelectionRuleNodalData\nProductionPlyElementalData\nProductionPlyNodalData\nScalarData\nSolidElementSetElementalData\nSolidElementSetNodalData\nSolidModelElementalData\nSolidModelNodalData\nSphericalSelectionRuleElementalData\nSphericalSelectionRuleNodalData\nTriangleMesh\nTubeSelectionRuleElementalData\nTubeSelectionRuleNodalData\nVariableOffsetSelectionRuleElementalData\nVariableOffsetSelectionRuleNodalData\nVectorData" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file.html#ansys.acp.core.ACPInstance.upload_file", + "title": "upload_file > upload_file > upload_file", + "section": "upload_file > upload_file", + "text": "ACPInstance.upload_file(local_path)\n\nUpload a file to the server.\n\nDo not execute this function with untrusted input parameters.\nSee the security guide\nfor details.\n\nParameters\n\nlocal_path (str | PathLike[str]) – The path of the file to be uploaded.\n\nReturns\n\nThe path of the uploaded file on the server.\n\nReturn type\n\nPurePath\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.upload_file.html#examples-using-acpinstanceupload_file", + "title": "upload_file > Examples using ACPInstance.upload_file", + "section": "Examples using ACPInstance.upload_file", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ACPInstance.upload_file" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.nodal_data.html#ansys.acp.core.ImportedSolidModel.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property ImportedSolidModel.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.Lamina.material", - "href": "api/_autosummary/ansys.acp.core.Lamina.material.html#material", - "title": "material", - "section": "material", - "text": "Link to an existing fabric or stackup.\nmaterial" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.element_labels.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "ProductionPlyElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Lamina.material", - "href": "api/_autosummary/ansys.acp.core.Lamina.material.html#ansys.acp.core.Lamina.material", - "title": "material > material > material", - "section": "material > material", - "text": "property Lamina.material: Fabric | Stackup\n\nLink to an existing fabric or stackup.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.status", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.status", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.status.html#ansys.acp.core.EdgeSet.status", + "title": "status > status > status", + "section": "status > status", + "text": "property EdgeSet.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "CutOffSelectionRuleElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.id", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR.html#scalar", - "title": "SCALAR", - "section": "SCALAR", - "text": "SCALAR" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.id", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.id.html#ansys.acp.core.ExtrusionGuide.id", + "title": "id > id > id", + "section": "id > id", + "text": "property ExtrusionGuide.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR.html#ansys.acp.core.LookUpTableColumnValueType.SCALAR", - "title": "SCALAR > SCALAR > SCALAR", - "section": "SCALAR > SCALAR", - "text": "LookUpTableColumnValueType.SCALAR = 'scalar'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.drop_hanging_nodes", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.drop_hanging_nodes.html#drop_hanging_nodes", + "title": "drop_hanging_nodes", + "section": "drop_hanging_nodes", + "text": "drop_hanging_nodes" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR", - "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.SCALAR.html#examples-using-lookuptablecolumnvaluetypescalar", - "title": "SCALAR > Examples using LookUpTableColumnValueType.SCALAR", - "section": "Examples using LookUpTableColumnValueType.SCALAR", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using LookUpTableColumnValueType.SCALAR" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.drop_hanging_nodes", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.drop_hanging_nodes.html#ansys.acp.core.SolidModelExportSettings.drop_hanging_nodes", + "title": "drop_hanging_nodes > drop_hanging_nodes > drop_hanging_nodes", + "section": "drop_hanging_nodes > drop_hanging_nodes", + "text": "property SolidModelExportSettings.drop_hanging_nodes: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.name", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.nodal_data.html#ansys.acp.core.CylindricalSelectionRule.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property CylindricalSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.name", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.name.html#ansys.acp.core.AnalysisPly.name", + "title": "name > name > name", + "section": "name > name", + "text": "property AnalysisPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.MASS", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.MASS.html#mass", - "title": "MASS", - "section": "MASS", - "text": "MASS" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes.html#element_nodes", + "title": "element_nodes", + "section": "element_nodes", + "text": "element_nodes" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.MASS", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.MASS.html#ansys.acp.core.PhysicalDimension.MASS", - "title": "MASS > MASS > MASS", - "section": "MASS > MASS", - "text": "PhysicalDimension.MASS = 'mass'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes.html#ansys.acp.core.mesh_data.MeshData.element_nodes", + "title": "element_nodes > element_nodes > element_nodes", + "section": "element_nodes > element_nodes", + "text": "MeshData.element_nodes: ndarray[tuple[int, ...], dtype[int32]]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.import_materials", - "href": "api/_autosummary/ansys.acp.core.Model.import_materials.html#import_materials", - "title": "import_materials", - "section": "import_materials", - "text": "Import materials from a MatML file.\nImport materials from a MatML.xml (Engineering Data) file.\nOptionally, a material APDL file can be defined. This is a pre-generated\nsolver snippet, needed in case of variable materials or non-standard\nmaterial models. The snippet is used when exporting solid models or\nsurface section cuts in the CDB format.\nmatml_path (str | PathLike[str]) – File path to the MatML file.\nmaterial_apdl_path (str | PathLike[str] | None) – File path to the material APDL file.\nimport_materials\nMatML.xml" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.connect_butt_joined_plies", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.connect_butt_joined_plies.html#connect_butt_joined_plies", + "title": "connect_butt_joined_plies", + "section": "connect_butt_joined_plies", + "text": "connect_butt_joined_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.import_materials", - "href": "api/_autosummary/ansys.acp.core.Model.import_materials.html#ansys.acp.core.Model.import_materials", - "title": "import_materials > import_materials > import_materials", - "section": "import_materials > import_materials", - "text": "Model.import_materials(matml_path, *, material_apdl_path=None)\n\nImport materials from a MatML file.\n\nImport materials from a MatML.xml (Engineering Data) file.\n\nOptionally, a material APDL file can be defined. This is a pre-generated\nsolver snippet, needed in case of variable materials or non-standard\nmaterial models. The snippet is used when exporting solid models or\nsurface section cuts in the CDB format.\n\nParameters\n\nmatml_path (str | PathLike[str]) – File path to the MatML file.\n\nmaterial_apdl_path (str | PathLike[str] | None) – File path to the material APDL file.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.connect_butt_joined_plies", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.connect_butt_joined_plies.html#ansys.acp.core.DropOffSettings.connect_butt_joined_plies", + "title": "connect_butt_joined_plies > connect_butt_joined_plies > connect_butt_joined_plies", + "section": "connect_butt_joined_plies > connect_butt_joined_plies", + "text": "property DropOffSettings.connect_butt_joined_plies: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.import_materials", - "href": "api/_autosummary/ansys.acp.core.Model.import_materials.html#examples-using-modelimport_materials", - "title": "import_materials > Examples using Model.import_materials", - "section": "Examples using Model.import_materials", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nExamples using Model.import_materials" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.CGS", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.CGS.html#cgs", + "title": "CGS", + "section": "CGS", + "text": "CGS" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.physical_dimension", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.physical_dimension.html#physical_dimension", - "title": "physical_dimension", - "section": "physical_dimension", - "text": "physical_dimension" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.CGS", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.CGS.html#ansys.acp.core.UnitSystemType.CGS", + "title": "CGS > CGS > CGS", + "section": "CGS > CGS", + "text": "UnitSystemType.CGS = 'cgs'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.physical_dimension", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.physical_dimension.html#ansys.acp.core.LookUpTable1DColumn.physical_dimension", - "title": "physical_dimension > physical_dimension > physical_dimension", - "section": "physical_dimension > physical_dimension", - "text": "property LookUpTable1DColumn.physical_dimension: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.html#solidmodelexportformat", + "title": "SolidModelExportFormat", + "section": "SolidModelExportFormat", + "text": "Options for the export format of solid models.\nSolidModelExportFormat.ANSYS_H5\n\nSolidModelExportFormat.ANSYS_CDB\n\nSolidModelExportFormat\nSolidModelExportFormat.ANSYS_H5\nSolidModelExportFormat.ANSYS_CDB" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.html#ansys.acp.core.SolidModelExportFormat", + "title": "SolidModelExportFormat > SolidModelExportFormat > SolidModelExportFormat", + "section": "SolidModelExportFormat > SolidModelExportFormat", + "text": "class ansys.acp.core.SolidModelExportFormat(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the export format of solid models.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSolidModelExportFormat.ANSYS_H5\n\n\n\nSolidModelExportFormat.ANSYS_CDB\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.status", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.status.html#status", + "objectID": "api/_autosummary/ansys.acp.core.Fabric.status", + "href": "api/_autosummary/ansys.acp.core.Fabric.status.html#status", "title": "status", "section": "status", "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.status", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.status.html#ansys.acp.core.ImportedAnalysisPly.status", + "objectID": "api/_autosummary/ansys.acp.core.Fabric.status", + "href": "api/_autosummary/ansys.acp.core.Fabric.status.html#ansys.acp.core.Fabric.status", "title": "status > status > status", "section": "status > status", - "text": "property ImportedAnalysisPly.status: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.reference_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.reference_direction.html#reference_direction", - "title": "reference_direction", - "section": "reference_direction", - "text": "reference_direction" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.reference_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.reference_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.reference_direction", - "title": "reference_direction > reference_direction > reference_direction", - "section": "reference_direction > reference_direction", - "text": "AnalysisPlyElementalData.reference_direction: VectorData | None = None\n\n" + "text": "property Fabric.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.entities", - "href": "api/_autosummary/ansys.acp.core.Sensor.entities.html#entities", - "title": "entities", - "section": "entities", - "text": "entities" + "objectID": "api/_autosummary/ansys.acp.core.FeFormat", + "href": "api/_autosummary/ansys.acp.core.FeFormat.html#feformat", + "title": "FeFormat", + "section": "FeFormat", + "text": "Options for the format of the FE file.\nFeFormat.ANSYS_H5\n\nFeFormat.ANSYS_CDB\n\nFeFormat.ANSYS_DAT\n\nFeFormat\nFeFormat.ANSYS_H5\nFeFormat.ANSYS_CDB\nFeFormat.ANSYS_DAT" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.entities", - "href": "api/_autosummary/ansys.acp.core.Sensor.entities.html#ansys.acp.core.Sensor.entities", - "title": "entities > entities > entities", - "section": "entities > entities", - "text": "property Sensor.entities: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FeFormat", + "href": "api/_autosummary/ansys.acp.core.FeFormat.html#ansys.acp.core.FeFormat", + "title": "FeFormat > FeFormat > FeFormat", + "section": "FeFormat > FeFormat", + "text": "class ansys.acp.core.FeFormat(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the format of the FE file.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nFeFormat.ANSYS_H5\n\n\n\nFeFormat.ANSYS_CDB\n\n\n\nFeFormat.ANSYS_DAT\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.entities", - "href": "api/_autosummary/ansys.acp.core.Sensor.entities.html#examples-using-sensorentities", - "title": "entities > Examples using Sensor.entities", - "section": "Examples using Sensor.entities", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using Sensor.entities" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.delete", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.delete", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.delete.html#ansys.acp.core.OrientedSelectionSet.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "OrientedSelectionSet.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.parent.html#ansys.acp.core.TubeSelectionRule.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property TubeSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxz.html#sxz", + "title": "Sxz", + "section": "Sxz", + "text": "Sxz" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yc.html#yc", - "title": "Yc", - "section": "Yc", - "text": "Yc" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxz.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxz", + "title": "Sxz > Sxz > Sxz", + "section": "Sxz > Sxz", + "text": "property VariableWovenStressLimits.Sxz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yc.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Yc", - "title": "Yc > Yc > Yc", - "section": "Yc > Yc", - "text": "property VariableWovenStressLimits.Yc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.CUSTOM", + "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.CUSTOM.html#custom", + "title": "CUSTOM", + "section": "CUSTOM", + "text": "CUSTOM" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.cog", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.cog.html#cog", - "title": "cog", - "section": "cog", - "text": "cog" + "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.CUSTOM", + "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.CUSTOM.html#ansys.acp.core.CutOffMaterialHandling.CUSTOM", + "title": "CUSTOM > CUSTOM > CUSTOM", + "section": "CUSTOM > CUSTOM", + "text": "CutOffMaterialHandling.CUSTOM = 'custom'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.cog", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.cog.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.cog", - "title": "cog > cog > cog", - "section": "cog > cog", - "text": "ModelingPlyElementalData.cog: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.parent", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.html#tubeselectionrule", - "title": "TubeSelectionRule", - "section": "TubeSelectionRule", - "text": "Instantiate a Tube Selection Rule.\nname (str) – Name of the Tube Selection Rule.\nedge_set (EdgeSet | None) – Edge Set defining the path of the tube.\nouter_radius (float) – Outer radius of the tube.\ninner_radius (float) – Inner radius of the tube.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nextend_endings (bool) – Enable this option to extend the endings of the tube.\nsymmetrical_extension (bool) – Whether the extensions have equal length on both sides or not.\nhead (tuple[float, float, float]) – Defines the head of the tube. Select a point nearby one of the free ends\nof the tube. Only needed if the extensions are asymmetric.\nhead_extension (float) – Defines the length of the extension at the head of the tube. In case of\nsymmetry, this value is used for both sides.\ntail_extension (float) – Defines the length of the extension at the tail of the tube. Only needed\nif the extensions are asymmetric.\nAdded in ACP server version 24.2.\nTubeSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nTubeSelectionRule.delete()\nDelete the object.\nTubeSelectionRule.store(parent)\nStore the object on the server.\nTubeSelectionRule.edge_set\n\nTubeSelectionRule.elemental_data\n\nTubeSelectionRule.extend_endings\n\nTubeSelectionRule.head\n\nTubeSelectionRule.head_extension\n\nTubeSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nTubeSelectionRule.include_rule\n\nTubeSelectionRule.inner_radius\n\nTubeSelectionRule.mesh\nFull mesh associated with the object.\nTubeSelectionRule.name\nThe name of the object.\nTubeSelectionRule.nodal_data\n\nTubeSelectionRule.outer_radius\n\nTubeSelectionRule.parent\nThe parent of the object.\nTubeSelectionRule.shell_mesh\nShell mesh associated with the object.\nTubeSelectionRule.status\n\nTubeSelectionRule.symmetrical_extension\n\nTubeSelectionRule.tail_extension\n\nTubeSelectionRule\nFalse\nTubeSelectionRule.clone\nTubeSelectionRule.delete\nTubeSelectionRule.store\nTubeSelectionRule.edge_set\nTubeSelectionRule.elemental_data\nTubeSelectionRule.extend_endings\nTubeSelectionRule.head\nTubeSelectionRule.head_extension\nTubeSelectionRule.id\nTubeSelectionRule.include_rule\nTubeSelectionRule.inner_radius\nTubeSelectionRule.mesh\nTubeSelectionRule.name\nTubeSelectionRule.nodal_data\nTubeSelectionRule.outer_radius\nTubeSelectionRule.parent\nTubeSelectionRule.shell_mesh\nTubeSelectionRule.status\nTubeSelectionRule.symmetrical_extension\nTubeSelectionRule.tail_extension" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.parent", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.parent.html#ansys.acp.core.AnalysisPly.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property AnalysisPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.html#ansys.acp.core.TubeSelectionRule", - "title": "TubeSelectionRule > TubeSelectionRule > TubeSelectionRule", - "section": "TubeSelectionRule > TubeSelectionRule", - "text": "class ansys.acp.core.TubeSelectionRule(*, name='TubeSelectionrule', edge_set=None, outer_radius=1.0, inner_radius=0.0, include_rule=True, extend_endings=False, symmetrical_extension=True, head=(0.0, 0.0, 0.0), head_extension=0.0, tail_extension=0.0)\n\nInstantiate a Tube Selection Rule.\n\nParameters\n\nname (str) – Name of the Tube Selection Rule.\n\nedge_set (EdgeSet | None) – Edge Set defining the path of the tube.\n\nouter_radius (float) – Outer radius of the tube.\n\ninner_radius (float) – Inner radius of the tube.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nextend_endings (bool) – Enable this option to extend the endings of the tube.\n\nsymmetrical_extension (bool) – Whether the extensions have equal length on both sides or not.\n\nhead (tuple[float, float, float]) – Defines the head of the tube. Select a point nearby one of the free ends\nof the tube. Only needed if the extensions are asymmetric.\n\nhead_extension (float) – Defines the length of the extension at the head of the tube. In case of\nsymmetry, this value is used for both sides.\n\ntail_extension (float) – Defines the length of the extension at the tail of the tube. Only needed\nif the extensions are asymmetric.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nTubeSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nTubeSelectionRule.delete()\n\nDelete the object.\n\nTubeSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nTubeSelectionRule.edge_set\n\n\n\nTubeSelectionRule.elemental_data\n\n\n\nTubeSelectionRule.extend_endings\n\n\n\nTubeSelectionRule.head\n\n\n\nTubeSelectionRule.head_extension\n\n\n\nTubeSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nTubeSelectionRule.include_rule\n\n\n\nTubeSelectionRule.inner_radius\n\n\n\nTubeSelectionRule.mesh\n\nFull mesh associated with the object.\n\nTubeSelectionRule.name\n\nThe name of the object.\n\nTubeSelectionRule.nodal_data\n\n\n\nTubeSelectionRule.outer_radius\n\n\n\nTubeSelectionRule.parent\n\nThe parent of the object.\n\nTubeSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nTubeSelectionRule.status\n\n\n\nTubeSelectionRule.symmetrical_extension\n\n\n\nTubeSelectionRule.tail_extension\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.outer_radius", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.outer_radius.html#outer_radius", + "title": "outer_radius", + "section": "outer_radius", + "text": "outer_radius" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.html#examples-using-tubeselectionrule", - "title": "TubeSelectionRule > Examples using TubeSelectionRule", - "section": "Examples using TubeSelectionRule", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nExamples using TubeSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.outer_radius", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.outer_radius.html#ansys.acp.core.TubeSelectionRule.outer_radius", + "title": "outer_radius > outer_radius > outer_radius", + "section": "outer_radius > outer_radius", + "text": "property TubeSelectionRule.outer_radius: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET", - "href": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET.html#bottom_offset", - "title": "BOTTOM_OFFSET", - "section": "BOTTOM_OFFSET", - "text": "BOTTOM_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType", + "href": "api/_autosummary/ansys.acp.core.RosetteType.html#rosettetype", + "title": "RosetteType", + "section": "RosetteType", + "text": "Options for the type of a rosette.\nRosetteType.PARALLEL\n\nRosetteType.RADIAL\n\nRosetteType.CYLINDRICAL\n\nRosetteType.SPHERICAL\n\nRosetteType.EDGE_WISE\n\nRosetteType\nRosetteType.PARALLEL\nRosetteType.RADIAL\nRosetteType.CYLINDRICAL\nRosetteType.SPHERICAL\nRosetteType.EDGE_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET", - "href": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET.html#ansys.acp.core.OffsetType.BOTTOM_OFFSET", - "title": "BOTTOM_OFFSET > BOTTOM_OFFSET > BOTTOM_OFFSET", - "section": "BOTTOM_OFFSET > BOTTOM_OFFSET", - "text": "OffsetType.BOTTOM_OFFSET = 'bottom_offset'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType", + "href": "api/_autosummary/ansys.acp.core.RosetteType.html#ansys.acp.core.RosetteType", + "title": "RosetteType > RosetteType > RosetteType", + "section": "RosetteType > RosetteType", + "text": "class ansys.acp.core.RosetteType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the type of a rosette.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nRosetteType.PARALLEL\n\n\n\nRosetteType.RADIAL\n\n\n\nRosetteType.CYLINDRICAL\n\n\n\nRosetteType.SPHERICAL\n\n\n\nRosetteType.EDGE_WISE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET", - "href": "api/_autosummary/ansys.acp.core.OffsetType.BOTTOM_OFFSET.html#examples-using-offsettypebottom_offset", - "title": "BOTTOM_OFFSET > Examples using OffsetType.BOTTOM_OFFSET", - "section": "Examples using OffsetType.BOTTOM_OFFSET", - "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using OffsetType.BOTTOM_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType", + "href": "api/_autosummary/ansys.acp.core.RosetteType.html#examples-using-rosettetype", + "title": "RosetteType > Examples using RosetteType", + "section": "Examples using RosetteType", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "user_guide/howto/print_model", + "href": "user_guide/howto/print_model.html#print-model-tree", + "title": "Print model tree", + "section": "Print model tree", + "text": "A tree structure gives an overview of an ACP model. To print a model’s tree structure, start with a Model instance:\nYou can print the tree structure using the print_model() function:\nAlternatively, you can use get_model_tree() to get a tree representation. This allows manually iterating over the tree structure:\nThe hide_empty label can be set to False to also show empty groups:\nPrint model tree\nModel\nprint_model()\nget_model_tree()\nhide_empty\nFalse" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.element_labels.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "OrientedSelectionSetElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES", + "href": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES.html#tabular_values", + "title": "TABULAR_VALUES", + "section": "TABULAR_VALUES", + "text": "TABULAR_VALUES" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_tapering", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_tapering.html#ply_tapering", - "title": "ply_tapering", - "section": "ply_tapering", - "text": "ply_tapering" + "objectID": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES", + "href": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES.html#ansys.acp.core.DrapingType.TABULAR_VALUES", + "title": "TABULAR_VALUES > TABULAR_VALUES > TABULAR_VALUES", + "section": "TABULAR_VALUES > TABULAR_VALUES", + "text": "DrapingType.TABULAR_VALUES = 'tabular_values'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_tapering", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_tapering.html#ansys.acp.core.CutOffSelectionRule.ply_tapering", - "title": "ply_tapering > ply_tapering > ply_tapering", - "section": "ply_tapering > ply_tapering", - "text": "property CutOffSelectionRule.ply_tapering: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES", + "href": "api/_autosummary/ansys.acp.core.DrapingType.TABULAR_VALUES.html#examples-using-drapingtypetabular_values", + "title": "TABULAR_VALUES > Examples using DrapingType.TABULAR_VALUES", + "section": "Examples using DrapingType.TABULAR_VALUES", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using DrapingType.TABULAR_VALUES" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent.id", - "href": "api/_autosummary/ansys.acp.core.CADComponent.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR.html#weighted_nearest_neighbor", + "title": "WEIGHTED_NEAREST_NEIGHBOR", + "section": "WEIGHTED_NEAREST_NEIGHBOR", + "text": "WEIGHTED_NEAREST_NEIGHBOR" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent.id", - "href": "api/_autosummary/ansys.acp.core.CADComponent.id.html#ansys.acp.core.CADComponent.id", - "title": "id > id > id", - "section": "id > id", - "text": "property CADComponent.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR.html#ansys.acp.core.LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR", + "title": "WEIGHTED_NEAREST_NEIGHBOR > WEIGHTED_NEAREST_NEIGHBOR > WEIGHTED_NEAREST_NEIGHBOR", + "section": "WEIGHTED_NEAREST_NEIGHBOR > WEIGHTED_NEAREST_NEIGHBOR", + "text": "LookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR = 'weighted_nearest_neighbor'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.name", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G12", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G12.html#g12", + "title": "G12", + "section": "G12", + "text": "G12" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.name", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.name.html#ansys.acp.core.ImportedModelingGroup.name", - "title": "name > name > name", - "section": "name > name", - "text": "property ImportedModelingGroup.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G12", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G12.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.G12", + "title": "G12 > G12 > G12", + "section": "G12 > G12", + "text": "property VariableEngineeringConstants.G12: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material", - "href": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material.html#drop_off_material", - "title": "drop_off_material", - "section": "drop_off_material", - "text": "drop_off_material" + "objectID": "api/_autosummary/ansys.acp.core.Material.puck_constants", + "href": "api/_autosummary/ansys.acp.core.Material.puck_constants.html#puck_constants", + "title": "puck_constants", + "section": "puck_constants", + "text": "puck_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material", - "href": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material.html#ansys.acp.core.Fabric.drop_off_material", - "title": "drop_off_material > drop_off_material > drop_off_material", - "section": "drop_off_material > drop_off_material", - "text": "property Fabric.drop_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.puck_constants", + "href": "api/_autosummary/ansys.acp.core.Material.puck_constants.html#ansys.acp.core.Material.puck_constants", + "title": "puck_constants > puck_constants > puck_constants", + "section": "puck_constants > puck_constants", + "text": "property Material.puck_constants: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.find", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.find.html#find", - "title": "find", - "section": "find", - "text": "Return the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nReturn -1 on failure.\nfind" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.angle_tolerance", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.angle_tolerance.html#angle_tolerance", + "title": "angle_tolerance", + "section": "angle_tolerance", + "text": "angle_tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.find", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.find.html#ansys.acp.core.material_property_sets.PuckMaterialType.find", - "title": "find > find > find", - "section": "find > find", - "text": "PuckMaterialType.find(sub, [start, [end]]) -> int\n\nReturn the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nReturn -1 on failure.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.angle_tolerance", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.angle_tolerance.html#ansys.acp.core.ShellMappingProperties.angle_tolerance", + "title": "angle_tolerance > angle_tolerance > angle_tolerance", + "section": "angle_tolerance > angle_tolerance", + "text": "ShellMappingProperties.angle_tolerance: float = 35.0\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_ANGLE", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_ANGLE.html#draped_transverse_angle", - "title": "DRAPED_TRANSVERSE_ANGLE", - "section": "DRAPED_TRANSVERSE_ANGLE", - "text": "DRAPED_TRANSVERSE_ANGLE" + "objectID": "examples/use_cases/sg_execution_times", + "href": "examples/use_cases/sg_execution_times.html#computation-times", + "title": "Computation times", + "section": "Computation times", + "text": "00:53.136 total execution time for 1 file from examples/use_cases:\nExample\nTime\nMem (MB)\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py (01-optimizing-ply-angles.py)\n00:53.136\n0.0\nComputation times\n01-optimizing-ply-angles.py" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_ANGLE", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_ANGLE.html#ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_ANGLE", - "title": "DRAPED_TRANSVERSE_ANGLE > DRAPED_TRANSVERSE_ANGLE > DRAPED_TRANSVERSE_ANGLE", - "section": "DRAPED_TRANSVERSE_ANGLE > DRAPED_TRANSVERSE_ANGLE", - "text": "ElementalDataType.DRAPED_TRANSVERSE_ANGLE = 'draped_transverse_angle'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.relative_thickness_correction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.relative_thickness_correction.html#relative_thickness_correction", + "title": "relative_thickness_correction", + "section": "relative_thickness_correction", + "text": "relative_thickness_correction" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.mesh", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.relative_thickness_correction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.relative_thickness_correction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.relative_thickness_correction", + "title": "relative_thickness_correction > relative_thickness_correction > relative_thickness_correction", + "section": "relative_thickness_correction > relative_thickness_correction", + "text": "ProductionPlyElementalData.relative_thickness_correction: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.mesh", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.mesh.html#ansys.acp.core.InterfaceLayer.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property InterfaceLayer.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.material", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.material.html#material", + "title": "material", + "section": "material", + "text": "material" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.material", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.material.html#ansys.acp.core.ProductionPly.material", + "title": "material > material > material", + "section": "material > material", + "text": "property ProductionPly.material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.nodal_data.html#ansys.acp.core.GeometricalSelectionRule.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property GeometricalSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.DOCKER_COMPOSE", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.DOCKER_COMPOSE.html#docker_compose", + "title": "DOCKER_COMPOSE", + "section": "DOCKER_COMPOSE", + "text": "DOCKER_COMPOSE" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.models", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.models.html#models", - "title": "models", - "section": "models", - "text": "Models currently loaded on the server.\nNote that the models are listed in arbitrary order.\nmodels" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.DOCKER_COMPOSE", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.DOCKER_COMPOSE.html#ansys.acp.core.LaunchMode.DOCKER_COMPOSE", + "title": "DOCKER_COMPOSE > DOCKER_COMPOSE > DOCKER_COMPOSE", + "section": "DOCKER_COMPOSE > DOCKER_COMPOSE", + "text": "LaunchMode.DOCKER_COMPOSE = 'docker_compose'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.models", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.models.html#ansys.acp.core.ACPInstance.models", - "title": "models > models > models", - "section": "models > models", - "text": "property ACPInstance.models: tuple[Model, ...]\n\nModels currently loaded on the server.\n\nNote that the models are listed in arbitrary order.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_NORMAL", + "href": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_NORMAL.html#surface_normal", + "title": "SURFACE_NORMAL", + "section": "SURFACE_NORMAL", + "text": "SURFACE_NORMAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_angle", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_angle.html#ply_angle", - "title": "ply_angle", - "section": "ply_angle", - "text": "ply_angle" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_NORMAL", + "href": "api/_autosummary/ansys.acp.core.ExtrusionType.SURFACE_NORMAL.html#ansys.acp.core.ExtrusionType.SURFACE_NORMAL", + "title": "SURFACE_NORMAL > SURFACE_NORMAL > SURFACE_NORMAL", + "section": "SURFACE_NORMAL > SURFACE_NORMAL", + "text": "ExtrusionType.SURFACE_NORMAL = 'surface_normal'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_angle", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_angle.html#ansys.acp.core.ImportedModelingPly.ply_angle", - "title": "ply_angle > ply_angle > ply_angle", - "section": "ply_angle > ply_angle", - "text": "property ImportedModelingPly.ply_angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.TaperEdge", + "href": "api/_autosummary/ansys.acp.core.TaperEdge.html#taperedge", + "title": "TaperEdge", + "section": "TaperEdge", + "text": "Defines a taper edge.\nedge_set (EdgeSet) – Defines the edge along which the ply tapering is applied.\nangle (float) – Defines the angle between the cutting plane and the reference surface.\noffset (float) – Moves the cutting plane along the out-of-plane direction.\nA negative value cuts the elements at the edge where the in-plane\noffset is -offset/tan(angle).\nAdded in ACP server version 24.2.\nTaperEdge.clone()\nCreate a new unstored TaperEdge with the same properties.\nTaperEdge.angle\nAngle between the cutting plane and the reference surface.\nTaperEdge.edge_set\nEdge along which the ply tapering is applied.\nTaperEdge.offset\nMove the cutting plane along the out-of-plane direction.\nTaperEdge\n-offset/tan(angle)\nTaperEdge.clone\nTaperEdge.angle\nTaperEdge.edge_set\nTaperEdge.offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.store", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.TaperEdge", + "href": "api/_autosummary/ansys.acp.core.TaperEdge.html#ansys.acp.core.TaperEdge", + "title": "TaperEdge > TaperEdge > TaperEdge", + "section": "TaperEdge > TaperEdge", + "text": "class ansys.acp.core.TaperEdge(edge_set, *, angle, offset)\n\nDefines a taper edge.\n\nParameters\n\nedge_set (EdgeSet) – Defines the edge along which the ply tapering is applied.\n\nangle (float) – Defines the angle between the cutting plane and the reference surface.\n\noffset (float) – Moves the cutting plane along the out-of-plane direction.\nA negative value cuts the elements at the edge where the in-plane\noffset is -offset/tan(angle).\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nTaperEdge.clone()\n\nCreate a new unstored TaperEdge with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nTaperEdge.angle\n\nAngle between the cutting plane and the reference surface.\n\nTaperEdge.edge_set\n\nEdge along which the ply tapering is applied.\n\nTaperEdge.offset\n\nMove the cutting plane along the out-of-plane direction.\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.store", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.store.html#ansys.acp.core.ExtrusionGuide.store", - "title": "store > store > store", - "section": "store > store", - "text": "ExtrusionGuide.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies.html#imported_analysis_plies", - "title": "imported_analysis_plies", - "section": "imported_analysis_plies", - "text": "imported_analysis_plies" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.element_labels.html#ansys.acp.core.mesh_data.ImportedSolidModelElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "ImportedSolidModelElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies.html#ansys.acp.core.ImportedProductionPly.imported_analysis_plies", - "title": "imported_analysis_plies > imported_analysis_plies > imported_analysis_plies", - "section": "imported_analysis_plies > imported_analysis_plies", - "text": "property ImportedProductionPly.imported_analysis_plies: Mapping[ValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.thickness", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.imported_analysis_plies.html#examples-using-importedproductionplyimported_analysis_plies", - "title": "imported_analysis_plies > Examples using ImportedProductionPly.imported_analysis_plies", - "section": "Examples using ImportedProductionPly.imported_analysis_plies", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedProductionPly.imported_analysis_plies" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.thickness", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.thickness.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "ProductionPlyElementalData.thickness: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rotation_angle", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rotation_angle.html#rotation_angle", - "title": "rotation_angle", - "section": "rotation_angle", - "text": "rotation_angle" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rotation_angle", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rotation_angle.html#ansys.acp.core.ImportedModelingPly.rotation_angle", - "title": "rotation_angle > rotation_angle > rotation_angle", - "section": "rotation_angle > rotation_angle", - "text": "property ImportedModelingPly.rotation_angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.element_labels.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "AnalysisPlyElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB.html#basic_flat_plate_solid_mesh_cdb", - "title": "BASIC_FLAT_PLATE_SOLID_MESH_CDB", - "section": "BASIC_FLAT_PLATE_SOLID_MESH_CDB", - "text": "BASIC_FLAT_PLATE_SOLID_MESH_CDB" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete_bad_elements", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete_bad_elements.html#delete_bad_elements", + "title": "delete_bad_elements", + "section": "delete_bad_elements", + "text": "delete_bad_elements" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB.html#ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB", - "title": "BASIC_FLAT_PLATE_SOLID_MESH_CDB > BASIC_FLAT_PLATE_SOLID_MESH_CDB > BASIC_FLAT_PLATE_SOLID_MESH_CDB", - "section": "BASIC_FLAT_PLATE_SOLID_MESH_CDB > BASIC_FLAT_PLATE_SOLID_MESH_CDB", - "text": "ExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB = 4\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete_bad_elements", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete_bad_elements.html#ansys.acp.core.ImportedSolidModel.delete_bad_elements", + "title": "delete_bad_elements > delete_bad_elements > delete_bad_elements", + "section": "delete_bad_elements > delete_bad_elements", + "text": "property ImportedSolidModel.delete_bad_elements: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.mesh", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_material", + "href": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_material.html#drop_off_material", + "title": "drop_off_material", + "section": "drop_off_material", + "text": "drop_off_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.mesh", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.mesh.html#ansys.acp.core.ProductionPly.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property ProductionPly.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_material", + "href": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_material.html#ansys.acp.core.SolidModel.drop_off_material", + "title": "drop_off_material > drop_off_material > drop_off_material", + "section": "drop_off_material > drop_off_material", + "text": "property SolidModel.drop_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, - { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.uMKS", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.uMKS.html#umks", - "title": "uMKS", - "section": "uMKS", - "text": "uMKS" + { + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType.html#genericedgepropertytype", + "title": "GenericEdgePropertyType", + "section": "GenericEdgePropertyType", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nProtocol for the definition of ACP edge properties such as FabricWithAngle.\nGenericEdgePropertyType" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.uMKS", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.uMKS.html#ansys.acp.core.UnitSystemType.uMKS", - "title": "uMKS > uMKS > uMKS", - "section": "uMKS > uMKS", - "text": "UnitSystemType.uMKS = 'umks'\n\n" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType.html#ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType", + "title": "GenericEdgePropertyType > GenericEdgePropertyType > GenericEdgePropertyType", + "section": "GenericEdgePropertyType > GenericEdgePropertyType", + "text": "class ansys.acp.core._tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType(*kwargs)\n\nProtocol for the definition of ACP edge properties such as FabricWithAngle.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.html#dropoffsettings", - "title": "DropOffSettings", - "section": "DropOffSettings", - "text": "Defines the drop-off settings for a solid model.\ndrop_off_type (DropOffType) – Determines whether the ply’s drop-off is inside or outside the boundary\nof the ply.\ndisable_drop_offs_on_bottom (bool) – Whether to remove drop-offs on the bottom surface of the laminate.\ndrop_off_disabled_on_bottom_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets on which drop-offs at the bottom\nsurface are disabled.\ndisable_drop_offs_on_top (bool) – Whether to remove drop-offs on the top surface of the laminate.\ndrop_off_disabled_on_top_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets on which drop-offs at the top\nsurface are disabled.\nconnect_butt_joined_plies (bool) – Prevent an element drop-off of two adjacent, sequential plies in the same\nmodeling group.\nAdded in ACP server version 25.1.\nDropOffSettings.connect_butt_joined_plies\n\nDropOffSettings.disable_drop_offs_on_bottom\n\nDropOffSettings.disable_drop_offs_on_top\n\nDropOffSettings.drop_off_disabled_on_bottom_sets\n\nDropOffSettings.drop_off_disabled_on_top_sets\n\nDropOffSettings.drop_off_type\n\nDropOffSettings\nDropOffSettings.connect_butt_joined_plies\nDropOffSettings.disable_drop_offs_on_bottom\nDropOffSettings.disable_drop_offs_on_top\nDropOffSettings.drop_off_disabled_on_bottom_sets\nDropOffSettings.drop_off_disabled_on_top_sets\nDropOffSettings.drop_off_type" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.html#ansys.acp.core.DropOffSettings", - "title": "DropOffSettings > DropOffSettings > DropOffSettings", - "section": "DropOffSettings > DropOffSettings", - "text": "class ansys.acp.core.DropOffSettings(*, drop_off_type='inside_ply', disable_drop_offs_on_bottom=False, drop_off_disabled_on_bottom_sets=(), disable_drop_offs_on_top=False, drop_off_disabled_on_top_sets=(), connect_butt_joined_plies=True, _parent_object=None, _pb_object=None, _attribute_path=None)\n\nDefines the drop-off settings for a solid model.\n\nParameters\n\ndrop_off_type (DropOffType) – Determines whether the ply’s drop-off is inside or outside the boundary\nof the ply.\n\ndisable_drop_offs_on_bottom (bool) – Whether to remove drop-offs on the bottom surface of the laminate.\n\ndrop_off_disabled_on_bottom_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets on which drop-offs at the bottom\nsurface are disabled.\n\ndisable_drop_offs_on_top (bool) – Whether to remove drop-offs on the top surface of the laminate.\n\ndrop_off_disabled_on_top_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets on which drop-offs at the top\nsurface are disabled.\n\nconnect_butt_joined_plies (bool) – Prevent an element drop-off of two adjacent, sequential plies in the same\nmodeling group.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nDropOffSettings.connect_butt_joined_plies\n\n\n\nDropOffSettings.disable_drop_offs_on_bottom\n\n\n\nDropOffSettings.disable_drop_offs_on_top\n\n\n\nDropOffSettings.drop_off_disabled_on_bottom_sets\n\n\n\nDropOffSettings.drop_off_disabled_on_top_sets\n\n\n\nDropOffSettings.drop_off_type\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SolidElementSetNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "SolidElementSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.html#layupmappingobject", - "title": "LayupMappingObject", - "section": "LayupMappingObject", - "text": "Instantiate a layup mapping object.\nname (str) – Name of the layup mapping object.\nactive (bool) – Inactive layup mapping objects are not used.\nelement_technology (ElementTechnology) – Determines the element technology used for the layup mapping.\nCan be either \"layered_element\" or \"reinforcing\".\nNote that only brick and prism elements support the layered option,\nwhile reinforcing technology can be combined with all types of\nsolid elements.\nshell_element_sets (Sequence[ElementSet]) – Defines the shell area whose modeling plies are mapped onto the\nsolid mesh.\nUsed only if use_imported_plies is False.\nuse_imported_plies (bool) – If True, imported modeling plies are mapped onto the solid mesh.\nselect_all_plies (bool) – Determines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.If use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\n\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\nDetermines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.\nIf use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\nsequences (Sequence[ModelingGroup | ModelingPly | ImportedModelingGroup | ImportedModelingPly]) – Determines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.If use_imported_plies is False, modeling groups and modeling\nplies are allowed\n\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\nDetermines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.\nIf use_imported_plies is False, modeling groups and modeling\nplies are allowed\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\nentire_solid_mesh (bool) – If True, the selected layup is mapped onto the entire solid mesh.\nOtherwise, the solid_element_sets parameter is used to refine\nthe scope.\nsolid_element_sets (Sequence[SolidElementSet]) – List of solid element sets to which the mapping is applied.\nscale_ply_thicknesses (bool) – If True, scale the layer thickness to fill the gaps within an element,\ninstead of filling them with the void material.\nUsed only if element_technology is \"layered_element\".\nvoid_material (Material | None) – Material used to fill the gaps with.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\nminimum_void_material_thickness (float) – Only gaps with a thickness greater than this value are filled with\nthe void material.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\ndelete_lost_elements (bool) – If True, elements without layup and degenerated elements are deleted.\nOtherwise, they are filled with the filler material.\nUsed only if element_technology is \"layered_element\".\nfiller_material (Material | None) – Material used to fill the degenerated elements.\nOnly used if delete_lost_elements is False, and\nthe element_technology is \"layered_element\".\nrosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the filler elements.\nUsed only if element_technology is \"layered_element\".\nrosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the filler elements.\nUsed only if element_technology is \"layered_element\".\nreinforcing_behavior (ReinforcingBehavior) – Determines whether the reinforcing elements carry tension and / or\ncompression loads.\nUsed only if element_technology is \"reinforcing\".\nbase_element_material_handling (BaseElementMaterialHandling) – Determines how the base material is handled in the area with reinforcing\nelements. Can be either \"remove\" or \"retain\".\nUsed only if element_technology is \"reinforcing\".\nstress_state (StressStateType) – Specifies the stress state of the reinforcing elements.\nUsed only if element_technology is \"reinforcing\".\nbase_material (Material | None) – Define the initial material of the solid elements which will be reinforced\nby the selected plies.\nUsed only if element_technology is \"reinforcing\".\nbase_element_rosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the base elements.\nThis is important if the base material has an orthotropic characteristic.\nUsed only if element_technology is \"reinforcing\".\nbase_element_rosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the base elements.\nUsed only if element_technology is \"reinforcing\".\nAdded in ACP server version 25.1.\nLayupMappingObject.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nLayupMappingObject.delete()\nDelete the object.\nLayupMappingObject.store(parent)\nStore the object on the server.\nLayupMappingObject.active\n\nLayupMappingObject.base_element_material_handling\n\nLayupMappingObject.base_element_rosette_selection_method\n\nLayupMappingObject.base_element_rosettes\n\nLayupMappingObject.base_material\n\nLayupMappingObject.delete_lost_elements\n\nLayupMappingObject.element_technology\n\nLayupMappingObject.entire_solid_mesh\n\nLayupMappingObject.filler_material\n\nLayupMappingObject.id\nIdentifier of the object, used for example as key in maps.\nLayupMappingObject.minimum_void_material_thickness\n\nLayupMappingObject.name\nThe name of the object.\nLayupMappingObject.parent\nThe parent of the object.\nLayupMappingObject.reinforcing_behavior\n\nLayupMappingObject.rosette_selection_method\n\nLayupMappingObject.rosettes\n\nLayupMappingObject.scale_ply_thicknesses\n\nLayupMappingObject.select_all_plies\n\nLayupMappingObject.sequences\n\nLayupMappingObject.shell_element_sets\n\nLayupMappingObject.solid_element_sets\n\nLayupMappingObject.status\n\nLayupMappingObject.stress_state\n\nLayupMappingObject.use_imported_plies\n\nLayupMappingObject.void_material\n\nLayupMappingObject\n\"layered_element\"\n\"reinforcing\"\nuse_imported_plies\nsequences\nuse_imported_plies\nselect_all_plies\nuse_imported_plies\nselect_all_plies\nuse_imported_plies\nuse_imported_plies\nsolid_element_sets\nelement_technology\n\"layered_element\"\nscale_ply_thicknesses\nelement_technology\n\"layered_element\"\nscale_ply_thicknesses\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\ndelete_lost_elements\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\nelement_technology\n\"reinforcing\"\n\"remove\"\n\"retain\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nLayupMappingObject.clone\nLayupMappingObject.delete\nLayupMappingObject.store\nLayupMappingObject.active\nLayupMappingObject.base_element_material_handling\nLayupMappingObject.base_element_rosette_selection_method\nLayupMappingObject.base_element_rosettes\nLayupMappingObject.base_material\nLayupMappingObject.delete_lost_elements\nLayupMappingObject.element_technology\nLayupMappingObject.entire_solid_mesh\nLayupMappingObject.filler_material\nLayupMappingObject.id\nLayupMappingObject.minimum_void_material_thickness\nLayupMappingObject.name\nLayupMappingObject.parent\nLayupMappingObject.reinforcing_behavior\nLayupMappingObject.rosette_selection_method\nLayupMappingObject.rosettes\nLayupMappingObject.scale_ply_thicknesses\nLayupMappingObject.select_all_plies\nLayupMappingObject.sequences\nLayupMappingObject.shell_element_sets\nLayupMappingObject.solid_element_sets\nLayupMappingObject.status\nLayupMappingObject.stress_state\nLayupMappingObject.use_imported_plies\nLayupMappingObject.void_material" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT.html#childt", + "title": "ChildT", + "section": "ChildT", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nChildT\ninfer_variance=True\ncovariant=True\ncontravariant=True" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.html#ansys.acp.core.LayupMappingObject", - "title": "LayupMappingObject > LayupMappingObject > LayupMappingObject", - "section": "LayupMappingObject > LayupMappingObject", - "text": "class ansys.acp.core.LayupMappingObject(*, name='LayupMappingObject', active=True, element_technology='layered_element', shell_element_sets=(), use_imported_plies=False, select_all_plies=True, sequences=(), entire_solid_mesh=True, solid_element_sets=(), scale_ply_thicknesses=True, void_material=None, minimum_void_material_thickness=1e-06, delete_lost_elements=True, filler_material=None, rosettes=(), rosette_selection_method='minimum_distance', reinforcing_behavior='tension_and_compression', base_element_material_handling='remove', stress_state='plane_stress_state_with_transverse_shear_and_bending_stiffness', base_material=None, base_element_rosettes=(), base_element_rosette_selection_method='minimum_distance')\n\nInstantiate a layup mapping object.\n\nParameters\n\nname (str) – Name of the layup mapping object.\n\nactive (bool) – Inactive layup mapping objects are not used.\n\nelement_technology (ElementTechnology) – Determines the element technology used for the layup mapping.\nCan be either \"layered_element\" or \"reinforcing\".\nNote that only brick and prism elements support the layered option,\nwhile reinforcing technology can be combined with all types of\nsolid elements.\n\nshell_element_sets (Sequence[ElementSet]) – Defines the shell area whose modeling plies are mapped onto the\nsolid mesh.\nUsed only if use_imported_plies is False.\n\nuse_imported_plies (bool) – If True, imported modeling plies are mapped onto the solid mesh.\n\nselect_all_plies (bool) – Determines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.If use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\n\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\n\nsequences (Sequence[ModelingGroup | ModelingPly | ImportedModelingGroup | ImportedModelingPly]) – Determines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.If use_imported_plies is False, modeling groups and modeling\nplies are allowed\n\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\n\nentire_solid_mesh (bool) – If True, the selected layup is mapped onto the entire solid mesh.\nOtherwise, the solid_element_sets parameter is used to refine\nthe scope.\n\nsolid_element_sets (Sequence[SolidElementSet]) – List of solid element sets to which the mapping is applied.\n\nscale_ply_thicknesses (bool) – If True, scale the layer thickness to fill the gaps within an element,\ninstead of filling them with the void material.\nUsed only if element_technology is \"layered_element\".\n\nvoid_material (Material | None) – Material used to fill the gaps with.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\n\nminimum_void_material_thickness (float) – Only gaps with a thickness greater than this value are filled with\nthe void material.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\n\ndelete_lost_elements (bool) – If True, elements without layup and degenerated elements are deleted.\nOtherwise, they are filled with the filler material.\nUsed only if element_technology is \"layered_element\".\n\nfiller_material (Material | None) – Material used to fill the degenerated elements.\nOnly used if delete_lost_elements is False, and\nthe element_technology is \"layered_element\".\n\nrosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the filler elements.\nUsed only if element_technology is \"layered_element\".\n\nrosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the filler elements.\nUsed only if element_technology is \"layered_element\".\n\nreinforcing_behavior (ReinforcingBehavior) – Determines whether the reinforcing elements carry tension and / or\ncompression loads.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_material_handling (BaseElementMaterialHandling) – Determines how the base material is handled in the area with reinforcing\nelements. Can be either \"remove\" or \"retain\".\nUsed only if element_technology is \"reinforcing\".\n\nstress_state (StressStateType) – Specifies the stress state of the reinforcing elements.\nUsed only if element_technology is \"reinforcing\".\n\nbase_material (Material | None) – Define the initial material of the solid elements which will be reinforced\nby the selected plies.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_rosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the base elements.\nThis is important if the base material has an orthotropic characteristic.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_rosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the base elements.\nUsed only if element_technology is \"reinforcing\".\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLayupMappingObject.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nLayupMappingObject.delete()\n\nDelete the object.\n\nLayupMappingObject.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLayupMappingObject.active\n\n\n\nLayupMappingObject.base_element_material_handling\n\n\n\nLayupMappingObject.base_element_rosette_selection_method\n\n\n\nLayupMappingObject.base_element_rosettes\n\n\n\nLayupMappingObject.base_material\n\n\n\nLayupMappingObject.delete_lost_elements\n\n\n\nLayupMappingObject.element_technology\n\n\n\nLayupMappingObject.entire_solid_mesh\n\n\n\nLayupMappingObject.filler_material\n\n\n\nLayupMappingObject.id\n\nIdentifier of the object, used for example as key in maps.\n\nLayupMappingObject.minimum_void_material_thickness\n\n\n\nLayupMappingObject.name\n\nThe name of the object.\n\nLayupMappingObject.parent\n\nThe parent of the object.\n\nLayupMappingObject.reinforcing_behavior\n\n\n\nLayupMappingObject.rosette_selection_method\n\n\n\nLayupMappingObject.rosettes\n\n\n\nLayupMappingObject.scale_ply_thicknesses\n\n\n\nLayupMappingObject.select_all_plies\n\n\n\nLayupMappingObject.sequences\n\n\n\nLayupMappingObject.shell_element_sets\n\n\n\nLayupMappingObject.solid_element_sets\n\n\n\nLayupMappingObject.status\n\n\n\nLayupMappingObject.stress_state\n\n\n\nLayupMappingObject.use_imported_plies\n\n\n\nLayupMappingObject.void_material\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT.html#ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT", + "title": "ChildT > ChildT > ChildT", + "section": "ChildT > ChildT", + "text": "ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.ChildT = ~ChildT\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_section_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_section_index.html#use_default_section_index", - "title": "use_default_section_index", - "section": "use_default_section_index", - "text": "use_default_section_index" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType", + "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.html#geometricalruletype", + "title": "GeometricalRuleType", + "section": "GeometricalRuleType", + "text": "Options for how a geometrical selection rule is defined.\nGeometricalRuleType.GEOMETRY\n\nGeometricalRuleType.ELEMENT_SETS\n\nGeometricalRuleType\nGeometricalRuleType.GEOMETRY\nGeometricalRuleType.ELEMENT_SETS" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_section_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_section_index.html#ansys.acp.core.ImportedSolidModelExportSettings.use_default_section_index", - "title": "use_default_section_index > use_default_section_index > use_default_section_index", - "section": "use_default_section_index > use_default_section_index", - "text": "property ImportedSolidModelExportSettings.use_default_section_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType", + "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.html#ansys.acp.core.GeometricalRuleType", + "title": "GeometricalRuleType > GeometricalRuleType > GeometricalRuleType", + "section": "GeometricalRuleType > GeometricalRuleType", + "text": "class ansys.acp.core.GeometricalRuleType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how a geometrical selection rule is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nGeometricalRuleType.GEOMETRY\n\n\n\nGeometricalRuleType.ELEMENT_SETS\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.status", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zt.html#zt", + "title": "Zt", + "section": "Zt", + "text": "Zt" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.status", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.status.html#ansys.acp.core.ModelingPly.status", - "title": "status > status > status", - "section": "status > status", - "text": "property ModelingPly.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zt.html#ansys.acp.core.material_property_sets.VariableStressLimits.Zt", + "title": "Zt > Zt > Zt", + "section": "Zt > Zt", + "text": "property VariableStressLimits.Zt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.area", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.area.html#area", - "title": "area", - "section": "area", - "text": "area" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.startswith", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.startswith.html#startswith", + "title": "startswith", + "section": "startswith", + "text": "Return True if S starts with the specified prefix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nprefix can also be a tuple of strings to try.\nstartswith" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.area", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.area.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.area", - "title": "area > area > area", - "section": "area > area", - "text": "ModelingPlyElementalData.area: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.startswith", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.startswith.html#ansys.acp.core.material_property_sets.PuckMaterialType.startswith", + "title": "startswith > startswith > startswith", + "section": "startswith > startswith", + "text": "PuckMaterialType.startswith(prefix, [start, [end]]) -> bool\n\nReturn True if S starts with the specified prefix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nprefix can also be a tuple of strings to try.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.orientation", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.orientation.html#orientation", - "title": "orientation", - "section": "orientation", - "text": "orientation" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP.html#top", + "title": "TOP", + "section": "TOP", + "text": "TOP" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.orientation", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.orientation.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.orientation", - "title": "orientation > orientation > orientation", - "section": "orientation > orientation", - "text": "OrientedSelectionSetElementalData.orientation: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP.html#ansys.acp.core.SnapToGeometryOrientationType.TOP", + "title": "TOP > TOP > TOP", + "section": "TOP > TOP", + "text": "SnapToGeometryOrientationType.TOP = 'top'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.UNKNOWN", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.UNKNOWN.html#unknown", - "title": "UNKNOWN", - "section": "UNKNOWN", - "text": "UNKNOWN" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.TOP.html#examples-using-snaptogeometryorientationtypetop", + "title": "TOP > Examples using SnapToGeometryOrientationType.TOP", + "section": "Examples using SnapToGeometryOrientationType.TOP", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SnapToGeometryOrientationType.TOP" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.UNKNOWN", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.UNKNOWN.html#ansys.acp.core.VirtualGeometryDimension.UNKNOWN", - "title": "UNKNOWN > UNKNOWN > UNKNOWN", - "section": "UNKNOWN > UNKNOWN", - "text": "VirtualGeometryDimension.UNKNOWN = 'unknown'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.price", + "href": "api/_autosummary/ansys.acp.core.Sensor.price.html#price", + "title": "price", + "section": "price", + "text": "The price for the composite layup of the selected entity. The price per area is defined on the Fabrics or Stackups.\nprice" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.minimum_void_material_thickness", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.minimum_void_material_thickness.html#minimum_void_material_thickness", - "title": "minimum_void_material_thickness", - "section": "minimum_void_material_thickness", - "text": "minimum_void_material_thickness" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.price", + "href": "api/_autosummary/ansys.acp.core.Sensor.price.html#ansys.acp.core.Sensor.price", + "title": "price > price > price", + "section": "price > price", + "text": "property Sensor.price: Any\n\nThe price for the composite layup of the selected entity. The price per area is defined on the Fabrics or Stackups.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.minimum_void_material_thickness", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.minimum_void_material_thickness.html#ansys.acp.core.LayupMappingObject.minimum_void_material_thickness", - "title": "minimum_void_material_thickness > minimum_void_material_thickness > minimum_void_material_thickness", - "section": "minimum_void_material_thickness > minimum_void_material_thickness", - "text": "property LayupMappingObject.minimum_void_material_thickness: Any\n\n!! processed by numpydoc !!" + "objectID": "api/mechanical_integration_helpers", + "href": "api/mechanical_integration_helpers.html#mechanical-integration-helpers", + "title": "Mechanical integration helpers", + "section": "Mechanical integration helpers", + "text": "The PyACP / PyMechanical integration is still experimental and will change\nin future releases.\nIt is also limited in the following ways:\nOnly remote Mechanical sessions on Windows are supported.\nOnly one ACP shell or solid model can be imported into Mechanical.\nPyACP currently provides helper functions for integrating with PyMechanical.\nThese functions will be replaced with native PyMechanical functions in the future.\nexport_mesh_for_acp(*, mechanical, path)\nExport the mesh from PyMechanical for use in PyACP.\nimport_acp_composite_definitions(*, ...)\nImport ACP composite definitions HDF5 into Mechanical.\nimport_acp_mesh_from_cdb(*, mechanical, cdb_path)\nImport an ACP CDB mesh into Mechanical.\nMechanical integration helpers\nexport_mesh_for_acp\nimport_acp_composite_definitions\nimport_acp_mesh_from_cdb" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.PRODUCTION_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.SectionCutType.PRODUCTION_PLY_WISE.html#production_ply_wise", - "title": "PRODUCTION_PLY_WISE", - "section": "PRODUCTION_PLY_WISE", - "text": "PRODUCTION_PLY_WISE" + "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.clone", + "href": "api/_autosummary/ansys.acp.core.TaperEdge.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored TaperEdge with the same properties.\nSelf\nclone" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.PRODUCTION_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.SectionCutType.PRODUCTION_PLY_WISE.html#ansys.acp.core.SectionCutType.PRODUCTION_PLY_WISE", - "title": "PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE", - "section": "PRODUCTION_PLY_WISE > PRODUCTION_PLY_WISE", - "text": "SectionCutType.PRODUCTION_PLY_WISE = 'production_ply_wise'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.clone", + "href": "api/_autosummary/ansys.acp.core.TaperEdge.clone.html#ansys.acp.core.TaperEdge.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "TaperEdge.clone()\n\nCreate a new unstored TaperEdge with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSelf" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.REGULAR", - "href": "api/_autosummary/ansys.acp.core.PlyType.REGULAR.html#regular", - "title": "REGULAR", - "section": "REGULAR", - "text": "REGULAR" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removeprefix", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removeprefix.html#removeprefix", + "title": "removeprefix", + "section": "removeprefix", + "text": "Return a str with the given prefix string removed if present.\nIf the string starts with the prefix string, return string[len(prefix):].\nOtherwise, return a copy of the original string.\nremoveprefix" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.REGULAR", - "href": "api/_autosummary/ansys.acp.core.PlyType.REGULAR.html#ansys.acp.core.PlyType.REGULAR", - "title": "REGULAR > REGULAR > REGULAR", - "section": "REGULAR > REGULAR", - "text": "PlyType.REGULAR = 'regular'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removeprefix", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.removeprefix.html#ansys.acp.core.material_property_sets.PuckMaterialType.removeprefix", + "title": "removeprefix > removeprefix > removeprefix", + "section": "removeprefix > removeprefix", + "text": "PuckMaterialType.removeprefix(prefix, /)\n\nReturn a str with the given prefix string removed if present.\n\nIf the string starts with the prefix string, return string[len(prefix):].\nOtherwise, return a copy of the original string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.REGULAR", - "href": "api/_autosummary/ansys.acp.core.PlyType.REGULAR.html#examples-using-plytyperegular", - "title": "REGULAR > Examples using PlyType.REGULAR", - "section": "Examples using PlyType.REGULAR", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nExamples using PlyType.REGULAR" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_node_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_node_index.html#use_default_node_index", + "title": "use_default_node_index", + "section": "use_default_node_index", + "text": "use_default_node_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_DIRECTION.html#draped_fiber_direction", - "title": "DRAPED_FIBER_DIRECTION", - "section": "DRAPED_FIBER_DIRECTION", - "text": "DRAPED_FIBER_DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_node_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_node_index.html#ansys.acp.core.ImportedSolidModelExportSettings.use_default_node_index", + "title": "use_default_node_index > use_default_node_index > use_default_node_index", + "section": "use_default_node_index > use_default_node_index", + "text": "property ImportedSolidModelExportSettings.use_default_node_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_DIRECTION.html#ansys.acp.core.ElementalDataType.DRAPED_FIBER_DIRECTION", - "title": "DRAPED_FIBER_DIRECTION > DRAPED_FIBER_DIRECTION > DRAPED_FIBER_DIRECTION", - "section": "DRAPED_FIBER_DIRECTION > DRAPED_FIBER_DIRECTION", - "text": "ElementalDataType.DRAPED_FIBER_DIRECTION = 'draped_fiber_direction'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.area", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.area.html#area", + "title": "area", + "section": "area", + "text": "area" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.area", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.area.html#ansys.acp.core.mesh_data.ModelElementalData.area", + "title": "area > area > area", + "section": "area > area", + "text": "ModelElementalData.area: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.clone.html#ansys.acp.core.SphericalSelectionRule.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "SphericalSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.GLASS", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.GLASS.html#glass", + "title": "GLASS", + "section": "GLASS", + "text": "GLASS" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_pos", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_pos.html#p_21_pos", - "title": "p_21_pos", - "section": "p_21_pos", - "text": "p_21_pos" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.GLASS", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.GLASS.html#ansys.acp.core.material_property_sets.PuckMaterialType.GLASS", + "title": "GLASS > GLASS > GLASS", + "section": "GLASS > GLASS", + "text": "PuckMaterialType.GLASS = 'glass'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_pos", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_pos.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_pos", - "title": "p_21_pos > p_21_pos > p_21_pos", - "section": "p_21_pos > p_21_pos", - "text": "property ConstantPuckConstants.p_21_pos: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.effective_stress", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.effective_stress.html#effective_stress", - "title": "effective_stress", - "section": "effective_stress", - "text": "effective_stress" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_labels.html#ansys.acp.core.mesh_data.MeshData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "MeshData.node_labels: ndarray[tuple[int, ...], dtype[int32]]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.effective_stress", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.effective_stress.html#ansys.acp.core.material_property_sets.ConstantStressLimits.effective_stress", - "title": "effective_stress > effective_stress > effective_stress", - "section": "effective_stress > effective_stress", - "text": "property ConstantStressLimits.effective_stress: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.draping_ud_coefficient", + "href": "api/_autosummary/ansys.acp.core.Stackup.draping_ud_coefficient.html#draping_ud_coefficient", + "title": "draping_ud_coefficient", + "section": "draping_ud_coefficient", + "text": "draping_ud_coefficient" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.html#solidelementsetelementaldata", - "title": "SolidElementSetElementalData", - "section": "SolidElementSetElementalData", - "text": "Represents elemental data for a Solid Element Set.\nSolidElementSetElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSolidElementSetElementalData.element_labels\n\nSolidElementSetElementalData\nSolidElementSetElementalData.get_pyvista_mesh\nSolidElementSetElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.draping_ud_coefficient", + "href": "api/_autosummary/ansys.acp.core.Stackup.draping_ud_coefficient.html#ansys.acp.core.Stackup.draping_ud_coefficient", + "title": "draping_ud_coefficient > draping_ud_coefficient > draping_ud_coefficient", + "section": "draping_ud_coefficient > draping_ud_coefficient", + "text": "property Stackup.draping_ud_coefficient: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.html#ansys.acp.core.mesh_data.SolidElementSetElementalData", - "title": "SolidElementSetElementalData > SolidElementSetElementalData > SolidElementSetElementalData", - "section": "SolidElementSetElementalData > SolidElementSetElementalData", - "text": "class ansys.acp.core.mesh_data.SolidElementSetElementalData(element_labels)\n\nRepresents elemental data for a Solid Element Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSolidElementSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidElementSetElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.maketrans", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.maketrans.html#maketrans", + "title": "maketrans", + "section": "maketrans", + "text": "Return a translation table usable for str.translate().\nIf there is only one argument, it must be a dictionary mapping Unicode\nordinals (integers) or characters to Unicode ordinals, strings or None.\nCharacter keys will be then converted to ordinals.\nIf there are two arguments, they must be strings of equal length, and\nin the resulting dictionary, each character in x will be mapped to the\ncharacter at the same position in y. If there is a third argument, it\nmust be a string, whose characters will be mapped to None in the result.\nmaketrans" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.maketrans", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.maketrans.html#ansys.acp.core.material_property_sets.PuckMaterialType.maketrans", + "title": "maketrans > maketrans > maketrans", + "section": "maketrans > maketrans", + "text": "static PuckMaterialType.maketrans(x, y=, z=, /)\n\nReturn a translation table usable for str.translate().\n\nIf there is only one argument, it must be a dictionary mapping Unicode\nordinals (integers) or characters to Unicode ordinals, strings or None.\nCharacter keys will be then converted to ordinals.\nIf there are two arguments, they must be strings of equal length, and\nin the resulting dictionary, each character in x will be mapped to the\ncharacter at the same position in y. If there is a third argument, it\nmust be a string, whose characters will be mapped to None in the result.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.shell_mesh.html#ansys.acp.core.SphericalSelectionRule.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property SphericalSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYt.html#eyt", + "title": "eYt", + "section": "eYt", + "text": "eYt" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.name", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eYt.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eYt", + "title": "eYt > eYt > eYt", + "section": "eYt > eYt", + "text": "property ConstantStrainLimits.eYt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.name", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.name.html#ansys.acp.core.InterfaceLayer.name", - "title": "name > name > name", - "section": "name > name", - "text": "property InterfaceLayer.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MONOLITHIC", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MONOLITHIC.html#monolithic", + "title": "MONOLITHIC", + "section": "MONOLITHIC", + "text": "MONOLITHIC" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh.html#solid_mesh", - "title": "solid_mesh", - "section": "solid_mesh", - "text": "Solid mesh associated with the object.\nsolid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MONOLITHIC", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MONOLITHIC.html#ansys.acp.core.ExtrusionMethod.MONOLITHIC", + "title": "MONOLITHIC > MONOLITHIC > MONOLITHIC", + "section": "MONOLITHIC > MONOLITHIC", + "text": "ExtrusionMethod.MONOLITHIC = 'monolithic'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh.html#ansys.acp.core.ImportedAnalysisPly.solid_mesh", - "title": "solid_mesh > solid_mesh > solid_mesh", - "section": "solid_mesh > solid_mesh", - "text": "property ImportedAnalysisPly.solid_mesh: MeshData\n\nSolid mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.upper_limit", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.upper_limit.html#upper_limit", + "title": "upper_limit", + "section": "upper_limit", + "text": "upper_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.solid_mesh.html#examples-using-importedanalysisplysolid_mesh", - "title": "solid_mesh > Examples using ImportedAnalysisPly.solid_mesh", - "section": "Examples using ImportedAnalysisPly.solid_mesh", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ImportedAnalysisPly.solid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.upper_limit", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.upper_limit.html#ansys.acp.core.ParallelSelectionRule.upper_limit", + "title": "upper_limit > upper_limit > upper_limit", + "section": "upper_limit > upper_limit", + "text": "property ParallelSelectionRule.upper_limit: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_sublaminate", - "href": "api/_autosummary/ansys.acp.core.Model.create_sublaminate.html#create_sublaminate", - "title": "create_sublaminate", - "section": "create_sublaminate", - "text": "Instantiate a SubLaminate.\nname (str) – Name of the sub-laminate.\nsymmetry (SymmetryType) – Whether the sub-laminate is odd or even symmetrical, or none.\ntopdown (bool) – The first material in the list is placed first in the mold if topdown is true.\nmaterials (Sequence[Lamina]) – List of materials (fabrics and stackups) with angles which build the sub-laminate.\nSubLaminate\nAdded in ACP server version 24.2.\ncreate_sublaminate" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList.html#linkedobjectlist", + "title": "LinkedObjectList", + "section": "LinkedObjectList", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nList of linked tree objects.\nLinkedObjectList" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_sublaminate", - "href": "api/_autosummary/ansys.acp.core.Model.create_sublaminate.html#ansys.acp.core.Model.create_sublaminate", - "title": "create_sublaminate > create_sublaminate > create_sublaminate", - "section": "create_sublaminate > create_sublaminate", - "text": "Model.create_sublaminate(*, name='SubLaminate', symmetry='no_symmetry', topdown=True, materials=())\n\nInstantiate a SubLaminate.\n\nParameters\n\nname (str) – Name of the sub-laminate.\n\nsymmetry (SymmetryType) – Whether the sub-laminate is odd or even symmetrical, or none.\n\ntopdown (bool) – The first material in the list is placed first in the mold if topdown is true.\n\nmaterials (Sequence[Lamina]) – List of materials (fabrics and stackups) with angles which build the sub-laminate.\n\nReturn type\n\nSubLaminate\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList.html#ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList", + "title": "LinkedObjectList > LinkedObjectList > LinkedObjectList", + "section": "LinkedObjectList > LinkedObjectList", + "text": "class ansys.acp.core._tree_objects._grpc_helpers.linked_object_list.LinkedObjectList(*, _parent_object, _attribute_name, _object_constructor, _allowed_types)\n\nList of linked tree objects.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_sublaminate", - "href": "api/_autosummary/ansys.acp.core.Model.create_sublaminate.html#examples-using-modelcreate_sublaminate", - "title": "create_sublaminate > Examples using Model.create_sublaminate", - "section": "Examples using Model.create_sublaminate", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using Model.create_sublaminate" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.clone", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.html#sphericalselectionruleelementaldata", - "title": "SphericalSelectionRuleElementalData", - "section": "SphericalSelectionRuleElementalData", - "text": "Represents elemental data for a Spherical Selection Rule.\nSphericalSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSphericalSelectionRuleElementalData.normal\n\nSphericalSelectionRuleElementalData.element_labels\n\nSphericalSelectionRuleElementalData\nSphericalSelectionRuleElementalData.get_pyvista_mesh\nSphericalSelectionRuleElementalData.normal\nSphericalSelectionRuleElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.clone", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.clone.html#ansys.acp.core.LookUpTable1D.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "LookUpTable1D.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.html#ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData", - "title": "SphericalSelectionRuleElementalData > SphericalSelectionRuleElementalData > SphericalSelectionRuleElementalData", - "section": "SphericalSelectionRuleElementalData > SphericalSelectionRuleElementalData", - "text": "class ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Spherical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSphericalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSphericalSelectionRuleElementalData.normal\n\n\n\nSphericalSelectionRuleElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Convert the mesh data to a PyVista object.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZt.html#ezt", - "title": "eZt", - "section": "eZt", - "text": "eZt" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ScalarData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ScalarData.get_pyvista_mesh(mesh)\n\nConvert the mesh data to a PyVista object.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZt.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eZt", - "title": "eZt > eZt > eZt", - "section": "eZt > eZt", - "text": "property ConstantStrainLimits.eZt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rpartition", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rpartition.html#rpartition", + "title": "rpartition", + "section": "rpartition", + "text": "Partition the string into three parts using the given separator.\nThis will search for the separator in the string, starting at the end. If\nthe separator is found, returns a 3-tuple containing the part before the\nseparator, the separator itself, and the part after it.\nIf the separator is not found, returns a 3-tuple containing two empty strings\nand the original string.\nrpartition" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu12", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu12.html#nu12", - "title": "nu12", - "section": "nu12", - "text": "nu12" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rpartition", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rpartition.html#ansys.acp.core.material_property_sets.PuckMaterialType.rpartition", + "title": "rpartition > rpartition > rpartition", + "section": "rpartition > rpartition", + "text": "PuckMaterialType.rpartition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nThis will search for the separator in the string, starting at the end. If\nthe separator is found, returns a 3-tuple containing the part before the\nseparator, the separator itself, and the part after it.\n\nIf the separator is not found, returns a 3-tuple containing two empty strings\nand the original string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu12", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu12.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu12", - "title": "nu12 > nu12 > nu12", - "section": "nu12 > nu12", - "text": "property ConstantEngineeringConstants.nu12: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.html#variableoffsetselectionrule", + "title": "VariableOffsetSelectionRule", + "section": "VariableOffsetSelectionRule", + "text": "Instantiate a Variable Offset Selection Rule.\nname (str) – Name of the Variable Offset Selection Rule.\nedge_set (EdgeSet | None) – Defines the edge along which the rule will be applied to.\noffsets (LookUpTable1DColumn | None) – Defines the in-plane offset. Cuts elements which are closer to the edge than this value.\nangles (LookUpTable1DColumn | None) – Defines the angle between the reference surface and the cutting plane.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nuse_offset_correction (bool) – If enabled, then the offset is measured along the surface of the selected Element Set.\nelement_set (ElementSet | None) – Defines the surface on which the offset correction is calculated on.\ninherit_from_lookup_table (bool) – Specifies whether to inherit the Look-Up Table object properties.\nradius_origin (tuple[float, float, float]) – Origin of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\nradius_direction (tuple[float, float, float]) – Direction of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\ndistance_along_edge (bool) – If True, the look-up locations are evaluated along the edge, instead of along\nthe axis direction.\nAdded in ACP server version 24.2.\nVariableOffsetSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nVariableOffsetSelectionRule.delete()\nDelete the object.\nVariableOffsetSelectionRule.store(parent)\nStore the object on the server.\nVariableOffsetSelectionRule.angles\n\nVariableOffsetSelectionRule.distance_along_edge\n\nVariableOffsetSelectionRule.edge_set\n\nVariableOffsetSelectionRule.element_set\n\nVariableOffsetSelectionRule.elemental_data\n\nVariableOffsetSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nVariableOffsetSelectionRule.include_rule\n\nVariableOffsetSelectionRule.inherit_from_lookup_table\n\nVariableOffsetSelectionRule.mesh\nFull mesh associated with the object.\nVariableOffsetSelectionRule.name\nThe name of the object.\nVariableOffsetSelectionRule.nodal_data\n\nVariableOffsetSelectionRule.offsets\n\nVariableOffsetSelectionRule.parent\nThe parent of the object.\nVariableOffsetSelectionRule.radius_direction\n\nVariableOffsetSelectionRule.radius_origin\n\nVariableOffsetSelectionRule.shell_mesh\nShell mesh associated with the object.\nVariableOffsetSelectionRule.status\n\nVariableOffsetSelectionRule.use_offset_correction\n\nVariableOffsetSelectionRule\nFalse\ninherit_from_lookup_table\nFalse\ninherit_from_lookup_table\nFalse\nTrue\nVariableOffsetSelectionRule.clone\nVariableOffsetSelectionRule.delete\nVariableOffsetSelectionRule.store\nVariableOffsetSelectionRule.angles\nVariableOffsetSelectionRule.distance_along_edge\nVariableOffsetSelectionRule.edge_set\nVariableOffsetSelectionRule.element_set\nVariableOffsetSelectionRule.elemental_data\nVariableOffsetSelectionRule.id\nVariableOffsetSelectionRule.include_rule\nVariableOffsetSelectionRule.inherit_from_lookup_table\nVariableOffsetSelectionRule.mesh\nVariableOffsetSelectionRule.name\nVariableOffsetSelectionRule.nodal_data\nVariableOffsetSelectionRule.offsets\nVariableOffsetSelectionRule.parent\nVariableOffsetSelectionRule.radius_direction\nVariableOffsetSelectionRule.radius_origin\nVariableOffsetSelectionRule.shell_mesh\nVariableOffsetSelectionRule.status\nVariableOffsetSelectionRule.use_offset_correction" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_angle.html#draped_fiber_angle", - "title": "draped_fiber_angle", - "section": "draped_fiber_angle", - "text": "draped_fiber_angle" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.html#ansys.acp.core.VariableOffsetSelectionRule", + "title": "VariableOffsetSelectionRule > VariableOffsetSelectionRule > VariableOffsetSelectionRule", + "section": "VariableOffsetSelectionRule > VariableOffsetSelectionRule", + "text": "class ansys.acp.core.VariableOffsetSelectionRule(*, name='VariableOffsetSelectionrule', edge_set=None, offsets=None, angles=None, include_rule=True, use_offset_correction=False, element_set=None, inherit_from_lookup_table=True, radius_origin=(0.0, 0.0, 0.0), radius_direction=(1.0, 0.0, 0.0), distance_along_edge=False)\n\nInstantiate a Variable Offset Selection Rule.\n\nParameters\n\nname (str) – Name of the Variable Offset Selection Rule.\n\nedge_set (EdgeSet | None) – Defines the edge along which the rule will be applied to.\n\noffsets (LookUpTable1DColumn | None) – Defines the in-plane offset. Cuts elements which are closer to the edge than this value.\n\nangles (LookUpTable1DColumn | None) – Defines the angle between the reference surface and the cutting plane.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nuse_offset_correction (bool) – If enabled, then the offset is measured along the surface of the selected Element Set.\n\nelement_set (ElementSet | None) – Defines the surface on which the offset correction is calculated on.\n\ninherit_from_lookup_table (bool) – Specifies whether to inherit the Look-Up Table object properties.\n\nradius_origin (tuple[float, float, float]) – Origin of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\n\nradius_direction (tuple[float, float, float]) – Direction of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\n\ndistance_along_edge (bool) – If True, the look-up locations are evaluated along the edge, instead of along\nthe axis direction.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nVariableOffsetSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nVariableOffsetSelectionRule.delete()\n\nDelete the object.\n\nVariableOffsetSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableOffsetSelectionRule.angles\n\n\n\nVariableOffsetSelectionRule.distance_along_edge\n\n\n\nVariableOffsetSelectionRule.edge_set\n\n\n\nVariableOffsetSelectionRule.element_set\n\n\n\nVariableOffsetSelectionRule.elemental_data\n\n\n\nVariableOffsetSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nVariableOffsetSelectionRule.include_rule\n\n\n\nVariableOffsetSelectionRule.inherit_from_lookup_table\n\n\n\nVariableOffsetSelectionRule.mesh\n\nFull mesh associated with the object.\n\nVariableOffsetSelectionRule.name\n\nThe name of the object.\n\nVariableOffsetSelectionRule.nodal_data\n\n\n\nVariableOffsetSelectionRule.offsets\n\n\n\nVariableOffsetSelectionRule.parent\n\nThe parent of the object.\n\nVariableOffsetSelectionRule.radius_direction\n\n\n\nVariableOffsetSelectionRule.radius_origin\n\n\n\nVariableOffsetSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nVariableOffsetSelectionRule.status\n\n\n\nVariableOffsetSelectionRule.use_offset_correction\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_angle.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_fiber_angle", - "title": "draped_fiber_angle > draped_fiber_angle > draped_fiber_angle", - "section": "draped_fiber_angle > draped_fiber_angle", - "text": "AnalysisPlyElementalData.draped_fiber_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.html#examples-using-variableoffsetselectionrule", + "title": "VariableOffsetSelectionRule > Examples using VariableOffsetSelectionRule", + "section": "Examples using VariableOffsetSelectionRule", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using VariableOffsetSelectionRule" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.html#variablestresslimits", + "title": "VariableStressLimits", + "section": "VariableStressLimits", + "text": "Variable stress limits material property set.\nAdded in ACP server version 24.2.\nVariableStressLimits.Sxy\n\nVariableStressLimits.Sxz\n\nVariableStressLimits.Syz\n\nVariableStressLimits.Xc\n\nVariableStressLimits.Xt\n\nVariableStressLimits.Yc\n\nVariableStressLimits.Yt\n\nVariableStressLimits.Zc\n\nVariableStressLimits.Zt\n\nVariableStressLimits.effective_stress\n\nVariableStressLimits.field_variables\n\nVariableStressLimits.interpolation_options\n\nVariableStressLimits\nVariableStressLimits.Sxy\nVariableStressLimits.Sxz\nVariableStressLimits.Syz\nVariableStressLimits.Xc\nVariableStressLimits.Xt\nVariableStressLimits.Yc\nVariableStressLimits.Yt\nVariableStressLimits.Zc\nVariableStressLimits.Zt\nVariableStressLimits.effective_stress\nVariableStressLimits.field_variables\nVariableStressLimits.interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.dir2", - "href": "api/_autosummary/ansys.acp.core.Rosette.dir2.html#dir2", - "title": "dir2", - "section": "dir2", - "text": "dir2" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.html#ansys.acp.core.material_property_sets.VariableStressLimits", + "title": "VariableStressLimits > VariableStressLimits > VariableStressLimits", + "section": "VariableStressLimits > VariableStressLimits", + "text": "class ansys.acp.core.material_property_sets.VariableStressLimits(*, _parent_object=None, _attribute_path=None)\n\nVariable stress limits material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableStressLimits.Sxy\n\n\n\nVariableStressLimits.Sxz\n\n\n\nVariableStressLimits.Syz\n\n\n\nVariableStressLimits.Xc\n\n\n\nVariableStressLimits.Xt\n\n\n\nVariableStressLimits.Yc\n\n\n\nVariableStressLimits.Yt\n\n\n\nVariableStressLimits.Zc\n\n\n\nVariableStressLimits.Zt\n\n\n\nVariableStressLimits.effective_stress\n\n\n\nVariableStressLimits.field_variables\n\n\n\nVariableStressLimits.interpolation_options\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.dir2", - "href": "api/_autosummary/ansys.acp.core.Rosette.dir2.html#ansys.acp.core.Rosette.dir2", - "title": "dir2 > dir2 > dir2", - "section": "dir2 > dir2", - "text": "property Rosette.dir2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.MASS", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.MASS.html#mass", + "title": "MASS", + "section": "MASS", + "text": "MASS" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.MASS", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.MASS.html#ansys.acp.core.PhysicalDimension.MASS", + "title": "MASS > MASS > MASS", + "section": "MASS > MASS", + "text": "PhysicalDimension.MASS = 'mass'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.delete.html#ansys.acp.core.TubeSelectionRule.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "TubeSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.field_variables.html#field_variables", + "title": "field_variables", + "section": "field_variables", + "text": "field_variables" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.inherit_from_lookup_table", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.inherit_from_lookup_table.html#inherit_from_lookup_table", - "title": "inherit_from_lookup_table", - "section": "inherit_from_lookup_table", - "text": "inherit_from_lookup_table" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.field_variables.html#ansys.acp.core.material_property_sets.VariableFabricFiberAngle.field_variables", + "title": "field_variables > field_variables > field_variables", + "section": "field_variables > field_variables", + "text": "property VariableFabricFiberAngle.field_variables: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.inherit_from_lookup_table", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.inherit_from_lookup_table.html#ansys.acp.core.VariableOffsetSelectionRule.inherit_from_lookup_table", - "title": "inherit_from_lookup_table > inherit_from_lookup_table > inherit_from_lookup_table", - "section": "inherit_from_lookup_table > inherit_from_lookup_table", - "text": "property VariableOffsetSelectionRule.inherit_from_lookup_table: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.status", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ElementSetNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ElementSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.status", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.status.html#ansys.acp.core.LayupMappingObject.status", - "title": "status > status > status", - "section": "status > status", - "text": "property LayupMappingObject.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.parallel_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.parallel_selection_rules.html#parallel_selection_rules", + "title": "parallel_selection_rules", + "section": "parallel_selection_rules", + "text": "parallel_selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_ratio", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_ratio.html#fracture_toughness_ratio", - "title": "fracture_toughness_ratio", - "section": "fracture_toughness_ratio", - "text": "fracture_toughness_ratio" + "objectID": "api/_autosummary/ansys.acp.core.Model.parallel_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.parallel_selection_rules.html#ansys.acp.core.Model.parallel_selection_rules", + "title": "parallel_selection_rules > parallel_selection_rules > parallel_selection_rules", + "section": "parallel_selection_rules > parallel_selection_rules", + "text": "property Model.parallel_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_ratio", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_ratio.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_ratio", - "title": "fracture_toughness_ratio > fracture_toughness_ratio > fracture_toughness_ratio", - "section": "fracture_toughness_ratio > fracture_toughness_ratio", - "text": "property ConstantLaRCConstants.fracture_toughness_ratio: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_ACPH5", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_ACPH5.html#basic_flat_plate_acph5", + "title": "BASIC_FLAT_PLATE_ACPH5", + "section": "BASIC_FLAT_PLATE_ACPH5", + "text": "BASIC_FLAT_PLATE_ACPH5" }, { - "objectID": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_GEOMETRY.html#from_geometry", - "title": "FROM_GEOMETRY", - "section": "FROM_GEOMETRY", - "text": "FROM_GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_ACPH5", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_ACPH5.html#ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_ACPH5", + "title": "BASIC_FLAT_PLATE_ACPH5 > BASIC_FLAT_PLATE_ACPH5 > BASIC_FLAT_PLATE_ACPH5", + "section": "BASIC_FLAT_PLATE_ACPH5 > BASIC_FLAT_PLATE_ACPH5", + "text": "ExampleKeys.BASIC_FLAT_PLATE_ACPH5 = 3\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.MeshImportType.FROM_GEOMETRY.html#ansys.acp.core.MeshImportType.FROM_GEOMETRY", - "title": "FROM_GEOMETRY > FROM_GEOMETRY > FROM_GEOMETRY", - "section": "FROM_GEOMETRY > FROM_GEOMETRY", - "text": "MeshImportType.FROM_GEOMETRY = 'from_geometry'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.use_curvature_correction", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.use_curvature_correction.html#use_curvature_correction", + "title": "use_curvature_correction", + "section": "use_curvature_correction", + "text": "use_curvature_correction" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.angle_tolerance", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.angle_tolerance.html#angle_tolerance", - "title": "angle_tolerance", - "section": "angle_tolerance", - "text": "angle_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.use_curvature_correction", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.use_curvature_correction.html#ansys.acp.core.ExtrusionGuide.use_curvature_correction", + "title": "use_curvature_correction > use_curvature_correction > use_curvature_correction", + "section": "use_curvature_correction > use_curvature_correction", + "text": "property ExtrusionGuide.use_curvature_correction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.angle_tolerance", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.angle_tolerance.html#ansys.acp.core.ShellMappingProperties.angle_tolerance", - "title": "angle_tolerance > angle_tolerance > angle_tolerance", - "section": "angle_tolerance > angle_tolerance", - "text": "ShellMappingProperties.angle_tolerance: float = 35.0\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.index", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.index.html#index", + "title": "index", + "section": "index", + "text": "Return the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nRaises ValueError when the substring is not found.\nindex" }, { - "objectID": "api/dpf_integration_helpers", - "href": "api/dpf_integration_helpers.html#dpf-integration-helpers", - "title": "DPF integration helpers", - "section": "DPF integration helpers", - "text": "get_dpf_unit_system(unit_system)\nConvert pyACP unit system to DPF unit system.\nDPF integration helpers\nget_dpf_unit_system" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.index", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.index.html#ansys.acp.core.LaunchMode.index", + "title": "index > index > index", + "section": "index > index", + "text": "LaunchMode.index(sub, [start, [end]]) -> int\n\nReturn the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nRaises ValueError when the substring is not found.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.wait", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.wait.html#wait", - "title": "wait", - "section": "wait", - "text": "Wait for the ACP instance to respond.\nRepeatedly checks if the ACP instance is running, returning as\nsoon as it is running.\ntimeout (float) – Wait time before raising an exception.\nRuntimeError – In case the server still has not responded after timeout seconds.\nwait\ntimeout" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.oriented_selection_sets", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.oriented_selection_sets.html#oriented_selection_sets", + "title": "oriented_selection_sets", + "section": "oriented_selection_sets", + "text": "oriented_selection_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.wait", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.wait.html#ansys.acp.core.ACPInstance.wait", - "title": "wait > wait > wait", - "section": "wait > wait", - "text": "ACPInstance.wait(timeout)\n\nWait for the ACP instance to respond.\n\nRepeatedly checks if the ACP instance is running, returning as\nsoon as it is running.\n\nParameters\n\ntimeout (float) – Wait time before raising an exception.\n\nRaises\n\nRuntimeError – In case the server still has not responded after timeout seconds.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.oriented_selection_sets", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.oriented_selection_sets.html#ansys.acp.core.InterfaceLayer.oriented_selection_sets", + "title": "oriented_selection_sets > oriented_selection_sets > oriented_selection_sets", + "section": "oriented_selection_sets > oriented_selection_sets", + "text": "property InterfaceLayer.oriented_selection_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.Model.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType", + "href": "api/_autosummary/ansys.acp.core.ExtrusionType.html#extrusiontype", + "title": "ExtrusionType", + "section": "ExtrusionType", + "text": "Extrusion method used in a section cut.\nExtrusionType.WIRE_FRAME\n\nExtrusionType.SURFACE_NORMAL\n\nExtrusionType.SURFACE_SWEEP_BASED\n\nExtrusionType\nExtrusionType.WIRE_FRAME\nExtrusionType.SURFACE_NORMAL\nExtrusionType.SURFACE_SWEEP_BASED" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.Model.shell_mesh.html#ansys.acp.core.Model.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property Model.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType", + "href": "api/_autosummary/ansys.acp.core.ExtrusionType.html#ansys.acp.core.ExtrusionType", + "title": "ExtrusionType > ExtrusionType > ExtrusionType", + "section": "ExtrusionType > ExtrusionType", + "text": "class ansys.acp.core.ExtrusionType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nExtrusion method used in a section cut.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nExtrusionType.WIRE_FRAME\n\n\n\nExtrusionType.SURFACE_NORMAL\n\n\n\nExtrusionType.SURFACE_SWEEP_BASED\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.Model.shell_mesh.html#examples-using-modelshell_mesh", - "title": "shell_mesh > Examples using Model.shell_mesh", - "section": "Examples using Model.shell_mesh", - "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.shell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_2.html#fracture_toughness_mode_2", - "title": "fracture_toughness_mode_2", - "section": "fracture_toughness_mode_2", - "text": "fracture_toughness_mode_2" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.elemental_data.html#ansys.acp.core.ImportedSolidModel.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property ImportedSolidModel.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_2.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_toughness_mode_2", - "title": "fracture_toughness_mode_2 > fracture_toughness_mode_2 > fracture_toughness_mode_2", - "section": "fracture_toughness_mode_2 > fracture_toughness_mode_2", - "text": "property ConstantLaRCConstants.fracture_toughness_mode_2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.MeshImportType", + "href": "api/_autosummary/ansys.acp.core.MeshImportType.html#meshimporttype", + "title": "MeshImportType", + "section": "MeshImportType", + "text": "Options for the definition of the source of the imported mesh.\nMeshImportType.FROM_H5_COMPOSITE_CAE\n\nMeshImportType.FROM_GEOMETRY\n\nMeshImportType\nMeshImportType.FROM_H5_COMPOSITE_CAE\nMeshImportType.FROM_GEOMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_pos", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_pos.html#p_22_pos", - "title": "p_22_pos", - "section": "p_22_pos", - "text": "p_22_pos" + "objectID": "api/_autosummary/ansys.acp.core.MeshImportType", + "href": "api/_autosummary/ansys.acp.core.MeshImportType.html#ansys.acp.core.MeshImportType", + "title": "MeshImportType > MeshImportType > MeshImportType", + "section": "MeshImportType > MeshImportType", + "text": "class ansys.acp.core.MeshImportType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the definition of the source of the imported mesh.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nMeshImportType.FROM_H5_COMPOSITE_CAE\n\n\n\nMeshImportType.FROM_GEOMETRY\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_pos", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_pos.html#ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_pos", - "title": "p_22_pos > p_22_pos > p_22_pos", - "section": "p_22_pos > p_22_pos", - "text": "property VariablePuckConstants.p_22_pos: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MATERIALS_XML", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MATERIALS_XML.html#materials_xml", + "title": "MATERIALS_XML", + "section": "MATERIALS_XML", + "text": "MATERIALS_XML" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_bottom", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_bottom.html#disable_drop_offs_on_bottom", - "title": "disable_drop_offs_on_bottom", - "section": "disable_drop_offs_on_bottom", - "text": "disable_drop_offs_on_bottom" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MATERIALS_XML", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MATERIALS_XML.html#ansys.acp.core.extras.example_helpers.ExampleKeys.MATERIALS_XML", + "title": "MATERIALS_XML > MATERIALS_XML > MATERIALS_XML", + "section": "MATERIALS_XML > MATERIALS_XML", + "text": "ExampleKeys.MATERIALS_XML = 14\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_bottom", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_bottom.html#ansys.acp.core.DropOffSettings.disable_drop_offs_on_bottom", - "title": "disable_drop_offs_on_bottom > disable_drop_offs_on_bottom > disable_drop_offs_on_bottom", - "section": "disable_drop_offs_on_bottom > disable_drop_offs_on_bottom", - "text": "property DropOffSettings.disable_drop_offs_on_bottom: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT.html#basic_flat_plate_refined_dat", + "title": "BASIC_FLAT_PLATE_REFINED_DAT", + "section": "BASIC_FLAT_PLATE_REFINED_DAT", + "text": "BASIC_FLAT_PLATE_REFINED_DAT" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2.html#parameter_2", - "title": "parameter_2", - "section": "parameter_2", - "text": "Second template parameter of the selection rule.\nparameter_2" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT.html#ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT", + "title": "BASIC_FLAT_PLATE_REFINED_DAT > BASIC_FLAT_PLATE_REFINED_DAT > BASIC_FLAT_PLATE_REFINED_DAT", + "section": "BASIC_FLAT_PLATE_REFINED_DAT > BASIC_FLAT_PLATE_REFINED_DAT", + "text": "ExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT = 2\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2.html#ansys.acp.core.LinkedSelectionRule.parameter_2", - "title": "parameter_2 > parameter_2 > parameter_2", - "section": "parameter_2 > parameter_2", - "text": "property LinkedSelectionRule.parameter_2: float\n\nSecond template parameter of the selection rule.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.CONNECT", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.CONNECT.html#connect", + "title": "CONNECT", + "section": "CONNECT", + "text": "CONNECT" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2.html#examples-using-linkedselectionruleparameter_2", - "title": "parameter_2 > Examples using LinkedSelectionRule.parameter_2", - "section": "Examples using LinkedSelectionRule.parameter_2", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LinkedSelectionRule.parameter_2" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.CONNECT", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.CONNECT.html#ansys.acp.core.LaunchMode.CONNECT", + "title": "CONNECT > CONNECT > CONNECT", + "section": "CONNECT > CONNECT", + "text": "LaunchMode.CONNECT = 'connect'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules.html#selection_rules", - "title": "selection_rules", - "section": "selection_rules", - "text": "selection_rules" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.fiber_direction.html#fiber_direction", + "title": "fiber_direction", + "section": "fiber_direction", + "text": "fiber_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules.html#ansys.acp.core.ModelingPly.selection_rules", - "title": "selection_rules > selection_rules > selection_rules", - "section": "selection_rules > selection_rules", - "text": "property ModelingPly.selection_rules: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.fiber_direction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.fiber_direction", + "title": "fiber_direction > fiber_direction > fiber_direction", + "section": "fiber_direction > fiber_direction", + "text": "ProductionPlyElementalData.fiber_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.selection_rules.html#examples-using-modelingplyselection_rules", - "title": "selection_rules > Examples using ModelingPly.selection_rules", - "section": "Examples using ModelingPly.selection_rules", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ModelingPly.selection_rules" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.store", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.store", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.store.html#ansys.acp.core.ModelingPly.store", + "title": "store > store > store", + "section": "store > store", + "text": "ModelingPly.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.normal.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "OrientedSelectionSetElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.edge_set", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.edge_set.html#edge_set", + "title": "edge_set", + "section": "edge_set", + "text": "edge_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_isotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_isotropic_constants.html#from_isotropic_constants", - "title": "from_isotropic_constants", - "section": "from_isotropic_constants", - "text": "Create an isotropic stress limits property set.\neffective_stress (float) – Effective stress limit.\nAn isotropic stress limits property set.\nSelf\nfrom_isotropic_constants" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.edge_set", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.edge_set.html#ansys.acp.core.TubeSelectionRule.edge_set", + "title": "edge_set > edge_set > edge_set", + "section": "edge_set > edge_set", + "text": "property TubeSelectionRule.edge_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_isotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_isotropic_constants.html#ansys.acp.core.material_property_sets.ConstantStressLimits.from_isotropic_constants", - "title": "from_isotropic_constants > from_isotropic_constants > from_isotropic_constants", - "section": "from_isotropic_constants > from_isotropic_constants", - "text": "classmethod ConstantStressLimits.from_isotropic_constants(*, effective_stress=0.0)\n\nCreate an isotropic stress limits property set.\n\nParameters\n\neffective_stress (float) – Effective stress limit.\n\nReturns\n\nAn isotropic stress limits property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType", + "href": "api/_autosummary/ansys.acp.core.EdgeSetType.html#edgesettype", + "title": "EdgeSetType", + "section": "EdgeSetType", + "text": "Options for how an edge set is defined.\nEdgeSetType.BY_REFERENCE\n\nEdgeSetType.BY_NODES\n\nEdgeSetType\nEdgeSetType.BY_REFERENCE\nEdgeSetType.BY_NODES" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType", + "href": "api/_autosummary/ansys.acp.core.EdgeSetType.html#ansys.acp.core.EdgeSetType", + "title": "EdgeSetType > EdgeSetType > EdgeSetType", + "section": "EdgeSetType > EdgeSetType", + "text": "class ansys.acp.core.EdgeSetType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how an edge set is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nEdgeSetType.BY_REFERENCE\n\n\n\nEdgeSetType.BY_NODES\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.name.html#ansys.acp.core.SphericalSelectionRule.name", - "title": "name > name > name", - "section": "name > name", - "text": "property SphericalSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType", + "href": "api/_autosummary/ansys.acp.core.EdgeSetType.html#examples-using-edgesettype", + "title": "EdgeSetType > Examples using EdgeSetType", + "section": "Examples using EdgeSetType", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using EdgeSetType" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.name", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.name.html#name", + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.name.html#name", "title": "name", "section": "name", "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.name", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.name.html#ansys.acp.core.LookUpTable1D.name", + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.name.html#ansys.acp.core.TubeSelectionRule.name", "title": "name > name > name", "section": "name > name", - "text": "property LookUpTable1D.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.mesh", - "href": "api/_autosummary/ansys.acp.core.Model.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.mesh", - "href": "api/_autosummary/ansys.acp.core.Model.mesh.html#ansys.acp.core.Model.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property Model.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.mesh", - "href": "api/_autosummary/ansys.acp.core.Model.mesh.html#examples-using-modelmesh", - "title": "mesh > Examples using Model.mesh", - "section": "Examples using Model.mesh", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Model.mesh" + "text": "property TubeSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.elemental_data", - "href": "api/_autosummary/ansys.acp.core.SolidModel.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E1.html#e1", + "title": "E1", + "section": "E1", + "text": "E1" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.elemental_data", - "href": "api/_autosummary/ansys.acp.core.SolidModel.elemental_data.html#ansys.acp.core.SolidModel.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property SolidModel.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E1.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E1", + "title": "E1 > E1 > E1", + "section": "E1 > E1", + "text": "property ConstantEngineeringConstants.E1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.id", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STL", + "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STL.html#stl", + "title": "STL", + "section": "STL", + "text": "STL" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.id", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.id.html#ansys.acp.core.ImportedSolidModel.id", - "title": "id > id > id", - "section": "id > id", - "text": "property ImportedSolidModel.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STL", + "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STL.html#ansys.acp.core.PlyGeometryExportFormat.STL", + "title": "STL > STL > STL", + "section": "STL > STL", + "text": "PlyGeometryExportFormat.STL = 'stl'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_CDB", - "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_CDB.html#ansys_cdb", - "title": "ANSYS_CDB", - "section": "ANSYS_CDB", - "text": "ANSYS_CDB" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_CDB", - "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_CDB.html#ansys.acp.core.FeFormat.ANSYS_CDB", - "title": "ANSYS_CDB > ANSYS_CDB > ANSYS_CDB", - "section": "ANSYS_CDB > ANSYS_CDB", - "text": "FeFormat.ANSYS_CDB = 'ansys:cdb'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.parent.html#ansys.acp.core.CutOffSelectionRule.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property CutOffSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.delete", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.delete", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.delete.html#ansys.acp.core.InterfaceLayer.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "InterfaceLayer.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.shell_mesh.html#ansys.acp.core.ParallelSelectionRule.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property ParallelSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.modeling_groups", - "href": "api/_autosummary/ansys.acp.core.Model.modeling_groups.html#modeling_groups", - "title": "modeling_groups", - "section": "modeling_groups", - "text": "modeling_groups" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.modeling_groups", - "href": "api/_autosummary/ansys.acp.core.Model.modeling_groups.html#ansys.acp.core.Model.modeling_groups", - "title": "modeling_groups > modeling_groups > modeling_groups", - "section": "modeling_groups > modeling_groups", - "text": "property Model.modeling_groups: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.node_labels.html#ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "OrientedSelectionSetNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.modeling_groups", - "href": "api/_autosummary/ansys.acp.core.Model.modeling_groups.html#examples-using-modelmodeling_groups", - "title": "modeling_groups > Examples using Model.modeling_groups", - "section": "Examples using Model.modeling_groups", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.modeling_groups" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_isotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_isotropic_constants.html#from_isotropic_constants", + "title": "from_isotropic_constants", + "section": "from_isotropic_constants", + "text": "Create an isotropic stress limits property set.\neffective_stress (float) – Effective stress limit.\nAn isotropic stress limits property set.\nSelf\nfrom_isotropic_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType", - "href": "api/_autosummary/ansys.acp.core.RosetteType.html#rosettetype", - "title": "RosetteType", - "section": "RosetteType", - "text": "Options for the type of a rosette.\nRosetteType.PARALLEL\n\nRosetteType.RADIAL\n\nRosetteType.CYLINDRICAL\n\nRosetteType.SPHERICAL\n\nRosetteType.EDGE_WISE\n\nRosetteType\nRosetteType.PARALLEL\nRosetteType.RADIAL\nRosetteType.CYLINDRICAL\nRosetteType.SPHERICAL\nRosetteType.EDGE_WISE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_isotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_isotropic_constants.html#ansys.acp.core.material_property_sets.ConstantStressLimits.from_isotropic_constants", + "title": "from_isotropic_constants > from_isotropic_constants > from_isotropic_constants", + "section": "from_isotropic_constants > from_isotropic_constants", + "text": "classmethod ConstantStressLimits.from_isotropic_constants(*, effective_stress=0.0)\n\nCreate an isotropic stress limits property set.\n\nParameters\n\neffective_stress (float) – Effective stress limit.\n\nReturns\n\nAn isotropic stress limits property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType", - "href": "api/_autosummary/ansys.acp.core.RosetteType.html#ansys.acp.core.RosetteType", - "title": "RosetteType > RosetteType > RosetteType", - "section": "RosetteType > RosetteType", - "text": "class ansys.acp.core.RosetteType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the type of a rosette.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nRosetteType.PARALLEL\n\n\n\nRosetteType.RADIAL\n\n\n\nRosetteType.CYLINDRICAL\n\n\n\nRosetteType.SPHERICAL\n\n\n\nRosetteType.EDGE_WISE\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.lookup_tables_3d", + "href": "api/_autosummary/ansys.acp.core.Model.lookup_tables_3d.html#lookup_tables_3d", + "title": "lookup_tables_3d", + "section": "lookup_tables_3d", + "text": "lookup_tables_3d" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType", - "href": "api/_autosummary/ansys.acp.core.RosetteType.html#examples-using-rosettetype", - "title": "RosetteType > Examples using RosetteType", - "section": "Examples using RosetteType", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType" + "objectID": "api/_autosummary/ansys.acp.core.Model.lookup_tables_3d", + "href": "api/_autosummary/ansys.acp.core.Model.lookup_tables_3d.html#ansys.acp.core.Model.lookup_tables_3d", + "title": "lookup_tables_3d > lookup_tables_3d > lookup_tables_3d", + "section": "lookup_tables_3d > lookup_tables_3d", + "text": "property Model.lookup_tables_3d: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/howto/launch_configuration", - "href": "user_guide/howto/launch_configuration.html#change-acp-startup", - "title": "Change ACP startup", - "section": "Change ACP startup", - "text": "By default, the launch_acp() function will start ACP from the unified installer, using the latest available version.\nChange ACP startup\nlaunch_acp()" + "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling", + "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.html#cutoffmaterialhandling", + "title": "CutOffMaterialHandling", + "section": "CutOffMaterialHandling", + "text": "Options for how cut-off material is selected.\nCutOffMaterialHandling.COMPUTED\n\nCutOffMaterialHandling.GLOBAL\n\nCutOffMaterialHandling.CUSTOM\n\nCutOffMaterialHandling\nCutOffMaterialHandling.COMPUTED\nCutOffMaterialHandling.GLOBAL\nCutOffMaterialHandling.CUSTOM" }, { - "objectID": "user_guide/howto/launch_configuration", - "href": "user_guide/howto/launch_configuration.html#change-the-default-launch-configuration", - "title": "Change ACP startup > Change the default launch configuration", - "section": "Change the default launch configuration", - "text": "To change this behavior, you can use the ansys-launcher command line tool to configure how ACP is started.\nOn Windows, the executable may be called ansys-launcher.exe.\nAs indicated in the preceding output, three methods are available for starting ACP:\ndirect: Start ACP directly by providing the path to the acp_grpcserver executable.\ndocker_compose: Start ACP using Docker Compose.\nconnect: Connect to an already running ACP server.\nYou may configure any of the three methods with the ansys-launcher tool. For example, to use the\ndirect method, run the following command:\nThe tool prompts you for the required information, providing the default value\nin square brackets. You can accept the default value by pressing the Enter key or input a\nnew value by typing it and then pressing the Enter key.\nThe new configuration is used by the launch_acp() function. Note that you\nmay have to restart your Python session for the changes to take effect.\nChange the default launch configuration\nansys-launcher\nansys-launcher.exe\ndirect\nacp_grpcserver\ndocker_compose\nconnect\nansys-launcher\ndirect\nlaunch_acp()" + "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling", + "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.html#ansys.acp.core.CutOffMaterialHandling", + "title": "CutOffMaterialHandling > CutOffMaterialHandling > CutOffMaterialHandling", + "section": "CutOffMaterialHandling > CutOffMaterialHandling", + "text": "class ansys.acp.core.CutOffMaterialHandling(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how cut-off material is selected.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nCutOffMaterialHandling.COMPUTED\n\n\n\nCutOffMaterialHandling.GLOBAL\n\n\n\nCutOffMaterialHandling.CUSTOM\n\n\n\n" }, { - "objectID": "user_guide/howto/launch_configuration", - "href": "user_guide/howto/launch_configuration.html#choose-the-launch-mode-at-runtime", - "title": "Change ACP startup > Choose the launch mode at runtime", - "section": "Choose the launch mode at runtime", - "text": "To switch between the launch modes, you can specify the launch_mode argument\nwhen calling the launch_acp() function. Note that the selected launch mode must already\nbe configured with the ansys-launcher tool.\nYou may use the config parameter to fully customize the launch of ACP at runtime.\nThis parameter expects a configuration object matching the selected launch_mode:\nDirectLaunchConfig for the direct launch mode.\nDockerComposeLaunchConfig for the docker_compose launch mode.\nConnectLaunchConfig for the connect launch mode.\nChoose the launch mode at runtime\nlaunch_mode\nlaunch_acp()\nansys-launcher\nconfig\nlaunch_mode\nDirectLaunchConfig\ndirect\nDockerComposeLaunchConfig\ndocker_compose\nConnectLaunchConfig\nconnect" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.area_price", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.area_price.html#area_price", + "title": "area_price", + "section": "area_price", + "text": "area_price" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.lower_limit", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.lower_limit.html#lower_limit", - "title": "lower_limit", - "section": "lower_limit", - "text": "lower_limit" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.area_price", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.area_price.html#ansys.acp.core.SubLaminate.area_price", + "title": "area_price > area_price > area_price", + "section": "area_price > area_price", + "text": "property SubLaminate.area_price: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.lower_limit", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.lower_limit.html#ansys.acp.core.ParallelSelectionRule.lower_limit", - "title": "lower_limit > lower_limit > lower_limit", - "section": "lower_limit > lower_limit", - "text": "property ParallelSelectionRule.lower_limit: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material", + "href": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material.html#cut_off_material", + "title": "cut_off_material", + "section": "cut_off_material", + "text": "cut_off_material" }, { - "objectID": "examples/workflows/04-pymechanical-solid-workflow", - "href": "examples/workflows/04-pymechanical-solid-workflow.html#pymechanical-solid-workflow", - "title": "PyMechanical solid workflow", - "section": "PyMechanical solid workflow", - "text": "This example shows how to set up a simple solid model with PyACP and\nPyMechanical:\nThe geometry is imported into Mechanical and meshed.\nThe mesh is exported to ACP.\nA simple lay-up and solid model is defined in ACP.\nThe solid model is exported, to a CDB file and a composite definition file.\nIn a separate Mechanical instance, the solid model is imported.\nMaterials and plies are imported.\nBoundary conditions are set.\nThe model is solved.\nThe results are post-processed in PyDPF - Composites.\nThe PyACP / PyMechanical integration is still experimental. Refer to the\nlimitations section for more information.\nPyMechanical solid workflow" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material", + "href": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material.html#ansys.acp.core.Fabric.cut_off_material", + "title": "cut_off_material > cut_off_material > cut_off_material", + "section": "cut_off_material > cut_off_material", + "text": "property Fabric.cut_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/04-pymechanical-solid-workflow", - "href": "examples/workflows/04-pymechanical-solid-workflow.html#import-modules-and-start-the-ansys-products", - "title": "PyMechanical solid workflow > Import modules and start the Ansys products", - "section": "Import modules and start the Ansys products", - "text": "Import the standard library and third-party dependencies.\nImport PyACP, PyMechanical, and PyDPF - Composites.\nStart the ACP, Mechanical, and DPF servers. We use a ThreadPoolExecutor\nto start them in parallel.\nImport modules and start the Ansys products\nThreadPoolExecutor" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.values", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.values.html#values", + "title": "values", + "section": "values", + "text": "values" }, { - "objectID": "examples/workflows/04-pymechanical-solid-workflow", - "href": "examples/workflows/04-pymechanical-solid-workflow.html#get-example-input-files", - "title": "PyMechanical solid workflow > Get example input files", - "section": "Get example input files", - "text": "Create a temporary working directory, and download the example input files\nto this directory.\nGet example input files" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.values", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.values.html#ansys.acp.core.material_property_sets.FieldVariable.values", + "title": "values > values > values", + "section": "values > values", + "text": "FieldVariable.values: tuple[float, ...]\n\n" }, { - "objectID": "examples/workflows/04-pymechanical-solid-workflow", - "href": "examples/workflows/04-pymechanical-solid-workflow.html#generate-the-mesh-in-pymechanical", - "title": "PyMechanical solid workflow > Generate the mesh in PyMechanical", - "section": "Generate the mesh in PyMechanical", - "text": "Load the geometry into Mechanical, generate the mesh, and export it to the\nappropriate transfer format for ACP.\nGenerate the mesh in PyMechanical" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.RELATIVE_THICKNESS_CORRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.RELATIVE_THICKNESS_CORRECTION.html#relative_thickness_correction", + "title": "RELATIVE_THICKNESS_CORRECTION", + "section": "RELATIVE_THICKNESS_CORRECTION", + "text": "RELATIVE_THICKNESS_CORRECTION" }, { - "objectID": "examples/workflows/04-pymechanical-solid-workflow", - "href": "examples/workflows/04-pymechanical-solid-workflow.html#set-up-the-acp-model", - "title": "PyMechanical solid workflow > Set up the ACP model", - "section": "Set up the ACP model", - "text": "Setup basic ACP lay-up based on the mesh in mesh_path, and export the following\nfiles to output_path:\nMaterials XML file\nComposite definitions HDF5 file\nSolid model composite definitions HDF5 file\nSolid model CDB file\nSet up the ACP model\nmesh_path\noutput_path" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.RELATIVE_THICKNESS_CORRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.RELATIVE_THICKNESS_CORRECTION.html#ansys.acp.core.ElementalDataType.RELATIVE_THICKNESS_CORRECTION", + "title": "RELATIVE_THICKNESS_CORRECTION > RELATIVE_THICKNESS_CORRECTION > RELATIVE_THICKNESS_CORRECTION", + "section": "RELATIVE_THICKNESS_CORRECTION > RELATIVE_THICKNESS_CORRECTION", + "text": "ElementalDataType.RELATIVE_THICKNESS_CORRECTION = 'relative_thickness_correction'\n\n" }, { - "objectID": "examples/workflows/04-pymechanical-solid-workflow", - "href": "examples/workflows/04-pymechanical-solid-workflow.html#update-and-save-the-acp-model", - "title": "PyMechanical solid workflow > Update and Save the ACP model", - "section": "Update and Save the ACP model", - "text": "Update and Save the ACP model" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_point", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_point.html#orientation_point", + "title": "orientation_point", + "section": "orientation_point", + "text": "orientation_point" }, { - "objectID": "examples/workflows/04-pymechanical-solid-workflow", - "href": "examples/workflows/04-pymechanical-solid-workflow.html#import-mesh-materials-and-plies-into-mechanical", - "title": "PyMechanical solid workflow > Import mesh, materials and plies into Mechanical", - "section": "Import mesh, materials and plies into Mechanical", - "text": "Import geometry, mesh, and named selections into Mechanical\nImport materials into Mechanical\nImport plies into Mechanical\nImport mesh, materials and plies into Mechanical" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_point", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_point.html#ansys.acp.core.OrientedSelectionSet.orientation_point", + "title": "orientation_point > orientation_point > orientation_point", + "section": "orientation_point > orientation_point", + "text": "property OrientedSelectionSet.orientation_point: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/04-pymechanical-solid-workflow", - "href": "examples/workflows/04-pymechanical-solid-workflow.html#set-boundary-condition-and-solve", - "title": "PyMechanical solid workflow > Set boundary condition and solve", - "section": "Set boundary condition and solve", - "text": "Set boundary condition and solve\nSet boundary condition and solve" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "examples/workflows/04-pymechanical-solid-workflow", - "href": "examples/workflows/04-pymechanical-solid-workflow.html#postprocess-results", - "title": "PyMechanical solid workflow > Postprocess results", - "section": "Postprocess results", - "text": "Evaluate the failure criteria using the PyDPF - Composites.\nDownload Jupyter notebook: 04-pymechanical-solid-workflow.ipynb\nDownload Python source code: 04-pymechanical-solid-workflow.py\nDownload zipped: 04-pymechanical-solid-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocess results\nDownload Jupyter notebook: 04-pymechanical-solid-workflow.ipynb\nDownload Python source code: 04-pymechanical-solid-workflow.py\nDownload zipped: 04-pymechanical-solid-workflow.zip" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.normal.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "OrientedSelectionSetElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.parent", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.global_ply_nr", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.global_ply_nr.html#global_ply_nr", + "title": "global_ply_nr", + "section": "global_ply_nr", + "text": "global_ply_nr" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.parent", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.parent.html#ansys.acp.core.ImportedAnalysisPly.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ImportedAnalysisPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.global_ply_nr", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.global_ply_nr.html#ansys.acp.core.ModelingPly.global_ply_nr", + "title": "global_ply_nr > global_ply_nr > global_ply_nr", + "section": "global_ply_nr > global_ply_nr", + "text": "property ModelingPly.global_ply_nr: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", - "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED.html#minimum_distance_superposed", - "title": "MINIMUM_DISTANCE_SUPERPOSED", - "section": "MINIMUM_DISTANCE_SUPERPOSED", - "text": "MINIMUM_DISTANCE_SUPERPOSED" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.imported_modeling_plies", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.imported_modeling_plies.html#imported_modeling_plies", + "title": "imported_modeling_plies", + "section": "imported_modeling_plies", + "text": "imported_modeling_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", - "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED.html#ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", - "title": "MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED", - "section": "MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED", - "text": "LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED = 'minimum_distance_superposed'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.imported_modeling_plies", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.imported_modeling_plies.html#ansys.acp.core.ImportedModelingGroup.imported_modeling_plies", + "title": "imported_modeling_plies > imported_modeling_plies > imported_modeling_plies", + "section": "imported_modeling_plies > imported_modeling_plies", + "text": "property ImportedModelingGroup.imported_modeling_plies: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/004-advanced-selection-rules", - "href": "examples/modeling_features/004-advanced-selection-rules.html#advanced-selection-rules", - "title": "Advanced selection rules", - "section": "Advanced selection rules", - "text": "This example shows how to use advanced rules, including the geometrical,\ncut-off, and variable offset rules. It also demonstrates how rules can be templated\nand reused with different parameters. For more basic rules, see\nbasic_selection_rules_example.\nThis example only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nAdvanced selection rules" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "examples/modeling_features/004-advanced-selection-rules", - "href": "examples/modeling_features/004-advanced-selection-rules.html#import-modules", - "title": "Advanced selection rules > Import modules", - "section": "Import modules", - "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.node_labels.html#ansys.acp.core.mesh_data.AnalysisPlyNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "AnalysisPlyNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "examples/modeling_features/004-advanced-selection-rules", - "href": "examples/modeling_features/004-advanced-selection-rules.html#start-acp-and-load-the-model", - "title": "Advanced selection rules > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from the input file.\nAdd more layers to the modeling ply so that it is easier to see the effects of the selection rules.\nPlot the thickness of all the plies without any rules.\nStart ACP and load the model" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "CutOffSelectionRuleElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "examples/modeling_features/004-advanced-selection-rules", - "href": "examples/modeling_features/004-advanced-selection-rules.html#parametrized-parallel-rule", - "title": "Advanced selection rules > Parametrized Parallel Rule", - "section": "Parametrized Parallel Rule", - "text": "Rules can be parametrized. This is useful when a rule is used multiple times but with different\nparameters. The LinkedSelectionRule class shows what parameters are available for each rule.\nThis code modifies the extent of the parallel rule.\nCreate a parallel rule.\nAssign it the modeling ply.\nPlot the thickness of the ply before the parametrization.\nModify the parallel rule by changing the parameters of the linked rule.\nParameters defined on the linked rule override the parameters of the original rule.\nPlot the thickness of the ply with the modified rule.\nParametrized Parallel Rule\nLinkedSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.drop_hanging_nodes", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.drop_hanging_nodes.html#drop_hanging_nodes", + "title": "drop_hanging_nodes", + "section": "drop_hanging_nodes", + "text": "drop_hanging_nodes" }, { - "objectID": "examples/modeling_features/004-advanced-selection-rules", - "href": "examples/modeling_features/004-advanced-selection-rules.html#create-a-geometrical-selection-rule", - "title": "Advanced selection rules > Create a geometrical selection rule", - "section": "Create a geometrical selection rule", - "text": "Add a CAD geometry to the model.\nCreate a virtual geometry from the CAD geometry.\nCreate the geometrical selection rule.\nAssign the geometrical selection rule to the ply. Plot the ply extent with\nthe outline of the geometry.\nCreate a geometrical selection rule" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.drop_hanging_nodes", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.drop_hanging_nodes.html#ansys.acp.core.ImportedSolidModelExportSettings.drop_hanging_nodes", + "title": "drop_hanging_nodes > drop_hanging_nodes > drop_hanging_nodes", + "section": "drop_hanging_nodes > drop_hanging_nodes", + "text": "property ImportedSolidModelExportSettings.drop_hanging_nodes: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/004-advanced-selection-rules", - "href": "examples/modeling_features/004-advanced-selection-rules.html#create-a-cut-off-selection-rule", - "title": "Advanced selection rules > Create a cut-off selection rule", - "section": "Create a cut-off selection rule", - "text": "Add the cut off CAD geometry to the model.\nCreate a virtual geometry from the CAD geometry.\nCreate the cut_off selection rule.\nAssign the cut_off selection rule to the ply. Plot the ply extent with\nthe outline of the geometry.\nCreate a cut-off selection rule" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "examples/modeling_features/004-advanced-selection-rules", - "href": "examples/modeling_features/004-advanced-selection-rules.html#create-a-variable-offset-selection-rule", - "title": "Advanced selection rules > Create a variable offset selection rule", - "section": "Create a variable offset selection rule", - "text": "Create the lookup table.\nAdd the location data. The “Location” column of the lookup table\nis always created by default.\nCreate the offset column that defines the offsets from the edge.\nCreate the edge set from the “All_Elements” element set. Because you\nassigned 30 degrees to the limit angle, only one edge at x=0 is selected.\nCreate the variable offset rule and assign it to the ply.\nPlot the ply extent.\nCreate a variable offset selection rule" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.name.html#ansys.acp.core.CylindricalSelectionRule.name", + "title": "name > name > name", + "section": "name > name", + "text": "property CylindricalSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/004-advanced-selection-rules", - "href": "examples/modeling_features/004-advanced-selection-rules.html#create-a-boolean-selection-rule", - "title": "Advanced selection rules > Create a boolean selection rule", - "section": "Create a boolean selection rule", - "text": "Creating a Boolean selection rule and assigning it to a ply has the same\neffect as linking the individual rules directly to the ply. Boolean rules are still useful\nbecause they can help organize rules and make more complex ones.\nCreate a cylindrical selection rule to combine with the parallel rule.\nPlot the ply extent.\nModify the operation type of the Boolean selection rule so that the two rules are added.\nPlot the ply extent.\nTotal running time of the script: (0 minutes 5.786 seconds)\nDownload Jupyter notebook: 004-advanced-selection-rules.ipynb\nDownload Python source code: 004-advanced-selection-rules.py\nDownload zipped: 004-advanced-selection-rules.zip\nGallery generated by Sphinx-Gallery\nCreate a boolean selection rule\nDownload Jupyter notebook: 004-advanced-selection-rules.ipynb\nDownload Python source code: 004-advanced-selection-rules.py\nDownload zipped: 004-advanced-selection-rules.zip" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export.html#export", - "title": "export", - "section": "export", - "text": "Export the solid model to a file.\npath (str | PathLike[str]) – Path to the file where the solid model is saved.\nformat (SolidModelExportFormat) – Format of the exported file. Available formats are \"ansys:h5\"\nand \"ansys:cdb\".\nexport\n\"ansys:h5\"\n\"ansys:cdb\"" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.nodal_data.html#ansys.acp.core.VariableOffsetSelectionRule.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property VariableOffsetSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export.html#ansys.acp.core.ImportedSolidModel.export", - "title": "export > export > export", - "section": "export > export", - "text": "ImportedSolidModel.export(path, *, format)\n\nExport the solid model to a file.\n\nParameters\n\npath (str | PathLike[str]) – Path to the file where the solid model is saved.\n\nformat (SolidModelExportFormat) – Format of the exported file. Available formats are \"ansys:h5\"\nand \"ansys:cdb\".\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.clone", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.node_labels.html#ansys.acp.core.mesh_data.SolidModelNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "SolidModelNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.clone", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.clone.html#ansys.acp.core.LookUpTable1D.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "LookUpTable1D.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material", + "href": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material.html#drop_off_material", + "title": "drop_off_material", + "section": "drop_off_material", + "text": "drop_off_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_direction", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_direction.html#orientation_direction", - "title": "orientation_direction", - "section": "orientation_direction", - "text": "orientation_direction" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material", + "href": "api/_autosummary/ansys.acp.core.Fabric.drop_off_material.html#ansys.acp.core.Fabric.drop_off_material", + "title": "drop_off_material > drop_off_material > drop_off_material", + "section": "drop_off_material > drop_off_material", + "text": "property Fabric.drop_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_direction", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_direction.html#ansys.acp.core.OrientedSelectionSet.orientation_direction", - "title": "orientation_direction > orientation_direction > orientation_direction", - "section": "orientation_direction > orientation_direction", - "text": "property OrientedSelectionSet.orientation_direction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat", + "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.html#plygeometryexportformat", + "title": "PlyGeometryExportFormat", + "section": "PlyGeometryExportFormat", + "text": "Options for the file format of the ply geometry export.\nPlyGeometryExportFormat.STEP\n\nPlyGeometryExportFormat.IGES\n\nPlyGeometryExportFormat.STL\n\nPlyGeometryExportFormat\nPlyGeometryExportFormat.STEP\nPlyGeometryExportFormat.IGES\nPlyGeometryExportFormat.STL" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat", + "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.html#ansys.acp.core.PlyGeometryExportFormat", + "title": "PlyGeometryExportFormat > PlyGeometryExportFormat > PlyGeometryExportFormat", + "section": "PlyGeometryExportFormat > PlyGeometryExportFormat", + "text": "class ansys.acp.core.PlyGeometryExportFormat(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the file format of the ply geometry export.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nPlyGeometryExportFormat.STEP\n\n\n\nPlyGeometryExportFormat.IGES\n\n\n\nPlyGeometryExportFormat.STL\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.normal.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "ModelingPlyElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.html#buttjointsequence", + "title": "ButtJointSequence", + "section": "ButtJointSequence", + "text": "Instantiate a ButtJointSequence.\nname (str) – Name of the butt joint sequence.\nprimary_plies (Sequence[PrimaryPly]) – Primary plies are the source of a butt joint and they pass the thickness to\nadjacent plies. Plies with a higher level inherit the thickness from those\nwith a lower level.\nsecondary_plies (Sequence[ModelingGroup | ModelingPly]) – Secondary plies are butt-joined to adjacent primary plies and they inherit\nthe thickness.\nAdded in ACP server version 25.1.\nButtJointSequence.add_primary_ply(sequence)\nAdd a PrimaryPly to the ButtJointSequence.\nButtJointSequence.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nButtJointSequence.delete()\nDelete the object.\nButtJointSequence.store(parent)\nStore the object on the server.\nButtJointSequence.active\n\nButtJointSequence.global_ply_nr\n\nButtJointSequence.id\nIdentifier of the object, used for example as key in maps.\nButtJointSequence.name\nThe name of the object.\nButtJointSequence.parent\nThe parent of the object.\nButtJointSequence.primary_plies\n\nButtJointSequence.secondary_plies\n\nButtJointSequence.status\n\nButtJointSequence\nButtJointSequence.add_primary_ply\nButtJointSequence.clone\nButtJointSequence.delete\nButtJointSequence.store\nButtJointSequence.active\nButtJointSequence.global_ply_nr\nButtJointSequence.id\nButtJointSequence.name\nButtJointSequence.parent\nButtJointSequence.primary_plies\nButtJointSequence.secondary_plies\nButtJointSequence.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.html#ansys.acp.core.ButtJointSequence", + "title": "ButtJointSequence > ButtJointSequence > ButtJointSequence", + "section": "ButtJointSequence > ButtJointSequence", + "text": "class ansys.acp.core.ButtJointSequence(*, name='ButtJointSequence', active=True, global_ply_nr=0, primary_plies=(), secondary_plies=())\n\nInstantiate a ButtJointSequence.\n\nParameters\n\nname (str) – Name of the butt joint sequence.\n\nprimary_plies (Sequence[PrimaryPly]) – Primary plies are the source of a butt joint and they pass the thickness to\nadjacent plies. Plies with a higher level inherit the thickness from those\nwith a lower level.\n\nsecondary_plies (Sequence[ModelingGroup | ModelingPly]) – Secondary plies are butt-joined to adjacent primary plies and they inherit\nthe thickness.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nButtJointSequence.add_primary_ply(sequence)\n\nAdd a PrimaryPly to the ButtJointSequence.\n\nButtJointSequence.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nButtJointSequence.delete()\n\nDelete the object.\n\nButtJointSequence.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nButtJointSequence.active\n\n\n\nButtJointSequence.global_ply_nr\n\n\n\nButtJointSequence.id\n\nIdentifier of the object, used for example as key in maps.\n\nButtJointSequence.name\n\nThe name of the object.\n\nButtJointSequence.parent\n\nThe parent of the object.\n\nButtJointSequence.primary_plies\n\n\n\nButtJointSequence.secondary_plies\n\n\n\nButtJointSequence.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.shell_mesh.html#ansys.acp.core.ModelingPly.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property ModelingPly.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.id", + "href": "api/_autosummary/ansys.acp.core.Fabric.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping.html#mapping", - "title": "Mapping", - "section": "Mapping", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nMapping interface for collections of TreeObjects.\nNote: We could derive from collections.abc.Mapping to make sure\nthis class conforms to the Mapping interface.\nMapping" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.id", + "href": "api/_autosummary/ansys.acp.core.Fabric.id.html#ansys.acp.core.Fabric.id", + "title": "id > id > id", + "section": "id > id", + "text": "property Fabric.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping.html#ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping", - "title": "Mapping > Mapping > Mapping", - "section": "Mapping > Mapping", - "text": "class ansys.acp.core._tree_objects._grpc_helpers.mapping.Mapping(*, _server_wrapper, _collection_path, _stub, _object_constructor)\n\nMapping interface for collections of TreeObjects.\n\nNote: We could derive from collections.abc.Mapping to make sure\nthis class conforms to the Mapping interface.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.name", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.use_default_draping_mesh_size", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.use_default_draping_mesh_size.html#use_default_draping_mesh_size", - "title": "use_default_draping_mesh_size", - "section": "use_default_draping_mesh_size", - "text": "use_default_draping_mesh_size" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.name", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.name.html#ansys.acp.core.ImportedModelingPly.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ImportedModelingPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.use_default_draping_mesh_size", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.use_default_draping_mesh_size.html#ansys.acp.core.OrientedSelectionSet.use_default_draping_mesh_size", - "title": "use_default_draping_mesh_size > use_default_draping_mesh_size > use_default_draping_mesh_size", - "section": "use_default_draping_mesh_size > use_default_draping_mesh_size", - "text": "property OrientedSelectionSet.use_default_draping_mesh_size: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.html#extrusionguide", + "title": "ExtrusionGuide", + "section": "ExtrusionGuide", + "text": "Instantiate an Extrusion Guide of a Solid Model.\nname (str) – The name of the Oriented Selection Set.\nactive (bool) – Inactive extrusion guides are not used in the solid model extrusion.\nedge_set (EdgeSet | None) – Edge Set along which the Extrusion Guide acts.\nextrusion_guide_type (ExtrusionGuideType) – Type of the extrusion such as by direction or by geometry.\ncad_geometry (VirtualGeometry | None) – CAD geometry along which the extrusion guide runs.\nNeeded if the extrusion type is set to ExtrusionGuideType.BY_GEOMETRY.\ndirection (tuple[float, float, float]) – Direction along which the extrusion guide runs. Need if\nthe extrusion type is set to ExtrusionGuideType.BY_DIRECTION.\nradius (float) – Controls the sphere of influence for mesh morphing.\ndepth (float) – Defines the bias of the mesh morphing.\nuse_curvature_correction (bool) – Apply a curvature correction during the solid model extrusion which results in\na smoother extruded surface. Under certain circumstances, deactivating\ncurvature correction can lead to better extrusion results.\nAdded in ACP server version 25.1.\nExtrusionGuide.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nExtrusionGuide.delete()\nDelete the object.\nExtrusionGuide.store(parent)\nStore the object on the server.\nExtrusionGuide.active\n\nExtrusionGuide.cad_geometry\n\nExtrusionGuide.depth\n\nExtrusionGuide.direction\n\nExtrusionGuide.edge_set\n\nExtrusionGuide.extrusion_guide_type\n\nExtrusionGuide.id\nIdentifier of the object, used for example as key in maps.\nExtrusionGuide.name\nThe name of the object.\nExtrusionGuide.parent\nThe parent of the object.\nExtrusionGuide.radius\n\nExtrusionGuide.status\n\nExtrusionGuide.use_curvature_correction\n\nExtrusionGuide\nExtrusionGuideType.BY_GEOMETRY\nExtrusionGuideType.BY_DIRECTION\nExtrusionGuide.clone\nExtrusionGuide.delete\nExtrusionGuide.store\nExtrusionGuide.active\nExtrusionGuide.cad_geometry\nExtrusionGuide.depth\nExtrusionGuide.direction\nExtrusionGuide.edge_set\nExtrusionGuide.extrusion_guide_type\nExtrusionGuide.id\nExtrusionGuide.name\nExtrusionGuide.parent\nExtrusionGuide.radius\nExtrusionGuide.status\nExtrusionGuide.use_curvature_correction" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.html#cutoffselectionrulenodaldata", - "title": "CutOffSelectionRuleNodalData", - "section": "CutOffSelectionRuleNodalData", - "text": "Represents nodal data for a Cut-Off Selection Rule.\nCutOffSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nCutOffSelectionRuleNodalData.node_labels\n\nCutOffSelectionRuleNodalData\nCutOffSelectionRuleNodalData.get_pyvista_mesh\nCutOffSelectionRuleNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.html#ansys.acp.core.ExtrusionGuide", + "title": "ExtrusionGuide > ExtrusionGuide > ExtrusionGuide", + "section": "ExtrusionGuide > ExtrusionGuide", + "text": "class ansys.acp.core.ExtrusionGuide(*, name='ExtrusionGuide', active=True, edge_set=None, extrusion_guide_type='by_direction', cad_geometry=None, direction=(0.0, 0.0, 1.0), radius=0.0, depth=0.0, use_curvature_correction=False)\n\nInstantiate an Extrusion Guide of a Solid Model.\n\nParameters\n\nname (str) – The name of the Oriented Selection Set.\n\nactive (bool) – Inactive extrusion guides are not used in the solid model extrusion.\n\nedge_set (EdgeSet | None) – Edge Set along which the Extrusion Guide acts.\n\nextrusion_guide_type (ExtrusionGuideType) – Type of the extrusion such as by direction or by geometry.\n\ncad_geometry (VirtualGeometry | None) – CAD geometry along which the extrusion guide runs.\nNeeded if the extrusion type is set to ExtrusionGuideType.BY_GEOMETRY.\n\ndirection (tuple[float, float, float]) – Direction along which the extrusion guide runs. Need if\nthe extrusion type is set to ExtrusionGuideType.BY_DIRECTION.\n\nradius (float) – Controls the sphere of influence for mesh morphing.\n\ndepth (float) – Defines the bias of the mesh morphing.\n\nuse_curvature_correction (bool) – Apply a curvature correction during the solid model extrusion which results in\na smoother extruded surface. Under certain circumstances, deactivating\ncurvature correction can lead to better extrusion results.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nExtrusionGuide.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nExtrusionGuide.delete()\n\nDelete the object.\n\nExtrusionGuide.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nExtrusionGuide.active\n\n\n\nExtrusionGuide.cad_geometry\n\n\n\nExtrusionGuide.depth\n\n\n\nExtrusionGuide.direction\n\n\n\nExtrusionGuide.edge_set\n\n\n\nExtrusionGuide.extrusion_guide_type\n\n\n\nExtrusionGuide.id\n\nIdentifier of the object, used for example as key in maps.\n\nExtrusionGuide.name\n\nThe name of the object.\n\nExtrusionGuide.parent\n\nThe parent of the object.\n\nExtrusionGuide.radius\n\n\n\nExtrusionGuide.status\n\n\n\nExtrusionGuide.use_curvature_correction\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.html#ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData", - "title": "CutOffSelectionRuleNodalData > CutOffSelectionRuleNodalData > CutOffSelectionRuleNodalData", - "section": "CutOffSelectionRuleNodalData > CutOffSelectionRuleNodalData", - "text": "class ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Cut-Off Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCutOffSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCutOffSelectionRuleNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.id", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.id.html#id", + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.nodal_data", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.nodal_data.html#ansys.acp.core.ModelingGroup.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property ModelingGroup.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Material.id", + "href": "api/_autosummary/ansys.acp.core.Material.id.html#id", "title": "id", "section": "id", "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.id", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.id.html#ansys.acp.core.SubLaminate.id", + "objectID": "api/_autosummary/ansys.acp.core.Material.id", + "href": "api/_autosummary/ansys.acp.core.Material.id.html#ansys.acp.core.Material.id", "title": "id > id > id", "section": "id > id", - "text": "property SubLaminate.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "text": "property Material.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export_settings", - "href": "api/_autosummary/ansys.acp.core.SolidModel.export_settings.html#export_settings", - "title": "export_settings", - "section": "export_settings", - "text": "export_settings" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.name", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.name", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.name.html#ansys.acp.core.ExtrusionGuide.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ExtrusionGuide.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_neg", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_neg.html#p_21_neg", + "title": "p_21_neg", + "section": "p_21_neg", + "text": "p_21_neg" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_neg", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_neg.html#ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_neg", + "title": "p_21_neg > p_21_neg > p_21_neg", + "section": "p_21_neg > p_21_neg", + "text": "property VariablePuckConstants.p_21_neg: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export_settings", - "href": "api/_autosummary/ansys.acp.core.SolidModel.export_settings.html#ansys.acp.core.SolidModel.export_settings", - "title": "export_settings > export_settings > export_settings", - "section": "export_settings > export_settings", - "text": "property SolidModel.export_settings: AttribT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION.html#linear_triangulation", + "title": "LINEAR_TRIANGULATION", + "section": "LINEAR_TRIANGULATION", + "text": "LINEAR_TRIANGULATION" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.html#variablestrainlimits", - "title": "VariableStrainLimits", - "section": "VariableStrainLimits", - "text": "Variable strain limits material property set.\nAdded in ACP server version 24.2.\nVariableStrainLimits.eSxy\n\nVariableStrainLimits.eSxz\n\nVariableStrainLimits.eSyz\n\nVariableStrainLimits.eXc\n\nVariableStrainLimits.eXt\n\nVariableStrainLimits.eYc\n\nVariableStrainLimits.eYt\n\nVariableStrainLimits.eZc\n\nVariableStrainLimits.eZt\n\nVariableStrainLimits.effective_strain\n\nVariableStrainLimits.field_variables\n\nVariableStrainLimits.interpolation_options\n\nVariableStrainLimits\nVariableStrainLimits.eSxy\nVariableStrainLimits.eSxz\nVariableStrainLimits.eSyz\nVariableStrainLimits.eXc\nVariableStrainLimits.eXt\nVariableStrainLimits.eYc\nVariableStrainLimits.eYt\nVariableStrainLimits.eZc\nVariableStrainLimits.eZt\nVariableStrainLimits.effective_strain\nVariableStrainLimits.field_variables\nVariableStrainLimits.interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION.html#ansys.acp.core.LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION", + "title": "LINEAR_TRIANGULATION > LINEAR_TRIANGULATION > LINEAR_TRIANGULATION", + "section": "LINEAR_TRIANGULATION > LINEAR_TRIANGULATION", + "text": "LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION = 'linear_triangulation'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.html#ansys.acp.core.material_property_sets.VariableStrainLimits", - "title": "VariableStrainLimits > VariableStrainLimits > VariableStrainLimits", - "section": "VariableStrainLimits > VariableStrainLimits", - "text": "class ansys.acp.core.material_property_sets.VariableStrainLimits(*, _parent_object=None, _attribute_path=None)\n\nVariable strain limits material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableStrainLimits.eSxy\n\n\n\nVariableStrainLimits.eSxz\n\n\n\nVariableStrainLimits.eSyz\n\n\n\nVariableStrainLimits.eXc\n\n\n\nVariableStrainLimits.eXt\n\n\n\nVariableStrainLimits.eYc\n\n\n\nVariableStrainLimits.eYt\n\n\n\nVariableStrainLimits.eZc\n\n\n\nVariableStrainLimits.eZt\n\n\n\nVariableStrainLimits.effective_strain\n\n\n\nVariableStrainLimits.field_variables\n\n\n\nVariableStrainLimits.interpolation_options\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.html#variabledensity", + "title": "VariableDensity", + "section": "VariableDensity", + "text": "Variable density material property set.\nAdded in ACP server version 24.2.\nVariableDensity.field_variables\n\nVariableDensity.interpolation_options\n\nVariableDensity.rho\n\nVariableDensity\nVariableDensity.field_variables\nVariableDensity.interpolation_options\nVariableDensity.rho" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.fabrics", - "href": "api/_autosummary/ansys.acp.core.Stackup.fabrics.html#fabrics", - "title": "fabrics", - "section": "fabrics", - "text": "fabrics" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.html#ansys.acp.core.material_property_sets.VariableDensity", + "title": "VariableDensity > VariableDensity > VariableDensity", + "section": "VariableDensity > VariableDensity", + "text": "class ansys.acp.core.material_property_sets.VariableDensity(*, _parent_object=None, _attribute_path=None)\n\nVariable density material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableDensity.field_variables\n\n\n\nVariableDensity.interpolation_options\n\n\n\nVariableDensity.rho\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.fabrics", - "href": "api/_autosummary/ansys.acp.core.Stackup.fabrics.html#ansys.acp.core.Stackup.fabrics", - "title": "fabrics > fabrics > fabrics", - "section": "fabrics > fabrics", - "text": "property Stackup.fabrics: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling", - "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.html#dropoffmaterialhandling", - "title": "DropOffMaterialHandling", - "section": "DropOffMaterialHandling", - "text": "Options for how drop-off material is selected.\nDropOffMaterialHandling.GLOBAL\n\nDropOffMaterialHandling.CUSTOM\n\nDropOffMaterialHandling\nDropOffMaterialHandling.GLOBAL\nDropOffMaterialHandling.CUSTOM" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.delete.html#ansys.acp.core.VariableOffsetSelectionRule.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "VariableOffsetSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling", - "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.html#ansys.acp.core.DropOffMaterialHandling", - "title": "DropOffMaterialHandling > DropOffMaterialHandling > DropOffMaterialHandling", - "section": "DropOffMaterialHandling > DropOffMaterialHandling", - "text": "class ansys.acp.core.DropOffMaterialHandling(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how drop-off material is selected.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nDropOffMaterialHandling.GLOBAL\n\n\n\nDropOffMaterialHandling.CUSTOM\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.minimum_volume", + "href": "api/_autosummary/ansys.acp.core.SolidModel.minimum_volume.html#minimum_volume", + "title": "minimum_volume", + "section": "minimum_volume", + "text": "minimum_volume" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Syz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Syz.html#syz", - "title": "Syz", - "section": "Syz", - "text": "Syz" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.minimum_volume", + "href": "api/_autosummary/ansys.acp.core.SolidModel.minimum_volume.html#ansys.acp.core.SolidModel.minimum_volume", + "title": "minimum_volume > minimum_volume > minimum_volume", + "section": "minimum_volume > minimum_volume", + "text": "property SolidModel.minimum_volume: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Syz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Syz.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Syz", - "title": "Syz > Syz > Syz", - "section": "Syz > Syz", - "text": "property ConstantStressLimits.Syz: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.use_default_interpolation_settings", + "href": "api/_autosummary/ansys.acp.core.SectionCut.use_default_interpolation_settings.html#use_default_interpolation_settings", + "title": "use_default_interpolation_settings", + "section": "use_default_interpolation_settings", + "text": "use_default_interpolation_settings" }, { - "objectID": "examples/use_cases/sg_execution_times", - "href": "examples/use_cases/sg_execution_times.html#computation-times", - "title": "Computation times", - "section": "Computation times", - "text": "00:42.578 total execution time for 1 file from examples/use_cases:\nExample\nTime\nMem (MB)\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py (01-optimizing-ply-angles.py)\n00:42.578\n0.0\nComputation times\n01-optimizing-ply-angles.py" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.use_default_interpolation_settings", + "href": "api/_autosummary/ansys.acp.core.SectionCut.use_default_interpolation_settings.html#ansys.acp.core.SectionCut.use_default_interpolation_settings", + "title": "use_default_interpolation_settings > use_default_interpolation_settings > use_default_interpolation_settings", + "section": "use_default_interpolation_settings > use_default_interpolation_settings", + "text": "property SectionCut.use_default_interpolation_settings: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type.html#thickness_type", - "title": "thickness_type", - "section": "thickness_type", - "text": "thickness_type" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type.html#ansys.acp.core.ModelingPly.thickness_type", - "title": "thickness_type > thickness_type > thickness_type", - "section": "thickness_type > thickness_type", - "text": "property ModelingPly.thickness_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data.html#ansys.acp.core.OrientedSelectionSet.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property OrientedSelectionSet.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type.html#examples-using-modelingplythickness_type", - "title": "thickness_type > Examples using ModelingPly.thickness_type", - "section": "Examples using ModelingPly.thickness_type", - "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ModelingPly.thickness_type" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data.html#examples-using-orientedselectionsetelemental_data", + "title": "elemental_data > Examples using OrientedSelectionSet.elemental_data", + "section": "Examples using OrientedSelectionSet.elemental_data", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using OrientedSelectionSet.elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.html#modelingplynodaldata", - "title": "ModelingPlyNodalData", - "section": "ModelingPlyNodalData", - "text": "Represents nodal data for a Modeling Ply.\nModelingPlyNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nModelingPlyNodalData.ply_offset\n\nModelingPlyNodalData.node_labels\n\nModelingPlyNodalData\nModelingPlyNodalData.get_pyvista_mesh\nModelingPlyNodalData.ply_offset\nModelingPlyNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh.html#refresh", + "title": "refresh", + "section": "refresh", + "text": "Re-import the solid model from the external file.\npath (str | PathLike[str]) – Path of the new input file.\nformat (SolidModelImportFormat | None) – Switch format of the input file. Optional, uses the current format of the\nimported solid model if not specified.\nrefresh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.html#ansys.acp.core.mesh_data.ModelingPlyNodalData", - "title": "ModelingPlyNodalData > ModelingPlyNodalData > ModelingPlyNodalData", - "section": "ModelingPlyNodalData > ModelingPlyNodalData", - "text": "class ansys.acp.core.mesh_data.ModelingPlyNodalData(node_labels, ply_offset=None)\n\nRepresents nodal data for a Modeling Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelingPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelingPlyNodalData.ply_offset\n\n\n\nModelingPlyNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh.html#ansys.acp.core.ImportedSolidModel.refresh", + "title": "refresh > refresh > refresh", + "section": "refresh > refresh", + "text": "ImportedSolidModel.refresh(path, format=None)\n\nRe-import the solid model from the external file.\n\nParameters\n\npath (str | PathLike[str]) – Path of the new input file.\n\nformat (SolidModelImportFormat | None) – Switch format of the input file. Optional, uses the current format of the\nimported solid model if not specified.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.origin", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.origin.html#origin", - "title": "origin", - "section": "origin", - "text": "origin" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.refresh.html#examples-using-importedsolidmodelrefresh", + "title": "refresh > Examples using ImportedSolidModel.refresh", + "section": "Examples using ImportedSolidModel.refresh", + "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using ImportedSolidModel.refresh" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.origin", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.origin.html#ansys.acp.core.CylindricalSelectionRule.origin", - "title": "origin > origin > origin", - "section": "origin > origin", - "text": "property CylindricalSelectionRule.origin: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/004-advanced-selection-rules", + "href": "examples/modeling_features/004-advanced-selection-rules.html#advanced-selection-rules", + "title": "Advanced selection rules", + "section": "Advanced selection rules", + "text": "This example shows how to use advanced rules, including the geometrical,\ncut-off, and variable offset rules. It also demonstrates how rules can be templated\nand reused with different parameters. For more basic rules, see\nbasic_selection_rules_example.\nThis example only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nAdvanced selection rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.layup_mapping_objects", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.layup_mapping_objects.html#layup_mapping_objects", - "title": "layup_mapping_objects", - "section": "layup_mapping_objects", - "text": "layup_mapping_objects" + "objectID": "examples/modeling_features/004-advanced-selection-rules", + "href": "examples/modeling_features/004-advanced-selection-rules.html#import-modules", + "title": "Advanced selection rules > Import modules", + "section": "Import modules", + "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.layup_mapping_objects", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.layup_mapping_objects.html#ansys.acp.core.ImportedSolidModel.layup_mapping_objects", - "title": "layup_mapping_objects > layup_mapping_objects > layup_mapping_objects", - "section": "layup_mapping_objects > layup_mapping_objects", - "text": "property ImportedSolidModel.layup_mapping_objects: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/004-advanced-selection-rules", + "href": "examples/modeling_features/004-advanced-selection-rules.html#start-acp-and-load-the-model", + "title": "Advanced selection rules > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from the input file.\nAdd more layers to the modeling ply so that it is easier to see the effects of the selection rules.\nPlot the thickness of all the plies without any rules.\nStart ACP and load the model" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_2.html#fracture_toughness_mode_2", - "title": "fracture_toughness_mode_2", - "section": "fracture_toughness_mode_2", - "text": "fracture_toughness_mode_2" + "objectID": "examples/modeling_features/004-advanced-selection-rules", + "href": "examples/modeling_features/004-advanced-selection-rules.html#parametrized-parallel-rule", + "title": "Advanced selection rules > Parametrized Parallel Rule", + "section": "Parametrized Parallel Rule", + "text": "Rules can be parametrized. This is useful when a rule is used multiple times but with different\nparameters. The LinkedSelectionRule class shows what parameters are available for each rule.\nThis code modifies the extent of the parallel rule.\nCreate a parallel rule.\nAssign it the modeling ply.\nPlot the thickness of the ply before the parametrization.\nModify the parallel rule by changing the parameters of the linked rule.\nParameters defined on the linked rule override the parameters of the original rule.\nPlot the thickness of the ply with the modified rule.\nParametrized Parallel Rule\nLinkedSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_2.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_2", - "title": "fracture_toughness_mode_2 > fracture_toughness_mode_2 > fracture_toughness_mode_2", - "section": "fracture_toughness_mode_2 > fracture_toughness_mode_2", - "text": "property VariableLaRCConstants.fracture_toughness_mode_2: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/004-advanced-selection-rules", + "href": "examples/modeling_features/004-advanced-selection-rules.html#create-a-geometrical-selection-rule", + "title": "Advanced selection rules > Create a geometrical selection rule", + "section": "Create a geometrical selection rule", + "text": "Add a CAD geometry to the model.\nCreate a virtual geometry from the CAD geometry.\nCreate the geometrical selection rule.\nAssign the geometrical selection rule to the ply. Plot the ply extent with\nthe outline of the geometry.\nCreate a geometrical selection rule" }, { - "objectID": "user_guide/howto/print_model", - "href": "user_guide/howto/print_model.html#print-model-tree", - "title": "Print model tree", - "section": "Print model tree", - "text": "A tree structure gives an overview of an ACP model. To print a model’s tree structure, start with a Model instance:\nYou can print the tree structure using the print_model() function:\nAlternatively, you can use get_model_tree() to get a tree representation. This allows manually iterating over the tree structure:\nThe hide_empty label can be set to False to also show empty groups:\nPrint model tree\nModel\nprint_model()\nget_model_tree()\nhide_empty\nFalse" + "objectID": "examples/modeling_features/004-advanced-selection-rules", + "href": "examples/modeling_features/004-advanced-selection-rules.html#create-a-cut-off-selection-rule", + "title": "Advanced selection rules > Create a cut-off selection rule", + "section": "Create a cut-off selection rule", + "text": "Add the cut off CAD geometry to the model.\nCreate a virtual geometry from the CAD geometry.\nCreate the cut_off selection rule.\nAssign the cut_off selection rule to the ply. Plot the ply extent with\nthe outline of the geometry.\nCreate a cut-off selection rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.NO_SYMMETRY", - "href": "api/_autosummary/ansys.acp.core.SymmetryType.NO_SYMMETRY.html#no_symmetry", - "title": "NO_SYMMETRY", - "section": "NO_SYMMETRY", - "text": "NO_SYMMETRY" + "objectID": "examples/modeling_features/004-advanced-selection-rules", + "href": "examples/modeling_features/004-advanced-selection-rules.html#create-a-variable-offset-selection-rule", + "title": "Advanced selection rules > Create a variable offset selection rule", + "section": "Create a variable offset selection rule", + "text": "Create the lookup table.\nAdd the location data. The “Location” column of the lookup table\nis always created by default.\nCreate the offset column that defines the offsets from the edge.\nCreate the edge set from the “All_Elements” element set. Because you\nassigned 30 degrees to the limit angle, only one edge at x=0 is selected.\nCreate the variable offset rule and assign it to the ply.\nPlot the ply extent.\nCreate a variable offset selection rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.NO_SYMMETRY", - "href": "api/_autosummary/ansys.acp.core.SymmetryType.NO_SYMMETRY.html#ansys.acp.core.SymmetryType.NO_SYMMETRY", - "title": "NO_SYMMETRY > NO_SYMMETRY > NO_SYMMETRY", - "section": "NO_SYMMETRY > NO_SYMMETRY", - "text": "SymmetryType.NO_SYMMETRY = 'no_symmetry'\n\n" + "objectID": "examples/modeling_features/004-advanced-selection-rules", + "href": "examples/modeling_features/004-advanced-selection-rules.html#create-a-boolean-selection-rule", + "title": "Advanced selection rules > Create a boolean selection rule", + "section": "Create a boolean selection rule", + "text": "Creating a Boolean selection rule and assigning it to a ply has the same\neffect as linking the individual rules directly to the ply. Boolean rules are still useful\nbecause they can help organize rules and make more complex ones.\nCreate a cylindrical selection rule to combine with the parallel rule.\nPlot the ply extent.\nModify the operation type of the Boolean selection rule so that the two rules are added.\nPlot the ply extent.\nTotal running time of the script: (0 minutes 6.969 seconds)\nDownload Jupyter notebook: 004-advanced-selection-rules.ipynb\nDownload Python source code: 004-advanced-selection-rules.py\nDownload zipped: 004-advanced-selection-rules.zip\nGallery generated by Sphinx-Gallery\nCreate a boolean selection rule\nDownload Jupyter notebook: 004-advanced-selection-rules.ipynb\nDownload Python source code: 004-advanced-selection-rules.py\nDownload zipped: 004-advanced-selection-rules.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_ratio", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_ratio.html#fracture_toughness_ratio", - "title": "fracture_toughness_ratio", - "section": "fracture_toughness_ratio", - "text": "fracture_toughness_ratio" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.distance_along_edge", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.distance_along_edge.html#distance_along_edge", + "title": "distance_along_edge", + "section": "distance_along_edge", + "text": "distance_along_edge" }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_ratio", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_ratio.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_ratio", - "title": "fracture_toughness_ratio > fracture_toughness_ratio > fracture_toughness_ratio", - "section": "fracture_toughness_ratio > fracture_toughness_ratio", - "text": "property VariableLaRCConstants.fracture_toughness_ratio: Any\n\n!! processed by numpydoc !!" + { + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.distance_along_edge", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.distance_along_edge.html#ansys.acp.core.VariableOffsetSelectionRule.distance_along_edge", + "title": "distance_along_edge > distance_along_edge > distance_along_edge", + "section": "distance_along_edge > distance_along_edge", + "text": "property VariableOffsetSelectionRule.distance_along_edge: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule.html#create_variable_offset_selection_rule", + "title": "create_variable_offset_selection_rule", + "section": "create_variable_offset_selection_rule", + "text": "Instantiate a Variable Offset Selection Rule.\nname (str) – Name of the Variable Offset Selection Rule.\nedge_set (EdgeSet | None) – Defines the edge along which the rule will be applied to.\noffsets (LookUpTable1DColumn | None) – Defines the in-plane offset. Cuts elements which are closer to the edge than this value.\nangles (LookUpTable1DColumn | None) – Defines the angle between the reference surface and the cutting plane.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nuse_offset_correction (bool) – If enabled, then the offset is measured along the surface of the selected Element Set.\nelement_set (ElementSet | None) – Defines the surface on which the offset correction is calculated on.\ninherit_from_lookup_table (bool) – Specifies whether to inherit the Look-Up Table object properties.\nradius_origin (tuple[float, float, float]) – Origin of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\nradius_direction (tuple[float, float, float]) – Direction of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\ndistance_along_edge (bool) – If True, the look-up locations are evaluated along the edge, instead of along\nthe axis direction.\nVariableOffsetSelectionRule\nAdded in ACP server version 24.2.\ncreate_variable_offset_selection_rule\nFalse\ninherit_from_lookup_table\nFalse\ninherit_from_lookup_table\nFalse\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.name.html#ansys.acp.core.ParallelSelectionRule.name", - "title": "name > name > name", - "section": "name > name", - "text": "property ParallelSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule.html#ansys.acp.core.Model.create_variable_offset_selection_rule", + "title": "create_variable_offset_selection_rule > create_variable_offset_selection_rule > create_variable_offset_selection_rule", + "section": "create_variable_offset_selection_rule > create_variable_offset_selection_rule", + "text": "Model.create_variable_offset_selection_rule(*, name='VariableOffsetSelectionrule', edge_set=None, offsets=None, angles=None, include_rule=True, use_offset_correction=False, element_set=None, inherit_from_lookup_table=True, radius_origin=(0.0, 0.0, 0.0), radius_direction=(1.0, 0.0, 0.0), distance_along_edge=False)\n\nInstantiate a Variable Offset Selection Rule.\n\nParameters\n\nname (str) – Name of the Variable Offset Selection Rule.\n\nedge_set (EdgeSet | None) – Defines the edge along which the rule will be applied to.\n\noffsets (LookUpTable1DColumn | None) – Defines the in-plane offset. Cuts elements which are closer to the edge than this value.\n\nangles (LookUpTable1DColumn | None) – Defines the angle between the reference surface and the cutting plane.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nuse_offset_correction (bool) – If enabled, then the offset is measured along the surface of the selected Element Set.\n\nelement_set (ElementSet | None) – Defines the surface on which the offset correction is calculated on.\n\ninherit_from_lookup_table (bool) – Specifies whether to inherit the Look-Up Table object properties.\n\nradius_origin (tuple[float, float, float]) – Origin of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\n\nradius_direction (tuple[float, float, float]) – Direction of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\n\ndistance_along_edge (bool) – If True, the look-up locations are evaluated along the edge, instead of along\nthe axis direction.\n\nReturn type\n\nVariableOffsetSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_angle.html#draped_fiber_angle", - "title": "draped_fiber_angle", - "section": "draped_fiber_angle", - "text": "draped_fiber_angle" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_variable_offset_selection_rule.html#examples-using-modelcreate_variable_offset_selection_rule", + "title": "create_variable_offset_selection_rule > Examples using Model.create_variable_offset_selection_rule", + "section": "Examples using Model.create_variable_offset_selection_rule", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using Model.create_variable_offset_selection_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_angle.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_angle", - "title": "draped_fiber_angle > draped_fiber_angle > draped_fiber_angle", - "section": "draped_fiber_angle > draped_fiber_angle", - "text": "ModelingPlyElementalData.draped_fiber_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.defining_node_labels", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.defining_node_labels.html#defining_node_labels", + "title": "defining_node_labels", + "section": "defining_node_labels", + "text": "defining_node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solsh_elements", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solsh_elements.html#use_solsh_elements", - "title": "use_solsh_elements", - "section": "use_solsh_elements", - "text": "use_solsh_elements" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.defining_node_labels", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.defining_node_labels.html#ansys.acp.core.EdgeSet.defining_node_labels", + "title": "defining_node_labels > defining_node_labels > defining_node_labels", + "section": "defining_node_labels > defining_node_labels", + "text": "property EdgeSet.defining_node_labels: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solsh_elements", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solsh_elements.html#ansys.acp.core.ImportedSolidModelExportSettings.use_solsh_elements", - "title": "use_solsh_elements > use_solsh_elements > use_solsh_elements", - "section": "use_solsh_elements > use_solsh_elements", - "text": "property ImportedSolidModelExportSettings.use_solsh_elements: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.html#lookuptablecolumnvaluetype", + "title": "LookUpTableColumnValueType", + "section": "LookUpTableColumnValueType", + "text": "Options for the column type (data location, scalar data, directional data) of look-up table columns.\nLookUpTableColumnValueType.SCALAR\n\nLookUpTableColumnValueType.DIRECTION\n\nLookUpTableColumnValueType.LOCATION\n\nLookUpTableColumnValueType\nLookUpTableColumnValueType.SCALAR\nLookUpTableColumnValueType.DIRECTION\nLookUpTableColumnValueType.LOCATION" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping.html#mutablemapping", - "title": "MutableMapping", - "section": "MutableMapping", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nMutable mapping interface for collections of TreeObjects.\nMutableMapping" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.html#ansys.acp.core.LookUpTableColumnValueType", + "title": "LookUpTableColumnValueType > LookUpTableColumnValueType > LookUpTableColumnValueType", + "section": "LookUpTableColumnValueType > LookUpTableColumnValueType", + "text": "class ansys.acp.core.LookUpTableColumnValueType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the column type (data location, scalar data, directional data) of look-up table columns.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nLookUpTableColumnValueType.SCALAR\n\n\n\nLookUpTableColumnValueType.DIRECTION\n\n\n\nLookUpTableColumnValueType.LOCATION\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping.html#ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping", - "title": "MutableMapping > MutableMapping > MutableMapping", - "section": "MutableMapping > MutableMapping", - "text": "class ansys.acp.core._tree_objects._grpc_helpers.mapping.MutableMapping(*, _server_wrapper, _collection_path, _stub, _object_constructor)\n\nMutable mapping interface for collections of TreeObjects.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.html#examples-using-lookuptablecolumnvaluetype", + "title": "LookUpTableColumnValueType > Examples using LookUpTableColumnValueType", + "section": "Examples using LookUpTableColumnValueType", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using LookUpTableColumnValueType" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_precision", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_precision.html#use_default_precision", - "title": "use_default_precision", - "section": "use_default_precision", - "text": "use_default_precision" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.node_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.node_index.html#node_index", + "title": "node_index", + "section": "node_index", + "text": "node_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_precision", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_precision.html#ansys.acp.core.CADGeometry.use_default_precision", - "title": "use_default_precision > use_default_precision > use_default_precision", - "section": "use_default_precision > use_default_precision", - "text": "property CADGeometry.use_default_precision: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.node_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.node_index.html#ansys.acp.core.SolidModelExportSettings.node_index", + "title": "node_index > node_index > node_index", + "section": "node_index > node_index", + "text": "property SolidModelExportSettings.node_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.join", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.join.html#join", - "title": "join", - "section": "join", - "text": "Concatenate any number of strings.\nThe string whose method is called is inserted in between each given string.\nThe result is returned as a new string.\nExample: ‘.’.join([‘ab’, ‘pq’, ‘rs’]) -> ‘ab.pq.rs’\njoin" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.CreatableTreeObject", + "href": "api/_autosummary/ansys.acp.core._tree_objects.base.CreatableTreeObject.html#creatabletreeobject", + "title": "CreatableTreeObject", + "section": "CreatableTreeObject", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nBase class for ACP objects which can be created.\nCreatableTreeObject" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.join", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.join.html#ansys.acp.core.material_property_sets.PuckMaterialType.join", - "title": "join > join > join", - "section": "join > join", - "text": "PuckMaterialType.join(iterable, /)\n\nConcatenate any number of strings.\n\nThe string whose method is called is inserted in between each given string.\nThe result is returned as a new string.\n\nExample: ‘.’.join([‘ab’, ‘pq’, ‘rs’]) -> ‘ab.pq.rs’\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.CreatableTreeObject", + "href": "api/_autosummary/ansys.acp.core._tree_objects.base.CreatableTreeObject.html#ansys.acp.core._tree_objects.base.CreatableTreeObject", + "title": "CreatableTreeObject > CreatableTreeObject > CreatableTreeObject", + "section": "CreatableTreeObject > CreatableTreeObject", + "text": "class ansys.acp.core._tree_objects.base.CreatableTreeObject(name='')\n\nBase class for ACP objects which can be created.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E1.html#e1", - "title": "E1", - "section": "E1", - "text": "E1" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.parent", + "href": "api/_autosummary/ansys.acp.core.SolidModel.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E1.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.E1", - "title": "E1 > E1 > E1", - "section": "E1 > E1", - "text": "property VariableEngineeringConstants.E1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.parent", + "href": "api/_autosummary/ansys.acp.core.SolidModel.parent.html#ansys.acp.core.SolidModel.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property SolidModel.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_pos", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_pos.html#p_21_pos", - "title": "p_21_pos", - "section": "p_21_pos", - "text": "p_21_pos" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.orientation_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.orientation_2.html#orientation_2", + "title": "orientation_2", + "section": "orientation_2", + "text": "orientation_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_pos", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_pos.html#ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_pos", - "title": "p_21_pos > p_21_pos > p_21_pos", - "section": "p_21_pos > p_21_pos", - "text": "property VariablePuckConstants.p_21_pos: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.orientation_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.orientation_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.orientation_2", + "title": "orientation_2 > orientation_2 > orientation_2", + "section": "orientation_2 > orientation_2", + "text": "property VariableWovenCharacterization.orientation_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rindex", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rindex.html#rindex", - "title": "rindex", - "section": "rindex", - "text": "Return the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nRaises ValueError when the substring is not found.\nrindex" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.mass", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.mass.html#mass", + "title": "mass", + "section": "mass", + "text": "mass" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rindex", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rindex.html#ansys.acp.core.LaunchMode.rindex", - "title": "rindex > rindex > rindex", - "section": "rindex > rindex", - "text": "LaunchMode.rindex(sub, [start, [end]]) -> int\n\nReturn the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nRaises ValueError when the substring is not found.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.mass", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.mass.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.mass", + "title": "mass > mass > mass", + "section": "mass > mass", + "text": "ModelingPlyElementalData.mass: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants.html#from_orthotropic_constants", - "title": "from_orthotropic_constants", - "section": "from_orthotropic_constants", - "text": "Create an orthotropic engineering constants property set.\nE1 (float) – Young’s modulus in material 1 direction.\nE2 (float) – Young’s modulus in material 2 direction.\nE3 (float) – Young’s modulus in out-of-plane direction.\nnu12 (float) – Poisson’s ratio \\nu_{12}.\nnu23 (float) – Poisson’s ratio \\nu_{23}.\nnu13 (float) – Poisson’s ratio \\nu_{13}.\nG12 (float) – Shear modulus G_{12}.\nG23 (float) – Shear modulus G_{23}.\nG31 (float) – Shear modulus G_{31}.\nAn orthotropic engineering constants property set.\nSelf\nfrom_orthotropic_constants" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.origin", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.origin.html#origin", + "title": "origin", + "section": "origin", + "text": "origin" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants", - "title": "from_orthotropic_constants > from_orthotropic_constants > from_orthotropic_constants", - "section": "from_orthotropic_constants > from_orthotropic_constants", - "text": "classmethod ConstantEngineeringConstants.from_orthotropic_constants(*, E1=0.0, E2=0.0, E3=0.0, nu12=0.0, nu23=0.0, nu13=0.0, G12=0.0, G23=0.0, G31=0.0)\n\nCreate an orthotropic engineering constants property set.\n\nParameters\n\nE1 (float) – Young’s modulus in material 1 direction.\n\nE2 (float) – Young’s modulus in material 2 direction.\n\nE3 (float) – Young’s modulus in out-of-plane direction.\n\nnu12 (float) – Poisson’s ratio \\nu_{12}.\n\nnu23 (float) – Poisson’s ratio \\nu_{23}.\n\nnu13 (float) – Poisson’s ratio \\nu_{13}.\n\nG12 (float) – Shear modulus G_{12}.\n\nG23 (float) – Shear modulus G_{23}.\n\nG31 (float) – Shear modulus G_{31}.\n\nReturns\n\nAn orthotropic engineering constants property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.origin", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.origin.html#ansys.acp.core.LookUpTable1D.origin", + "title": "origin > origin > origin", + "section": "origin > origin", + "text": "property LookUpTable1D.origin: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_orthotropic_constants.html#examples-using-constantengineeringconstantsfrom_orthotropic_constants", - "title": "from_orthotropic_constants > Examples using ConstantEngineeringConstants.from_orthotropic_constants", - "section": "Examples using ConstantEngineeringConstants.from_orthotropic_constants", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ConstantEngineeringConstants.from_orthotropic_constants" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_neg", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_neg.html#p_21_neg", + "title": "p_21_neg", + "section": "p_21_neg", + "text": "p_21_neg" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.MODELING_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.SectionCutType.MODELING_PLY_WISE.html#modeling_ply_wise", - "title": "MODELING_PLY_WISE", - "section": "MODELING_PLY_WISE", - "text": "MODELING_PLY_WISE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_neg", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_neg.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.p_21_neg", + "title": "p_21_neg > p_21_neg > p_21_neg", + "section": "p_21_neg > p_21_neg", + "text": "property ConstantPuckConstants.p_21_neg: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.MODELING_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.SectionCutType.MODELING_PLY_WISE.html#ansys.acp.core.SectionCutType.MODELING_PLY_WISE", - "title": "MODELING_PLY_WISE > MODELING_PLY_WISE > MODELING_PLY_WISE", - "section": "MODELING_PLY_WISE > MODELING_PLY_WISE", - "text": "SectionCutType.MODELING_PLY_WISE = 'modeling_ply_wise'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.NOMINAL", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.NOMINAL.html#nominal", + "title": "NOMINAL", + "section": "NOMINAL", + "text": "NOMINAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_method", - "href": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_method.html#extrusion_method", - "title": "extrusion_method", - "section": "extrusion_method", - "text": "extrusion_method" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.NOMINAL", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.NOMINAL.html#ansys.acp.core.ThicknessType.NOMINAL", + "title": "NOMINAL > NOMINAL > NOMINAL", + "section": "NOMINAL > NOMINAL", + "text": "ThicknessType.NOMINAL = 'nominal'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_method", - "href": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_method.html#ansys.acp.core.SolidModel.extrusion_method", - "title": "extrusion_method > extrusion_method > extrusion_method", - "section": "extrusion_method > extrusion_method", - "text": "property SolidModel.extrusion_method: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZc.html#ezc", + "title": "eZc", + "section": "eZc", + "text": "eZc" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.component_name", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.component_name.html#component_name", - "title": "component_name", - "section": "component_name", - "text": "Name of the component.\ncomponent_name" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZc.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eZc", + "title": "eZc > eZc > eZc", + "section": "eZc > eZc", + "text": "property VariableStrainLimits.eZc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.component_name", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.component_name.html#ansys.acp.core.mesh_data.ScalarData.component_name", - "title": "component_name > component_name > component_name", - "section": "component_name > component_name", - "text": "property ScalarData.component_name: str\n\nName of the component.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.BFT", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.BFT.html#bft", + "title": "BFT", + "section": "BFT", + "text": "BFT" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.mass", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.mass.html#mass", - "title": "mass", - "section": "mass", - "text": "mass" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.BFT", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.BFT.html#ansys.acp.core.UnitSystemType.BFT", + "title": "BFT > BFT > BFT", + "section": "BFT > BFT", + "text": "UnitSystemType.BFT = 'bft'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.mass", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.mass.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.mass", - "title": "mass > mass > mass", - "section": "mass > mass", - "text": "ProductionPlyElementalData.mass: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ArrowType", + "href": "api/_autosummary/ansys.acp.core.ArrowType.html#arrowtype", + "title": "ArrowType", + "section": "ArrowType", + "text": "Options for the type of arrow to be created for directions in the ply geometry export.\nArrowType.NO_ARROW\n\nArrowType.HALF_ARROW\n\nArrowType.STANDARD_ARROW\n\nArrowType\nArrowType.NO_ARROW\nArrowType.HALF_ARROW\nArrowType.STANDARD_ARROW" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.status", - "href": "api/_autosummary/ansys.acp.core.Fabric.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.ArrowType", + "href": "api/_autosummary/ansys.acp.core.ArrowType.html#ansys.acp.core.ArrowType", + "title": "ArrowType > ArrowType > ArrowType", + "section": "ArrowType > ArrowType", + "text": "class ansys.acp.core.ArrowType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the type of arrow to be created for directions in the ply geometry export.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nArrowType.NO_ARROW\n\n\n\nArrowType.HALF_ARROW\n\n\n\nArrowType.STANDARD_ARROW\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.status", - "href": "api/_autosummary/ansys.acp.core.Fabric.status.html#ansys.acp.core.Fabric.status", - "title": "status > status > status", - "section": "status > status", - "text": "property Fabric.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.clone", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.production_ply_area", - "href": "api/_autosummary/ansys.acp.core.Sensor.production_ply_area.html#production_ply_area", - "title": "production_ply_area", - "section": "production_ply_area", - "text": "The surface area of all production plies of the selected entity.\nproduction_ply_area" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.clone", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.clone.html#ansys.acp.core.LookUpTable1DColumn.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "LookUpTable1DColumn.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.production_ply_area", - "href": "api/_autosummary/ansys.acp.core.Sensor.production_ply_area.html#ansys.acp.core.Sensor.production_ply_area", - "title": "production_ply_area > production_ply_area > production_ply_area", - "section": "production_ply_area > production_ply_area", - "text": "property Sensor.production_ply_area: Any\n\nThe surface area of all production plies of the selected entity.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.use_nodal_thicknesses", + "href": "api/_autosummary/ansys.acp.core.Model.use_nodal_thicknesses.html#use_nodal_thicknesses", + "title": "use_nodal_thicknesses", + "section": "use_nodal_thicknesses", + "text": "use_nodal_thicknesses" }, { - "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_AND_COMPRESSION", - "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_AND_COMPRESSION.html#tension_and_compression", - "title": "TENSION_AND_COMPRESSION", - "section": "TENSION_AND_COMPRESSION", - "text": "TENSION_AND_COMPRESSION" + "objectID": "api/_autosummary/ansys.acp.core.Model.use_nodal_thicknesses", + "href": "api/_autosummary/ansys.acp.core.Model.use_nodal_thicknesses.html#ansys.acp.core.Model.use_nodal_thicknesses", + "title": "use_nodal_thicknesses > use_nodal_thicknesses > use_nodal_thicknesses", + "section": "use_nodal_thicknesses > use_nodal_thicknesses", + "text": "property Model.use_nodal_thicknesses: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_AND_COMPRESSION", - "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_AND_COMPRESSION.html#ansys.acp.core.ReinforcingBehavior.TENSION_AND_COMPRESSION", - "title": "TENSION_AND_COMPRESSION > TENSION_AND_COMPRESSION > TENSION_AND_COMPRESSION", - "section": "TENSION_AND_COMPRESSION > TENSION_AND_COMPRESSION", - "text": "ReinforcingBehavior.TENSION_AND_COMPRESSION = 'tension_and_compression'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.use_default_tolerance", + "href": "api/_autosummary/ansys.acp.core.SectionCut.use_default_tolerance.html#use_default_tolerance", + "title": "use_default_tolerance", + "section": "use_default_tolerance", + "text": "use_default_tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.lstrip", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.lstrip.html#lstrip", - "title": "lstrip", - "section": "lstrip", - "text": "Return a copy of the string with leading whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nlstrip" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.use_default_tolerance", + "href": "api/_autosummary/ansys.acp.core.SectionCut.use_default_tolerance.html#ansys.acp.core.SectionCut.use_default_tolerance", + "title": "use_default_tolerance > use_default_tolerance > use_default_tolerance", + "section": "use_default_tolerance > use_default_tolerance", + "text": "property SectionCut.use_default_tolerance: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.lstrip", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.lstrip.html#ansys.acp.core.LaunchMode.lstrip", - "title": "lstrip > lstrip > lstrip", - "section": "lstrip > lstrip", - "text": "LaunchMode.lstrip(chars=None, /)\n\nReturn a copy of the string with leading whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.name", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.html#extrusionguidetype", - "title": "ExtrusionGuideType", - "section": "ExtrusionGuideType", - "text": "Extrusion guide type used in an extrusion guide (solid model).\nExtrusionGuideType.BY_GEOMETRY\n\nExtrusionGuideType.BY_DIRECTION\n\nExtrusionGuideType\nExtrusionGuideType.BY_GEOMETRY\nExtrusionGuideType.BY_DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.name", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.name.html#ansys.acp.core.EdgeSet.name", + "title": "name > name > name", + "section": "name > name", + "text": "property EdgeSet.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.html#ansys.acp.core.ExtrusionGuideType", - "title": "ExtrusionGuideType > ExtrusionGuideType > ExtrusionGuideType", - "section": "ExtrusionGuideType > ExtrusionGuideType", - "text": "class ansys.acp.core.ExtrusionGuideType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nExtrusion guide type used in an extrusion guide (solid model).\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nExtrusionGuideType.BY_GEOMETRY\n\n\n\nExtrusionGuideType.BY_DIRECTION\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.id", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.html#examples-using-extrusionguidetype", - "title": "ExtrusionGuideType > Examples using ExtrusionGuideType", - "section": "Examples using ExtrusionGuideType", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using ExtrusionGuideType" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.id", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.id.html#ansys.acp.core.LookUpTable3D.id", + "title": "id > id > id", + "section": "id > id", + "text": "property LookUpTable3D.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.save", - "href": "api/_autosummary/ansys.acp.core.Model.save.html#save", - "title": "save", - "section": "save", - "text": "Save ACP Model (.acph5).\npath (str | PathLike[str]) – File path.\nsave_cache (bool) – Whether to store the update results such as Analysis Plies and solid models.\nsave" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.transverse_direction.html#transverse_direction", + "title": "transverse_direction", + "section": "transverse_direction", + "text": "transverse_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.save", - "href": "api/_autosummary/ansys.acp.core.Model.save.html#ansys.acp.core.Model.save", - "title": "save > save > save", - "section": "save > save", - "text": "Model.save(path, *, save_cache=True)\n\nSave ACP Model (.acph5).\n\nParameters\n\npath (str | PathLike[str]) – File path.\n\nsave_cache (bool) – Whether to store the update results such as Analysis Plies and solid models.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.transverse_direction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.transverse_direction", + "title": "transverse_direction > transverse_direction > transverse_direction", + "section": "transverse_direction > transverse_direction", + "text": "ModelingPlyElementalData.transverse_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.save", - "href": "api/_autosummary/ansys.acp.core.Model.save.html#examples-using-modelsave", - "title": "save > Examples using Model.save", - "section": "Examples using Model.save", - "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Model.save" + "objectID": "api/other_types", + "href": "api/other_types.html#other-types", + "title": "Other types", + "section": "Other types", + "text": "CoordinateTransformation([rotation_angle_x, ...])\nDefines a coordinate transformation via rotation angles and translations.\nImportedSolidModelExportSettings(*[, ...])\nDefines the settings for exporting an imported solid model.\nShellMappingProperties([all_elements, ...])\nProperties for mapping to the shell on importing HDF5 Composite CAE files.\nSolidMappingProperties([offset_type])\nProperties for importing HDF5 Composite CAE files as imported plies.\nSolidModelExportSettings(*[, ...])\nDefines the settings for exporting a solid model.\nDropOffSettings(*[, drop_off_type, ...])\nDefines the drop-off settings for a solid model.\nOther types\nCoordinateTransformation\nImportedSolidModelExportSettings\nShellMappingProperties\nSolidMappingProperties\nSolidModelExportSettings\nDropOffSettings" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.html#solidmodelexportsettings", - "title": "SolidModelExportSettings", - "section": "SolidModelExportSettings", - "text": "Defines the settings for exporting a solid model.\nuse_default_section_index (bool) – Use the default start index for sections.\nsection_index (int) – Custom start index for sections.\nOnly used if use_default_section_index is False.\nuse_default_coordinate_system_index (bool) – Use the default start index for coordinate systems.\ncoordinate_system_index (int) – Custom start index for coordinate systems.\nOnly used if use_default_coordinate_system_index is False.\nuse_default_material_index (bool) – Use the default start index for materials.\nmaterial_index (int) – Custom start index for materials.\nOnly used if use_default_material_index is False.\nuse_default_node_index (bool) – Use the default start index for nodes.\nnode_index (int) – Custom start index for nodes.\nOnly used if use_default_node_index is False.\nuse_default_element_index (bool) – Use the default start index for elements.\nelement_index (int) – Custom start index for elements.\nOnly used if use_default_element_index is False.\nuse_solsh_elements (bool) – When True, export linear layered elements as Solsh (Solid190).\nwrite_degenerated_elements (bool) – Whether to export drop-off and cut-off elements.\ndrop_hanging_nodes (bool) – When True, the hanging nodes of quadratic solid meshes are dropped.\nuse_solid_model_prefix (bool) – Use the solid model name as a prefix for the exported file.\ntransfer_all_sets (bool) – When True, all element sets and edge sets are exported.\ntransferred_element_sets (Iterable[ElementSet]) – Element sets to be exported.\nOnly used if transfer_all_sets is False.\ntransferred_edge_sets (Iterable[EdgeSet]) – Edge sets to be exported.\nOnly used if transfer_all_sets is False.\nAdded in ACP server version 25.1.\nSolidModelExportSettings.coordinate_system_index\n\nSolidModelExportSettings.drop_hanging_nodes\n\nSolidModelExportSettings.element_index\n\nSolidModelExportSettings.material_index\n\nSolidModelExportSettings.node_index\n\nSolidModelExportSettings.section_index\n\nSolidModelExportSettings.transfer_all_sets\n\nSolidModelExportSettings.transferred_edge_sets\n\nSolidModelExportSettings.transferred_element_sets\n\nSolidModelExportSettings.use_default_coordinate_system_index\n\nSolidModelExportSettings.use_default_element_index\n\nSolidModelExportSettings.use_default_material_index\n\nSolidModelExportSettings.use_default_node_index\n\nSolidModelExportSettings.use_default_section_index\n\nSolidModelExportSettings.use_solid_model_prefix\n\nSolidModelExportSettings.use_solsh_elements\n\nSolidModelExportSettings.write_degenerated_elements\n\nSolidModelExportSettings\nuse_default_section_index\nuse_default_coordinate_system_index\nuse_default_material_index\nuse_default_node_index\nuse_default_element_index\ntransfer_all_sets\ntransfer_all_sets\nSolidModelExportSettings.coordinate_system_index\nSolidModelExportSettings.drop_hanging_nodes\nSolidModelExportSettings.element_index\nSolidModelExportSettings.material_index\nSolidModelExportSettings.node_index\nSolidModelExportSettings.section_index\nSolidModelExportSettings.transfer_all_sets\nSolidModelExportSettings.transferred_edge_sets\nSolidModelExportSettings.transferred_element_sets\nSolidModelExportSettings.use_default_coordinate_system_index\nSolidModelExportSettings.use_default_element_index\nSolidModelExportSettings.use_default_material_index\nSolidModelExportSettings.use_default_node_index\nSolidModelExportSettings.use_default_section_index\nSolidModelExportSettings.use_solid_model_prefix\nSolidModelExportSettings.use_solsh_elements\nSolidModelExportSettings.write_degenerated_elements" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers.html#number_of_layers", + "title": "number_of_layers", + "section": "number_of_layers", + "text": "number_of_layers" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.html#ansys.acp.core.SolidModelExportSettings", - "title": "SolidModelExportSettings > SolidModelExportSettings > SolidModelExportSettings", - "section": "SolidModelExportSettings > SolidModelExportSettings", - "text": "class ansys.acp.core.SolidModelExportSettings(*, use_default_section_index=True, section_index=0, use_default_coordinate_system_index=True, coordinate_system_index=0, use_default_material_index=True, material_index=0, use_default_node_index=True, node_index=0, use_default_element_index=True, element_index=0, use_solsh_elements=False, write_degenerated_elements=True, drop_hanging_nodes=True, use_solid_model_prefix=True, transfer_all_sets=True, transferred_element_sets=(), transferred_edge_sets=(), _parent_object=None, _pb_object=None, _attribute_path=None)\n\nDefines the settings for exporting a solid model.\n\nParameters\n\nuse_default_section_index (bool) – Use the default start index for sections.\n\nsection_index (int) – Custom start index for sections.\nOnly used if use_default_section_index is False.\n\nuse_default_coordinate_system_index (bool) – Use the default start index for coordinate systems.\n\ncoordinate_system_index (int) – Custom start index for coordinate systems.\nOnly used if use_default_coordinate_system_index is False.\n\nuse_default_material_index (bool) – Use the default start index for materials.\n\nmaterial_index (int) – Custom start index for materials.\nOnly used if use_default_material_index is False.\n\nuse_default_node_index (bool) – Use the default start index for nodes.\n\nnode_index (int) – Custom start index for nodes.\nOnly used if use_default_node_index is False.\n\nuse_default_element_index (bool) – Use the default start index for elements.\n\nelement_index (int) – Custom start index for elements.\nOnly used if use_default_element_index is False.\n\nuse_solsh_elements (bool) – When True, export linear layered elements as Solsh (Solid190).\n\nwrite_degenerated_elements (bool) – Whether to export drop-off and cut-off elements.\n\ndrop_hanging_nodes (bool) – When True, the hanging nodes of quadratic solid meshes are dropped.\n\nuse_solid_model_prefix (bool) – Use the solid model name as a prefix for the exported file.\n\ntransfer_all_sets (bool) – When True, all element sets and edge sets are exported.\n\ntransferred_element_sets (Iterable[ElementSet]) – Element sets to be exported.\nOnly used if transfer_all_sets is False.\n\ntransferred_edge_sets (Iterable[EdgeSet]) – Edge sets to be exported.\nOnly used if transfer_all_sets is False.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidModelExportSettings.coordinate_system_index\n\n\n\nSolidModelExportSettings.drop_hanging_nodes\n\n\n\nSolidModelExportSettings.element_index\n\n\n\nSolidModelExportSettings.material_index\n\n\n\nSolidModelExportSettings.node_index\n\n\n\nSolidModelExportSettings.section_index\n\n\n\nSolidModelExportSettings.transfer_all_sets\n\n\n\nSolidModelExportSettings.transferred_edge_sets\n\n\n\nSolidModelExportSettings.transferred_element_sets\n\n\n\nSolidModelExportSettings.use_default_coordinate_system_index\n\n\n\nSolidModelExportSettings.use_default_element_index\n\n\n\nSolidModelExportSettings.use_default_material_index\n\n\n\nSolidModelExportSettings.use_default_node_index\n\n\n\nSolidModelExportSettings.use_default_section_index\n\n\n\nSolidModelExportSettings.use_solid_model_prefix\n\n\n\nSolidModelExportSettings.use_solsh_elements\n\n\n\nSolidModelExportSettings.write_degenerated_elements\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers.html#ansys.acp.core.ModelingPly.number_of_layers", + "title": "number_of_layers > number_of_layers > number_of_layers", + "section": "number_of_layers > number_of_layers", + "text": "property ModelingPly.number_of_layers: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.swapcase", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.swapcase.html#swapcase", - "title": "swapcase", - "section": "swapcase", - "text": "Convert uppercase characters to lowercase and lowercase characters to uppercase.\nswapcase" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers.html#examples-using-modelingplynumber_of_layers", + "title": "number_of_layers > Examples using ModelingPly.number_of_layers", + "section": "Examples using ModelingPly.number_of_layers", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using ModelingPly.number_of_layers" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.swapcase", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.swapcase.html#ansys.acp.core.material_property_sets.PuckMaterialType.swapcase", - "title": "swapcase > swapcase > swapcase", - "section": "swapcase > swapcase", - "text": "PuckMaterialType.swapcase(/)\n\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_geometries", + "href": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_geometries.html#cut_off_geometries", + "title": "cut_off_geometries", + "section": "cut_off_geometries", + "text": "cut_off_geometries" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xc.html#xc", - "title": "Xc", - "section": "Xc", - "text": "Xc" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_geometries", + "href": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_geometries.html#ansys.acp.core.SolidModel.cut_off_geometries", + "title": "cut_off_geometries > cut_off_geometries > cut_off_geometries", + "section": "cut_off_geometries > cut_off_geometries", + "text": "property SolidModel.cut_off_geometries: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xc.html#ansys.acp.core.material_property_sets.VariableStressLimits.Xc", - "title": "Xc > Xc > Xc", - "section": "Xc > Xc", - "text": "property VariableStressLimits.Xc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.filler_material", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.filler_material.html#filler_material", - "title": "filler_material", - "section": "filler_material", - "text": "filler_material" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.delete.html#ansys.acp.core.BooleanSelectionRule.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "BooleanSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.status", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.filler_material", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.filler_material.html#ansys.acp.core.LayupMappingObject.filler_material", - "title": "filler_material > filler_material > filler_material", - "section": "filler_material > filler_material", - "text": "property LayupMappingObject.filler_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.status", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.status.html#ansys.acp.core.FieldDefinition.status", + "title": "status > status > status", + "section": "status > status", + "text": "property FieldDefinition.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_interface_layer", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_interface_layer.html#create_interface_layer", - "title": "create_interface_layer", - "section": "create_interface_layer", - "text": "Instantiate an interface layer.\nThe interface layer is a separation layer in the stacking sequence. It can be\nused to analyze the crack growth of existing cracks. They can also be used to\ndefine contacts zones between two layers.\nThe topology is defined with an interface layer in ACP, while all other fracture\nsettings need to be specified in the downstream analysis (MAPDL or Mechanical).\nname (str) – Name of the interface layer.\nglobal_ply_nr (int) – Global ply number for the stacking sequence.\nactive (bool) – Inactive interface layers are ignored in ACP and the downstream analysis.\noriented_selection_sets (Iterable[OrientedSelectionSet]) – Oriented Selection Set for the expansion of the interface layer.\nopen_area_sets (Iterable[ElementSet | OrientedSelectionSet]) – Defines the initial crack of a Virtual Crack Closure Technique (VCCT) layer.\nCan contain OrientedSelectionSet and ElementSet objects.\nInterfaceLayer\nAdded in ACP server version 25.1.\ncreate_interface_layer\nOrientedSelectionSet\nElementSet" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.reference_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.reference_direction.html#reference_direction", + "title": "reference_direction", + "section": "reference_direction", + "text": "reference_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_interface_layer", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_interface_layer.html#ansys.acp.core.ModelingGroup.create_interface_layer", - "title": "create_interface_layer > create_interface_layer > create_interface_layer", - "section": "create_interface_layer > create_interface_layer", - "text": "ModelingGroup.create_interface_layer(*, name='InterfaceLayer', global_ply_nr=0, active=True, oriented_selection_sets=(), open_area_sets=())\n\nInstantiate an interface layer.\n\nThe interface layer is a separation layer in the stacking sequence. It can be\nused to analyze the crack growth of existing cracks. They can also be used to\ndefine contacts zones between two layers.\nThe topology is defined with an interface layer in ACP, while all other fracture\nsettings need to be specified in the downstream analysis (MAPDL or Mechanical).\n\nParameters\n\nname (str) – Name of the interface layer.\n\nglobal_ply_nr (int) – Global ply number for the stacking sequence.\n\nactive (bool) – Inactive interface layers are ignored in ACP and the downstream analysis.\n\noriented_selection_sets (Iterable[OrientedSelectionSet]) – Oriented Selection Set for the expansion of the interface layer.\n\nopen_area_sets (Iterable[ElementSet | OrientedSelectionSet]) – Defines the initial crack of a Virtual Crack Closure Technique (VCCT) layer.\nCan contain OrientedSelectionSet and ElementSet objects.\n\nReturn type\n\nInterfaceLayer\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.reference_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.reference_direction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.reference_direction", + "title": "reference_direction > reference_direction > reference_direction", + "section": "reference_direction > reference_direction", + "text": "ProductionPlyElementalData.reference_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.interpolation_options.html#interpolation_options", - "title": "interpolation_options", - "section": "interpolation_options", - "text": "interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.angle", + "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.angle.html#angle", + "title": "angle", + "section": "angle", + "text": "Orientation angle in degree of the fabric with respect to the reference direction.\nangle" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.interpolation_options.html#ansys.acp.core.material_property_sets.VariableStrainLimits.interpolation_options", - "title": "interpolation_options > interpolation_options > interpolation_options", - "section": "interpolation_options > interpolation_options", - "text": "property VariableStrainLimits.interpolation_options: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.angle", + "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.angle.html#ansys.acp.core.FabricWithAngle.angle", + "title": "angle > angle > angle", + "section": "angle > angle", + "text": "property FabricWithAngle.angle: float\n\nOrientation angle in degree of the fabric with respect to the reference direction.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_offset", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_offset.html#use_default_offset", + "title": "use_default_offset", + "section": "use_default_offset", + "text": "use_default_offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ModelingPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_offset", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_offset.html#ansys.acp.core.CADGeometry.use_default_offset", + "title": "use_default_offset > use_default_offset > use_default_offset", + "section": "use_default_offset > use_default_offset", + "text": "property CADGeometry.use_default_offset: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.REMOVE", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.REMOVE.html#remove", - "title": "REMOVE", - "section": "REMOVE", - "text": "REMOVE" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.html#parallelselectionruleelementaldata", + "title": "ParallelSelectionRuleElementalData", + "section": "ParallelSelectionRuleElementalData", + "text": "Represents elemental data for a Parallel Selection Rule.\nParallelSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nParallelSelectionRuleElementalData.normal\n\nParallelSelectionRuleElementalData.element_labels\n\nParallelSelectionRuleElementalData\nParallelSelectionRuleElementalData.get_pyvista_mesh\nParallelSelectionRuleElementalData.normal\nParallelSelectionRuleElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.REMOVE", - "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.REMOVE.html#ansys.acp.core.BooleanOperationType.REMOVE", - "title": "REMOVE > REMOVE > REMOVE", - "section": "REMOVE > REMOVE", - "text": "BooleanOperationType.REMOVE = 'remove'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.html#ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData", + "title": "ParallelSelectionRuleElementalData > ParallelSelectionRuleElementalData > ParallelSelectionRuleElementalData", + "section": "ParallelSelectionRuleElementalData > ParallelSelectionRuleElementalData", + "text": "class ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Parallel Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nParallelSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nParallelSelectionRuleElementalData.normal\n\n\n\nParallelSelectionRuleElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.set_cad_components", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.set_cad_components.html#set_cad_components", + "title": "set_cad_components", + "section": "set_cad_components", + "text": "Set the sub-shapes to match the given CADComponents.\ncad_components (Iterable[CADComponent]) – The components which make up the virtual geometry.\nset_cad_components" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "SphericalSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.set_cad_components", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.set_cad_components.html#ansys.acp.core.VirtualGeometry.set_cad_components", + "title": "set_cad_components > set_cad_components > set_cad_components", + "section": "set_cad_components > set_cad_components", + "text": "VirtualGeometry.set_cad_components(cad_components)\n\nSet the sub-shapes to match the given CADComponents.\n\nParameters\n\ncad_components (Iterable[CADComponent]) – The components which make up the virtual geometry.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.symmetry", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.symmetry.html#symmetry", - "title": "symmetry", - "section": "symmetry", - "text": "symmetry" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZt.html#ezt", + "title": "eZt", + "section": "eZt", + "text": "eZt" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.symmetry", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.symmetry.html#ansys.acp.core.SubLaminate.symmetry", - "title": "symmetry > symmetry > symmetry", - "section": "symmetry > symmetry", - "text": "property SubLaminate.symmetry: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eZt.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eZt", + "title": "eZt > eZt > eZt", + "section": "eZt > eZt", + "text": "property ConstantStrainLimits.eZt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.count", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.count.html#count", - "title": "count", - "section": "count", - "text": "Return the number of non-overlapping occurrences of substring sub in\nstring S[start:end]. Optional arguments start and end are\ninterpreted as in slice notation.\ncount" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.tolerance", + "href": "api/_autosummary/ansys.acp.core.SectionCut.tolerance.html#tolerance", + "title": "tolerance", + "section": "tolerance", + "text": "tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.count", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.count.html#ansys.acp.core.material_property_sets.PuckMaterialType.count", - "title": "count > count > count", - "section": "count > count", - "text": "PuckMaterialType.count(sub, [start, [end]]) -> int\n\nReturn the number of non-overlapping occurrences of substring sub in\nstring S[start:end]. Optional arguments start and end are\ninterpreted as in slice notation.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.tolerance", + "href": "api/_autosummary/ansys.acp.core.SectionCut.tolerance.html#ansys.acp.core.SectionCut.tolerance", + "title": "tolerance > tolerance > tolerance", + "section": "tolerance > tolerance", + "text": "property SectionCut.tolerance: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.id.html#id", + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.id", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.id.html#id", "title": "id", "section": "id", "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.id.html#ansys.acp.core.CutOffSelectionRule.id", + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.id", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.id.html#ansys.acp.core.ButtJointSequence.id", "title": "id > id > id", "section": "id > id", - "text": "property CutOffSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.material_1_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.material_1_direction.html#material_1_direction", - "title": "material_1_direction", - "section": "material_1_direction", - "text": "material_1_direction" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.material_1_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.material_1_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.material_1_direction", - "title": "material_1_direction > material_1_direction > material_1_direction", - "section": "material_1_direction > material_1_direction", - "text": "AnalysisPlyElementalData.material_1_direction: VectorData | None = None\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.s", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.s.html#s", - "title": "s", - "section": "s", - "text": "s" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.s", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.s.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.s", - "title": "s > s > s", - "section": "s > s", - "text": "property ConstantPuckConstants.s: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.section_cuts", - "href": "api/_autosummary/ansys.acp.core.Model.section_cuts.html#section_cuts", - "title": "section_cuts", - "section": "section_cuts", - "text": "section_cuts" + "text": "property ButtJointSequence.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.section_cuts", - "href": "api/_autosummary/ansys.acp.core.Model.section_cuts.html#ansys.acp.core.Model.section_cuts", - "title": "section_cuts > section_cuts > section_cuts", - "section": "section_cuts > section_cuts", - "text": "property Model.section_cuts: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.casefold", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.casefold.html#casefold", + "title": "casefold", + "section": "casefold", + "text": "Return a version of the string suitable for caseless comparisons.\ncasefold" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_STEP", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_STEP.html#race_car_nose_step", - "title": "RACE_CAR_NOSE_STEP", - "section": "RACE_CAR_NOSE_STEP", - "text": "RACE_CAR_NOSE_STEP" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.casefold", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.casefold.html#ansys.acp.core.material_property_sets.PuckMaterialType.casefold", + "title": "casefold > casefold > casefold", + "section": "casefold > casefold", + "text": "PuckMaterialType.casefold(/)\n\nReturn a version of the string suitable for caseless comparisons.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_STEP", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_STEP.html#ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_STEP", - "title": "RACE_CAR_NOSE_STEP > RACE_CAR_NOSE_STEP > RACE_CAR_NOSE_STEP", - "section": "RACE_CAR_NOSE_STEP > RACE_CAR_NOSE_STEP", - "text": "ExampleKeys.RACE_CAR_NOSE_STEP = 6\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.fiber_direction.html#fiber_direction", + "title": "fiber_direction", + "section": "fiber_direction", + "text": "fiber_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.fiber_direction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.fiber_direction", + "title": "fiber_direction > fiber_direction > fiber_direction", + "section": "fiber_direction > fiber_direction", + "text": "ModelingPlyElementalData.fiber_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.normal.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "ProductionPlyElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.id", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.mesh", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.id", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.id.html#ansys.acp.core.EdgeSet.id", + "title": "id > id > id", + "section": "id > id", + "text": "property EdgeSet.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.mesh", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.mesh.html#ansys.acp.core.AnalysisPly.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property AnalysisPly.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig", + "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.html#connectlaunchconfig", + "title": "ConnectLaunchConfig", + "section": "ConnectLaunchConfig", + "text": "Configuration options for attaching to an existing ACP server.\nConnectLaunchConfig.url_acp\n\nConnectLaunchConfig.url_filetransfer\n\nConnectLaunchConfig\nConnectLaunchConfig.url_acp\nConnectLaunchConfig.url_filetransfer" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.capitalize", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.capitalize.html#capitalize", - "title": "capitalize", - "section": "capitalize", - "text": "Return a capitalized version of the string.\nMore specifically, make the first character have upper case and the rest lower\ncase.\ncapitalize" + "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig", + "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.html#ansys.acp.core.ConnectLaunchConfig", + "title": "ConnectLaunchConfig > ConnectLaunchConfig > ConnectLaunchConfig", + "section": "ConnectLaunchConfig > ConnectLaunchConfig", + "text": "class ansys.acp.core.ConnectLaunchConfig(url_acp='localhost:50555', url_filetransfer='localhost:50556')\n\nConfiguration options for attaching to an existing ACP server.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConnectLaunchConfig.url_acp\n\n\n\nConnectLaunchConfig.url_filetransfer\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.capitalize", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.capitalize.html#ansys.acp.core.LaunchMode.capitalize", - "title": "capitalize > capitalize > capitalize", - "section": "capitalize > capitalize", - "text": "LaunchMode.capitalize(/)\n\nReturn a capitalized version of the string.\n\nMore specifically, make the first character have upper case and the rest lower\ncase.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lstrip", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lstrip.html#lstrip", + "title": "lstrip", + "section": "lstrip", + "text": "Return a copy of the string with leading whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nlstrip" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.CARBON", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.CARBON.html#carbon", - "title": "CARBON", - "section": "CARBON", - "text": "CARBON" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lstrip", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.lstrip.html#ansys.acp.core.material_property_sets.PuckMaterialType.lstrip", + "title": "lstrip > lstrip > lstrip", + "section": "lstrip > lstrip", + "text": "PuckMaterialType.lstrip(chars=None, /)\n\nReturn a copy of the string with leading whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.CARBON", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.CARBON.html#ansys.acp.core.material_property_sets.PuckMaterialType.CARBON", - "title": "CARBON > CARBON > CARBON", - "section": "CARBON > CARBON", - "text": "PuckMaterialType.CARBON = 'carbon'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_tapering", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_tapering.html#ply_tapering", + "title": "ply_tapering", + "section": "ply_tapering", + "text": "ply_tapering" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.parent", - "href": "api/_autosummary/ansys.acp.core.SectionCut.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_tapering", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_tapering.html#ansys.acp.core.CutOffSelectionRule.ply_tapering", + "title": "ply_tapering > ply_tapering > ply_tapering", + "section": "ply_tapering > ply_tapering", + "text": "property CutOffSelectionRule.ply_tapering: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.parent", - "href": "api/_autosummary/ansys.acp.core.SectionCut.parent.html#ansys.acp.core.SectionCut.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property SectionCut.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_z", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_z.html#translation_z", + "title": "translation_z", + "section": "translation_z", + "text": "translation_z" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.html#sphericalselectionrule", - "title": "SphericalSelectionRule", - "section": "SphericalSelectionRule", - "text": "Instantiate a Spherical Selection Rule.\nname (str) – Name of the Spherical Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the sphere.\nradius (float) – Radius of the sphere.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nAdded in ACP server version 24.2.\nSphericalSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSphericalSelectionRule.delete()\nDelete the object.\nSphericalSelectionRule.store(parent)\nStore the object on the server.\nSphericalSelectionRule.direction\n\nSphericalSelectionRule.elemental_data\n\nSphericalSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nSphericalSelectionRule.include_rule\n\nSphericalSelectionRule.mesh\nFull mesh associated with the object.\nSphericalSelectionRule.name\nThe name of the object.\nSphericalSelectionRule.nodal_data\n\nSphericalSelectionRule.origin\n\nSphericalSelectionRule.parent\nThe parent of the object.\nSphericalSelectionRule.radius\n\nSphericalSelectionRule.relative_rule\n\nSphericalSelectionRule.rosette\n\nSphericalSelectionRule.shell_mesh\nShell mesh associated with the object.\nSphericalSelectionRule.status\n\nSphericalSelectionRule.use_global_coordinate_system\n\nSphericalSelectionRule\nuse_global_coordinate_system\nFalse\nSphericalSelectionRule.clone\nSphericalSelectionRule.delete\nSphericalSelectionRule.store\nSphericalSelectionRule.direction\nSphericalSelectionRule.elemental_data\nSphericalSelectionRule.id\nSphericalSelectionRule.include_rule\nSphericalSelectionRule.mesh\nSphericalSelectionRule.name\nSphericalSelectionRule.nodal_data\nSphericalSelectionRule.origin\nSphericalSelectionRule.parent\nSphericalSelectionRule.radius\nSphericalSelectionRule.relative_rule\nSphericalSelectionRule.rosette\nSphericalSelectionRule.shell_mesh\nSphericalSelectionRule.status\nSphericalSelectionRule.use_global_coordinate_system" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_z", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_z.html#ansys.acp.core.CoordinateTransformation.translation_z", + "title": "translation_z > translation_z > translation_z", + "section": "translation_z > translation_z", + "text": "CoordinateTransformation.translation_z: float = 0.0\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.html#ansys.acp.core.SphericalSelectionRule", - "title": "SphericalSelectionRule > SphericalSelectionRule > SphericalSelectionRule", - "section": "SphericalSelectionRule > SphericalSelectionRule", - "text": "class ansys.acp.core.SphericalSelectionRule(*, name='SphericalSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), radius=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Spherical Selection Rule.\n\nParameters\n\nname (str) – Name of the Spherical Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the sphere.\n\nradius (float) – Radius of the sphere.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSphericalSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSphericalSelectionRule.delete()\n\nDelete the object.\n\nSphericalSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSphericalSelectionRule.direction\n\n\n\nSphericalSelectionRule.elemental_data\n\n\n\nSphericalSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nSphericalSelectionRule.include_rule\n\n\n\nSphericalSelectionRule.mesh\n\nFull mesh associated with the object.\n\nSphericalSelectionRule.name\n\nThe name of the object.\n\nSphericalSelectionRule.nodal_data\n\n\n\nSphericalSelectionRule.origin\n\n\n\nSphericalSelectionRule.parent\n\nThe parent of the object.\n\nSphericalSelectionRule.radius\n\n\n\nSphericalSelectionRule.relative_rule\n\n\n\nSphericalSelectionRule.rosette\n\n\n\nSphericalSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nSphericalSelectionRule.status\n\n\n\nSphericalSelectionRule.use_global_coordinate_system\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.default", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.default.html#default", + "title": "default", + "section": "default", + "text": "default" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.html#examples-using-sphericalselectionrule", - "title": "SphericalSelectionRule > Examples using SphericalSelectionRule", - "section": "Examples using SphericalSelectionRule", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nExamples using SphericalSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.default", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.default.html#ansys.acp.core.material_property_sets.FieldVariable.default", + "title": "default > default > default", + "section": "default > default", + "text": "FieldVariable.default: float\n\n" }, { - "objectID": "user_guide/concepts/store", - "href": "user_guide/concepts/store.html#stored-versus-unstored-objects", - "title": "Stored versus unstored objects", - "section": "Stored versus unstored objects", - "text": "This is an advanced PyACP concept. It is not required knowledge for most modeling tasks.\nStored versus unstored objects" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.consider_coupling_effect", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.consider_coupling_effect.html#consider_coupling_effect", + "title": "consider_coupling_effect", + "section": "consider_coupling_effect", + "text": "consider_coupling_effect" }, { - "objectID": "user_guide/concepts/store", - "href": "user_guide/concepts/store.html#general-concept", - "title": "Stored versus unstored objects > General concept", - "section": "General concept", - "text": "PyACP objects can exist in two states: stored and unstored.\nA stored object is one that has been sent to the ACP server. When any of its properties change, the change is automatically propagated to the server. Similarly, when an attribute is accessed, the value is retrieved from the server.\nAn unstored object is a local representation of an ACP object. It can be used to specify the defining properties of the object, but all computed properties are unavailable. When it is stored, it is sent to the server and becomes a stored object.\nGeneral concept" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.consider_coupling_effect", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.consider_coupling_effect.html#ansys.acp.core.SamplingPoint.consider_coupling_effect", + "title": "consider_coupling_effect > consider_coupling_effect > consider_coupling_effect", + "section": "consider_coupling_effect > consider_coupling_effect", + "text": "property SamplingPoint.consider_coupling_effect: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/concepts/store", - "href": "user_guide/concepts/store.html#creating-stored-and-unstored-objects", - "title": "Stored versus unstored objects > Creating stored and unstored objects", - "section": "Creating stored and unstored objects", - "text": "Consider the following example. First, launch an ACP instance and import a model. This creates a stored model object.\nTo create a new stored material object, call the create_material() method of the model object.\nTo instead create an unstored material object, directly call the Material constructor:\nNotice that the unstored material object has an empty ID. This is because the ID is assigned by the server when the object is stored.\nCreating stored and unstored objects\ncreate_material()\nMaterial" + "objectID": "api/_autosummary/ansys.acp.core.ArrowType.HALF_ARROW", + "href": "api/_autosummary/ansys.acp.core.ArrowType.HALF_ARROW.html#half_arrow", + "title": "HALF_ARROW", + "section": "HALF_ARROW", + "text": "HALF_ARROW" }, { - "objectID": "user_guide/concepts/store", - "href": "user_guide/concepts/store.html#storing-objects", - "title": "Stored versus unstored objects > Storing objects", - "section": "Storing objects", - "text": "You can make changes to the unstored material, but they are lost when the Python session ends.\nTo store a material in an ACP model, call its store method. The parent parameter determines where in the model the material is stored. In this case, the parent is the model itself.\nStoring objects\nstore\nparent" + "objectID": "api/_autosummary/ansys.acp.core.ArrowType.HALF_ARROW", + "href": "api/_autosummary/ansys.acp.core.ArrowType.HALF_ARROW.html#ansys.acp.core.ArrowType.HALF_ARROW", + "title": "HALF_ARROW > HALF_ARROW > HALF_ARROW", + "section": "HALF_ARROW > HALF_ARROW", + "text": "ArrowType.HALF_ARROW = 'half_arrow'\n\n" }, { - "objectID": "user_guide/concepts/store", - "href": "user_guide/concepts/store.html#cloning-objects", - "title": "Stored versus unstored objects > Cloning objects", - "section": "Cloning objects", - "text": "You can create an unstored copy of an existing object by calling the clone method. The source object can be either stored or unstored.\nYou may also use the clone method to copy an object between models, even if the models are on different ACP servers.\nCloning objects\nclone\nclone" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.splitlines", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.splitlines.html#splitlines", + "title": "splitlines", + "section": "splitlines", + "text": "Return a list of the lines in the string, breaking at line boundaries.\nLine breaks are not included in the resulting list unless keepends is given and\ntrue.\nsplitlines" }, { - "objectID": "user_guide/concepts/store", - "href": "user_guide/concepts/store.html#performance-considerations", - "title": "Stored versus unstored objects > Performance considerations", - "section": "Performance considerations", - "text": "When building ACP models, performance can vary depending on whether the objects are stored or unstored. In general, it is best to first build an unstored object and then store its finished form. Otherwise, each change to the object is sent to the server, which can slow down the performance depending on the network connection.\nThis does not mean that you necessarily need to use the store() method. It is just as efficient to use the create_*() methods and simply pass all the defining properties at once.\nPerformance considerations\nstore()\ncreate_*()" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.splitlines", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.splitlines.html#ansys.acp.core.LaunchMode.splitlines", + "title": "splitlines > splitlines > splitlines", + "section": "splitlines > splitlines", + "text": "LaunchMode.splitlines(/, keepends=False)\n\nReturn a list of the lines in the string, breaking at line boundaries.\n\nLine breaks are not included in the resulting list unless keepends is given and\ntrue.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.ply_angle", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.ply_angle.html#ply_angle", + "title": "ply_angle", + "section": "ply_angle", + "text": "ply_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.status.html#ansys.acp.core.CylindricalSelectionRule.status", - "title": "status > status > status", - "section": "status > status", - "text": "property CylindricalSelectionRule.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.ply_angle", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.ply_angle.html#ansys.acp.core.ModelingPly.ply_angle", + "title": "ply_angle > ply_angle > ply_angle", + "section": "ply_angle > ply_angle", + "text": "property ModelingPly.ply_angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.offset.html#offset", - "title": "offset", - "section": "offset", - "text": "offset" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.html#solidelementset", + "title": "SolidElementSet", + "section": "SolidElementSet", + "text": "Instantiate a Solid Element Set.\nname (str) – The name of the production ply.\nelement_labels – Label of elements.\nAdded in ACP server version 25.1.\nSolidElementSet.element_labels\n\nSolidElementSet.id\nIdentifier of the object, used for example as key in maps.\nSolidElementSet.locked\n\nSolidElementSet.name\nThe name of the object.\nSolidElementSet.parent\nThe parent of the object.\nSolidElementSet.solid_mesh\nSolid mesh associated with the object.\nSolidElementSet.status\n\nSolidElementSet\nSolidElementSet.element_labels\nSolidElementSet.id\nSolidElementSet.locked\nSolidElementSet.name\nSolidElementSet.parent\nSolidElementSet.solid_mesh\nSolidElementSet.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.offset", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.offset.html#ansys.acp.core.mesh_data.ModelElementalData.offset", - "title": "offset > offset > offset", - "section": "offset > offset", - "text": "ModelElementalData.offset: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.html#ansys.acp.core.SolidElementSet", + "title": "SolidElementSet > SolidElementSet > SolidElementSet", + "section": "SolidElementSet > SolidElementSet", + "text": "class ansys.acp.core.SolidElementSet\n\nInstantiate a Solid Element Set.\n\nParameters\n\nname (str) – The name of the production ply.\n\nelement_labels – Label of elements.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidElementSet.element_labels\n\n\n\nSolidElementSet.id\n\nIdentifier of the object, used for example as key in maps.\n\nSolidElementSet.locked\n\n\n\nSolidElementSet.name\n\nThe name of the object.\n\nSolidElementSet.parent\n\nThe parent of the object.\n\nSolidElementSet.solid_mesh\n\nSolid mesh associated with the object.\n\nSolidElementSet.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.store", - "href": "api/_autosummary/ansys.acp.core.Fabric.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSyz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSyz.html#esyz", + "title": "eSyz", + "section": "eSyz", + "text": "eSyz" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.store", - "href": "api/_autosummary/ansys.acp.core.Fabric.store.html#ansys.acp.core.Fabric.store", - "title": "store > store > store", - "section": "store > store", - "text": "Fabric.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSyz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSyz.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eSyz", + "title": "eSyz > eSyz > eSyz", + "section": "eSyz > eSyz", + "text": "property VariableStrainLimits.eSyz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES.html#sensor_by_plies", + "title": "SENSOR_BY_PLIES", + "section": "SENSOR_BY_PLIES", + "text": "SENSOR_BY_PLIES" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.shell_mesh.html#ansys.acp.core.VariableOffsetSelectionRule.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property VariableOffsetSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES.html#ansys.acp.core.SensorType.SENSOR_BY_PLIES", + "title": "SENSOR_BY_PLIES > SENSOR_BY_PLIES > SENSOR_BY_PLIES", + "section": "SENSOR_BY_PLIES > SENSOR_BY_PLIES", + "text": "SensorType.SENSOR_BY_PLIES = 'sensor_by_plies'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.analysis_plies", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.analysis_plies.html#analysis_plies", - "title": "analysis_plies", - "section": "analysis_plies", - "text": "analysis_plies" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_PLIES.html#examples-using-sensortypesensor_by_plies", + "title": "SENSOR_BY_PLIES > Examples using SensorType.SENSOR_BY_PLIES", + "section": "Examples using SensorType.SENSOR_BY_PLIES", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using SensorType.SENSOR_BY_PLIES" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.nodal_data", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.analysis_plies", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.analysis_plies.html#ansys.acp.core.ProductionPly.analysis_plies", - "title": "analysis_plies > analysis_plies > analysis_plies", - "section": "analysis_plies > analysis_plies", - "text": "property ProductionPly.analysis_plies: Mapping[ValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.nodal_data", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.nodal_data.html#ansys.acp.core.AnalysisPly.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property AnalysisPly.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.locked", - "href": "api/_autosummary/ansys.acp.core.SectionCut.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.SHEAR_ANGLE", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.SHEAR_ANGLE.html#shear_angle", + "title": "SHEAR_ANGLE", + "section": "SHEAR_ANGLE", + "text": "SHEAR_ANGLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.locked", - "href": "api/_autosummary/ansys.acp.core.SectionCut.locked.html#ansys.acp.core.SectionCut.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property SectionCut.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.SHEAR_ANGLE", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.SHEAR_ANGLE.html#ansys.acp.core.ElementalDataType.SHEAR_ANGLE", + "title": "SHEAR_ANGLE > SHEAR_ANGLE > SHEAR_ANGLE", + "section": "SHEAR_ANGLE > SHEAR_ANGLE", + "text": "ElementalDataType.SHEAR_ANGLE = 'shear_angle'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.DOCKER_COMPOSE", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.DOCKER_COMPOSE.html#docker_compose", - "title": "DOCKER_COMPOSE", - "section": "DOCKER_COMPOSE", - "text": "DOCKER_COMPOSE" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.status", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.DOCKER_COMPOSE", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.DOCKER_COMPOSE.html#ansys.acp.core.LaunchMode.DOCKER_COMPOSE", - "title": "DOCKER_COMPOSE > DOCKER_COMPOSE > DOCKER_COMPOSE", - "section": "DOCKER_COMPOSE > DOCKER_COMPOSE", - "text": "LaunchMode.DOCKER_COMPOSE = 'docker_compose'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.status", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.status.html#ansys.acp.core.SamplingPoint.status", + "title": "status > status > status", + "section": "status > status", + "text": "property SamplingPoint.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_2.html#g12_2", - "title": "G12_2", - "section": "G12_2", - "text": "G12_2" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.html#interfacelayer", + "title": "InterfaceLayer", + "section": "InterfaceLayer", + "text": "Instantiate an interface layer.\nThe interface layer is a separation layer in the stacking sequence. It can be\nused to analyze the crack growth of existing cracks. They can also be used to\ndefine contacts zones between two layers.\nThe topology is defined with an interface layer in ACP, while all other fracture\nsettings need to be specified in the downstream analysis (MAPDL or Mechanical).\nname (str) – Name of the interface layer.\nglobal_ply_nr (int) – Global ply number for the stacking sequence.\nactive (bool) – Inactive interface layers are ignored in ACP and the downstream analysis.\noriented_selection_sets (Iterable[OrientedSelectionSet]) – Oriented Selection Set for the expansion of the interface layer.\nopen_area_sets (Iterable[ElementSet | OrientedSelectionSet]) – Defines the initial crack of a Virtual Crack Closure Technique (VCCT) layer.\nCan contain OrientedSelectionSet and ElementSet objects.\nAdded in ACP server version 25.1.\nInterfaceLayer.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nInterfaceLayer.delete()\nDelete the object.\nInterfaceLayer.store(parent)\nStore the object on the server.\nInterfaceLayer.active\n\nInterfaceLayer.elemental_data\n\nInterfaceLayer.global_ply_nr\n\nInterfaceLayer.id\nIdentifier of the object, used for example as key in maps.\nInterfaceLayer.mesh\nFull mesh associated with the object.\nInterfaceLayer.name\nThe name of the object.\nInterfaceLayer.nodal_data\n\nInterfaceLayer.open_area_sets\n\nInterfaceLayer.oriented_selection_sets\n\nInterfaceLayer.parent\nThe parent of the object.\nInterfaceLayer.shell_mesh\nShell mesh associated with the object.\nInterfaceLayer.status\n\nInterfaceLayer\nOrientedSelectionSet\nElementSet\nInterfaceLayer.clone\nInterfaceLayer.delete\nInterfaceLayer.store\nInterfaceLayer.active\nInterfaceLayer.elemental_data\nInterfaceLayer.global_ply_nr\nInterfaceLayer.id\nInterfaceLayer.mesh\nInterfaceLayer.name\nInterfaceLayer.nodal_data\nInterfaceLayer.open_area_sets\nInterfaceLayer.oriented_selection_sets\nInterfaceLayer.parent\nInterfaceLayer.shell_mesh\nInterfaceLayer.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G12_2", - "title": "G12_2 > G12_2 > G12_2", - "section": "G12_2 > G12_2", - "text": "property ConstantWovenCharacterization.G12_2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.html#ansys.acp.core.InterfaceLayer", + "title": "InterfaceLayer > InterfaceLayer > InterfaceLayer", + "section": "InterfaceLayer > InterfaceLayer", + "text": "class ansys.acp.core.InterfaceLayer(*, name='InterfaceLayer', global_ply_nr=0, active=True, oriented_selection_sets=(), open_area_sets=())\n\nInstantiate an interface layer.\n\nThe interface layer is a separation layer in the stacking sequence. It can be\nused to analyze the crack growth of existing cracks. They can also be used to\ndefine contacts zones between two layers.\nThe topology is defined with an interface layer in ACP, while all other fracture\nsettings need to be specified in the downstream analysis (MAPDL or Mechanical).\n\nParameters\n\nname (str) – Name of the interface layer.\n\nglobal_ply_nr (int) – Global ply number for the stacking sequence.\n\nactive (bool) – Inactive interface layers are ignored in ACP and the downstream analysis.\n\noriented_selection_sets (Iterable[OrientedSelectionSet]) – Oriented Selection Set for the expansion of the interface layer.\n\nopen_area_sets (Iterable[ElementSet | OrientedSelectionSet]) – Defines the initial crack of a Virtual Crack Closure Technique (VCCT) layer.\nCan contain OrientedSelectionSet and ElementSet objects.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nInterfaceLayer.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nInterfaceLayer.delete()\n\nDelete the object.\n\nInterfaceLayer.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nInterfaceLayer.active\n\n\n\nInterfaceLayer.elemental_data\n\n\n\nInterfaceLayer.global_ply_nr\n\n\n\nInterfaceLayer.id\n\nIdentifier of the object, used for example as key in maps.\n\nInterfaceLayer.mesh\n\nFull mesh associated with the object.\n\nInterfaceLayer.name\n\nThe name of the object.\n\nInterfaceLayer.nodal_data\n\n\n\nInterfaceLayer.open_area_sets\n\n\n\nInterfaceLayer.oriented_selection_sets\n\n\n\nInterfaceLayer.parent\n\nThe parent of the object.\n\nInterfaceLayer.shell_mesh\n\nShell mesh associated with the object.\n\nInterfaceLayer.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_section_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_section_index.html#use_default_section_index", + "title": "use_default_section_index", + "section": "use_default_section_index", + "text": "use_default_section_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.node_labels.html#ansys.acp.core.mesh_data.SolidModelNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "SolidModelNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_section_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_section_index.html#ansys.acp.core.SolidModelExportSettings.use_default_section_index", + "title": "use_default_section_index > use_default_section_index > use_default_section_index", + "section": "use_default_section_index > use_default_section_index", + "text": "property SolidModelExportSettings.use_default_section_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.id", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xt.html#xt", + "title": "Xt", + "section": "Xt", + "text": "Xt" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.id", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.id.html#ansys.acp.core.LookUpTable3DColumn.id", - "title": "id > id > id", - "section": "id > id", - "text": "property LookUpTable3DColumn.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xt.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xt", + "title": "Xt > Xt > Xt", + "section": "Xt > Xt", + "text": "property VariableWovenStressLimits.Xt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.name", - "href": "api/_autosummary/ansys.acp.core.Rosette.name.html#name", + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.name", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.name.html#name", "title": "name", "section": "name", "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.name", - "href": "api/_autosummary/ansys.acp.core.Rosette.name.html#ansys.acp.core.Rosette.name", + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.name", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.name.html#ansys.acp.core.SnapToGeometry.name", "title": "name > name > name", "section": "name > name", - "text": "property Rosette.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "text": "property SnapToGeometry.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.html#constanttsaiwuconstants", - "title": "ConstantTsaiWuConstants", - "section": "ConstantTsaiWuConstants", - "text": "Constant Tsai-Wu constants material property set.\nAdded in ACP server version 24.2.\nConstantTsaiWuConstants.XY\n\nConstantTsaiWuConstants.XZ\n\nConstantTsaiWuConstants.YZ\n\nConstantTsaiWuConstants\nConstantTsaiWuConstants.XY\nConstantTsaiWuConstants.XZ\nConstantTsaiWuConstants.YZ" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.extrusion_type", + "href": "api/_autosummary/ansys.acp.core.SectionCut.extrusion_type.html#extrusion_type", + "title": "extrusion_type", + "section": "extrusion_type", + "text": "extrusion_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.html#ansys.acp.core.material_property_sets.ConstantTsaiWuConstants", - "title": "ConstantTsaiWuConstants > ConstantTsaiWuConstants > ConstantTsaiWuConstants", - "section": "ConstantTsaiWuConstants > ConstantTsaiWuConstants", - "text": "class ansys.acp.core.material_property_sets.ConstantTsaiWuConstants(*, XY=-1.0, XZ=-1.0, YZ=-1.0, _parent_object=None, _attribute_path=None)\n\nConstant Tsai-Wu constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantTsaiWuConstants.XY\n\n\n\nConstantTsaiWuConstants.XZ\n\n\n\nConstantTsaiWuConstants.YZ\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.extrusion_type", + "href": "api/_autosummary/ansys.acp.core.SectionCut.extrusion_type.html#ansys.acp.core.SectionCut.extrusion_type", + "title": "extrusion_type > extrusion_type > extrusion_type", + "section": "extrusion_type > extrusion_type", + "text": "property SectionCut.extrusion_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_offset", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_offset.html#use_default_offset", - "title": "use_default_offset", - "section": "use_default_offset", - "text": "use_default_offset" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_interface_layer", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_interface_layer.html#create_interface_layer", + "title": "create_interface_layer", + "section": "create_interface_layer", + "text": "Instantiate an interface layer.\nThe interface layer is a separation layer in the stacking sequence. It can be\nused to analyze the crack growth of existing cracks. They can also be used to\ndefine contacts zones between two layers.\nThe topology is defined with an interface layer in ACP, while all other fracture\nsettings need to be specified in the downstream analysis (MAPDL or Mechanical).\nname (str) – Name of the interface layer.\nglobal_ply_nr (int) – Global ply number for the stacking sequence.\nactive (bool) – Inactive interface layers are ignored in ACP and the downstream analysis.\noriented_selection_sets (Iterable[OrientedSelectionSet]) – Oriented Selection Set for the expansion of the interface layer.\nopen_area_sets (Iterable[ElementSet | OrientedSelectionSet]) – Defines the initial crack of a Virtual Crack Closure Technique (VCCT) layer.\nCan contain OrientedSelectionSet and ElementSet objects.\nInterfaceLayer\nAdded in ACP server version 25.1.\ncreate_interface_layer\nOrientedSelectionSet\nElementSet" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_offset", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_offset.html#ansys.acp.core.CADGeometry.use_default_offset", - "title": "use_default_offset > use_default_offset > use_default_offset", - "section": "use_default_offset > use_default_offset", - "text": "property CADGeometry.use_default_offset: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.create_interface_layer", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.create_interface_layer.html#ansys.acp.core.ModelingGroup.create_interface_layer", + "title": "create_interface_layer > create_interface_layer > create_interface_layer", + "section": "create_interface_layer > create_interface_layer", + "text": "ModelingGroup.create_interface_layer(*, name='InterfaceLayer', global_ply_nr=0, active=True, oriented_selection_sets=(), open_area_sets=())\n\nInstantiate an interface layer.\n\nThe interface layer is a separation layer in the stacking sequence. It can be\nused to analyze the crack growth of existing cracks. They can also be used to\ndefine contacts zones between two layers.\nThe topology is defined with an interface layer in ACP, while all other fracture\nsettings need to be specified in the downstream analysis (MAPDL or Mechanical).\n\nParameters\n\nname (str) – Name of the interface layer.\n\nglobal_ply_nr (int) – Global ply number for the stacking sequence.\n\nactive (bool) – Inactive interface layers are ignored in ACP and the downstream analysis.\n\noriented_selection_sets (Iterable[OrientedSelectionSet]) – Oriented Selection Set for the expansion of the interface layer.\n\nopen_area_sets (Iterable[ElementSet | OrientedSelectionSet]) – Defines the initial crack of a Virtual Crack Closure Technique (VCCT) layer.\nCan contain OrientedSelectionSet and ElementSet objects.\n\nReturn type\n\nInterfaceLayer\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/03-pymechanical-shell-workflow", - "href": "examples/workflows/03-pymechanical-shell-workflow.html#pymechanical-shell-workflow", - "title": "PyMechanical shell workflow", - "section": "PyMechanical shell workflow", - "text": "This example shows how to set up a simple shell model with PyACP and\nPyMechanical:\nThe geometry is imported into Mechanical and meshed.\nThe mesh is exported to ACP.\nA simple lay-up is defined in ACP.\nPlies and materials are exported from ACP, and imported into Mechanical.\nBoundary conditions are set in Mechanical.\nThe model is solved.\nThe results are post-processed in PyDPF - Composites.\nThe PyACP / PyMechanical integration is still experimental. Refer to the\nlimitations section for more information.\nPyMechanical shell workflow" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY.html#from_geometry", + "title": "FROM_GEOMETRY", + "section": "FROM_GEOMETRY", + "text": "FROM_GEOMETRY" }, { - "objectID": "examples/workflows/03-pymechanical-shell-workflow", - "href": "examples/workflows/03-pymechanical-shell-workflow.html#import-modules-and-start-the-ansys-products", - "title": "PyMechanical shell workflow > Import modules and start the Ansys products", - "section": "Import modules and start the Ansys products", - "text": "Import the standard library and third-party dependencies.\nImport PyACP, PyMechanical, and PyDPF - Composites.\nStart the ACP, Mechanical, and DPF servers. We use a ThreadPoolExecutor\nto start them in parallel.\nImport modules and start the Ansys products\nThreadPoolExecutor" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY.html#ansys.acp.core.ThicknessType.FROM_GEOMETRY", + "title": "FROM_GEOMETRY > FROM_GEOMETRY > FROM_GEOMETRY", + "section": "FROM_GEOMETRY > FROM_GEOMETRY", + "text": "ThicknessType.FROM_GEOMETRY = 'from_geometry'\n\n" }, { - "objectID": "examples/workflows/03-pymechanical-shell-workflow", - "href": "examples/workflows/03-pymechanical-shell-workflow.html#get-example-input-files", - "title": "PyMechanical shell workflow > Get example input files", - "section": "Get example input files", - "text": "Create a temporary working directory, and download the example input files\nto this directory.\nGet example input files" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_GEOMETRY.html#examples-using-thicknesstypefrom_geometry", + "title": "FROM_GEOMETRY > Examples using ThicknessType.FROM_GEOMETRY", + "section": "Examples using ThicknessType.FROM_GEOMETRY", + "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ThicknessType.FROM_GEOMETRY" }, { - "objectID": "examples/workflows/03-pymechanical-shell-workflow", - "href": "examples/workflows/03-pymechanical-shell-workflow.html#generate-the-mesh-in-pymechanical", - "title": "PyMechanical shell workflow > Generate the mesh in PyMechanical", - "section": "Generate the mesh in PyMechanical", - "text": "Load the geometry into Mechanical, generate the mesh, and export it to the\nappropriate transfer format for ACP.\nGenerate the mesh in PyMechanical" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "examples/workflows/03-pymechanical-shell-workflow", - "href": "examples/workflows/03-pymechanical-shell-workflow.html#set-up-the-acp-model", - "title": "PyMechanical shell workflow > Set up the ACP model", - "section": "Set up the ACP model", - "text": "Setup basic ACP lay-up based on the mesh in mesh_path, and export material and composite\ndefinition file to output_path.\nSet up the ACP model\nmesh_path" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.status.html#ansys.acp.core.VariableOffsetSelectionRule.status", + "title": "status > status > status", + "section": "status > status", + "text": "property VariableOffsetSelectionRule.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/03-pymechanical-shell-workflow", - "href": "examples/workflows/03-pymechanical-shell-workflow.html#update-and-save-the-acp-model", - "title": "PyMechanical shell workflow > Update and Save the ACP model", - "section": "Update and Save the ACP model", - "text": "Update and Save the ACP model" + "objectID": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_1", + "href": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_1.html#woven_stress_limits_1", + "title": "woven_stress_limits_1", + "section": "woven_stress_limits_1", + "text": "woven_stress_limits_1" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_1", + "href": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_1.html#ansys.acp.core.Material.woven_stress_limits_1", + "title": "woven_stress_limits_1 > woven_stress_limits_1 > woven_stress_limits_1", + "section": "woven_stress_limits_1 > woven_stress_limits_1", + "text": "property Material.woven_stress_limits_1: TC | TV | None\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.reference_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.reference_direction.html#reference_direction", + "title": "reference_direction", + "section": "reference_direction", + "text": "reference_direction" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.reference_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.reference_direction.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.reference_direction", + "title": "reference_direction > reference_direction > reference_direction", + "section": "reference_direction > reference_direction", + "text": "OrientedSelectionSetElementalData.reference_direction: VectorData | None = None\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.butt_joint_sequences", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.butt_joint_sequences.html#butt_joint_sequences", + "title": "butt_joint_sequences", + "section": "butt_joint_sequences", + "text": "butt_joint_sequences" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.butt_joint_sequences", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.butt_joint_sequences.html#ansys.acp.core.ModelingGroup.butt_joint_sequences", + "title": "butt_joint_sequences > butt_joint_sequences > butt_joint_sequences", + "section": "butt_joint_sequences > butt_joint_sequences", + "text": "property ModelingGroup.butt_joint_sequences: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/03-pymechanical-shell-workflow", - "href": "examples/workflows/03-pymechanical-shell-workflow.html#import-materials-and-plies-into-mechanical", - "title": "PyMechanical shell workflow > Import materials and plies into Mechanical", - "section": "Import materials and plies into Mechanical", - "text": "Import materials into Mechanical\nImport plies into Mechanical\nImport materials and plies into Mechanical" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.design_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.design_angle.html#design_angle", + "title": "design_angle", + "section": "design_angle", + "text": "design_angle" }, { - "objectID": "examples/workflows/03-pymechanical-shell-workflow", - "href": "examples/workflows/03-pymechanical-shell-workflow.html#set-boundary-condition-and-solve", - "title": "PyMechanical shell workflow > Set boundary condition and solve", - "section": "Set boundary condition and solve", - "text": "Set boundary condition and solve" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.design_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.design_angle.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.design_angle", + "title": "design_angle > design_angle > design_angle", + "section": "design_angle > design_angle", + "text": "ModelingPlyElementalData.design_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "examples/workflows/03-pymechanical-shell-workflow", - "href": "examples/workflows/03-pymechanical-shell-workflow.html#postprocess-results", - "title": "PyMechanical shell workflow > Postprocess results", - "section": "Postprocess results", - "text": "Evaluate the failure criteria using the PyDPF - Composites.\nDownload Jupyter notebook: 03-pymechanical-shell-workflow.ipynb\nDownload Python source code: 03-pymechanical-shell-workflow.py\nDownload zipped: 03-pymechanical-shell-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocess results\nDownload Jupyter notebook: 03-pymechanical-shell-workflow.ipynb\nDownload Python source code: 03-pymechanical-shell-workflow.py\nDownload zipped: 03-pymechanical-shell-workflow.zip" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.html#coordinatetransformation", + "title": "CoordinateTransformation", + "section": "CoordinateTransformation", + "text": "Defines a coordinate transformation via rotation angles and translations.\nAll angles are in degrees. The operations are performed in the following order:\nRotation about the x-axis\nRotation about the y-axis\nRotation about the z-axis\nTranslation\nCoordinateTransformation.rotation_angle_x\n\nCoordinateTransformation.rotation_angle_y\n\nCoordinateTransformation.rotation_angle_z\n\nCoordinateTransformation.translation_x\n\nCoordinateTransformation.translation_y\n\nCoordinateTransformation.translation_z\n\nCoordinateTransformation\nCoordinateTransformation.rotation_angle_x\nCoordinateTransformation.rotation_angle_y\nCoordinateTransformation.rotation_angle_z\nCoordinateTransformation.translation_x\nCoordinateTransformation.translation_y\nCoordinateTransformation.translation_z" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.thickness", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.html#ansys.acp.core.CoordinateTransformation", + "title": "CoordinateTransformation > CoordinateTransformation > CoordinateTransformation", + "section": "CoordinateTransformation > CoordinateTransformation", + "text": "class ansys.acp.core.CoordinateTransformation(rotation_angle_x=0.0, rotation_angle_y=0.0, rotation_angle_z=0.0, translation_x=0.0, translation_y=0.0, translation_z=0.0)\n\nDefines a coordinate transformation via rotation angles and translations.\n\nAll angles are in degrees. The operations are performed in the following order:\n\nRotation about the x-axis\n\nRotation about the y-axis\n\nRotation about the z-axis\n\nTranslation\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nCoordinateTransformation.rotation_angle_x\n\n\n\nCoordinateTransformation.rotation_angle_y\n\n\n\nCoordinateTransformation.rotation_angle_z\n\n\n\nCoordinateTransformation.translation_x\n\n\n\nCoordinateTransformation.translation_y\n\n\n\nCoordinateTransformation.translation_z\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.thickness", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.thickness.html#ansys.acp.core.AnalysisPly.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "property AnalysisPly.thickness: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.MATERIALS", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.MATERIALS.html#materials", + "title": "MATERIALS", + "section": "MATERIALS", + "text": "MATERIALS" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns.html#columns", - "title": "columns", - "section": "columns", - "text": "columns" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.MATERIALS", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.MATERIALS.html#ansys.acp.core.IgnorableEntity.MATERIALS", + "title": "MATERIALS > MATERIALS > MATERIALS", + "section": "MATERIALS > MATERIALS", + "text": "IgnorableEntity.MATERIALS = 'materials'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns.html#ansys.acp.core.LookUpTable3D.columns", - "title": "columns > columns > columns", - "section": "columns > columns", - "text": "property LookUpTable3D.columns: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule.html#create_cylindrical_selection_rule", + "title": "create_cylindrical_selection_rule", + "section": "create_cylindrical_selection_rule", + "text": "Instantiate a Cylindrical Selection Rule.\nname (str) – Name of the Cylindrical Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the Cylindrical Selection Rule.\ndirection (tuple[float, ...]) – Direction of the Cylindrical Selection Rule.\nradius (float) – Radius of the cylinder.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nCylindricalSelectionRule\nAdded in ACP server version 24.2.\ncreate_cylindrical_selection_rule\nuse_global_coordinate_system\nFalse" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.columns.html#examples-using-lookuptable3dcolumns", - "title": "columns > Examples using LookUpTable3D.columns", - "section": "Examples using LookUpTable3D.columns", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using LookUpTable3D.columns" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule.html#ansys.acp.core.Model.create_cylindrical_selection_rule", + "title": "create_cylindrical_selection_rule > create_cylindrical_selection_rule > create_cylindrical_selection_rule", + "section": "create_cylindrical_selection_rule > create_cylindrical_selection_rule", + "text": "Model.create_cylindrical_selection_rule(*, name='CylindricalSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 1.0), radius=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Cylindrical Selection Rule.\n\nParameters\n\nname (str) – Name of the Cylindrical Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the Cylindrical Selection Rule.\n\ndirection (tuple[float, ...]) – Direction of the Cylindrical Selection Rule.\n\nradius (float) – Radius of the cylinder.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nReturn type\n\nCylindricalSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_direction.html#draped_fiber_direction", - "title": "draped_fiber_direction", - "section": "draped_fiber_direction", - "text": "draped_fiber_direction" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_cylindrical_selection_rule.html#examples-using-modelcreate_cylindrical_selection_rule", + "title": "create_cylindrical_selection_rule > Examples using Model.create_cylindrical_selection_rule", + "section": "Examples using Model.create_cylindrical_selection_rule", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using Model.create_cylindrical_selection_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_direction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_direction", - "title": "draped_fiber_direction > draped_fiber_direction > draped_fiber_direction", - "section": "draped_fiber_direction > draped_fiber_direction", - "text": "ModelingPlyElementalData.draped_fiber_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_node_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_node_index.html#use_default_node_index", + "title": "use_default_node_index", + "section": "use_default_node_index", + "text": "use_default_node_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.element_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.element_index.html#element_index", - "title": "element_index", - "section": "element_index", - "text": "element_index" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_node_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_node_index.html#ansys.acp.core.SolidModelExportSettings.use_default_node_index", + "title": "use_default_node_index > use_default_node_index > use_default_node_index", + "section": "use_default_node_index > use_default_node_index", + "text": "property SolidModelExportSettings.use_default_node_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.element_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.element_index.html#ansys.acp.core.ImportedSolidModelExportSettings.element_index", - "title": "element_index > element_index > element_index", - "section": "element_index > element_index", - "text": "property ImportedSolidModelExportSettings.element_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET.html#bottom_offset", + "title": "BOTTOM_OFFSET", + "section": "BOTTOM_OFFSET", + "text": "BOTTOM_OFFSET" }, { - "objectID": "api/index", - "href": "api/index.html#api-reference", - "title": "API reference", - "section": "API reference", - "text": "This section describes the API of the public PyACP classes, functions,\nand attributes.\nAPI reference" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET.html#ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET", + "title": "BOTTOM_OFFSET > BOTTOM_OFFSET > BOTTOM_OFFSET", + "section": "BOTTOM_OFFSET > BOTTOM_OFFSET", + "text": "ImportedPlyOffsetType.BOTTOM_OFFSET = 'bottom_offset'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.html#importedsolidmodelnodaldata", - "title": "ImportedSolidModelNodalData", - "section": "ImportedSolidModelNodalData", - "text": "Represents nodal data for an imported solid model.\nImportedSolidModelNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nImportedSolidModelNodalData.node_labels\n\nImportedSolidModelNodalData\nImportedSolidModelNodalData.get_pyvista_mesh\nImportedSolidModelNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.BOTTOM_OFFSET.html#examples-using-importedplyoffsettypebottom_offset", + "title": "BOTTOM_OFFSET > Examples using ImportedPlyOffsetType.BOTTOM_OFFSET", + "section": "Examples using ImportedPlyOffsetType.BOTTOM_OFFSET", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedPlyOffsetType.BOTTOM_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.html#ansys.acp.core.mesh_data.ImportedSolidModelNodalData", - "title": "ImportedSolidModelNodalData > ImportedSolidModelNodalData > ImportedSolidModelNodalData", - "section": "ImportedSolidModelNodalData > ImportedSolidModelNodalData", - "text": "class ansys.acp.core.mesh_data.ImportedSolidModelNodalData(node_labels)\n\nRepresents nodal data for an imported solid model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nImportedSolidModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedSolidModelNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.store", + "href": "api/_autosummary/ansys.acp.core.SectionCut.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.store", + "href": "api/_autosummary/ansys.acp.core.SectionCut.store.html#ansys.acp.core.SectionCut.store", + "title": "store > store > store", + "section": "store > store", + "text": "SectionCut.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SolidModelElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "SolidModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu.html#nu", + "title": "nu", + "section": "nu", + "text": "nu" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu", + "title": "nu > nu > nu", + "section": "nu > nu", + "text": "property VariableEngineeringConstants.nu: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.node_labels.html#ansys.acp.core.mesh_data.AnalysisPlyNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "AnalysisPlyNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.istitle", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.istitle.html#istitle", + "title": "istitle", + "section": "istitle", + "text": "Return True if the string is a title-cased string, False otherwise.\nIn a title-cased string, upper- and title-case characters may only\nfollow uncased characters and lowercase characters only cased ones.\nistitle" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.area_price", - "href": "api/_autosummary/ansys.acp.core.Stackup.area_price.html#area_price", - "title": "area_price", - "section": "area_price", - "text": "area_price" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.istitle", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.istitle.html#ansys.acp.core.material_property_sets.PuckMaterialType.istitle", + "title": "istitle > istitle > istitle", + "section": "istitle > istitle", + "text": "PuckMaterialType.istitle(/)\n\nReturn True if the string is a title-cased string, False otherwise.\n\nIn a title-cased string, upper- and title-case characters may only\nfollow uncased characters and lowercase characters only cased ones.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.area_price", - "href": "api/_autosummary/ansys.acp.core.Stackup.area_price.html#ansys.acp.core.Stackup.area_price", - "title": "area_price > area_price > area_price", - "section": "area_price > area_price", - "text": "property Stackup.area_price: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.radius", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.radius.html#radius", + "title": "radius", + "section": "radius", + "text": "radius" }, { - "objectID": "examples/modeling_features/003-simple-selection-rules", - "href": "examples/modeling_features/003-simple-selection-rules.html#basic-selection-rules", - "title": "Basic selection rules", - "section": "Basic selection rules", - "text": "This example shows the basic usage of selection rules, which enable you to select elements through\ngeometrical operations and thus to shape plies. The example only shows the PyACP part of the setup.\nFor more advanced selection rule usage, see\nadvanced_selection_rules_example. For a complete composite\nanalysis, see pymapdl_workflow_example.\nBasic selection rules" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.radius", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.radius.html#ansys.acp.core.ExtrusionGuide.radius", + "title": "radius > radius > radius", + "section": "radius > radius", + "text": "property ExtrusionGuide.radius: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/003-simple-selection-rules", - "href": "examples/modeling_features/003-simple-selection-rules.html#import-modules", - "title": "Basic selection rules > Import modules", - "section": "Import modules", - "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" + "objectID": "api/_autosummary/ansys.acp.core.DropOffType.OUTSIDE_PLY", + "href": "api/_autosummary/ansys.acp.core.DropOffType.OUTSIDE_PLY.html#outside_ply", + "title": "OUTSIDE_PLY", + "section": "OUTSIDE_PLY", + "text": "OUTSIDE_PLY" }, { - "objectID": "examples/modeling_features/003-simple-selection-rules", - "href": "examples/modeling_features/003-simple-selection-rules.html#start-acp-and-load-the-model", - "title": "Basic selection rules > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from the input file.\nVisualize the loaded mesh.\nStart ACP and load the model" + "objectID": "api/_autosummary/ansys.acp.core.DropOffType.OUTSIDE_PLY", + "href": "api/_autosummary/ansys.acp.core.DropOffType.OUTSIDE_PLY.html#ansys.acp.core.DropOffType.OUTSIDE_PLY", + "title": "OUTSIDE_PLY > OUTSIDE_PLY > OUTSIDE_PLY", + "section": "OUTSIDE_PLY > OUTSIDE_PLY", + "text": "DropOffType.OUTSIDE_PLY = 'outside_ply'\n\n" }, { - "objectID": "examples/modeling_features/003-simple-selection-rules", - "href": "examples/modeling_features/003-simple-selection-rules.html#create-a-parallel-rule", - "title": "Basic selection rules > Create a Parallel Rule", - "section": "Create a Parallel Rule", - "text": "Create parallel selection rule and assign it to the existing ply.\nPlot the ply thickness.\nCreate a Parallel Rule" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.material", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.material.html#material", + "title": "material", + "section": "material", + "text": "material" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.material", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.material.html#ansys.acp.core.AnalysisPly.material", + "title": "material > material > material", + "section": "material > material", + "text": "property AnalysisPly.material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/003-simple-selection-rules", - "href": "examples/modeling_features/003-simple-selection-rules.html#create-a-cylindrical-rule", - "title": "Basic selection rules > Create a Cylindrical Rule", - "section": "Create a Cylindrical Rule", - "text": "Create a cylindrical selection rule and add it to the ply. This will intersect the two rules.\nPlot the ply thickness.\nCreate a Cylindrical Rule" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.title", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.title.html#title", + "title": "title", + "section": "title", + "text": "Return a version of the string where each word is titlecased.\nMore specifically, words start with uppercased characters and all remaining\ncased characters have lower case.\ntitle" }, { - "objectID": "examples/modeling_features/003-simple-selection-rules", - "href": "examples/modeling_features/003-simple-selection-rules.html#create-a-spherical-rule", - "title": "Basic selection rules > Create a Spherical Rule", - "section": "Create a Spherical Rule", - "text": "Create a spherical selection rule and assign it to the ply. Now, only the spherical rule is\nactive.\nPlot the ply thickness.\nCreate a Spherical Rule" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.title", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.title.html#ansys.acp.core.material_property_sets.PuckMaterialType.title", + "title": "title > title > title", + "section": "title > title", + "text": "PuckMaterialType.title(/)\n\nReturn a version of the string where each word is titlecased.\n\nMore specifically, words start with uppercased characters and all remaining\ncased characters have lower case.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/003-simple-selection-rules", - "href": "examples/modeling_features/003-simple-selection-rules.html#create-a-tube-rule", - "title": "Basic selection rules > Create a Tube Rule", - "section": "Create a Tube Rule", - "text": "Create a tube selection rule and assign it to the ply. Now, only the tube rule is\nactive.\nPlot the ply thickness.\nTotal running time of the script: (0 minutes 4.921 seconds)\nDownload Jupyter notebook: 003-simple-selection-rules.ipynb\nDownload Python source code: 003-simple-selection-rules.py\nDownload zipped: 003-simple-selection-rules.zip\nGallery generated by Sphinx-Gallery\nCreate a Tube Rule\nDownload Jupyter notebook: 003-simple-selection-rules.ipynb\nDownload Python source code: 003-simple-selection-rules.py\nDownload zipped: 003-simple-selection-rules.zip" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA.html#sensor_by_area", + "title": "SENSOR_BY_AREA", + "section": "SENSOR_BY_AREA", + "text": "SENSOR_BY_AREA" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA.html#ansys.acp.core.SensorType.SENSOR_BY_AREA", + "title": "SENSOR_BY_AREA > SENSOR_BY_AREA > SENSOR_BY_AREA", + "section": "SENSOR_BY_AREA > SENSOR_BY_AREA", + "text": "SensorType.SENSOR_BY_AREA = 'sensor_by_area'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "GeometricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_AREA.html#examples-using-sensortypesensor_by_area", + "title": "SENSOR_BY_AREA > Examples using SensorType.SENSOR_BY_AREA", + "section": "Examples using SensorType.SENSOR_BY_AREA", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using SensorType.SENSOR_BY_AREA" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G23", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G23.html#g23", - "title": "G23", - "section": "G23", - "text": "G23" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.thickness", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G23", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G23.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G23", - "title": "G23 > G23 > G23", - "section": "G23 > G23", - "text": "property ConstantEngineeringConstants.G23: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.thickness", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.thickness.html#ansys.acp.core.AnalysisPly.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "property AnalysisPly.thickness: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent", - "href": "api/_autosummary/ansys.acp.core.CADComponent.html#cadcomponent", - "title": "CADComponent", - "section": "CADComponent", - "text": "Instantiate a CAD Component.\nname – Name of the CAD component.\npath – Path of the CAD component.\nAdded in ACP server version 24.2.\nCADComponent.id\nIdentifier of the object, used for example as key in maps.\nCADComponent.name\nThe name of the object.\nCADComponent.parent\nThe parent of the object.\nCADComponent.path\n\nCADComponent.status\n\nCADComponent\nCADComponent.id\nCADComponent.name\nCADComponent.parent\nCADComponent.path\nCADComponent.status" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.html#modelinggroup", + "title": "ModelingGroup", + "section": "ModelingGroup", + "text": "Instantiate a modeling group.\nname (str) – Name of the modeling group.\nAdded in ACP server version 24.2.\nModelingGroup.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nModelingGroup.create_butt_joint_sequence(*)\nInstantiate a ButtJointSequence.\nModelingGroup.create_interface_layer(*[, ...])\nInstantiate an interface layer.\nModelingGroup.create_modeling_ply(*[, name, ...])\nInstantiate a Modeling Ply.\nModelingGroup.delete()\nDelete the object.\nModelingGroup.store(parent)\nStore the object on the server.\nModelingGroup.butt_joint_sequences\n\nModelingGroup.elemental_data\n\nModelingGroup.id\nIdentifier of the object, used for example as key in maps.\nModelingGroup.interface_layers\n\nModelingGroup.mesh\nFull mesh associated with the object.\nModelingGroup.modeling_plies\n\nModelingGroup.name\nThe name of the object.\nModelingGroup.nodal_data\n\nModelingGroup.parent\nThe parent of the object.\nModelingGroup.shell_mesh\nShell mesh associated with the object.\nModelingGroup\nModelingGroup.clone\nModelingGroup.create_butt_joint_sequence\nModelingGroup.create_interface_layer\nModelingGroup.create_modeling_ply\nModelingGroup.delete\nModelingGroup.store\nModelingGroup.butt_joint_sequences\nModelingGroup.elemental_data\nModelingGroup.id\nModelingGroup.interface_layers\nModelingGroup.mesh\nModelingGroup.modeling_plies\nModelingGroup.name\nModelingGroup.nodal_data\nModelingGroup.parent\nModelingGroup.shell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent", - "href": "api/_autosummary/ansys.acp.core.CADComponent.html#ansys.acp.core.CADComponent", - "title": "CADComponent > CADComponent > CADComponent", - "section": "CADComponent > CADComponent", - "text": "class ansys.acp.core.CADComponent\n\nInstantiate a CAD Component.\n\nParameters\n\nname – Name of the CAD component.\n\npath – Path of the CAD component.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nCADComponent.id\n\nIdentifier of the object, used for example as key in maps.\n\nCADComponent.name\n\nThe name of the object.\n\nCADComponent.parent\n\nThe parent of the object.\n\nCADComponent.path\n\n\n\nCADComponent.status\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.html#ansys.acp.core.ModelingGroup", + "title": "ModelingGroup > ModelingGroup > ModelingGroup", + "section": "ModelingGroup > ModelingGroup", + "text": "class ansys.acp.core.ModelingGroup(*, name='ModelingGroup')\n\nInstantiate a modeling group.\n\nParameters\n\nname (str) – Name of the modeling group.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelingGroup.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nModelingGroup.create_butt_joint_sequence(*)\n\nInstantiate a ButtJointSequence.\n\nModelingGroup.create_interface_layer(*[, ...])\n\nInstantiate an interface layer.\n\nModelingGroup.create_modeling_ply(*[, name, ...])\n\nInstantiate a Modeling Ply.\n\nModelingGroup.delete()\n\nDelete the object.\n\nModelingGroup.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelingGroup.butt_joint_sequences\n\n\n\nModelingGroup.elemental_data\n\n\n\nModelingGroup.id\n\nIdentifier of the object, used for example as key in maps.\n\nModelingGroup.interface_layers\n\n\n\nModelingGroup.mesh\n\nFull mesh associated with the object.\n\nModelingGroup.modeling_plies\n\n\n\nModelingGroup.name\n\nThe name of the object.\n\nModelingGroup.nodal_data\n\n\n\nModelingGroup.parent\n\nThe parent of the object.\n\nModelingGroup.shell_mesh\n\nShell mesh associated with the object.\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.active", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.html#examples-using-modelinggroup", + "title": "ModelingGroup > Examples using ModelingGroup", + "section": "Examples using ModelingGroup", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using ModelingGroup" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.active", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.active.html#ansys.acp.core.LayupMappingObject.active", - "title": "active > active > active", - "section": "active > active", - "text": "property LayupMappingObject.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.BIN", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.BIN.html#bin", + "title": "BIN", + "section": "BIN", + "text": "BIN" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL.html#cut_off_geometry_solid_model", - "title": "CUT_OFF_GEOMETRY_SOLID_MODEL", - "section": "CUT_OFF_GEOMETRY_SOLID_MODEL", - "text": "CUT_OFF_GEOMETRY_SOLID_MODEL" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.BIN", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.BIN.html#ansys.acp.core.UnitSystemType.BIN", + "title": "BIN > BIN > BIN", + "section": "BIN > BIN", + "text": "UnitSystemType.BIN = 'bin'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL.html#ansys.acp.core.extras.example_helpers.ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL", - "title": "CUT_OFF_GEOMETRY_SOLID_MODEL > CUT_OFF_GEOMETRY_SOLID_MODEL > CUT_OFF_GEOMETRY_SOLID_MODEL", - "section": "CUT_OFF_GEOMETRY_SOLID_MODEL > CUT_OFF_GEOMETRY_SOLID_MODEL", - "text": "ExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL = 18\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.interpolation_options.html#interpolation_options", + "title": "interpolation_options", + "section": "interpolation_options", + "text": "interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XY", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XY.html#xy", - "title": "XY", - "section": "XY", - "text": "XY" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.interpolation_options.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.interpolation_options", + "title": "interpolation_options > interpolation_options > interpolation_options", + "section": "interpolation_options > interpolation_options", + "text": "property VariableWovenCharacterization.interpolation_options: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XY", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XY.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XY", - "title": "XY > XY > XY", - "section": "XY > XY", - "text": "property VariableTsaiWuConstants.XY: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.parent", + "href": "api/_autosummary/ansys.acp.core.Material.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.delete", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.Material.parent", + "href": "api/_autosummary/ansys.acp.core.Material.parent.html#ansys.acp.core.Material.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property Material.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.delete", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.delete.html#ansys.acp.core.ModelingGroup.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "ModelingGroup.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.material_1_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.material_1_direction.html#material_1_direction", + "title": "material_1_direction", + "section": "material_1_direction", + "text": "material_1_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.angle", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.angle.html#angle", - "title": "angle", - "section": "angle", - "text": "angle" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.material_1_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.material_1_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.material_1_direction", + "title": "material_1_direction > material_1_direction > material_1_direction", + "section": "material_1_direction > material_1_direction", + "text": "AnalysisPlyElementalData.material_1_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.angle", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.angle.html#ansys.acp.core.ImportedProductionPly.angle", - "title": "angle > angle > angle", - "section": "angle > angle", - "text": "property ImportedProductionPly.angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.download_file", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.download_file.html#download_file", + "title": "download_file", + "section": "download_file", + "text": "Download a file from the server.\nDo not execute this function with untrusted input parameters.\nSee the security guide\nfor details.\nremote_path (str | PathLike[str]) – The path of the file on the server.\nlocal_path (str | PathLike[str]) – The path of the file to be downloaded to.\ndownload_file" }, { - "objectID": "user_guide/howto/index", - "href": "user_guide/howto/index.html#how-to-guides", - "title": "How-to guides", - "section": "How-to guides", - "text": "These short guides teach you how to use particular features of PyACP.\nHow-to guides" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.download_file", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.download_file.html#ansys.acp.core.ACPInstance.download_file", + "title": "download_file > download_file > download_file", + "section": "download_file > download_file", + "text": "ACPInstance.download_file(remote_path, local_path)\n\nDownload a file from the server.\n\nDo not execute this function with untrusted input parameters.\nSee the security guide\nfor details.\n\nParameters\n\nremote_path (str | PathLike[str]) – The path of the file on the server.\n\nlocal_path (str | PathLike[str]) – The path of the file to be downloaded to.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZc.html#ezc", - "title": "eZc", - "section": "eZc", - "text": "eZc" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.html#variablelarcconstants", + "title": "VariableLaRCConstants", + "section": "VariableLaRCConstants", + "text": "Variable LaRC failure criterion properties.\nAdded in ACP server version 24.2.\nVariableLaRCConstants.field_variables\n\nVariableLaRCConstants.fracture_angle_under_compression\n\nVariableLaRCConstants.fracture_toughness_mode_1\n\nVariableLaRCConstants.fracture_toughness_mode_2\n\nVariableLaRCConstants.fracture_toughness_ratio\n\nVariableLaRCConstants.interpolation_options\n\nVariableLaRCConstants.thin_ply_thickness_limit\n\nVariableLaRCConstants\nVariableLaRCConstants.field_variables\nVariableLaRCConstants.fracture_angle_under_compression\nVariableLaRCConstants.fracture_toughness_mode_1\nVariableLaRCConstants.fracture_toughness_mode_2\nVariableLaRCConstants.fracture_toughness_ratio\nVariableLaRCConstants.interpolation_options\nVariableLaRCConstants.thin_ply_thickness_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZc.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eZc", - "title": "eZc > eZc > eZc", - "section": "eZc > eZc", - "text": "property VariableStrainLimits.eZc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.html#ansys.acp.core.material_property_sets.VariableLaRCConstants", + "title": "VariableLaRCConstants > VariableLaRCConstants > VariableLaRCConstants", + "section": "VariableLaRCConstants > VariableLaRCConstants", + "text": "class ansys.acp.core.material_property_sets.VariableLaRCConstants(*, _parent_object=None, _attribute_path=None)\n\nVariable LaRC failure criterion properties.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableLaRCConstants.field_variables\n\n\n\nVariableLaRCConstants.fracture_angle_under_compression\n\n\n\nVariableLaRCConstants.fracture_toughness_mode_1\n\n\n\nVariableLaRCConstants.fracture_toughness_mode_2\n\n\n\nVariableLaRCConstants.fracture_toughness_ratio\n\n\n\nVariableLaRCConstants.interpolation_options\n\n\n\nVariableLaRCConstants.thin_ply_thickness_limit\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.COMPRESSION_ONLY", - "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.COMPRESSION_ONLY.html#compression_only", - "title": "COMPRESSION_ONLY", - "section": "COMPRESSION_ONLY", - "text": "COMPRESSION_ONLY" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.area", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.area.html#area", + "title": "area", + "section": "area", + "text": "area" }, { - "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.COMPRESSION_ONLY", - "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.COMPRESSION_ONLY.html#ansys.acp.core.ReinforcingBehavior.COMPRESSION_ONLY", - "title": "COMPRESSION_ONLY > COMPRESSION_ONLY > COMPRESSION_ONLY", - "section": "COMPRESSION_ONLY > COMPRESSION_ONLY", - "text": "ReinforcingBehavior.COMPRESSION_ONLY = 'compression_only'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.area", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.area.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.area", + "title": "area > area > area", + "section": "area > area", + "text": "ModelingPlyElementalData.area: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.scale_ply_thicknesses", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.scale_ply_thicknesses.html#scale_ply_thicknesses", - "title": "scale_ply_thicknesses", - "section": "scale_ply_thicknesses", - "text": "scale_ply_thicknesses" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION.html#by_direction", + "title": "BY_DIRECTION", + "section": "BY_DIRECTION", + "text": "BY_DIRECTION" }, - { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.scale_ply_thicknesses", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.scale_ply_thicknesses.html#ansys.acp.core.LayupMappingObject.scale_ply_thicknesses", - "title": "scale_ply_thicknesses > scale_ply_thicknesses > scale_ply_thicknesses", - "section": "scale_ply_thicknesses > scale_ply_thicknesses", - "text": "property LayupMappingObject.scale_ply_thicknesses: Any\n\n!! processed by numpydoc !!" + { + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION.html#ansys.acp.core.ExtrusionGuideType.BY_DIRECTION", + "title": "BY_DIRECTION > BY_DIRECTION > BY_DIRECTION", + "section": "BY_DIRECTION > BY_DIRECTION", + "text": "ExtrusionGuideType.BY_DIRECTION = 'by_direction'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.edge_set", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.edge_set.html#edge_set", - "title": "edge_set", - "section": "edge_set", - "text": "edge_set" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION.html#examples-using-extrusionguidetypeby_direction", + "title": "BY_DIRECTION > Examples using ExtrusionGuideType.BY_DIRECTION", + "section": "Examples using ExtrusionGuideType.BY_DIRECTION", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using ExtrusionGuideType.BY_DIRECTION" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.edge_set", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.edge_set.html#ansys.acp.core.TubeSelectionRule.edge_set", - "title": "edge_set > edge_set > edge_set", - "section": "edge_set > edge_set", - "text": "property TubeSelectionRule.edge_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.field_variables.html#field_variables", + "title": "field_variables", + "section": "field_variables", + "text": "field_variables" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.html#snaptogeometryorientationtype", - "title": "SnapToGeometryOrientationType", - "section": "SnapToGeometryOrientationType", - "text": "Determines which layup face a snap-to geometry is applies to. Note that the _UNDEFINED option should not be used. It is equivalent to using BOTTOM, and included only for compatibility with existing models.\nSnapToGeometryOrientationType.BOTTOM\n\nSnapToGeometryOrientationType.TOP\n\nSnapToGeometryOrientationType\n_UNDEFINED\nBOTTOM\nSnapToGeometryOrientationType.BOTTOM\nSnapToGeometryOrientationType.TOP" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.field_variables.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.field_variables", + "title": "field_variables > field_variables > field_variables", + "section": "field_variables > field_variables", + "text": "property VariableWovenCharacterization.field_variables: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.html#ansys.acp.core.SnapToGeometryOrientationType", - "title": "SnapToGeometryOrientationType > SnapToGeometryOrientationType > SnapToGeometryOrientationType", - "section": "SnapToGeometryOrientationType > SnapToGeometryOrientationType", - "text": "class ansys.acp.core.SnapToGeometryOrientationType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines which layup face a snap-to geometry is applies to. Note that the _UNDEFINED option should not be used. It is equivalent to using BOTTOM, and included only for compatibility with existing models.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSnapToGeometryOrientationType.BOTTOM\n\n\n\nSnapToGeometryOrientationType.TOP\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.thickness", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.html#examples-using-snaptogeometryorientationtype", - "title": "SnapToGeometryOrientationType > Examples using SnapToGeometryOrientationType", - "section": "Examples using SnapToGeometryOrientationType", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SnapToGeometryOrientationType" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.thickness", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.thickness.html#ansys.acp.core.ImportedProductionPly.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "property ImportedProductionPly.thickness: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.SNAP_TO_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.SNAP_TO_GEOMETRY.html#snap_to_geometry", - "title": "SNAP_TO_GEOMETRY", - "section": "SNAP_TO_GEOMETRY", - "text": "SNAP_TO_GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.edge_set", + "href": "api/_autosummary/ansys.acp.core.TaperEdge.edge_set.html#edge_set", + "title": "edge_set", + "section": "edge_set", + "text": "Edge along which the ply tapering is applied.\nedge_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.SNAP_TO_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.SNAP_TO_GEOMETRY.html#ansys.acp.core.extras.example_helpers.ExampleKeys.SNAP_TO_GEOMETRY", - "title": "SNAP_TO_GEOMETRY > SNAP_TO_GEOMETRY > SNAP_TO_GEOMETRY", - "section": "SNAP_TO_GEOMETRY > SNAP_TO_GEOMETRY", - "text": "ExampleKeys.SNAP_TO_GEOMETRY = 17\n\n" + "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.edge_set", + "href": "api/_autosummary/ansys.acp.core.TaperEdge.edge_set.html#ansys.acp.core.TaperEdge.edge_set", + "title": "edge_set > edge_set > edge_set", + "section": "edge_set > edge_set", + "text": "property TaperEdge.edge_set: EdgeSet\n\nEdge along which the ply tapering is applied.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.materials", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.materials.html#materials", - "title": "materials", - "section": "materials", - "text": "materials" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.endswith", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.endswith.html#endswith", + "title": "endswith", + "section": "endswith", + "text": "Return True if S ends with the specified suffix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nsuffix can also be a tuple of strings to try.\nendswith" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.materials", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.materials.html#ansys.acp.core.SubLaminate.materials", - "title": "materials > materials > materials", - "section": "materials > materials", - "text": "property SubLaminate.materials: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.endswith", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.endswith.html#ansys.acp.core.LaunchMode.endswith", + "title": "endswith > endswith > endswith", + "section": "endswith > endswith", + "text": "LaunchMode.endswith(suffix, [start, [end]]) -> bool\n\nReturn True if S ends with the specified suffix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nsuffix can also be a tuple of strings to try.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.stress_state", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.stress_state.html#stress_state", - "title": "stress_state", - "section": "stress_state", - "text": "stress_state" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_direction", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_direction.html#draping_direction", + "title": "draping_direction", + "section": "draping_direction", + "text": "draping_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.stress_state", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.stress_state.html#ansys.acp.core.LayupMappingObject.stress_state", - "title": "stress_state > stress_state > stress_state", - "section": "stress_state > stress_state", - "text": "property LayupMappingObject.stress_state: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_direction", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_direction.html#ansys.acp.core.ModelingPly.draping_direction", + "title": "draping_direction > draping_direction > draping_direction", + "section": "draping_direction > draping_direction", + "text": "property ModelingPly.draping_direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.COORDINATES", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.COORDINATES.html#coordinates", + "title": "COORDINATES", + "section": "COORDINATES", + "text": "COORDINATES" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SolidModelNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "SolidModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.COORDINATES", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.COORDINATES.html#ansys.acp.core.ElementalDataType.COORDINATES", + "title": "COORDINATES > COORDINATES > COORDINATES", + "section": "COORDINATES > COORDINATES", + "text": "ElementalDataType.COORDINATES = 'coordinates'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.WOVEN", - "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.WOVEN.html#woven", - "title": "WOVEN", - "section": "WOVEN", - "text": "WOVEN" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.html#importedplydrapingtype", + "title": "ImportedPlyDrapingType", + "section": "ImportedPlyDrapingType", + "text": "Options for the draping algorithm used.\nImportedPlyDrapingType.NO_DRAPING\n\nImportedPlyDrapingType.TABULAR_VALUES\n\nImportedPlyDrapingType\nImportedPlyDrapingType.NO_DRAPING\nImportedPlyDrapingType.TABULAR_VALUES" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.WOVEN", - "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.WOVEN.html#ansys.acp.core.DrapingMaterialModel.WOVEN", - "title": "WOVEN > WOVEN > WOVEN", - "section": "WOVEN > WOVEN", - "text": "DrapingMaterialModel.WOVEN = 'woven'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.html#ansys.acp.core.ImportedPlyDrapingType", + "title": "ImportedPlyDrapingType > ImportedPlyDrapingType > ImportedPlyDrapingType", + "section": "ImportedPlyDrapingType > ImportedPlyDrapingType", + "text": "class ansys.acp.core.ImportedPlyDrapingType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the draping algorithm used.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nImportedPlyDrapingType.NO_DRAPING\n\n\n\nImportedPlyDrapingType.TABULAR_VALUES\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.name", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_type", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_type.html#draping_type", + "title": "draping_type", + "section": "draping_type", + "text": "draping_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.name", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.name.html#ansys.acp.core.LookUpTable3D.name", - "title": "name > name > name", - "section": "name > name", - "text": "property LookUpTable3D.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_type", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_type.html#ansys.acp.core.ModelingPly.draping_type", + "title": "draping_type > draping_type > draping_type", + "section": "draping_type > draping_type", + "text": "property ModelingPly.draping_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.element_labels", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.element_labels", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.element_labels.html#ansys.acp.core.SolidElementSet.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "property SolidElementSet.element_labels: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.normal.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "ModelingPlyElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.OPTIMIZATION_EXAMPLE_DAT", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.OPTIMIZATION_EXAMPLE_DAT.html#optimization_example_dat", - "title": "OPTIMIZATION_EXAMPLE_DAT", - "section": "OPTIMIZATION_EXAMPLE_DAT", - "text": "OPTIMIZATION_EXAMPLE_DAT" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export.html#export", + "title": "export", + "section": "export", + "text": "Export the solid model to a file.\npath (str | PathLike[str]) – Path to the file where the solid model is saved.\nformat (SolidModelExportFormat) – Format of the exported file. Available formats are \"ansys:h5\"\nand \"ansys:cdb\".\nexport\n\"ansys:h5\"\n\"ansys:cdb\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.OPTIMIZATION_EXAMPLE_DAT", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.OPTIMIZATION_EXAMPLE_DAT.html#ansys.acp.core.extras.example_helpers.ExampleKeys.OPTIMIZATION_EXAMPLE_DAT", - "title": "OPTIMIZATION_EXAMPLE_DAT > OPTIMIZATION_EXAMPLE_DAT > OPTIMIZATION_EXAMPLE_DAT", - "section": "OPTIMIZATION_EXAMPLE_DAT > OPTIMIZATION_EXAMPLE_DAT", - "text": "ExampleKeys.OPTIMIZATION_EXAMPLE_DAT = 11\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export.html#ansys.acp.core.ImportedSolidModel.export", + "title": "export > export > export", + "section": "export > export", + "text": "ImportedSolidModel.export(path, *, format)\n\nExport the solid model to a file.\n\nParameters\n\npath (str | PathLike[str]) – Path to the file where the solid model is saved.\n\nformat (SolidModelExportFormat) – Format of the exported file. Available formats are \"ansys:h5\"\nand \"ansys:cdb\".\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E3", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E3.html#e3", - "title": "E3", - "section": "E3", - "text": "E3" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType.ABSOLUTE_VALUES", + "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.ABSOLUTE_VALUES.html#absolute_values", + "title": "ABSOLUTE_VALUES", + "section": "ABSOLUTE_VALUES", + "text": "ABSOLUTE_VALUES" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E3", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E3.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.E3", - "title": "E3 > E3 > E3", - "section": "E3 > E3", - "text": "property VariableEngineeringConstants.E3: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType.ABSOLUTE_VALUES", + "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.ABSOLUTE_VALUES.html#ansys.acp.core.ThicknessFieldType.ABSOLUTE_VALUES", + "title": "ABSOLUTE_VALUES > ABSOLUTE_VALUES > ABSOLUTE_VALUES", + "section": "ABSOLUTE_VALUES > ABSOLUTE_VALUES", + "text": "ThicknessFieldType.ABSOLUTE_VALUES = 'absolute_values'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions", - "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions.html#import_acp_composite_definitions", - "title": "import_acp_composite_definitions", - "section": "import_acp_composite_definitions", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nImport ACP composite definitions HDF5 into Mechanical.\nImports the composite layup defined in ACP into Mechanical, as Imported Plies.\nThis function does not import the solid mesh, use import_acp_mesh_from_cdb()\nfor this purpose.\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\npath (str | PathLike[str]) – The path of the file to import. The extension must be ‘.h5’.\nimport_acp_composite_definitions\nimport_acp_mesh_from_cdb()" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.BOTTOM", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.BOTTOM.html#bottom", + "title": "BOTTOM", + "section": "BOTTOM", + "text": "BOTTOM" }, { - "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions", - "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions.html#ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions", - "title": "import_acp_composite_definitions > import_acp_composite_definitions > import_acp_composite_definitions", - "section": "import_acp_composite_definitions > import_acp_composite_definitions", - "text": "ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions(*, mechanical, path)\n\nImport ACP composite definitions HDF5 into Mechanical.\n\nImports the composite layup defined in ACP into Mechanical, as Imported Plies.\n\nThis function does not import the solid mesh, use import_acp_mesh_from_cdb()\nfor this purpose.\n\nParameters\n\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\n\npath (str | PathLike[str]) – The path of the file to import. The extension must be ‘.h5’.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.BOTTOM", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.BOTTOM.html#ansys.acp.core.SnapToGeometryOrientationType.BOTTOM", + "title": "BOTTOM > BOTTOM > BOTTOM", + "section": "BOTTOM > BOTTOM", + "text": "SnapToGeometryOrientationType.BOTTOM = 'bottom'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.values", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.values.html#values", - "title": "values", - "section": "values", - "text": "values" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.use_imported_plies", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.use_imported_plies.html#use_imported_plies", + "title": "use_imported_plies", + "section": "use_imported_plies", + "text": "use_imported_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.values", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.values.html#ansys.acp.core.material_property_sets.FieldVariable.values", - "title": "values > values > values", - "section": "values > values", - "text": "FieldVariable.values: tuple[float, ...]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.use_imported_plies", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.use_imported_plies.html#ansys.acp.core.LayupMappingObject.use_imported_plies", + "title": "use_imported_plies > use_imported_plies > use_imported_plies", + "section": "use_imported_plies > use_imported_plies", + "text": "property LayupMappingObject.use_imported_plies: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.partition", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.partition.html#partition", - "title": "partition", - "section": "partition", - "text": "Partition the string into three parts using the given separator.\nThis will search for the separator in the string. If the separator is found,\nreturns a 3-tuple containing the part before the separator, the separator\nitself, and the part after it.\nIf the separator is not found, returns a 3-tuple containing the original string\nand two empty strings.\npartition" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.delete", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.partition", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.partition.html#ansys.acp.core.material_property_sets.PuckMaterialType.partition", - "title": "partition > partition > partition", - "section": "partition > partition", - "text": "PuckMaterialType.partition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nThis will search for the separator in the string. If the separator is found,\nreturns a 3-tuple containing the part before the separator, the separator\nitself, and the part after it.\n\nIf the separator is not found, returns a 3-tuple containing the original string\nand two empty strings.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.delete", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.delete.html#ansys.acp.core.EdgeSet.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "EdgeSet.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.material", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.material.html#material", - "title": "material", - "section": "material", - "text": "material" + "objectID": "api/_autosummary/ansys.acp.core.Model.minimum_analysis_ply_thickness", + "href": "api/_autosummary/ansys.acp.core.Model.minimum_analysis_ply_thickness.html#minimum_analysis_ply_thickness", + "title": "minimum_analysis_ply_thickness", + "section": "minimum_analysis_ply_thickness", + "text": "minimum_analysis_ply_thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.material", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.material.html#ansys.acp.core.ProductionPly.material", - "title": "material > material > material", - "section": "material > material", - "text": "property ProductionPly.material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.minimum_analysis_ply_thickness", + "href": "api/_autosummary/ansys.acp.core.Model.minimum_analysis_ply_thickness.html#ansys.acp.core.Model.minimum_analysis_ply_thickness", + "title": "minimum_analysis_ply_thickness > minimum_analysis_ply_thickness > minimum_analysis_ply_thickness", + "section": "minimum_analysis_ply_thickness > minimum_analysis_ply_thickness", + "text": "property Model.minimum_analysis_ply_thickness: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G23", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G23.html#g23", - "title": "G23", - "section": "G23", - "text": "G23" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isdecimal", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isdecimal.html#isdecimal", + "title": "isdecimal", + "section": "isdecimal", + "text": "Return True if the string is a decimal string, False otherwise.\nA string is a decimal string if all characters in the string are decimal and\nthere is at least one character in the string.\nisdecimal" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G23", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G23.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.G23", - "title": "G23 > G23 > G23", - "section": "G23 > G23", - "text": "property VariableEngineeringConstants.G23: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isdecimal", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isdecimal.html#ansys.acp.core.LaunchMode.isdecimal", + "title": "isdecimal > isdecimal > isdecimal", + "section": "isdecimal > isdecimal", + "text": "LaunchMode.isdecimal(/)\n\nReturn True if the string is a decimal string, False otherwise.\n\nA string is a decimal string if all characters in the string are decimal and\nthere is at least one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.html#solidelementsetnodaldata", - "title": "SolidElementSetNodalData", - "section": "SolidElementSetNodalData", - "text": "Represents nodal data for a Solid Element Set.\nSolidElementSetNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSolidElementSetNodalData.node_labels\n\nSolidElementSetNodalData\nSolidElementSetNodalData.get_pyvista_mesh\nSolidElementSetNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.layup_mapping_objects", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.layup_mapping_objects.html#layup_mapping_objects", + "title": "layup_mapping_objects", + "section": "layup_mapping_objects", + "text": "layup_mapping_objects" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.html#ansys.acp.core.mesh_data.SolidElementSetNodalData", - "title": "SolidElementSetNodalData > SolidElementSetNodalData > SolidElementSetNodalData", - "section": "SolidElementSetNodalData > SolidElementSetNodalData", - "text": "class ansys.acp.core.mesh_data.SolidElementSetNodalData(node_labels)\n\nRepresents nodal data for a Solid Element Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSolidElementSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidElementSetNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.layup_mapping_objects", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.layup_mapping_objects.html#ansys.acp.core.ImportedSolidModel.layup_mapping_objects", + "title": "layup_mapping_objects > layup_mapping_objects > layup_mapping_objects", + "section": "layup_mapping_objects > layup_mapping_objects", + "text": "property ImportedSolidModel.layup_mapping_objects: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_DAT", - "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_DAT.html#ansys_dat", - "title": "ANSYS_DAT", - "section": "ANSYS_DAT", - "text": "ANSYS_DAT" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_DAT", - "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_DAT.html#ansys.acp.core.SolidModelImportFormat.ANSYS_DAT", - "title": "ANSYS_DAT > ANSYS_DAT > ANSYS_DAT", - "section": "ANSYS_DAT > ANSYS_DAT", - "text": "SolidModelImportFormat.ANSYS_DAT = 'ansys:dat'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.delete.html#ansys.acp.core.GeometricalSelectionRule.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "GeometricalSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometry", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometry.html#geometry", - "title": "geometry", - "section": "geometry", - "text": "geometry" + "objectID": "api/_autosummary/ansys.acp.core.Model.nodal_data", + "href": "api/_autosummary/ansys.acp.core.Model.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometry", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometry.html#ansys.acp.core.GeometricalSelectionRule.geometry", - "title": "geometry > geometry > geometry", - "section": "geometry > geometry", - "text": "property GeometricalSelectionRule.geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.nodal_data", + "href": "api/_autosummary/ansys.acp.core.Model.nodal_data.html#ansys.acp.core.Model.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property Model.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.M", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.M.html#m", - "title": "M", - "section": "M", - "text": "M" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.M", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.M.html#ansys.acp.core.material_property_sets.VariablePuckConstants.M", - "title": "M > M > M", - "section": "M > M", - "text": "property VariablePuckConstants.M: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.clone.html#ansys.acp.core.ParallelSelectionRule.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "ParallelSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.design_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.design_angle.html#design_angle", - "title": "design_angle", - "section": "design_angle", - "text": "design_angle" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.design_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.design_angle.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.design_angle", - "title": "design_angle > design_angle > design_angle", - "section": "design_angle > design_angle", - "text": "ProductionPlyElementalData.design_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.id.html#ansys.acp.core.GeometricalSelectionRule.id", + "title": "id > id > id", + "section": "id > id", + "text": "property GeometricalSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffType.OUTSIDE_PLY", - "href": "api/_autosummary/ansys.acp.core.DropOffType.OUTSIDE_PLY.html#outside_ply", - "title": "OUTSIDE_PLY", - "section": "OUTSIDE_PLY", - "text": "OUTSIDE_PLY" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffType.OUTSIDE_PLY", - "href": "api/_autosummary/ansys.acp.core.DropOffType.OUTSIDE_PLY.html#ansys.acp.core.DropOffType.OUTSIDE_PLY", - "title": "OUTSIDE_PLY > OUTSIDE_PLY > OUTSIDE_PLY", - "section": "OUTSIDE_PLY > OUTSIDE_PLY", - "text": "DropOffType.OUTSIDE_PLY = 'outside_ply'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "GeometricalSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.edge_set", - "href": "api/_autosummary/ansys.acp.core.Rosette.edge_set.html#edge_set", - "title": "edge_set", - "section": "edge_set", - "text": "edge_set" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxz.html#esxz", + "title": "eSxz", + "section": "eSxz", + "text": "eSxz" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.edge_set", - "href": "api/_autosummary/ansys.acp.core.Rosette.edge_set.html#ansys.acp.core.Rosette.edge_set", - "title": "edge_set > edge_set > edge_set", - "section": "edge_set > edge_set", - "text": "property Rosette.edge_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxz.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxz", + "title": "eSxz > eSxz > eSxz", + "section": "eSxz > eSxz", + "text": "property ConstantStrainLimits.eSxz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_material", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_material.html#ply_material", + "title": "ply_material", + "section": "ply_material", + "text": "ply_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.normal.html#ansys.acp.core.mesh_data.ElementSetElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "ElementSetElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_material", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_material.html#ansys.acp.core.ImportedModelingPly.ply_material", + "title": "ply_material > ply_material > ply_material", + "section": "ply_material > ply_material", + "text": "property ImportedModelingPly.ply_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.clone", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.binary_path", + "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.binary_path.html#binary_path", + "title": "binary_path", + "section": "binary_path", + "text": "binary_path" }, - { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.clone", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.clone.html#ansys.acp.core.SamplingPoint.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "SamplingPoint.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + { + "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.binary_path", + "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.binary_path.html#ansys.acp.core.DirectLaunchConfig.binary_path", + "title": "binary_path > binary_path > binary_path", + "section": "binary_path > binary_path", + "text": "DirectLaunchConfig.binary_path: str = ''\n\n" }, { - "objectID": "api/enum_types", - "href": "api/enum_types.html#enumeration-data-types", - "title": "Enumeration data types", - "section": "Enumeration data types", - "text": "ArrowType(cls, value[, names, module, ...])\nOptions for the type of arrow to be created for directions in the ply geometry export.\nBaseElementMaterialHandling(cls, value[, ...])\nDetermines how the base material is handled where it intersects with a reinforcing element.\nBooleanOperationType(cls, value[, names, ...])\nOptions for combining selection rules.\nCutOffGeometryOrientationType(cls, value[, ...])\nDetermines the orientation of a cut-off geometry.\nCutOffMaterialHandling(cls, value[, names, ...])\nOptions for how cut-off material is selected.\nCutOffRuleType(cls, value[, names, module, ...])\nOptions for how a cut off rule is defined.\nDrapingMaterialModel(cls, value[, names, ...])\nOptions for the material type used in the draping algorithm.\nDrapingType(cls, value[, names, module, ...])\nOptions for the draping algorithm used.\nDropOffMaterialHandling(cls, value[, names, ...])\nOptions for how drop-off material is selected.\nDropOffType(cls, value[, names, module, ...])\nDetermines whether the drop off in solid models is inside or outside the ply boundary.\nEdgeSetType(cls, value[, names, module, ...])\nOptions for how an edge set is defined.\nElementalDataType(cls, value[, names, ...])\nOptions for the type of per-element data.\nElementTechnology(cls, value[, names, ...])\nOptions for the element technology used in a layup mapping object.\nExtrusionGuideType(cls, value[, names, ...])\nExtrusion guide type used in an extrusion guide (solid model).\nExtrusionMethod(cls, value[, names, module, ...])\nExtrusion method used in a solid model.\nExtrusionType(cls, value[, names, module, ...])\nExtrusion method used in a section cut.\nFeFormat(cls, value[, names, module, ...])\nOptions for the format of the FE file.\nGeometricalRuleType(cls, value[, names, ...])\nOptions for how a geometrical selection rule is defined.\nHDF5CompositeCAEImportMode(cls, value[, ...])\nOptions for the import mode of the HDF5 Composite CAE file.\nHDF5CompositeCAEProjectionMode(cls, value[, ...])\nOptions for the projection mode of the HDF5 Composite CAE file.\nIgnorableEntity(cls, value[, names, module, ...])\nOptions for the entities to ignore when loading an FE file.\nImportedPlyDrapingType(cls, value[, names, ...])\nOptions for the draping algorithm used.\nImportedPlyOffsetType(cls, value[, names, ...])\nOptions for the definition of the offset.\nImportedPlyThicknessType(cls, value[, ...])\nOptions for how ply thickness is defined.\nIntersectionType(cls, value[, names, ...])\nDetermines how the intersection is computed for wireframe section cuts.\nLayupMappingRosetteSelectionMethod(cls, value)\nOptions for how the rosette is selected in the layup mapping.\nLinkedObjectHandling(cls, value[, names, ...])\nDefines options for handling linked objects when copying a tree of ACP objects.\nLookUpTable3DInterpolationAlgorithm(cls, value)\nOptions for the interpolation algorithm used for 3D look-up tables.\nLookUpTableColumnValueType(cls, value[, ...])\nOptions for the column type (data location, scalar data, directional data) of look-up table columns.\nMeshImportType(cls, value[, names, module, ...])\nOptions for the definition of the source of the imported mesh.\nNodalDataType(cls, value[, names, module, ...])\nOptions for the type of per-node data.\nOffsetType(cls, value[, names, module, ...])\nOptions for the ply offset type.\nPhysicalDimension(cls, value[, names, ...])\nOptions for the dimension (time, length, currency, ...) of data.\nPlyCutOffType(cls, value[, names, module, ...])\nOptions for how ply cut-off is computed.\nPlyGeometryExportFormat(cls, value[, names, ...])\nOptions for the file format of the ply geometry export.\nPlyType(cls, value[, names, module, ...])\nOptions for the material type of a ply.\nReinforcingBehavior(cls, value[, names, ...])\nSpecifies whether the reinforcing elements carry tension and compression load, or only one of them.\nRosetteSelectionMethod(cls, value[, names, ...])\nOptions for how the rosette is selected in oriented selection sets.\nRosetteType(cls, value[, names, module, ...])\nOptions for the type of a rosette.\nSectionCutType(cls, value[, names, module, ...])\nDetermines whether the section cut is extruded by modeling ply, production ply, or analysis ply.\nSensorType(cls, value[, names, module, ...])\nOptions for the type of sensor.\nSnapToGeometryOrientationType(cls, value[, ...])\nDetermines which layup face a snap-to geometry is applies to.\nSolidModelExportFormat(cls, value[, names, ...])\nOptions for the export format of solid models.\nSolidModelImportFormat(cls, value[, names, ...])\nOptions for the file format when importing a solid model.\nSolidModelOffsetDirectionType(cls, value[, ...])\nDetermines how the offset direction is evaluated in a solid model.\nSolidModelSkinExportFormat(cls, value[, ...])\nOptions for the export format of solid model skins.\nStatus(cls, value[, names, module, ...])\nOptions for the update status of an object.\nStressStateType(cls, value[, names, module, ...])\nSpecifies if the reinforcing elements should behave like a link, membrane, or shell element (with or without bending).\nSymmetryType(cls, value[, names, module, ...])\nOptions for the symmetry of stackups or sublaminates.\nThicknessFieldType(cls, value[, names, ...])\nOptions for how thickness from a table is defined.\nThicknessType(cls, value[, names, module, ...])\nOptions for how ply thickness is defined.\nUnitSystemType(cls, value[, names, module, ...])\nAvailable choices for the unit system.\nVirtualGeometryDimension(cls, value[, ...])\nOptions for the dimension of a virtual geometry.\nEnumeration data types\nArrowType\nBaseElementMaterialHandling\nBooleanOperationType\nCutOffGeometryOrientationType\nCutOffMaterialHandling\nCutOffRuleType\nDrapingMaterialModel\nDrapingType\nDropOffMaterialHandling\nDropOffType\nEdgeSetType\nElementalDataType\nElementTechnology\nExtrusionGuideType\nExtrusionMethod\nExtrusionType\nFeFormat\nGeometricalRuleType\nHDF5CompositeCAEImportMode\nHDF5CompositeCAEProjectionMode\nIgnorableEntity\nImportedPlyDrapingType\nImportedPlyOffsetType\nImportedPlyThicknessType\nIntersectionType\nLayupMappingRosetteSelectionMethod\nLinkedObjectHandling\nLookUpTable3DInterpolationAlgorithm\nLookUpTableColumnValueType\nMeshImportType\nNodalDataType\nOffsetType\nPhysicalDimension\nPlyCutOffType\nPlyGeometryExportFormat\nPlyType\nReinforcingBehavior\nRosetteSelectionMethod\nRosetteType\nSectionCutType\nSensorType\nSnapToGeometryOrientationType\nSolidModelExportFormat\nSolidModelImportFormat\nSolidModelOffsetDirectionType\nSolidModelSkinExportFormat\nStatus\nStressStateType\nSymmetryType\nThicknessFieldType\nThicknessType\nUnitSystemType\nVirtualGeometryDimension" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.ply_material", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.ply_material.html#ply_material", + "title": "ply_material", + "section": "ply_material", + "text": "ply_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.html#constantstrainlimits", - "title": "ConstantStrainLimits", - "section": "ConstantStrainLimits", - "text": "Constant strain limits material property set.\nAdded in ACP server version 24.2.\nConstantStrainLimits.from_isotropic_constants(*)\nCreate an isotropic strain limits property set.\nConstantStrainLimits.from_orthotropic_constants(*)\nCreate an orthotropic strain limits property set.\nConstantStrainLimits.eSxy\n\nConstantStrainLimits.eSxz\n\nConstantStrainLimits.eSyz\n\nConstantStrainLimits.eXc\n\nConstantStrainLimits.eXt\n\nConstantStrainLimits.eYc\n\nConstantStrainLimits.eYt\n\nConstantStrainLimits.eZc\n\nConstantStrainLimits.eZt\n\nConstantStrainLimits.effective_strain\n\nConstantStrainLimits\nConstantStrainLimits.from_isotropic_constants\nConstantStrainLimits.from_orthotropic_constants\nConstantStrainLimits.eSxy\nConstantStrainLimits.eSxz\nConstantStrainLimits.eSyz\nConstantStrainLimits.eXc\nConstantStrainLimits.eXt\nConstantStrainLimits.eYc\nConstantStrainLimits.eYt\nConstantStrainLimits.eZc\nConstantStrainLimits.eZt\nConstantStrainLimits.effective_strain" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.ply_material", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.ply_material.html#ansys.acp.core.ModelingPly.ply_material", + "title": "ply_material > ply_material > ply_material", + "section": "ply_material > ply_material", + "text": "property ModelingPly.ply_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.html#ansys.acp.core.material_property_sets.ConstantStrainLimits", - "title": "ConstantStrainLimits > ConstantStrainLimits > ConstantStrainLimits", - "section": "ConstantStrainLimits > ConstantStrainLimits", - "text": "class ansys.acp.core.material_property_sets.ConstantStrainLimits(*, _parent_object=None, _attribute_path=None, _pb_object=None)\n\nConstant strain limits material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nConstantStrainLimits.from_isotropic_constants(*)\n\nCreate an isotropic strain limits property set.\n\nConstantStrainLimits.from_orthotropic_constants(*)\n\nCreate an orthotropic strain limits property set.\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantStrainLimits.eSxy\n\n\n\nConstantStrainLimits.eSxz\n\n\n\nConstantStrainLimits.eSyz\n\n\n\nConstantStrainLimits.eXc\n\n\n\nConstantStrainLimits.eXt\n\n\n\nConstantStrainLimits.eYc\n\n\n\nConstantStrainLimits.eYt\n\n\n\nConstantStrainLimits.eZc\n\n\n\nConstantStrainLimits.eZt\n\n\n\nConstantStrainLimits.effective_strain\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT", + "href": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT.html#layered_element", + "title": "LAYERED_ELEMENT", + "section": "LAYERED_ELEMENT", + "text": "LAYERED_ELEMENT" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_NODES", - "href": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_NODES.html#by_nodes", - "title": "BY_NODES", - "section": "BY_NODES", - "text": "BY_NODES" + "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT", + "href": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT.html#ansys.acp.core.ElementTechnology.LAYERED_ELEMENT", + "title": "LAYERED_ELEMENT > LAYERED_ELEMENT > LAYERED_ELEMENT", + "section": "LAYERED_ELEMENT > LAYERED_ELEMENT", + "text": "ElementTechnology.LAYERED_ELEMENT = 'layered_element'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_NODES", - "href": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_NODES.html#ansys.acp.core.EdgeSetType.BY_NODES", - "title": "BY_NODES > BY_NODES > BY_NODES", - "section": "BY_NODES > BY_NODES", - "text": "EdgeSetType.BY_NODES = 'by_nodes'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT", + "href": "api/_autosummary/ansys.acp.core.ElementTechnology.LAYERED_ELEMENT.html#examples-using-elementtechnologylayered_element", + "title": "LAYERED_ELEMENT > Examples using ElementTechnology.LAYERED_ELEMENT", + "section": "Examples using ElementTechnology.LAYERED_ELEMENT", + "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using ElementTechnology.LAYERED_ELEMENT" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_skin", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_skin.html#export_skin", - "title": "export_skin", - "section": "export_skin", - "text": "Export the skin of the solid model to a file.\npath (str | PathLike[str]) – Path to the file where the solid model skin is saved.\nformat (SolidModelSkinExportFormat) – Format of the exported file. Available formats are \"ansys:cdb\",\n\"step\", \"iges\", and \"stl\".\nexport_skin\n\"ansys:cdb\"\n\"step\"\n\"iges\"\n\"stl\"" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.delete", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_skin", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_skin.html#ansys.acp.core.ImportedSolidModel.export_skin", - "title": "export_skin > export_skin > export_skin", - "section": "export_skin > export_skin", - "text": "ImportedSolidModel.export_skin(path, *, format)\n\nExport the skin of the solid model to a file.\n\nParameters\n\npath (str | PathLike[str]) – Path to the file where the solid model skin is saved.\n\nformat (SolidModelSkinExportFormat) – Format of the exported file. Available formats are \"ansys:cdb\",\n\"step\", \"iges\", and \"stl\".\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.delete", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.delete.html#ansys.acp.core.CADGeometry.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "CADGeometry.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.parent", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.html#geometricalselectionruleelementaldata", + "title": "GeometricalSelectionRuleElementalData", + "section": "GeometricalSelectionRuleElementalData", + "text": "Represents elemental data for a Geometrical Selection Rule.\nGeometricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nGeometricalSelectionRuleElementalData.normal\n\nGeometricalSelectionRuleElementalData.element_labels\n\nGeometricalSelectionRuleElementalData\nGeometricalSelectionRuleElementalData.get_pyvista_mesh\nGeometricalSelectionRuleElementalData.normal\nGeometricalSelectionRuleElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.parent", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.parent.html#ansys.acp.core.OrientedSelectionSet.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property OrientedSelectionSet.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData", + "title": "GeometricalSelectionRuleElementalData > GeometricalSelectionRuleElementalData > GeometricalSelectionRuleElementalData", + "section": "GeometricalSelectionRuleElementalData > GeometricalSelectionRuleElementalData", + "text": "class ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Geometrical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nGeometricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nGeometricalSelectionRuleElementalData.normal\n\n\n\nGeometricalSelectionRuleElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.HONEYCOMB_CORE", - "href": "api/_autosummary/ansys.acp.core.PlyType.HONEYCOMB_CORE.html#honeycomb_core", - "title": "HONEYCOMB_CORE", - "section": "HONEYCOMB_CORE", - "text": "HONEYCOMB_CORE" + "objectID": "api/_autosummary/ansys.acp.core.Model.virtual_geometries", + "href": "api/_autosummary/ansys.acp.core.Model.virtual_geometries.html#virtual_geometries", + "title": "virtual_geometries", + "section": "virtual_geometries", + "text": "virtual_geometries" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.HONEYCOMB_CORE", - "href": "api/_autosummary/ansys.acp.core.PlyType.HONEYCOMB_CORE.html#ansys.acp.core.PlyType.HONEYCOMB_CORE", - "title": "HONEYCOMB_CORE > HONEYCOMB_CORE > HONEYCOMB_CORE", - "section": "HONEYCOMB_CORE > HONEYCOMB_CORE", - "text": "PlyType.HONEYCOMB_CORE = 'honeycomb_core'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.virtual_geometries", + "href": "api/_autosummary/ansys.acp.core.Model.virtual_geometries.html#ansys.acp.core.Model.virtual_geometries", + "title": "virtual_geometries > virtual_geometries > virtual_geometries", + "section": "virtual_geometries > virtual_geometries", + "text": "property Model.virtual_geometries: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup", - "href": "api/_autosummary/ansys.acp.core.Stackup.html#stackup", - "title": "Stackup", - "section": "Stackup", - "text": "Instantiate a Stackup.\nname (str) – Name of the stackup.\nsymmetry (SymmetryType) – Whether the stackup is odd or even symmetrical, or none.\ntopdown (bool) – The first fabric in the list is placed first in the mold if topdown is true.\nfabrics (Sequence[FabricWithAngle]) – List of fabrics with angles which build the stackup.\narea_price (float) – Price per area of the stackup.\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\nAdded in ACP server version 24.2.\nStackup.add_fabric(fabric[, angle])\nAdd a FabricWithAngle to the Stackup.\nStackup.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nStackup.delete()\nDelete the object.\nStackup.store(parent)\nStore the object on the server.\nStackup.area_price\n\nStackup.area_weight\n\nStackup.cut_off_material\n\nStackup.cut_off_material_handling\n\nStackup.draping_material_model\n\nStackup.draping_ud_coefficient\n\nStackup.drop_off_material\n\nStackup.drop_off_material_handling\n\nStackup.fabrics\n\nStackup.id\nIdentifier of the object, used for example as key in maps.\nStackup.ignore_for_postprocessing\n\nStackup.locked\n\nStackup.name\nThe name of the object.\nStackup.parent\nThe parent of the object.\nStackup.status\n\nStackup.symmetry\n\nStackup.thickness\n\nStackup.topdown\n\nStackup\nStackup.add_fabric\nStackup.clone\nStackup.delete\nStackup.store\nStackup.area_price\nStackup.area_weight\nStackup.cut_off_material\nStackup.cut_off_material_handling\nStackup.draping_material_model\nStackup.draping_ud_coefficient\nStackup.drop_off_material\nStackup.drop_off_material_handling\nStackup.fabrics\nStackup.id\nStackup.ignore_for_postprocessing\nStackup.locked\nStackup.name\nStackup.parent\nStackup.status\nStackup.symmetry\nStackup.thickness\nStackup.topdown" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.mass", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.mass.html#mass", + "title": "mass", + "section": "mass", + "text": "mass" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup", - "href": "api/_autosummary/ansys.acp.core.Stackup.html#ansys.acp.core.Stackup", - "title": "Stackup > Stackup > Stackup", - "section": "Stackup > Stackup", - "text": "class ansys.acp.core.Stackup(*, name='Stackup', symmetry='no_symmetry', topdown=True, fabrics=(), area_price=0.0, drop_off_material_handling='global', drop_off_material=None, cut_off_material=None, cut_off_material_handling='computed', draping_material_model='woven', draping_ud_coefficient=0.0)\n\nInstantiate a Stackup.\n\nParameters\n\nname (str) – Name of the stackup.\n\nsymmetry (SymmetryType) – Whether the stackup is odd or even symmetrical, or none.\n\ntopdown (bool) – The first fabric in the list is placed first in the mold if topdown is true.\n\nfabrics (Sequence[FabricWithAngle]) – List of fabrics with angles which build the stackup.\n\narea_price (float) – Price per area of the stackup.\n\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\n\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\n\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\n\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\n\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\n\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nStackup.add_fabric(fabric[, angle])\n\nAdd a FabricWithAngle to the Stackup.\n\nStackup.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nStackup.delete()\n\nDelete the object.\n\nStackup.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nStackup.area_price\n\n\n\nStackup.area_weight\n\n\n\nStackup.cut_off_material\n\n\n\nStackup.cut_off_material_handling\n\n\n\nStackup.draping_material_model\n\n\n\nStackup.draping_ud_coefficient\n\n\n\nStackup.drop_off_material\n\n\n\nStackup.drop_off_material_handling\n\n\n\nStackup.fabrics\n\n\n\nStackup.id\n\nIdentifier of the object, used for example as key in maps.\n\nStackup.ignore_for_postprocessing\n\n\n\nStackup.locked\n\n\n\nStackup.name\n\nThe name of the object.\n\nStackup.parent\n\nThe parent of the object.\n\nStackup.status\n\n\n\nStackup.symmetry\n\n\n\nStackup.thickness\n\n\n\nStackup.topdown\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.mass", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.mass.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.mass", + "title": "mass > mass > mass", + "section": "mass > mass", + "text": "ProductionPlyElementalData.mass: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup", - "href": "api/_autosummary/ansys.acp.core.Stackup.html#examples-using-stackup", - "title": "Stackup > Examples using Stackup", - "section": "Examples using Stackup", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using Stackup" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT.html#valuet", + "title": "ValueT", + "section": "ValueT", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nValueT\ninfer_variance=True\ncovariant=True\ncontravariant=True" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.edge_set_type", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.edge_set_type.html#edge_set_type", - "title": "edge_set_type", - "section": "edge_set_type", - "text": "edge_set_type" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT.html#ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT", + "title": "ValueT > ValueT > ValueT", + "section": "ValueT > ValueT", + "text": "ansys.acp.core._tree_objects._grpc_helpers.mapping.ValueT = ~ValueT\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.edge_set_type", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.edge_set_type.html#ansys.acp.core.EdgeSet.edge_set_type", - "title": "edge_set_type > edge_set_type > edge_set_type", - "section": "edge_set_type > edge_set_type", - "text": "property EdgeSet.edge_set_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/index", + "href": "api/index.html#api-reference", + "title": "API reference", + "section": "API reference", + "text": "This section describes the API of the public PyACP classes, functions,\nand attributes.\nAPI reference" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G12", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G12.html#g12", - "title": "G12", - "section": "G12", - "text": "G12" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_y", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_y.html#translation_y", + "title": "translation_y", + "section": "translation_y", + "text": "translation_y" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G12", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G12.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G12", - "title": "G12 > G12 > G12", - "section": "G12 > G12", - "text": "property ConstantEngineeringConstants.G12: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_y", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_y.html#ansys.acp.core.CoordinateTransformation.translation_y", + "title": "translation_y > translation_y > translation_y", + "section": "translation_y > translation_y", + "text": "CoordinateTransformation.translation_y: float = 0.0\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_coordinates", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_coordinates.html#node_coordinates", - "title": "node_coordinates", - "section": "node_coordinates", - "text": "node_coordinates" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_material_handling", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_material_handling.html#base_element_material_handling", + "title": "base_element_material_handling", + "section": "base_element_material_handling", + "text": "base_element_material_handling" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_coordinates", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.node_coordinates.html#ansys.acp.core.mesh_data.MeshData.node_coordinates", - "title": "node_coordinates > node_coordinates > node_coordinates", - "section": "node_coordinates > node_coordinates", - "text": "MeshData.node_coordinates: ndarray[tuple[int, ...], dtype[float64]]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_material_handling", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_material_handling.html#ansys.acp.core.LayupMappingObject.base_element_material_handling", + "title": "base_element_material_handling > base_element_material_handling > base_element_material_handling", + "section": "base_element_material_handling > base_element_material_handling", + "text": "property LayupMappingObject.base_element_material_handling: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.id", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.id", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.id.html#ansys.acp.core.ImportedModelingPly.id", - "title": "id > id > id", - "section": "id > id", - "text": "property ImportedModelingPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SolidModelElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "SolidModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xc.html#xc", - "title": "Xc", - "section": "Xc", - "text": "Xc" + "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions", + "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions.html#import_acp_composite_definitions", + "title": "import_acp_composite_definitions", + "section": "import_acp_composite_definitions", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nImport ACP composite definitions HDF5 into Mechanical.\nImports the composite layup defined in ACP into Mechanical, as Imported Plies.\nThis function does not import the solid mesh, use import_acp_mesh_from_cdb()\nfor this purpose.\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\npath (str | PathLike[str]) – The path of the file to import. The extension must be ‘.h5’.\nimport_acp_composite_definitions\nimport_acp_mesh_from_cdb()" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xc.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xc", - "title": "Xc > Xc > Xc", - "section": "Xc > Xc", - "text": "property ConstantWovenStressLimits.Xc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions", + "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions.html#ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions", + "title": "import_acp_composite_definitions > import_acp_composite_definitions > import_acp_composite_definitions", + "section": "import_acp_composite_definitions > import_acp_composite_definitions", + "text": "ansys.acp.core.mechanical_integration_helpers.import_acp_composite_definitions(*, mechanical, path)\n\nImport ACP composite definitions HDF5 into Mechanical.\n\nImports the composite layup defined in ACP into Mechanical, as Imported Plies.\n\nThis function does not import the solid mesh, use import_acp_mesh_from_cdb()\nfor this purpose.\n\nParameters\n\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\n\npath (str | PathLike[str]) – The path of the file to import. The extension must be ‘.h5’.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_CDB", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_CDB.html#ansys_cdb", - "title": "ANSYS_CDB", - "section": "ANSYS_CDB", - "text": "ANSYS_CDB" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_direction", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_direction.html#draping_direction", + "title": "draping_direction", + "section": "draping_direction", + "text": "draping_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_CDB", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_CDB.html#ansys.acp.core.SolidModelExportFormat.ANSYS_CDB", - "title": "ANSYS_CDB > ANSYS_CDB > ANSYS_CDB", - "section": "ANSYS_CDB > ANSYS_CDB", - "text": "SolidModelExportFormat.ANSYS_CDB = 'ansys:cdb'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_direction", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_direction.html#ansys.acp.core.OrientedSelectionSet.draping_direction", + "title": "draping_direction > draping_direction > draping_direction", + "section": "draping_direction > draping_direction", + "text": "property OrientedSelectionSet.draping_direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.html#orientedselectionset", - "title": "OrientedSelectionSet", - "section": "OrientedSelectionSet", - "text": "Instantiate an Oriented Selection Set.\nname (str) – The name of the Oriented Selection Set.\nelement_sets (Sequence[ElementSet]) – Element Sets on which the Oriented Selection Set is defined.\norientation_point (tuple[float, float, float]) – The Orientation Point of the Oriented Selection Set.\norientation_direction (tuple[float, float, float]) – The Orientation Direction of the Oriented Element set.\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\nselection_rules (Sequence[ParallelSelectionRule | CylindricalSelectionRule | SphericalSelectionRule | TubeSelectionRule | GeometricalSelectionRule | VariableOffsetSelectionRule | BooleanSelectionRule]) – Selection Rules which may limit the extent of the Oriented Selection Set.\ndraping (bool) – If True, activate draping to adjust the reference directions.\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\nauto_draping_direction (bool) – If True, the reference direction of the Oriented Selection Set at\nthe seed point is used as draping direction.\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\ndraping_material_model (DrapingMaterialModel) – Chooses between different draping formulations.\ndraping_ud_coefficient (float) – Value between 0 and 1 which determines the amount of deformation\nin the transverse direction if the draping material model is set to\nDrapingMaterialModel.UD.\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\nreference_direction_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – A 3D lookup table column that defines the reference directions.\nAdded in ACP server version 24.2.\nOrientedSelectionSet.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nOrientedSelectionSet.delete()\nDelete the object.\nOrientedSelectionSet.store(parent)\nStore the object on the server.\nOrientedSelectionSet.auto_draping_direction\n\nOrientedSelectionSet.draping\n\nOrientedSelectionSet.draping_direction\n\nOrientedSelectionSet.draping_material_model\n\nOrientedSelectionSet.draping_mesh_size\n\nOrientedSelectionSet.draping_seed_point\n\nOrientedSelectionSet.draping_ud_coefficient\n\nOrientedSelectionSet.element_sets\n\nOrientedSelectionSet.elemental_data\n\nOrientedSelectionSet.id\nIdentifier of the object, used for example as key in maps.\nOrientedSelectionSet.mesh\nFull mesh associated with the object.\nOrientedSelectionSet.name\nThe name of the object.\nOrientedSelectionSet.nodal_data\n\nOrientedSelectionSet.orientation_direction\n\nOrientedSelectionSet.orientation_point\n\nOrientedSelectionSet.parent\nThe parent of the object.\nOrientedSelectionSet.reference_direction_field\n\nOrientedSelectionSet.rosette_selection_method\n\nOrientedSelectionSet.rosettes\n\nOrientedSelectionSet.rotation_angle\n\nOrientedSelectionSet.selection_rules\n\nOrientedSelectionSet.shell_mesh\nShell mesh associated with the object.\nOrientedSelectionSet.status\n\nOrientedSelectionSet.use_default_draping_mesh_size\n\nOrientedSelectionSet\nTrue\nTrue\nauto_draping_direction\nFalse\n-1.\n0\n1\nDrapingMaterialModel.UD\nOrientedSelectionSet.clone\nOrientedSelectionSet.delete\nOrientedSelectionSet.store\nOrientedSelectionSet.auto_draping_direction\nOrientedSelectionSet.draping\nOrientedSelectionSet.draping_direction\nOrientedSelectionSet.draping_material_model\nOrientedSelectionSet.draping_mesh_size\nOrientedSelectionSet.draping_seed_point\nOrientedSelectionSet.draping_ud_coefficient\nOrientedSelectionSet.element_sets\nOrientedSelectionSet.elemental_data\nOrientedSelectionSet.id\nOrientedSelectionSet.mesh\nOrientedSelectionSet.name\nOrientedSelectionSet.nodal_data\nOrientedSelectionSet.orientation_direction\nOrientedSelectionSet.orientation_point\nOrientedSelectionSet.parent\nOrientedSelectionSet.reference_direction_field\nOrientedSelectionSet.rosette_selection_method\nOrientedSelectionSet.rosettes\nOrientedSelectionSet.rotation_angle\nOrientedSelectionSet.selection_rules\nOrientedSelectionSet.shell_mesh\nOrientedSelectionSet.status\nOrientedSelectionSet.use_default_draping_mesh_size" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.removesuffix", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.removesuffix.html#removesuffix", + "title": "removesuffix", + "section": "removesuffix", + "text": "Return a str with the given suffix string removed if present.\nIf the string ends with the suffix string and that suffix is not empty,\nreturn string[:-len(suffix)]. Otherwise, return a copy of the original\nstring.\nremovesuffix" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.html#ansys.acp.core.OrientedSelectionSet", - "title": "OrientedSelectionSet > OrientedSelectionSet > OrientedSelectionSet", - "section": "OrientedSelectionSet > OrientedSelectionSet", - "text": "class ansys.acp.core.OrientedSelectionSet(*, name='OrientedSelectionSet', element_sets=(), orientation_point=(0.0, 0.0, 0.0), orientation_direction=(0.0, 0.0, 0.0), rosettes=(), rosette_selection_method='minimum_angle', selection_rules=(), draping=False, draping_seed_point=(0.0, 0.0, 0.0), auto_draping_direction=True, draping_direction=(0.0, 0.0, 1.0), use_default_draping_mesh_size=True, draping_mesh_size=0.0, draping_material_model='woven', draping_ud_coefficient=0.0, rotation_angle=0.0, reference_direction_field=None)\n\nInstantiate an Oriented Selection Set.\n\nParameters\n\nname (str) – The name of the Oriented Selection Set.\n\nelement_sets (Sequence[ElementSet]) – Element Sets on which the Oriented Selection Set is defined.\n\norientation_point (tuple[float, float, float]) – The Orientation Point of the Oriented Selection Set.\n\norientation_direction (tuple[float, float, float]) – The Orientation Direction of the Oriented Element set.\n\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\n\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\n\nselection_rules (Sequence[ParallelSelectionRule | CylindricalSelectionRule | SphericalSelectionRule | TubeSelectionRule | GeometricalSelectionRule | VariableOffsetSelectionRule | BooleanSelectionRule]) – Selection Rules which may limit the extent of the Oriented Selection Set.\n\ndraping (bool) – If True, activate draping to adjust the reference directions.\n\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\n\nauto_draping_direction (bool) – If True, the reference direction of the Oriented Selection Set at\nthe seed point is used as draping direction.\n\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\n\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\n\ndraping_material_model (DrapingMaterialModel) – Chooses between different draping formulations.\n\ndraping_ud_coefficient (float) – Value between 0 and 1 which determines the amount of deformation\nin the transverse direction if the draping material model is set to\nDrapingMaterialModel.UD.\n\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\n\nreference_direction_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – A 3D lookup table column that defines the reference directions.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nOrientedSelectionSet.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nOrientedSelectionSet.delete()\n\nDelete the object.\n\nOrientedSelectionSet.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nOrientedSelectionSet.auto_draping_direction\n\n\n\nOrientedSelectionSet.draping\n\n\n\nOrientedSelectionSet.draping_direction\n\n\n\nOrientedSelectionSet.draping_material_model\n\n\n\nOrientedSelectionSet.draping_mesh_size\n\n\n\nOrientedSelectionSet.draping_seed_point\n\n\n\nOrientedSelectionSet.draping_ud_coefficient\n\n\n\nOrientedSelectionSet.element_sets\n\n\n\nOrientedSelectionSet.elemental_data\n\n\n\nOrientedSelectionSet.id\n\nIdentifier of the object, used for example as key in maps.\n\nOrientedSelectionSet.mesh\n\nFull mesh associated with the object.\n\nOrientedSelectionSet.name\n\nThe name of the object.\n\nOrientedSelectionSet.nodal_data\n\n\n\nOrientedSelectionSet.orientation_direction\n\n\n\nOrientedSelectionSet.orientation_point\n\n\n\nOrientedSelectionSet.parent\n\nThe parent of the object.\n\nOrientedSelectionSet.reference_direction_field\n\n\n\nOrientedSelectionSet.rosette_selection_method\n\n\n\nOrientedSelectionSet.rosettes\n\n\n\nOrientedSelectionSet.rotation_angle\n\n\n\nOrientedSelectionSet.selection_rules\n\n\n\nOrientedSelectionSet.shell_mesh\n\nShell mesh associated with the object.\n\nOrientedSelectionSet.status\n\n\n\nOrientedSelectionSet.use_default_draping_mesh_size\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.removesuffix", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.removesuffix.html#ansys.acp.core.LaunchMode.removesuffix", + "title": "removesuffix > removesuffix > removesuffix", + "section": "removesuffix > removesuffix", + "text": "LaunchMode.removesuffix(suffix, /)\n\nReturn a str with the given suffix string removed if present.\n\nIf the string ends with the suffix string and that suffix is not empty,\nreturn string[:-len(suffix)]. Otherwise, return a copy of the original\nstring.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.html#examples-using-orientedselectionset", - "title": "OrientedSelectionSet > Examples using OrientedSelectionSet", - "section": "Examples using OrientedSelectionSet", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using OrientedSelectionSet" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.taper_edges", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.taper_edges.html#taper_edges", - "title": "taper_edges", - "section": "taper_edges", - "text": "taper_edges" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.shell_mesh.html#ansys.acp.core.AnalysisPly.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property AnalysisPly.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.taper_edges", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.taper_edges.html#ansys.acp.core.ModelingPly.taper_edges", - "title": "taper_edges > taper_edges > taper_edges", - "section": "taper_edges > taper_edges", - "text": "property ModelingPly.taper_edges: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.extend_endings", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.extend_endings.html#extend_endings", + "title": "extend_endings", + "section": "extend_endings", + "text": "extend_endings" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.extend_endings", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.extend_endings.html#ansys.acp.core.TubeSelectionRule.extend_endings", + "title": "extend_endings > extend_endings > extend_endings", + "section": "extend_endings > extend_endings", + "text": "property TubeSelectionRule.extend_endings: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.node_labels.html#ansys.acp.core.mesh_data.SolidElementSetNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "SolidElementSetNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solid_model_prefix", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solid_model_prefix.html#use_solid_model_prefix", + "title": "use_solid_model_prefix", + "section": "use_solid_model_prefix", + "text": "use_solid_model_prefix" }, { - "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_acp", - "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_acp.html#url_acp", - "title": "url_acp", - "section": "url_acp", - "text": "url_acp" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solid_model_prefix", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_solid_model_prefix.html#ansys.acp.core.ImportedSolidModelExportSettings.use_solid_model_prefix", + "title": "use_solid_model_prefix > use_solid_model_prefix > use_solid_model_prefix", + "section": "use_solid_model_prefix > use_solid_model_prefix", + "text": "property ImportedSolidModelExportSettings.use_solid_model_prefix: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_acp", - "href": "api/_autosummary/ansys.acp.core.ConnectLaunchConfig.url_acp.html#ansys.acp.core.ConnectLaunchConfig.url_acp", - "title": "url_acp > url_acp > url_acp", - "section": "url_acp > url_acp", - "text": "ConnectLaunchConfig.url_acp: str = 'localhost:50555'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.YZ", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.YZ.html#yz", + "title": "YZ", + "section": "YZ", + "text": "YZ" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.zfill", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.zfill.html#zfill", - "title": "zfill", - "section": "zfill", - "text": "Pad a numeric string with zeros on the left, to fill a field of the given width.\nThe string is never truncated.\nzfill" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.YZ", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.YZ.html#ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.YZ", + "title": "YZ > YZ > YZ", + "section": "YZ > YZ", + "text": "property ConstantTsaiWuConstants.YZ: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.zfill", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.zfill.html#ansys.acp.core.LaunchMode.zfill", - "title": "zfill > zfill > zfill", - "section": "zfill > zfill", - "text": "LaunchMode.zfill(width, /)\n\nPad a numeric string with zeros on the left, to fill a field of the given width.\n\nThe string is never truncated.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.html#lookuptable1d", + "title": "LookUpTable1D", + "section": "LookUpTable1D", + "text": "Instantiate a 1D Look-Up Table.\nThe one-dimensional look-up table is defined along an axis. The locations\nof the data points along the axis are defined by the Location column,\nwhich:\ncontains scalar data. When the column contains N data points (rows),\nit has shape (N, ).\nis automatically created when the look-up table is instantiated\ncannot be deleted or renamed\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\norigin (tuple[float, float, float]) – Origin of the axis w.r.t. which the look-up table locations are\ndefined.\ndirection (tuple[float, float, float]) – Direction of the axis w.r.t. which the look-up table locations are\ndefined.\nAdded in ACP server version 24.2.\nLookUpTable1D.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nLookUpTable1D.create_column(*[, name, ...])\nInstantiate a Column of a 1D Look-Up Table.\nLookUpTable1D.delete()\nDelete the object.\nLookUpTable1D.store(parent)\nStore the object on the server.\nLookUpTable1D.columns\n\nLookUpTable1D.direction\n\nLookUpTable1D.id\nIdentifier of the object, used for example as key in maps.\nLookUpTable1D.name\nThe name of the object.\nLookUpTable1D.origin\n\nLookUpTable1D.parent\nThe parent of the object.\nLookUpTable1D.status\n\nLookUpTable1D\nLocation\nN\n(N, )\nLocation\nNaN\nLookUpTable1D.clone\nLookUpTable1D.create_column\nLookUpTable1D.delete\nLookUpTable1D.store\nLookUpTable1D.columns\nLookUpTable1D.direction\nLookUpTable1D.id\nLookUpTable1D.name\nLookUpTable1D.origin\nLookUpTable1D.parent\nLookUpTable1D.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.title", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.title.html#title", - "title": "title", - "section": "title", - "text": "Return a version of the string where each word is titlecased.\nMore specifically, words start with uppercased characters and all remaining\ncased characters have lower case.\ntitle" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.html#ansys.acp.core.LookUpTable1D", + "title": "LookUpTable1D > LookUpTable1D > LookUpTable1D", + "section": "LookUpTable1D > LookUpTable1D", + "text": "class ansys.acp.core.LookUpTable1D(*, name='LookUpTable1D', origin=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 0.0))\n\nInstantiate a 1D Look-Up Table.\n\nThe one-dimensional look-up table is defined along an axis. The locations\nof the data points along the axis are defined by the Location column,\nwhich:\n\ncontains scalar data. When the column contains N data points (rows),\nit has shape (N, ).\n\nis automatically created when the look-up table is instantiated\n\ncannot be deleted or renamed\n\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\n\nParameters\n\norigin (tuple[float, float, float]) – Origin of the axis w.r.t. which the look-up table locations are\ndefined.\n\ndirection (tuple[float, float, float]) – Direction of the axis w.r.t. which the look-up table locations are\ndefined.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLookUpTable1D.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nLookUpTable1D.create_column(*[, name, ...])\n\nInstantiate a Column of a 1D Look-Up Table.\n\nLookUpTable1D.delete()\n\nDelete the object.\n\nLookUpTable1D.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLookUpTable1D.columns\n\n\n\nLookUpTable1D.direction\n\n\n\nLookUpTable1D.id\n\nIdentifier of the object, used for example as key in maps.\n\nLookUpTable1D.name\n\nThe name of the object.\n\nLookUpTable1D.origin\n\n\n\nLookUpTable1D.parent\n\nThe parent of the object.\n\nLookUpTable1D.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.title", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.title.html#ansys.acp.core.material_property_sets.PuckMaterialType.title", - "title": "title > title > title", - "section": "title > title", - "text": "PuckMaterialType.title(/)\n\nReturn a version of the string where each word is titlecased.\n\nMore specifically, words start with uppercased characters and all remaining\ncased characters have lower case.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.html#examples-using-lookuptable1d", + "title": "LookUpTable1D > Examples using LookUpTable1D", + "section": "Examples using LookUpTable1D", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LookUpTable1D" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.encode", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.encode.html#encode", - "title": "encode", - "section": "encode", - "text": "Encode the string using the codec registered for encoding.\nThe encoding in which to encode the string.\nThe error handling scheme to use for encoding errors.\nThe default is ‘strict’ meaning that encoding errors raise a\nUnicodeEncodeError. Other possible values are ‘ignore’, ‘replace’ and\n‘xmlcharrefreplace’ as well as any other name registered with\ncodecs.register_error that can handle UnicodeEncodeErrors.\nencode" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_angle", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_angle.html#ply_angle", + "title": "ply_angle", + "section": "ply_angle", + "text": "ply_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.encode", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.encode.html#ansys.acp.core.LaunchMode.encode", - "title": "encode > encode > encode", - "section": "encode > encode", - "text": "LaunchMode.encode(/, encoding='utf-8', errors='strict')\n\nEncode the string using the codec registered for encoding.\n\nencoding\n\nThe encoding in which to encode the string.\n\nerrors\n\nThe error handling scheme to use for encoding errors.\nThe default is ‘strict’ meaning that encoding errors raise a\nUnicodeEncodeError. Other possible values are ‘ignore’, ‘replace’ and\n‘xmlcharrefreplace’ as well as any other name registered with\ncodecs.register_error that can handle UnicodeEncodeErrors.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_angle", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.ply_angle.html#ansys.acp.core.ImportedModelingPly.ply_angle", + "title": "ply_angle > ply_angle > ply_angle", + "section": "ply_angle > ply_angle", + "text": "property ImportedModelingPly.ply_angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_bottom_sets", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_bottom_sets.html#drop_off_disabled_on_bottom_sets", - "title": "drop_off_disabled_on_bottom_sets", - "section": "drop_off_disabled_on_bottom_sets", - "text": "drop_off_disabled_on_bottom_sets" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.html#productionply", + "title": "ProductionPly", + "section": "ProductionPly", + "text": "Instantiate a Production Ply.\nname (str) – The name of the production ply.\nmaterial (Material) – Material of the production ply.\nangle (float) – Angle of the production ply in degrees.\nthickness (float) – Thickness of the production ply.\nAdded in ACP server version 24.2.\nProductionPly.analysis_plies\n\nProductionPly.angle\n\nProductionPly.elemental_data\n\nProductionPly.id\nIdentifier of the object, used for example as key in maps.\nProductionPly.material\n\nProductionPly.mesh\nFull mesh associated with the object.\nProductionPly.name\nThe name of the object.\nProductionPly.nodal_data\n\nProductionPly.parent\nThe parent of the object.\nProductionPly.shell_mesh\nShell mesh associated with the object.\nProductionPly.status\n\nProductionPly.thickness\n\nProductionPly\nProductionPly.analysis_plies\nProductionPly.angle\nProductionPly.elemental_data\nProductionPly.id\nProductionPly.material\nProductionPly.mesh\nProductionPly.name\nProductionPly.nodal_data\nProductionPly.parent\nProductionPly.shell_mesh\nProductionPly.status\nProductionPly.thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_bottom_sets", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_bottom_sets.html#ansys.acp.core.DropOffSettings.drop_off_disabled_on_bottom_sets", - "title": "drop_off_disabled_on_bottom_sets > drop_off_disabled_on_bottom_sets > drop_off_disabled_on_bottom_sets", - "section": "drop_off_disabled_on_bottom_sets > drop_off_disabled_on_bottom_sets", - "text": "property DropOffSettings.drop_off_disabled_on_bottom_sets: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.html#ansys.acp.core.ProductionPly", + "title": "ProductionPly > ProductionPly > ProductionPly", + "section": "ProductionPly > ProductionPly", + "text": "class ansys.acp.core.ProductionPly\n\nInstantiate a Production Ply.\n\nParameters\n\nname (str) – The name of the production ply.\n\nmaterial (Material) – Material of the production ply.\n\nangle (float) – Angle of the production ply in degrees.\n\nthickness (float) – Thickness of the production ply.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nProductionPly.analysis_plies\n\n\n\nProductionPly.angle\n\n\n\nProductionPly.elemental_data\n\n\n\nProductionPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nProductionPly.material\n\n\n\nProductionPly.mesh\n\nFull mesh associated with the object.\n\nProductionPly.name\n\nThe name of the object.\n\nProductionPly.nodal_data\n\n\n\nProductionPly.parent\n\nThe parent of the object.\n\nProductionPly.shell_mesh\n\nShell mesh associated with the object.\n\nProductionPly.status\n\n\n\nProductionPly.thickness\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.element_sets", - "href": "api/_autosummary/ansys.acp.core.SolidModel.element_sets.html#element_sets", - "title": "element_sets", - "section": "element_sets", - "text": "element_sets" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.parent", + "href": "api/_autosummary/ansys.acp.core.Rosette.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.element_sets", - "href": "api/_autosummary/ansys.acp.core.SolidModel.element_sets.html#ansys.acp.core.SolidModel.element_sets", - "title": "element_sets > element_sets > element_sets", - "section": "element_sets > element_sets", - "text": "property SolidModel.element_sets: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.parent", + "href": "api/_autosummary/ansys.acp.core.Rosette.parent.html#ansys.acp.core.Rosette.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property Rosette.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.CADComponent", + "href": "api/_autosummary/ansys.acp.core.CADComponent.html#cadcomponent", + "title": "CADComponent", + "section": "CADComponent", + "text": "Instantiate a CAD Component.\nname – Name of the CAD component.\npath – Path of the CAD component.\nAdded in ACP server version 24.2.\nCADComponent.id\nIdentifier of the object, used for example as key in maps.\nCADComponent.name\nThe name of the object.\nCADComponent.parent\nThe parent of the object.\nCADComponent.path\n\nCADComponent.status\n\nCADComponent\nCADComponent.id\nCADComponent.name\nCADComponent.parent\nCADComponent.path\nCADComponent.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "GeometricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADComponent", + "href": "api/_autosummary/ansys.acp.core.CADComponent.html#ansys.acp.core.CADComponent", + "title": "CADComponent > CADComponent > CADComponent", + "section": "CADComponent > CADComponent", + "text": "class ansys.acp.core.CADComponent\n\nInstantiate a CAD Component.\n\nParameters\n\nname – Name of the CAD component.\n\npath – Path of the CAD component.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nCADComponent.id\n\nIdentifier of the object, used for example as key in maps.\n\nCADComponent.name\n\nThe name of the object.\n\nCADComponent.parent\n\nThe parent of the object.\n\nCADComponent.path\n\n\n\nCADComponent.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.fabric", - "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.fabric.html#fabric", - "title": "fabric", - "section": "fabric", - "text": "Linked fabric.\nfabric" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isidentifier", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isidentifier.html#isidentifier", + "title": "isidentifier", + "section": "isidentifier", + "text": "Return True if the string is a valid Python identifier, False otherwise.\nCall keyword.iskeyword(s) to test whether string s is a reserved identifier,\nsuch as “def” or “class”.\nisidentifier" }, { - "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.fabric", - "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.fabric.html#ansys.acp.core.FabricWithAngle.fabric", - "title": "fabric > fabric > fabric", - "section": "fabric > fabric", - "text": "property FabricWithAngle.fabric: Fabric\n\nLinked fabric.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isidentifier", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isidentifier.html#ansys.acp.core.LaunchMode.isidentifier", + "title": "isidentifier > isidentifier > isidentifier", + "section": "isidentifier > isidentifier", + "text": "LaunchMode.isidentifier(/)\n\nReturn True if the string is a valid Python identifier, False otherwise.\n\nCall keyword.iskeyword(s) to test whether string s is a reserved identifier,\nsuch as “def” or “class”.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxy.html#sxy", + "title": "Sxy", + "section": "Sxy", + "text": "Sxy" }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "CutOffSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxy.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxy", + "title": "Sxy > Sxy > Sxy", + "section": "Sxy > Sxy", + "text": "property VariableWovenStressLimits.Sxy: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.status", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.status", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.status.html#ansys.acp.core.SnapToGeometry.status", - "title": "status > status > status", - "section": "status > status", - "text": "property SnapToGeometry.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.nodal_data.html#ansys.acp.core.GeometricalSelectionRule.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property GeometricalSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.extrusion_type", - "href": "api/_autosummary/ansys.acp.core.SectionCut.extrusion_type.html#extrusion_type", - "title": "extrusion_type", - "section": "extrusion_type", - "text": "extrusion_type" + "objectID": "examples/workflows/04-pymechanical-solid-workflow", + "href": "examples/workflows/04-pymechanical-solid-workflow.html#pymechanical-solid-workflow", + "title": "PyMechanical solid workflow", + "section": "PyMechanical solid workflow", + "text": "This example shows how to set up a simple solid model with PyACP and\nPyMechanical:\nThe geometry is imported into Mechanical and meshed.\nThe mesh is exported to ACP.\nA simple lay-up and solid model is defined in ACP.\nThe solid model is exported, to a CDB file and a composite definition file.\nIn a separate Mechanical instance, the solid model is imported.\nMaterials and plies are imported.\nBoundary conditions are set.\nThe model is solved.\nThe results are post-processed in PyDPF - Composites.\nThe PyACP / PyMechanical integration is still experimental. Refer to the\nlimitations section for more information.\nPyMechanical solid workflow" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.extrusion_type", - "href": "api/_autosummary/ansys.acp.core.SectionCut.extrusion_type.html#ansys.acp.core.SectionCut.extrusion_type", - "title": "extrusion_type > extrusion_type > extrusion_type", - "section": "extrusion_type > extrusion_type", - "text": "property SectionCut.extrusion_type: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/04-pymechanical-solid-workflow", + "href": "examples/workflows/04-pymechanical-solid-workflow.html#import-modules-and-start-the-ansys-products", + "title": "PyMechanical solid workflow > Import modules and start the Ansys products", + "section": "Import modules and start the Ansys products", + "text": "Import the standard library and third-party dependencies.\nImport PyACP, PyMechanical, and PyDPF - Composites.\nStart the ACP, Mechanical, and DPF servers. We use a ThreadPoolExecutor\nto start them in parallel.\nImport modules and start the Ansys products\nThreadPoolExecutor" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSyz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSyz.html#esyz", - "title": "eSyz", - "section": "eSyz", - "text": "eSyz" + "objectID": "examples/workflows/04-pymechanical-solid-workflow", + "href": "examples/workflows/04-pymechanical-solid-workflow.html#get-example-input-files", + "title": "PyMechanical solid workflow > Get example input files", + "section": "Get example input files", + "text": "Create a temporary working directory, and download the example input files\nto this directory.\nGet example input files" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSyz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eSyz.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eSyz", - "title": "eSyz > eSyz > eSyz", - "section": "eSyz > eSyz", - "text": "property VariableStrainLimits.eSyz: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/04-pymechanical-solid-workflow", + "href": "examples/workflows/04-pymechanical-solid-workflow.html#generate-the-mesh-in-pymechanical", + "title": "PyMechanical solid workflow > Generate the mesh in PyMechanical", + "section": "Generate the mesh in PyMechanical", + "text": "Load the geometry into Mechanical, generate the mesh, and export it to the\nappropriate transfer format for ACP.\nGenerate the mesh in PyMechanical" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.html#productionply", - "title": "ProductionPly", - "section": "ProductionPly", - "text": "Instantiate a Production Ply.\nname (str) – The name of the production ply.\nmaterial (Material) – Material of the production ply.\nangle (float) – Angle of the production ply in degrees.\nthickness (float) – Thickness of the production ply.\nAdded in ACP server version 24.2.\nProductionPly.analysis_plies\n\nProductionPly.angle\n\nProductionPly.elemental_data\n\nProductionPly.id\nIdentifier of the object, used for example as key in maps.\nProductionPly.material\n\nProductionPly.mesh\nFull mesh associated with the object.\nProductionPly.name\nThe name of the object.\nProductionPly.nodal_data\n\nProductionPly.parent\nThe parent of the object.\nProductionPly.shell_mesh\nShell mesh associated with the object.\nProductionPly.status\n\nProductionPly.thickness\n\nProductionPly\nProductionPly.analysis_plies\nProductionPly.angle\nProductionPly.elemental_data\nProductionPly.id\nProductionPly.material\nProductionPly.mesh\nProductionPly.name\nProductionPly.nodal_data\nProductionPly.parent\nProductionPly.shell_mesh\nProductionPly.status\nProductionPly.thickness" + "objectID": "examples/workflows/04-pymechanical-solid-workflow", + "href": "examples/workflows/04-pymechanical-solid-workflow.html#set-up-the-acp-model", + "title": "PyMechanical solid workflow > Set up the ACP model", + "section": "Set up the ACP model", + "text": "Setup basic ACP lay-up based on the mesh in mesh_path, and export the following\nfiles to output_path:\nMaterials XML file\nComposite definitions HDF5 file\nSolid model composite definitions HDF5 file\nSolid model CDB file\nSet up the ACP model\nmesh_path\noutput_path" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.html#ansys.acp.core.ProductionPly", - "title": "ProductionPly > ProductionPly > ProductionPly", - "section": "ProductionPly > ProductionPly", - "text": "class ansys.acp.core.ProductionPly\n\nInstantiate a Production Ply.\n\nParameters\n\nname (str) – The name of the production ply.\n\nmaterial (Material) – Material of the production ply.\n\nangle (float) – Angle of the production ply in degrees.\n\nthickness (float) – Thickness of the production ply.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nProductionPly.analysis_plies\n\n\n\nProductionPly.angle\n\n\n\nProductionPly.elemental_data\n\n\n\nProductionPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nProductionPly.material\n\n\n\nProductionPly.mesh\n\nFull mesh associated with the object.\n\nProductionPly.name\n\nThe name of the object.\n\nProductionPly.nodal_data\n\n\n\nProductionPly.parent\n\nThe parent of the object.\n\nProductionPly.shell_mesh\n\nShell mesh associated with the object.\n\nProductionPly.status\n\n\n\nProductionPly.thickness\n\n\n\n" + "objectID": "examples/workflows/04-pymechanical-solid-workflow", + "href": "examples/workflows/04-pymechanical-solid-workflow.html#update-and-save-the-acp-model", + "title": "PyMechanical solid workflow > Update and Save the ACP model", + "section": "Update and Save the ACP model", + "text": "Update and Save the ACP model" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.radius", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.radius.html#radius", - "title": "radius", - "section": "radius", - "text": "radius" + "objectID": "examples/workflows/04-pymechanical-solid-workflow", + "href": "examples/workflows/04-pymechanical-solid-workflow.html#import-mesh-materials-and-plies-into-mechanical", + "title": "PyMechanical solid workflow > Import mesh, materials and plies into Mechanical", + "section": "Import mesh, materials and plies into Mechanical", + "text": "Import geometry, mesh, and named selections into Mechanical\nImport materials into Mechanical\nImport plies into Mechanical\nImport mesh, materials and plies into Mechanical" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.radius", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.radius.html#ansys.acp.core.SphericalSelectionRule.radius", - "title": "radius > radius > radius", - "section": "radius > radius", - "text": "property SphericalSelectionRule.radius: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/04-pymechanical-solid-workflow", + "href": "examples/workflows/04-pymechanical-solid-workflow.html#set-boundary-condition-and-solve", + "title": "PyMechanical solid workflow > Set boundary condition and solve", + "section": "Set boundary condition and solve", + "text": "Set boundary condition and solve\nSet boundary condition and solve" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.reinforcing_behavior", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.reinforcing_behavior.html#reinforcing_behavior", - "title": "reinforcing_behavior", - "section": "reinforcing_behavior", - "text": "reinforcing_behavior" + "objectID": "examples/workflows/04-pymechanical-solid-workflow", + "href": "examples/workflows/04-pymechanical-solid-workflow.html#postprocess-results", + "title": "PyMechanical solid workflow > Postprocess results", + "section": "Postprocess results", + "text": "Evaluate the failure criteria using the PyDPF - Composites.\nDownload Jupyter notebook: 04-pymechanical-solid-workflow.ipynb\nDownload Python source code: 04-pymechanical-solid-workflow.py\nDownload zipped: 04-pymechanical-solid-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocess results\nDownload Jupyter notebook: 04-pymechanical-solid-workflow.ipynb\nDownload Python source code: 04-pymechanical-solid-workflow.py\nDownload zipped: 04-pymechanical-solid-workflow.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.reinforcing_behavior", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.reinforcing_behavior.html#ansys.acp.core.LayupMappingObject.reinforcing_behavior", - "title": "reinforcing_behavior > reinforcing_behavior > reinforcing_behavior", - "section": "reinforcing_behavior > reinforcing_behavior", - "text": "property LayupMappingObject.reinforcing_behavior: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.html#cutoffgeometry", + "title": "CutOffGeometry", + "section": "CutOffGeometry", + "text": "Instantiate a cut-off geometry.\nname (str) – Name of the cut-off geometry.\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\nAdded in ACP server version 25.1.\nCutOffGeometry.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nCutOffGeometry.delete()\nDelete the object.\nCutOffGeometry.store(parent)\nStore the object on the server.\nCutOffGeometry.active\n\nCutOffGeometry.cad_geometry\n\nCutOffGeometry.id\nIdentifier of the object, used for example as key in maps.\nCutOffGeometry.name\nThe name of the object.\nCutOffGeometry.orientation_type\n\nCutOffGeometry.parent\nThe parent of the object.\nCutOffGeometry.relative_merge_tolerance\n\nCutOffGeometry.status\n\nCutOffGeometry\nCutOffGeometry.clone\nCutOffGeometry.delete\nCutOffGeometry.store\nCutOffGeometry.active\nCutOffGeometry.cad_geometry\nCutOffGeometry.id\nCutOffGeometry.name\nCutOffGeometry.orientation_type\nCutOffGeometry.parent\nCutOffGeometry.relative_merge_tolerance\nCutOffGeometry.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column.html#create_column", - "title": "create_column", - "section": "create_column", - "text": "Instantiate a Column of a 3D Look-Up Table.\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\ndata (npt.NDArray[np.float64] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\nLookUpTable3DColumn\nAdded in ACP server version 24.2.\ncreate_column\nvalue_type\nvalue_type\nLocation" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.html#ansys.acp.core.CutOffGeometry", + "title": "CutOffGeometry > CutOffGeometry > CutOffGeometry", + "section": "CutOffGeometry > CutOffGeometry", + "text": "class ansys.acp.core.CutOffGeometry(*, name='CutOffGeometry', active=True, cad_geometry=None, orientation_type='up', relative_merge_tolerance=0.1)\n\nInstantiate a cut-off geometry.\n\nParameters\n\nname (str) – Name of the cut-off geometry.\n\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\n\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\n\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\n\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCutOffGeometry.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nCutOffGeometry.delete()\n\nDelete the object.\n\nCutOffGeometry.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCutOffGeometry.active\n\n\n\nCutOffGeometry.cad_geometry\n\n\n\nCutOffGeometry.id\n\nIdentifier of the object, used for example as key in maps.\n\nCutOffGeometry.name\n\nThe name of the object.\n\nCutOffGeometry.orientation_type\n\n\n\nCutOffGeometry.parent\n\nThe parent of the object.\n\nCutOffGeometry.relative_merge_tolerance\n\n\n\nCutOffGeometry.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column.html#ansys.acp.core.LookUpTable3D.create_column", - "title": "create_column > create_column > create_column", - "section": "create_column > create_column", - "text": "LookUpTable3D.create_column(*, name='LookUpTable3DColumn', value_type='scalar', physical_dimension='dimensionless', data=None)\n\nInstantiate a Column of a 3D Look-Up Table.\n\nParameters\n\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\n\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\n\ndata (npt.NDArray[np.float64] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\n\nReturn type\n\nLookUpTable3DColumn\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.UD", + "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.UD.html#ud", + "title": "UD", + "section": "UD", + "text": "UD" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column.html#examples-using-lookuptable3dcreate_column", - "title": "create_column > Examples using LookUpTable3D.create_column", - "section": "Examples using LookUpTable3D.create_column", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using LookUpTable3D.create_column" + "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.UD", + "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.UD.html#ansys.acp.core.DrapingMaterialModel.UD", + "title": "UD > UD > UD", + "section": "UD > UD", + "text": "DrapingMaterialModel.UD = 'ud'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.id", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.clone", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.id", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.id.html#ansys.acp.core.VirtualGeometry.id", - "title": "id > id > id", - "section": "id > id", - "text": "property VirtualGeometry.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.clone", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.clone.html#ansys.acp.core.FieldDefinition.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "FieldDefinition.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes_offsets", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes_offsets.html#element_nodes_offsets", - "title": "element_nodes_offsets", - "section": "element_nodes_offsets", - "text": "element_nodes_offsets" + "objectID": "examples/index", + "href": "examples/index.html#examples", + "title": "Examples", + "section": "Examples", + "text": "Examples" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes_offsets", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes_offsets.html#ansys.acp.core.mesh_data.MeshData.element_nodes_offsets", - "title": "element_nodes_offsets > element_nodes_offsets > element_nodes_offsets", - "section": "element_nodes_offsets > element_nodes_offsets", - "text": "MeshData.element_nodes_offsets: ndarray[tuple[int, ...], dtype[int32]]\n\n" + "objectID": "examples/index", + "href": "examples/index.html#acp-modeling-features", + "title": "Examples > ACP modeling features", + "section": "ACP modeling features", + "text": "These examples show how to use PyACP for defining composite layups.\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nGallery generated by Sphinx-Gallery\nACP modeling features" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.relative_thickness_correction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.relative_thickness_correction.html#relative_thickness_correction", - "title": "relative_thickness_correction", - "section": "relative_thickness_correction", - "text": "relative_thickness_correction" + "objectID": "examples/index", + "href": "examples/index.html#workflow-examples", + "title": "Examples > Workflow examples", + "section": "Workflow examples", + "text": "These examples show how to combine PyACP with other tools to create a full\nsimulation workflow.\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nGallery generated by Sphinx-Gallery\nWorkflow examples" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.relative_thickness_correction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.relative_thickness_correction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.relative_thickness_correction", - "title": "relative_thickness_correction > relative_thickness_correction > relative_thickness_correction", - "section": "relative_thickness_correction > relative_thickness_correction", - "text": "ProductionPlyElementalData.relative_thickness_correction: ScalarData[np.float64] | None = None\n\n" + "objectID": "examples/index", + "href": "examples/index.html#use-case-examples", + "title": "Examples > Use case examples", + "section": "Use case examples", + "text": "These examples can serve as an inspiration for how you can tackle your own\nuse cases with PyACP.\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nGallery generated by Sphinx-Gallery\nUse case examples" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.upper", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.upper.html#upper", - "title": "upper", - "section": "upper", - "text": "Return a copy of the string converted to uppercase.\nupper" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply.html#create_imported_modeling_ply", + "title": "create_imported_modeling_ply", + "section": "create_imported_modeling_ply", + "text": "Instantiate an Imported Modeling Ply.\nname (str) – The name of the Modeling Ply\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\noffset_type (ImportedPlyOffsetType) – Defines the location of the mesh (plane) with respect to the laminate.\nOne of BOTTOM_OFFSET, MIDDLE_OFFSET, and TOP_OFFSET.\nmesh_import_type (MeshImportType) – Source of the imported mesh. Either from geometry or from hdf5.\nmesh_geometry (VirtualGeometry | None) – Link to the geometry with represents the ply surface. Only used if mesh_import_type\nis FROM_GEOMETRY.\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\nreference_direction_field (LookUpTable3DColumn | LookUpTable1DColumn | None) – A 3D lookup table column that defines the reference directions.\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\nply_material (Fabric | None) – The material (only fabric is supported) of the ply.\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\ndraping_type (ImportedPlyDrapingType) – Chooses between different draping formulations. NO_DRAPING by default.\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\nthickness_type (ImportedPlyThicknessType) – Choose ThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\nImportedModelingPly\nAdded in ACP server version 25.1.\ncreate_imported_modeling_ply\nBOTTOM_OFFSET\nMIDDLE_OFFSET\nTOP_OFFSET\nmesh_import_type\nFROM_GEOMETRY\nNO_DRAPING\ndraping_angle_1_field\nThicknessType.FROM_TABLE\nThicknessType.NOMINAL\nthickness_type\nThicknessType.FROM_TABLE\nthickness_type\nThicknessType.FROM_TABLE\nThicknessFieldType.ABSOLUTE_VALUES\nThicknessFieldType.RELATIVE_SCALING_FACTOR" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.upper", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.upper.html#ansys.acp.core.material_property_sets.PuckMaterialType.upper", - "title": "upper > upper > upper", - "section": "upper > upper", - "text": "PuckMaterialType.upper(/)\n\nReturn a copy of the string converted to uppercase.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply.html#ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply", + "title": "create_imported_modeling_ply > create_imported_modeling_ply > create_imported_modeling_ply", + "section": "create_imported_modeling_ply > create_imported_modeling_ply", + "text": "ImportedModelingGroup.create_imported_modeling_ply(*, name='ModelingPly', active=True, offset_type='middle_offset', mesh_import_type='from_geometry', mesh_geometry=None, rosette_selection_method='minimum_angle', rosettes=(), reference_direction_field=None, rotation_angle=0.0, ply_material=None, ply_angle=0.0, draping_type='no_draping', draping_angle_1_field=None, draping_angle_2_field=None, thickness_type='nominal', thickness_field=None, thickness_field_type='absolute_values')\n\nInstantiate an Imported Modeling Ply.\n\nParameters\n\nname (str) – The name of the Modeling Ply\n\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\n\noffset_type (ImportedPlyOffsetType) – Defines the location of the mesh (plane) with respect to the laminate.\nOne of BOTTOM_OFFSET, MIDDLE_OFFSET, and TOP_OFFSET.\n\nmesh_import_type (MeshImportType) – Source of the imported mesh. Either from geometry or from hdf5.\n\nmesh_geometry (VirtualGeometry | None) – Link to the geometry with represents the ply surface. Only used if mesh_import_type\nis FROM_GEOMETRY.\n\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\n\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\n\nreference_direction_field (LookUpTable3DColumn | LookUpTable1DColumn | None) – A 3D lookup table column that defines the reference directions.\n\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\n\nply_material (Fabric | None) – The material (only fabric is supported) of the ply.\n\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\n\ndraping_type (ImportedPlyDrapingType) – Chooses between different draping formulations. NO_DRAPING by default.\n\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\n\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\n\nthickness_type (ImportedPlyThicknessType) – Choose ThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\n\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\n\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\n\nReturn type\n\nImportedModelingPly\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.extend_endings", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.extend_endings.html#extend_endings", - "title": "extend_endings", - "section": "extend_endings", - "text": "extend_endings" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply.html#examples-using-importedmodelinggroupcreate_imported_modeling_ply", + "title": "create_imported_modeling_ply > Examples using ImportedModelingGroup.create_imported_modeling_ply", + "section": "Examples using ImportedModelingGroup.create_imported_modeling_ply", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedModelingGroup.create_imported_modeling_ply" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.extend_endings", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.extend_endings.html#ansys.acp.core.TubeSelectionRule.extend_endings", - "title": "extend_endings > extend_endings > extend_endings", - "section": "extend_endings > extend_endings", - "text": "property TubeSelectionRule.extend_endings: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants.html#from_orthotropic_constants", + "title": "from_orthotropic_constants", + "section": "from_orthotropic_constants", + "text": "Create an orthotropic stress limits property set.\nXc (float) – Compressive stress limit in material 1 direction.\nYc (float) – Compressive stress limit in material 2 direction.\nZc (float) – Compressive stress limit in out-of-plane direction.\nXt (float) – Tensile stress limit in material 1 direction.\nYt (float) – Tensile stress limit in material 2 direction.\nZt (float) – Tensile stress limit in out-of-plane direction.\nSxy (float) – Shear stress limit in-plane (e_{12}).\nSyz (float) – Shear stress limit out-of-plane (e_{23}).\nSxz (float) – Shear stress limit out-of-plane (e_{13}).\nAn orthotropic stress limits property set.\nSelf\nfrom_orthotropic_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.html#importedsolidmodelelementaldata", - "title": "ImportedSolidModelElementalData", - "section": "ImportedSolidModelElementalData", - "text": "Represents elemental data for an imported solid model.\nImportedSolidModelElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nImportedSolidModelElementalData.element_labels\n\nImportedSolidModelElementalData\nImportedSolidModelElementalData.get_pyvista_mesh\nImportedSolidModelElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants.html#ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants", + "title": "from_orthotropic_constants > from_orthotropic_constants > from_orthotropic_constants", + "section": "from_orthotropic_constants > from_orthotropic_constants", + "text": "classmethod ConstantStressLimits.from_orthotropic_constants(*, Xc=0.0, Yc=0.0, Zc=0.0, Xt=0.0, Yt=0.0, Zt=0.0, Sxy=0.0, Syz=0.0, Sxz=0.0)\n\nCreate an orthotropic stress limits property set.\n\nParameters\n\nXc (float) – Compressive stress limit in material 1 direction.\n\nYc (float) – Compressive stress limit in material 2 direction.\n\nZc (float) – Compressive stress limit in out-of-plane direction.\n\nXt (float) – Tensile stress limit in material 1 direction.\n\nYt (float) – Tensile stress limit in material 2 direction.\n\nZt (float) – Tensile stress limit in out-of-plane direction.\n\nSxy (float) – Shear stress limit in-plane (e_{12}).\n\nSyz (float) – Shear stress limit out-of-plane (e_{23}).\n\nSxz (float) – Shear stress limit out-of-plane (e_{13}).\n\nReturns\n\nAn orthotropic stress limits property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.html#ansys.acp.core.mesh_data.ImportedSolidModelElementalData", - "title": "ImportedSolidModelElementalData > ImportedSolidModelElementalData > ImportedSolidModelElementalData", - "section": "ImportedSolidModelElementalData > ImportedSolidModelElementalData", - "text": "class ansys.acp.core.mesh_data.ImportedSolidModelElementalData(element_labels)\n\nRepresents elemental data for an imported solid model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nImportedSolidModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedSolidModelElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants.html#examples-using-constantstresslimitsfrom_orthotropic_constants", + "title": "from_orthotropic_constants > Examples using ConstantStressLimits.from_orthotropic_constants", + "section": "Examples using ConstantStressLimits.from_orthotropic_constants", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ConstantStressLimits.from_orthotropic_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SURFACE", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SURFACE.html#surface", + "title": "SURFACE", + "section": "SURFACE", + "text": "SURFACE" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.shell_mesh.html#ansys.acp.core.OrientedSelectionSet.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property OrientedSelectionSet.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SURFACE", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SURFACE.html#ansys.acp.core.VirtualGeometryDimension.SURFACE", + "title": "SURFACE > SURFACE > SURFACE", + "section": "SURFACE > SURFACE", + "text": "VirtualGeometryDimension.SURFACE = 'surface'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group", - "href": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group.html#create_imported_modeling_group", - "title": "create_imported_modeling_group", - "section": "create_imported_modeling_group", - "text": "Instantiate an imported modeling group.\nname (str) – Name of the imported modeling group.\nImportedModelingGroup\nAdded in ACP server version 25.1.\ncreate_imported_modeling_group" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET.html#middle_offset", + "title": "MIDDLE_OFFSET", + "section": "MIDDLE_OFFSET", + "text": "MIDDLE_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group", - "href": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group.html#ansys.acp.core.Model.create_imported_modeling_group", - "title": "create_imported_modeling_group > create_imported_modeling_group > create_imported_modeling_group", - "section": "create_imported_modeling_group > create_imported_modeling_group", - "text": "Model.create_imported_modeling_group(*, name='ImportedModelingGroup')\n\nInstantiate an imported modeling group.\n\nParameters\n\nname (str) – Name of the imported modeling group.\n\nReturn type\n\nImportedModelingGroup\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET.html#ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET", + "title": "MIDDLE_OFFSET > MIDDLE_OFFSET > MIDDLE_OFFSET", + "section": "MIDDLE_OFFSET > MIDDLE_OFFSET", + "text": "ImportedPlyOffsetType.MIDDLE_OFFSET = 'middle_offset'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group", - "href": "api/_autosummary/ansys.acp.core.Model.create_imported_modeling_group.html#examples-using-modelcreate_imported_modeling_group", - "title": "create_imported_modeling_group > Examples using Model.create_imported_modeling_group", - "section": "Examples using Model.create_imported_modeling_group", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using Model.create_imported_modeling_group" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET.html#examples-using-importedplyoffsettypemiddle_offset", + "title": "MIDDLE_OFFSET > Examples using ImportedPlyOffsetType.MIDDLE_OFFSET", + "section": "Examples using ImportedPlyOffsetType.MIDDLE_OFFSET", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedPlyOffsetType.MIDDLE_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.status.html#status", + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.status.html#status", "title": "status", "section": "status", "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.status.html#ansys.acp.core.GeometricalSelectionRule.status", + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.status.html#ansys.acp.core.SphericalSelectionRule.status", "title": "status > status > status", "section": "status > status", - "text": "property GeometricalSelectionRule.status: Any\n\n!! processed by numpydoc !!" + "text": "property SphericalSelectionRule.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.GLASS", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.GLASS.html#glass", - "title": "GLASS", - "section": "GLASS", - "text": "GLASS" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.GLASS", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.GLASS.html#ansys.acp.core.material_property_sets.PuckMaterialType.GLASS", - "title": "GLASS > GLASS > GLASS", - "section": "GLASS > GLASS", - "text": "PuckMaterialType.GLASS = 'glass'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.store.html#ansys.acp.core.VariableOffsetSelectionRule.store", + "title": "store > store > store", + "section": "store > store", + "text": "VariableOffsetSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.consider_coupling_effect", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.consider_coupling_effect.html#consider_coupling_effect", - "title": "consider_coupling_effect", - "section": "consider_coupling_effect", - "text": "consider_coupling_effect" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.get_example_file", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.get_example_file.html#get_example_file", + "title": "get_example_file", + "section": "get_example_file", + "text": "Download an example file from the example-data repo to the working directory.\nexample_key (ExampleKeys) – Key for the example file.\nworking_directory (Path) – Working directory to download the example file to.\nPath\nget_example_file" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.consider_coupling_effect", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.consider_coupling_effect.html#ansys.acp.core.SamplingPoint.consider_coupling_effect", - "title": "consider_coupling_effect > consider_coupling_effect > consider_coupling_effect", - "section": "consider_coupling_effect > consider_coupling_effect", - "text": "property SamplingPoint.consider_coupling_effect: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.get_example_file", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.get_example_file.html#ansys.acp.core.extras.example_helpers.get_example_file", + "title": "get_example_file > get_example_file > get_example_file", + "section": "get_example_file > get_example_file", + "text": "ansys.acp.core.extras.example_helpers.get_example_file(example_key, working_directory)\n\nDownload an example file from the example-data repo to the working directory.\n\nParameters\n\nexample_key (ExampleKeys) – Key for the example file.\n\nworking_directory (Path) – Working directory to download the example file to.\n\nReturn type\n\nPath\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.nodal_data", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.name", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.nodal_data", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.nodal_data.html#ansys.acp.core.AnalysisPly.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property AnalysisPly.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.name", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.name.html#ansys.acp.core.LookUpTable3D.name", + "title": "name > name > name", + "section": "name > name", + "text": "property LookUpTable3D.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.clone", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.normal", + "href": "api/_autosummary/ansys.acp.core.SectionCut.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.clone", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.clone.html#ansys.acp.core.VirtualGeometry.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "VirtualGeometry.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.normal", + "href": "api/_autosummary/ansys.acp.core.SectionCut.normal.html#ansys.acp.core.SectionCut.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "property SectionCut.normal: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_1.html#fracture_toughness_mode_1", - "title": "fracture_toughness_mode_1", - "section": "fracture_toughness_mode_1", - "text": "fracture_toughness_mode_1" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_1.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_1", - "title": "fracture_toughness_mode_1 > fracture_toughness_mode_1 > fracture_toughness_mode_1", - "section": "fracture_toughness_mode_1 > fracture_toughness_mode_1", - "text": "property VariableLaRCConstants.fracture_toughness_mode_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "BooleanSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo.html#objectinfo", - "title": "ObjectInfo", - "section": "ObjectInfo", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nInterface definition for ObjectInfo messages.\nThe ObjectInfo message contains the full information about an object.\nObjectInfo" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSyz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSyz.html#esyz", + "title": "eSyz", + "section": "eSyz", + "text": "eSyz" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo.html#ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo", - "title": "ObjectInfo > ObjectInfo > ObjectInfo", - "section": "ObjectInfo > ObjectInfo", - "text": "class ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo(*args, **kwargs)\n\nInterface definition for ObjectInfo messages.\n\nThe ObjectInfo message contains the full information about an object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSyz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSyz.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eSyz", + "title": "eSyz > eSyz > eSyz", + "section": "eSyz > eSyz", + "text": "property ConstantStrainLimits.eSyz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.store", - "href": "api/_autosummary/ansys.acp.core.ElementSet.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.store", - "href": "api/_autosummary/ansys.acp.core.ElementSet.store.html#ansys.acp.core.ElementSet.store", - "title": "store > store > store", - "section": "store > store", - "text": "ElementSet.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "TubeSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu23", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu23.html#nu23", + "title": "nu23", + "section": "nu23", + "text": "nu23" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu23", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu23.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu23", + "title": "nu23 > nu23 > nu23", + "section": "nu23 > nu23", + "text": "property ConstantEngineeringConstants.nu23: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.PlyType", + "href": "api/_autosummary/ansys.acp.core.PlyType.html#plytype", + "title": "PlyType", + "section": "PlyType", + "text": "Options for the material type of a ply.\nPlyType.REGULAR\n\nPlyType.WOVEN\n\nPlyType.ORTHOTROPIC_HOMOGENEOUS_CORE\n\nPlyType.ISOTROPIC_HOMOGENEOUS_CORE\n\nPlyType.HONEYCOMB_CORE\n\nPlyType.ISOTROPIC\n\nPlyType.UNDEFINED\n\nPlyType.ADHESIVE\n\nPlyType\nPlyType.REGULAR\nPlyType.WOVEN\nPlyType.ORTHOTROPIC_HOMOGENEOUS_CORE\nPlyType.ISOTROPIC_HOMOGENEOUS_CORE\nPlyType.HONEYCOMB_CORE\nPlyType.ISOTROPIC\nPlyType.UNDEFINED\nPlyType.ADHESIVE" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.PlyType", + "href": "api/_autosummary/ansys.acp.core.PlyType.html#ansys.acp.core.PlyType", + "title": "PlyType > PlyType > PlyType", + "section": "PlyType > PlyType", + "text": "class ansys.acp.core.PlyType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the material type of a ply.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nPlyType.REGULAR\n\n\n\nPlyType.WOVEN\n\n\n\nPlyType.ORTHOTROPIC_HOMOGENEOUS_CORE\n\n\n\nPlyType.ISOTROPIC_HOMOGENEOUS_CORE\n\n\n\nPlyType.HONEYCOMB_CORE\n\n\n\nPlyType.ISOTROPIC\n\n\n\nPlyType.UNDEFINED\n\n\n\nPlyType.ADHESIVE\n\n\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.PlyType", + "href": "api/_autosummary/ansys.acp.core.PlyType.html#examples-using-plytype", + "title": "PlyType > Examples using PlyType", + "section": "Examples using PlyType", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using PlyType" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.delete", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies.html#imported_production_plies", - "title": "imported_production_plies", - "section": "imported_production_plies", - "text": "imported_production_plies" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.delete", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.delete.html#ansys.acp.core.ImportedModelingPly.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "ImportedModelingPly.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies.html#ansys.acp.core.ImportedModelingPly.imported_production_plies", - "title": "imported_production_plies > imported_production_plies > imported_production_plies", - "section": "imported_production_plies > imported_production_plies", - "text": "property ImportedModelingPly.imported_production_plies: Mapping[ValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rsplit", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rsplit.html#rsplit", + "title": "rsplit", + "section": "rsplit", + "text": "Return a list of the substrings in the string, using sep as the separator string.\nThe separator used to split the string.\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\nMaximum number of splits.\n-1 (the default value) means no limit.\nSplitting starts at the end of the string and works to the front.\nrsplit" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.imported_production_plies.html#examples-using-importedmodelingplyimported_production_plies", - "title": "imported_production_plies > Examples using ImportedModelingPly.imported_production_plies", - "section": "Examples using ImportedModelingPly.imported_production_plies", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedModelingPly.imported_production_plies" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rsplit", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rsplit.html#ansys.acp.core.LaunchMode.rsplit", + "title": "rsplit > rsplit > rsplit", + "section": "rsplit > rsplit", + "text": "LaunchMode.rsplit(/, sep=None, maxsplit=-1)\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nsep\n\nThe separator used to split the string.\n\nWhen set to None (the default value), will split on any whitespace\ncharacter (including n r t f and spaces) and will discard\nempty strings from the result.\n\nmaxsplit\n\nMaximum number of splits.\n-1 (the default value) means no limit.\n\nSplitting starts at the end of the string and works to the front.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.name", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.name.html#name", + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.name.html#name", "title": "name", "section": "name", "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.name", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.name.html#ansys.acp.core.LookUpTable3DColumn.name", + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.name.html#ansys.acp.core.GeometricalSelectionRule.name", "title": "name > name > name", "section": "name > name", - "text": "property LookUpTable3DColumn.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "text": "property GeometricalSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.active", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.Model.edge_sets", + "href": "api/_autosummary/ansys.acp.core.Model.edge_sets.html#edge_sets", + "title": "edge_sets", + "section": "edge_sets", + "text": "edge_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.active", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.active.html#ansys.acp.core.CutOffGeometry.active", - "title": "active > active > active", - "section": "active > active", - "text": "property CutOffGeometry.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.edge_sets", + "href": "api/_autosummary/ansys.acp.core.Model.edge_sets.html#ansys.acp.core.Model.edge_sets", + "title": "edge_sets > edge_sets > edge_sets", + "section": "edge_sets > edge_sets", + "text": "property Model.edge_sets: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.nodal_data", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.Model.edge_sets", + "href": "api/_autosummary/ansys.acp.core.Model.edge_sets.html#examples-using-modeledge_sets", + "title": "edge_sets > Examples using Model.edge_sets", + "section": "Examples using Model.edge_sets", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nExamples using Model.edge_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.nodal_data", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.nodal_data.html#ansys.acp.core.OrientedSelectionSet.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property OrientedSelectionSet.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_ANGLE", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_ANGLE.html#draped_transverse_angle", + "title": "DRAPED_TRANSVERSE_ANGLE", + "section": "DRAPED_TRANSVERSE_ANGLE", + "text": "DRAPED_TRANSVERSE_ANGLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.relative_thickness_correction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.relative_thickness_correction.html#relative_thickness_correction", - "title": "relative_thickness_correction", - "section": "relative_thickness_correction", - "text": "relative_thickness_correction" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_ANGLE", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_ANGLE.html#ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_ANGLE", + "title": "DRAPED_TRANSVERSE_ANGLE > DRAPED_TRANSVERSE_ANGLE > DRAPED_TRANSVERSE_ANGLE", + "section": "DRAPED_TRANSVERSE_ANGLE > DRAPED_TRANSVERSE_ANGLE", + "text": "ElementalDataType.DRAPED_TRANSVERSE_ANGLE = 'draped_transverse_angle'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.relative_thickness_correction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.relative_thickness_correction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.relative_thickness_correction", - "title": "relative_thickness_correction > relative_thickness_correction > relative_thickness_correction", - "section": "relative_thickness_correction > relative_thickness_correction", - "text": "ModelingPlyElementalData.relative_thickness_correction: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.secondary_plies", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.secondary_plies.html#secondary_plies", + "title": "secondary_plies", + "section": "secondary_plies", + "text": "secondary_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export", - "href": "api/_autosummary/ansys.acp.core.SolidModel.export.html#export", - "title": "export", - "section": "export", - "text": "Export the solid model to a file.\npath (str | PathLike[str]) – Path to the file where the solid model is saved.\nformat (SolidModelExportFormat) – Format of the exported file. Available formats are \"ansys:h5\"\nand \"ansys:cdb\".\nexport\n\"ansys:h5\"\n\"ansys:cdb\"" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.secondary_plies", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.secondary_plies.html#ansys.acp.core.ButtJointSequence.secondary_plies", + "title": "secondary_plies > secondary_plies > secondary_plies", + "section": "secondary_plies > secondary_plies", + "text": "property ButtJointSequence.secondary_plies: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export", - "href": "api/_autosummary/ansys.acp.core.SolidModel.export.html#ansys.acp.core.SolidModel.export", - "title": "export > export > export", - "section": "export > export", - "text": "SolidModel.export(path, *, format)\n\nExport the solid model to a file.\n\nParameters\n\npath (str | PathLike[str]) – Path to the file where the solid model is saved.\n\nformat (SolidModelExportFormat) – Format of the exported file. Available formats are \"ansys:h5\"\nand \"ansys:cdb\".\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.html#virtualgeometrydimension", + "title": "VirtualGeometryDimension", + "section": "VirtualGeometryDimension", + "text": "Options for the dimension of a virtual geometry.\nVirtualGeometryDimension.UNKNOWN\n\nVirtualGeometryDimension.LINE\n\nVirtualGeometryDimension.SURFACE\n\nVirtualGeometryDimension.SOLID\n\nVirtualGeometryDimension\nVirtualGeometryDimension.UNKNOWN\nVirtualGeometryDimension.LINE\nVirtualGeometryDimension.SURFACE\nVirtualGeometryDimension.SOLID" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material", - "href": "api/_autosummary/ansys.acp.core.Material.html#material", - "title": "Material", - "section": "Material", - "text": "Instantiate a Material.\nThe active material property sets are determined by the ply_type. For\nexample, puck_constants are only active when the ply_type is either\nPlyType.REGULAR or PlyType.WOVEN.\nThe inactive property sets can still be set, but may not be accessible:\nFor stored materials, inactive property sets always return None.\nFor unstored materials, inactive property sets can be accessed. They\nreturn None after storing.\nname (str) – Name of the Material.\nply_type (PlyType) – Define the type of material such as core, uni-directional (regular), woven, or isotropic.\ndensity (ConstantDensity | None) – Define the density of the material.\nengineering_constants (ConstantEngineeringConstants | None) – Define the material stiffness (Young’s moduli, Poisson ratios and shear moduli).\nstress_limits (ConstantStressLimits | None) – Define the stress limits for the evaluation of failure criteria with ansys.dpf.composites.\nstrain_limits (ConstantStrainLimits | None) – Define the strain limits for the evaluation of failure criteria with ansys.dpf.composites.\npuck_constants (ConstantPuckConstants | None) – Define the puck constants for the evaluation of the Puck criterion with ansys.dpf.composites.\nwoven_characterization (ConstantWovenCharacterization | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_1 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_2 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_2 – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_stress_limits_1 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_stress_limits_2 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\ntsai_wu_constants (ConstantTsaiWuConstants | None) – Define the Tsai-Wu constants for the evaluation of the Tsai-Wu criterion\nwith ansys.dpf.composites.\nlarc_constants (ConstantLaRCConstants | None) – Define the LaRC constants for the evaluation of the LaRC criterion with\nansys.dpf.composites.\nfabric_fiber_angle (ConstantFabricFiberAngle | None) – Define the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\nAdded in ACP server version 24.2.\nMaterial.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nMaterial.delete()\nDelete the object.\nMaterial.store(parent)\nStore the object on the server.\nMaterial.density\n\nMaterial.engineering_constants\n\nMaterial.ext_id\n\nMaterial.fabric_fiber_angle\n\nMaterial.id\nIdentifier of the object, used for example as key in maps.\nMaterial.larc_constants\n\nMaterial.locked\n\nMaterial.name\nThe name of the object.\nMaterial.parent\nThe parent of the object.\nMaterial.ply_type\n\nMaterial.puck_constants\n\nMaterial.status\n\nMaterial.strain_limits\n\nMaterial.stress_limits\n\nMaterial.tsai_wu_constants\n\nMaterial.woven_characterization\n\nMaterial.woven_puck_constants_1\n\nMaterial.woven_puck_constants_2\n\nMaterial.woven_stress_limits_1\n\nMaterial.woven_stress_limits_2\n\nMaterial\nply_type\npuck_constants\nply_type\nPlyType.REGULAR\nPlyType.WOVEN\nNone\nNone\nMaterial.clone\nMaterial.delete\nMaterial.store\nMaterial.density\nMaterial.engineering_constants\nMaterial.ext_id\nMaterial.fabric_fiber_angle\nMaterial.id\nMaterial.larc_constants\nMaterial.locked\nMaterial.name\nMaterial.parent\nMaterial.ply_type\nMaterial.puck_constants\nMaterial.status\nMaterial.strain_limits\nMaterial.stress_limits\nMaterial.tsai_wu_constants\nMaterial.woven_characterization\nMaterial.woven_puck_constants_1\nMaterial.woven_puck_constants_2\nMaterial.woven_stress_limits_1\nMaterial.woven_stress_limits_2" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.html#ansys.acp.core.VirtualGeometryDimension", + "title": "VirtualGeometryDimension > VirtualGeometryDimension > VirtualGeometryDimension", + "section": "VirtualGeometryDimension > VirtualGeometryDimension", + "text": "class ansys.acp.core.VirtualGeometryDimension(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the dimension of a virtual geometry.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nVirtualGeometryDimension.UNKNOWN\n\n\n\nVirtualGeometryDimension.LINE\n\n\n\nVirtualGeometryDimension.SURFACE\n\n\n\nVirtualGeometryDimension.SOLID\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material", - "href": "api/_autosummary/ansys.acp.core.Material.html#ansys.acp.core.Material", - "title": "Material > Material > Material", - "section": "Material > Material", - "text": "class ansys.acp.core.Material(*, name='Material', ply_type='undefined', density=None, engineering_constants=None, stress_limits=None, strain_limits=None, puck_constants=None, woven_characterization=None, woven_puck_constants_1=None, woven_puck_constants_2=None, woven_stress_limits_1=None, woven_stress_limits_2=None, tsai_wu_constants=None, larc_constants=None, fabric_fiber_angle=None)\n\nInstantiate a Material.\n\nThe active material property sets are determined by the ply_type. For\nexample, puck_constants are only active when the ply_type is either\nPlyType.REGULAR or PlyType.WOVEN.\n\nThe inactive property sets can still be set, but may not be accessible:\n\nFor stored materials, inactive property sets always return None.\n\nFor unstored materials, inactive property sets can be accessed. They\nreturn None after storing.\n\nParameters\n\nname (str) – Name of the Material.\n\nply_type (PlyType) – Define the type of material such as core, uni-directional (regular), woven, or isotropic.\n\ndensity (ConstantDensity | None) – Define the density of the material.\n\nengineering_constants (ConstantEngineeringConstants | None) – Define the material stiffness (Young’s moduli, Poisson ratios and shear moduli).\n\nstress_limits (ConstantStressLimits | None) – Define the stress limits for the evaluation of failure criteria with ansys.dpf.composites.\n\nstrain_limits (ConstantStrainLimits | None) – Define the strain limits for the evaluation of failure criteria with ansys.dpf.composites.\n\npuck_constants (ConstantPuckConstants | None) – Define the puck constants for the evaluation of the Puck criterion with ansys.dpf.composites.\n\nwoven_characterization (ConstantWovenCharacterization | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_1 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_2 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_2 – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_stress_limits_1 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_stress_limits_2 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\ntsai_wu_constants (ConstantTsaiWuConstants | None) – Define the Tsai-Wu constants for the evaluation of the Tsai-Wu criterion\nwith ansys.dpf.composites.\n\nlarc_constants (ConstantLaRCConstants | None) – Define the LaRC constants for the evaluation of the LaRC criterion with\nansys.dpf.composites.\n\nfabric_fiber_angle (ConstantFabricFiberAngle | None) – Define the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nMaterial.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nMaterial.delete()\n\nDelete the object.\n\nMaterial.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nMaterial.density\n\n\n\nMaterial.engineering_constants\n\n\n\nMaterial.ext_id\n\n\n\nMaterial.fabric_fiber_angle\n\n\n\nMaterial.id\n\nIdentifier of the object, used for example as key in maps.\n\nMaterial.larc_constants\n\n\n\nMaterial.locked\n\n\n\nMaterial.name\n\nThe name of the object.\n\nMaterial.parent\n\nThe parent of the object.\n\nMaterial.ply_type\n\n\n\nMaterial.puck_constants\n\n\n\nMaterial.status\n\n\n\nMaterial.strain_limits\n\n\n\nMaterial.stress_limits\n\n\n\nMaterial.tsai_wu_constants\n\n\n\nMaterial.woven_characterization\n\n\n\nMaterial.woven_puck_constants_1\n\n\n\nMaterial.woven_puck_constants_2\n\n\n\nMaterial.woven_stress_limits_1\n\n\n\nMaterial.woven_stress_limits_2\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.elemental_data", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material", - "href": "api/_autosummary/ansys.acp.core.Material.html#examples-using-material", - "title": "Material > Examples using Material", - "section": "Examples using Material", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Material" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.elemental_data", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.elemental_data.html#ansys.acp.core.InterfaceLayer.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property InterfaceLayer.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SURFACE_NORMAL", - "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SURFACE_NORMAL.html#surface_normal", - "title": "SURFACE_NORMAL", - "section": "SURFACE_NORMAL", - "text": "SURFACE_NORMAL" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.interpolation_options.html#interpolation_options", + "title": "interpolation_options", + "section": "interpolation_options", + "text": "interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SURFACE_NORMAL", - "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SURFACE_NORMAL.html#ansys.acp.core.SolidModelOffsetDirectionType.SURFACE_NORMAL", - "title": "SURFACE_NORMAL > SURFACE_NORMAL > SURFACE_NORMAL", - "section": "SURFACE_NORMAL > SURFACE_NORMAL", - "text": "SolidModelOffsetDirectionType.SURFACE_NORMAL = 'surface_normal'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.interpolation_options.html#ansys.acp.core.material_property_sets.VariableStressLimits.interpolation_options", + "title": "interpolation_options > interpolation_options > interpolation_options", + "section": "interpolation_options > interpolation_options", + "text": "property VariableStressLimits.interpolation_options: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_y", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_y.html#rotation_angle_y", - "title": "rotation_angle_y", - "section": "rotation_angle_y", - "text": "rotation_angle_y" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isnumeric", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isnumeric.html#isnumeric", + "title": "isnumeric", + "section": "isnumeric", + "text": "Return True if the string is a numeric string, False otherwise.\nA string is numeric if all characters in the string are numeric and there is at\nleast one character in the string.\nisnumeric" }, { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_y", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_y.html#ansys.acp.core.CoordinateTransformation.rotation_angle_y", - "title": "rotation_angle_y > rotation_angle_y > rotation_angle_y", - "section": "rotation_angle_y > rotation_angle_y", - "text": "CoordinateTransformation.rotation_angle_y: float = 0.0\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isnumeric", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isnumeric.html#ansys.acp.core.LaunchMode.isnumeric", + "title": "isnumeric > isnumeric > isnumeric", + "section": "isnumeric > isnumeric", + "text": "LaunchMode.isnumeric(/)\n\nReturn True if the string is a numeric string, False otherwise.\n\nA string is numeric if all characters in the string are numeric and there is at\nleast one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent.name", - "href": "api/_autosummary/ansys.acp.core.CADComponent.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.html#importedsolidmodelexportsettings", + "title": "ImportedSolidModelExportSettings", + "section": "ImportedSolidModelExportSettings", + "text": "Defines the settings for exporting an imported solid model.\nuse_default_section_index (bool) – Use the default start index for sections.\nsection_index (int) – Custom start index for sections.\nOnly used if use_default_section_index is False.\nuse_default_coordinate_system_index (bool) – Use the default start index for coordinate systems.\ncoordinate_system_index (int) – Custom start index for coordinate systems.\nOnly used if use_default_coordinate_system_index is False.\nuse_default_material_index (bool) – Use the default start index for materials.\nmaterial_index (int) – Custom start index for materials.\nOnly used if use_default_material_index is False.\nuse_default_node_index (bool) – Use the default start index for nodes.\nnode_index (int) – Custom start index for nodes.\nOnly used if use_default_node_index is False.\nuse_default_element_index (bool) – Use the default start index for elements.\nelement_index (int) – Custom start index for elements.\nOnly used if use_default_element_index is False.\nuse_solsh_elements (bool) – When True, export linear layered elements as Solsh (Solid190).\ndrop_hanging_nodes (bool) – When True, the hanging nodes of quadratic solid meshes are dropped.\nuse_solid_model_prefix (bool) – Use the imported solid model name as a prefix for the exported file.\nAdded in ACP server version 25.1.\nImportedSolidModelExportSettings.coordinate_system_index\n\nImportedSolidModelExportSettings.drop_hanging_nodes\n\nImportedSolidModelExportSettings.element_index\n\nImportedSolidModelExportSettings.material_index\n\nImportedSolidModelExportSettings.node_index\n\nImportedSolidModelExportSettings.section_index\n\nImportedSolidModelExportSettings.use_default_coordinate_system_index\n\nImportedSolidModelExportSettings.use_default_element_index\n\nImportedSolidModelExportSettings.use_default_material_index\n\nImportedSolidModelExportSettings.use_default_node_index\n\nImportedSolidModelExportSettings.use_default_section_index\n\nImportedSolidModelExportSettings.use_solid_model_prefix\n\nImportedSolidModelExportSettings.use_solsh_elements\n\nImportedSolidModelExportSettings\nuse_default_section_index\nuse_default_coordinate_system_index\nuse_default_material_index\nuse_default_node_index\nuse_default_element_index\nImportedSolidModelExportSettings.coordinate_system_index\nImportedSolidModelExportSettings.drop_hanging_nodes\nImportedSolidModelExportSettings.element_index\nImportedSolidModelExportSettings.material_index\nImportedSolidModelExportSettings.node_index\nImportedSolidModelExportSettings.section_index\nImportedSolidModelExportSettings.use_default_coordinate_system_index\nImportedSolidModelExportSettings.use_default_element_index\nImportedSolidModelExportSettings.use_default_material_index\nImportedSolidModelExportSettings.use_default_node_index\nImportedSolidModelExportSettings.use_default_section_index\nImportedSolidModelExportSettings.use_solid_model_prefix\nImportedSolidModelExportSettings.use_solsh_elements" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent.name", - "href": "api/_autosummary/ansys.acp.core.CADComponent.name.html#ansys.acp.core.CADComponent.name", - "title": "name > name > name", - "section": "name > name", - "text": "property CADComponent.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.html#ansys.acp.core.ImportedSolidModelExportSettings", + "title": "ImportedSolidModelExportSettings > ImportedSolidModelExportSettings > ImportedSolidModelExportSettings", + "section": "ImportedSolidModelExportSettings > ImportedSolidModelExportSettings", + "text": "class ansys.acp.core.ImportedSolidModelExportSettings(*, use_default_section_index=True, section_index=0, use_default_coordinate_system_index=True, coordinate_system_index=0, use_default_material_index=True, material_index=0, use_default_node_index=True, node_index=0, use_default_element_index=True, element_index=0, use_solsh_elements=False, drop_hanging_nodes=True, use_solid_model_prefix=True, _parent_object=None, _pb_object=None, _attribute_path=None)\n\nDefines the settings for exporting an imported solid model.\n\nParameters\n\nuse_default_section_index (bool) – Use the default start index for sections.\n\nsection_index (int) – Custom start index for sections.\nOnly used if use_default_section_index is False.\n\nuse_default_coordinate_system_index (bool) – Use the default start index for coordinate systems.\n\ncoordinate_system_index (int) – Custom start index for coordinate systems.\nOnly used if use_default_coordinate_system_index is False.\n\nuse_default_material_index (bool) – Use the default start index for materials.\n\nmaterial_index (int) – Custom start index for materials.\nOnly used if use_default_material_index is False.\n\nuse_default_node_index (bool) – Use the default start index for nodes.\n\nnode_index (int) – Custom start index for nodes.\nOnly used if use_default_node_index is False.\n\nuse_default_element_index (bool) – Use the default start index for elements.\n\nelement_index (int) – Custom start index for elements.\nOnly used if use_default_element_index is False.\n\nuse_solsh_elements (bool) – When True, export linear layered elements as Solsh (Solid190).\n\ndrop_hanging_nodes (bool) – When True, the hanging nodes of quadratic solid meshes are dropped.\n\nuse_solid_model_prefix (bool) – Use the imported solid model name as a prefix for the exported file.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedSolidModelExportSettings.coordinate_system_index\n\n\n\nImportedSolidModelExportSettings.drop_hanging_nodes\n\n\n\nImportedSolidModelExportSettings.element_index\n\n\n\nImportedSolidModelExportSettings.material_index\n\n\n\nImportedSolidModelExportSettings.node_index\n\n\n\nImportedSolidModelExportSettings.section_index\n\n\n\nImportedSolidModelExportSettings.use_default_coordinate_system_index\n\n\n\nImportedSolidModelExportSettings.use_default_element_index\n\n\n\nImportedSolidModelExportSettings.use_default_material_index\n\n\n\nImportedSolidModelExportSettings.use_default_node_index\n\n\n\nImportedSolidModelExportSettings.use_default_section_index\n\n\n\nImportedSolidModelExportSettings.use_solid_model_prefix\n\n\n\nImportedSolidModelExportSettings.use_solsh_elements\n\n\n\n" }, { - "objectID": "examples/modeling_features/020-solid_model", - "href": "examples/modeling_features/020-solid_model.html#solid-model", - "title": "Solid Model", - "section": "Solid Model", - "text": "This example shows how to create and shape a solid model.\nThe solid model implements an extrusion algorithm which creates\na layered solid mesh based on the shell mesh and layup definition.\nThis solid mesh can be further processed by ExtrusionGuide,\nSnapToGeometry, and CutOffGeometry.\nImport the standard library and third-party dependencies.\nImport the PyACP dependencies.\nSolid Model\nExtrusionGuide\nSnapToGeometry\nCutOffGeometry" + "objectID": "api/internal", + "href": "api/internal.html#internal-objects", + "title": "Internal objects", + "section": "Internal objects", + "text": "The following objects are used internally by PyACP. They should not be used directly by the user, and\nare subject to change without notice.\n_model_printer.Node(label[, children])\nA node in a tree representation of the model.\n_server.common.ControllableServerProtocol(...)\nInterface definition for ACP servers which can be remotely started / stopped.\n_server.common.ServerProtocol(*args, **kwargs)\nInterface definition for ACP gRPC servers.\n_tree_objects._elemental_or_nodal_data.MeshDataT\nType variable.\n_tree_objects._elemental_or_nodal_data.ScalarDataT\nType variable.\n_tree_objects._grpc_helpers.edge_property_list.EdgePropertyList(*, ...)\nWrap graph edges of a specific type.\n_tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType(*kwargs)\nProtocol for the definition of ACP edge properties such as FabricWithAngle.\n_tree_objects._grpc_helpers.linked_object_list.ChildT\nType variable.\n_tree_objects._grpc_helpers.linked_object_list.LinkedObjectList(*, ...)\nList of linked tree objects.\n_tree_objects._grpc_helpers.mapping.CreatableValueT\nType variable.\n_tree_objects._grpc_helpers.mapping.Mapping(*, ...)\nMapping interface for collections of TreeObjects.\n_tree_objects._grpc_helpers.mapping.MutableMapping(*, ...)\nMutable mapping interface for collections of TreeObjects.\n_tree_objects._grpc_helpers.mapping.ValueT\nType variable.\n_tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath(...)\nInterface for objects that can be created from a resource path.\n_tree_objects._grpc_helpers.protocols.CreateRequest(...)\nInterface definition for CreateRequest messages.\n_tree_objects._grpc_helpers.protocols.ObjectInfo(...)\nInterface definition for ObjectInfo messages.\n_tree_objects._solid_model_export.SolidModelExportMixin([name])\nMixin class for adding export functionality to the solid model and imported solid model classes.\n_tree_objects.base.CreatableTreeObject([name])\nBase class for ACP objects which can be created.\n_tree_objects.base.ServerWrapper(channel, ...)\nWrapper for the connection to an ACP instance.\n_tree_objects.base.TreeObject([name])\nBase class for ACP objects which can be modified or deleted.\n_tree_objects.base.TreeObjectBase([name])\nBase class for ACP tree objects.\n_tree_objects.material.property_sets.wrapper.TC\nType variable.\n_tree_objects.material.property_sets.wrapper.TV\nType variable.\nInternal objects\n_model_printer.Node\n_server.common.ControllableServerProtocol\n_server.common.ServerProtocol\n_tree_objects._elemental_or_nodal_data.MeshDataT\n_tree_objects._elemental_or_nodal_data.ScalarDataT\n_tree_objects._grpc_helpers.edge_property_list.EdgePropertyList\n_tree_objects._grpc_helpers.edge_property_list.GenericEdgePropertyType\n_tree_objects._grpc_helpers.linked_object_list.ChildT\n_tree_objects._grpc_helpers.linked_object_list.LinkedObjectList\n_tree_objects._grpc_helpers.mapping.CreatableValueT\n_tree_objects._grpc_helpers.mapping.Mapping\n_tree_objects._grpc_helpers.mapping.MutableMapping\n_tree_objects._grpc_helpers.mapping.ValueT\n_tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath\n_tree_objects._grpc_helpers.protocols.CreateRequest\n_tree_objects._grpc_helpers.protocols.ObjectInfo\n_tree_objects._solid_model_export.SolidModelExportMixin\n_tree_objects.base.CreatableTreeObject\n_tree_objects.base.ServerWrapper\n_tree_objects.base.TreeObject\n_tree_objects.base.TreeObjectBase\n_tree_objects.material.property_sets.wrapper.TC\n_tree_objects.material.property_sets.wrapper.TV" }, { - "objectID": "examples/modeling_features/020-solid_model", - "href": "examples/modeling_features/020-solid_model.html#load-a-minimal-model", - "title": "Solid Model > Load a minimal model", - "section": "Load a minimal model", - "text": "Launch the PyACP server and connect to it.\nLoad the model from the input file.\nLoad a minimal model" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.html#solidelementsetelementaldata", + "title": "SolidElementSetElementalData", + "section": "SolidElementSetElementalData", + "text": "Represents elemental data for a Solid Element Set.\nSolidElementSetElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSolidElementSetElementalData.element_labels\n\nSolidElementSetElementalData\nSolidElementSetElementalData.get_pyvista_mesh\nSolidElementSetElementalData.element_labels" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.html#ansys.acp.core.mesh_data.SolidElementSetElementalData", + "title": "SolidElementSetElementalData > SolidElementSetElementalData > SolidElementSetElementalData", + "section": "SolidElementSetElementalData > SolidElementSetElementalData", + "text": "class ansys.acp.core.mesh_data.SolidElementSetElementalData(element_labels)\n\nRepresents elemental data for a Solid Element Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSolidElementSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidElementSetElementalData.element_labels\n\n\n\n\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.relative_thickness_correction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.relative_thickness_correction.html#relative_thickness_correction", + "title": "relative_thickness_correction", + "section": "relative_thickness_correction", + "text": "relative_thickness_correction" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.relative_thickness_correction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.relative_thickness_correction.html#ansys.acp.core.mesh_data.ModelElementalData.relative_thickness_correction", + "title": "relative_thickness_correction > relative_thickness_correction > relative_thickness_correction", + "section": "relative_thickness_correction > relative_thickness_correction", + "text": "ModelElementalData.relative_thickness_correction: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "examples/modeling_features/020-solid_model", - "href": "examples/modeling_features/020-solid_model.html#create-a-simple-layup", - "title": "Solid Model > Create a simple layup", - "section": "Create a simple layup", - "text": "%%\nAdd more layers to the modeling ply so that it is easier to see the\neffects of the selection rules.\nCreate a simple layup" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2.html#parameter_2", + "title": "parameter_2", + "section": "parameter_2", + "text": "Second template parameter of the selection rule.\nparameter_2" }, { - "objectID": "examples/modeling_features/020-solid_model", - "href": "examples/modeling_features/020-solid_model.html#create-an-initial-solid-model", - "title": "Solid Model > Create an initial solid model", - "section": "Create an initial solid model", - "text": "By default, the layup is extruded along the normal direction of the shell mesh.\nCreate an initial solid model" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2.html#ansys.acp.core.LinkedSelectionRule.parameter_2", + "title": "parameter_2 > parameter_2 > parameter_2", + "section": "parameter_2 > parameter_2", + "text": "property LinkedSelectionRule.parameter_2: float\n\nSecond template parameter of the selection rule.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/020-solid_model", - "href": "examples/modeling_features/020-solid_model.html#snap-the-top-to-a-geometry", - "title": "Solid Model > Snap the top to a geometry", - "section": "Snap the top to a geometry", - "text": "The SnapToGeometry allows to shape the bottom or top of the solid model.\nFirst, import the geometry and then add the snap-to feature to the solid model.\nSnap the top to a geometry\nSnapToGeometry" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_2.html#examples-using-linkedselectionruleparameter_2", + "title": "parameter_2 > Examples using LinkedSelectionRule.parameter_2", + "section": "Examples using LinkedSelectionRule.parameter_2", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LinkedSelectionRule.parameter_2" }, { - "objectID": "examples/modeling_features/020-solid_model", - "href": "examples/modeling_features/020-solid_model.html#shape-the-walls", - "title": "Solid Model > Shape the walls", - "section": "Shape the walls", - "text": "The ExtrusionGuide is used to shape the side walls of the solid model.\nThe feature can be defined by a direction as shown here or through a geometry.\nShape the walls\nExtrusionGuide" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.html#snaptogeometryorientationtype", + "title": "SnapToGeometryOrientationType", + "section": "SnapToGeometryOrientationType", + "text": "Determines which layup face a snap-to geometry is applies to. Note that the _UNDEFINED option should not be used. It is equivalent to using BOTTOM, and included only for compatibility with existing models.\nSnapToGeometryOrientationType.BOTTOM\n\nSnapToGeometryOrientationType.TOP\n\nSnapToGeometryOrientationType\n_UNDEFINED\nBOTTOM\nSnapToGeometryOrientationType.BOTTOM\nSnapToGeometryOrientationType.TOP" }, { - "objectID": "examples/modeling_features/020-solid_model", - "href": "examples/modeling_features/020-solid_model.html#cut-off-an-edge", - "title": "Solid Model > Cut-off an edge", - "section": "Cut-off an edge", - "text": "The CutOffGeometry is used to crop elements from the solid model.\nCut-off an edge\nCutOffGeometry" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.html#ansys.acp.core.SnapToGeometryOrientationType", + "title": "SnapToGeometryOrientationType > SnapToGeometryOrientationType > SnapToGeometryOrientationType", + "section": "SnapToGeometryOrientationType > SnapToGeometryOrientationType", + "text": "class ansys.acp.core.SnapToGeometryOrientationType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines which layup face a snap-to geometry is applies to. Note that the _UNDEFINED option should not be used. It is equivalent to using BOTTOM, and included only for compatibility with existing models.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSnapToGeometryOrientationType.BOTTOM\n\n\n\nSnapToGeometryOrientationType.TOP\n\n\n\n" }, { - "objectID": "examples/modeling_features/020-solid_model", - "href": "examples/modeling_features/020-solid_model.html#plot-results-on-the-solid-mesh", - "title": "Solid Model > Plot results on the solid mesh", - "section": "Plot results on the solid mesh", - "text": "The plotting capabilities also support the visualization of ply-wise results,\nsuch as directions or thicknesses as shown here.\nGet the analysis ply of interest\nPlot results on the solid mesh" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometryOrientationType.html#examples-using-snaptogeometryorientationtype", + "title": "SnapToGeometryOrientationType > Examples using SnapToGeometryOrientationType", + "section": "Examples using SnapToGeometryOrientationType", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SnapToGeometryOrientationType" }, { - "objectID": "examples/modeling_features/020-solid_model", - "href": "examples/modeling_features/020-solid_model.html#plot-fiber-directions", - "title": "Solid Model > Plot fiber directions", - "section": "Plot fiber directions", - "text": "Plot fiber directions" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "examples/modeling_features/020-solid_model", - "href": "examples/modeling_features/020-solid_model.html#plot-thicknesses", - "title": "Solid Model > Plot thicknesses", - "section": "Plot thicknesses", - "text": "Total running time of the script: (0 minutes 5.578 seconds)\nDownload Jupyter notebook: 020-solid_model.ipynb\nDownload Python source code: 020-solid_model.py\nDownload zipped: 020-solid_model.zip\nGallery generated by Sphinx-Gallery\nPlot thicknesses\nDownload Jupyter notebook: 020-solid_model.ipynb\nDownload Python source code: 020-solid_model.py\nDownload zipped: 020-solid_model.zip" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "SphericalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.html#virtualgeometry", - "title": "VirtualGeometry", - "section": "VirtualGeometry", - "text": "Instantiate a Virtual Geometry.\nThe virtual geometry can be created from a set of CAD components or from a set of SubShapes.\nCombining CAD Components and SubShapes is not allowed.\nname (str) – Name of the Virtual Geometry.\ncad_components (Iterable[CADComponent] | None) – CAD Components that make up the virtual geometry.\nsub_shapes (Iterable[SubShape] | None) – SubShapes that make up the virtual geometry.\nAdded in ACP server version 24.2.\nVirtualGeometry.add_sub_shape(cad_geometry, path)\nAdd a SubShape to the VirtualGeometry.\nVirtualGeometry.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nVirtualGeometry.delete()\nDelete the object.\nVirtualGeometry.set_cad_components(...)\nSet the sub-shapes to match the given CADComponents.\nVirtualGeometry.store(parent)\nStore the object on the server.\nVirtualGeometry.dimension\n\nVirtualGeometry.id\nIdentifier of the object, used for example as key in maps.\nVirtualGeometry.name\nThe name of the object.\nVirtualGeometry.parent\nThe parent of the object.\nVirtualGeometry.status\n\nVirtualGeometry.sub_shapes\n\nVirtualGeometry\nVirtualGeometry.add_sub_shape\nVirtualGeometry.clone\nVirtualGeometry.delete\nVirtualGeometry.set_cad_components\nVirtualGeometry.store\nVirtualGeometry.dimension\nVirtualGeometry.id\nVirtualGeometry.name\nVirtualGeometry.parent\nVirtualGeometry.status\nVirtualGeometry.sub_shapes" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions", + "href": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions.html#export_shell_composite_definitions", + "title": "export_shell_composite_definitions", + "section": "export_shell_composite_definitions", + "text": "Export the lay-up of the shell as HDF5 used by DPF Composites or Mechanical.\npath (str | PathLike[str]) – File path. Eg. /tmp/ACPCompositeDefinitions.h5\nexport_shell_composite_definitions" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.html#ansys.acp.core.VirtualGeometry", - "title": "VirtualGeometry > VirtualGeometry > VirtualGeometry", - "section": "VirtualGeometry > VirtualGeometry", - "text": "class ansys.acp.core.VirtualGeometry(*, name='VirtualGeometry', cad_components=None, sub_shapes=None)\n\nInstantiate a Virtual Geometry.\n\nThe virtual geometry can be created from a set of CAD components or from a set of SubShapes.\nCombining CAD Components and SubShapes is not allowed.\n\nParameters\n\nname (str) – Name of the Virtual Geometry.\n\ncad_components (Iterable[CADComponent] | None) – CAD Components that make up the virtual geometry.\n\nsub_shapes (Iterable[SubShape] | None) – SubShapes that make up the virtual geometry.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nVirtualGeometry.add_sub_shape(cad_geometry, path)\n\nAdd a SubShape to the VirtualGeometry.\n\nVirtualGeometry.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nVirtualGeometry.delete()\n\nDelete the object.\n\nVirtualGeometry.set_cad_components(...)\n\nSet the sub-shapes to match the given CADComponents.\n\nVirtualGeometry.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nVirtualGeometry.dimension\n\n\n\nVirtualGeometry.id\n\nIdentifier of the object, used for example as key in maps.\n\nVirtualGeometry.name\n\nThe name of the object.\n\nVirtualGeometry.parent\n\nThe parent of the object.\n\nVirtualGeometry.status\n\n\n\nVirtualGeometry.sub_shapes\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions", + "href": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions.html#ansys.acp.core.Model.export_shell_composite_definitions", + "title": "export_shell_composite_definitions > export_shell_composite_definitions > export_shell_composite_definitions", + "section": "export_shell_composite_definitions > export_shell_composite_definitions", + "text": "Model.export_shell_composite_definitions(path)\n\nExport the lay-up of the shell as HDF5 used by DPF Composites or Mechanical.\n\nParameters\n\npath (str | PathLike[str]) – File path. Eg. /tmp/ACPCompositeDefinitions.h5\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.html#examples-using-virtualgeometry", - "title": "VirtualGeometry > Examples using VirtualGeometry", - "section": "Examples using VirtualGeometry", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using VirtualGeometry" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions", + "href": "api/_autosummary/ansys.acp.core.Model.export_shell_composite_definitions.html#examples-using-modelexport_shell_composite_definitions", + "title": "export_shell_composite_definitions > Examples using Model.export_shell_composite_definitions", + "section": "Examples using Model.export_shell_composite_definitions", + "text": "sphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.export_shell_composite_definitions" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.startswith", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.startswith.html#startswith", - "title": "startswith", - "section": "startswith", - "text": "Return True if S starts with the specified prefix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nprefix can also be a tuple of strings to try.\nstartswith" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.delete", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.startswith", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.startswith.html#ansys.acp.core.LaunchMode.startswith", - "title": "startswith > startswith > startswith", - "section": "startswith > startswith", - "text": "LaunchMode.startswith(prefix, [start, [end]]) -> bool\n\nReturn True if S starts with the specified prefix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nprefix can also be a tuple of strings to try.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.delete", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.delete.html#ansys.acp.core.SnapToGeometry.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "SnapToGeometry.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig", - "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.html#directlaunchconfig", - "title": "DirectLaunchConfig", - "section": "DirectLaunchConfig", - "text": "Configuration options for launching ACP as a sub-process.\nDirectLaunchConfig.binary_path\n\nDirectLaunchConfig.stderr_file\n\nDirectLaunchConfig.stdout_file\n\nDirectLaunchConfig\nDirectLaunchConfig.binary_path\nDirectLaunchConfig.stderr_file\nDirectLaunchConfig.stdout_file" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_section_cut", + "href": "api/_autosummary/ansys.acp.core.Model.create_section_cut.html#create_section_cut", + "title": "create_section_cut", + "section": "create_section_cut", + "text": "Instantiate a Section Cut.\nname (str) – Name of the section cut.\nactive (bool) – Inactive section cuts are not evaluated.\norigin (tuple[float, float, float]) – Defines the origin of the section cut plane.\nnormal (tuple[float, float, float]) – Defines the normal vector of the section cut plane.\nin_plane_reference_direction1 (tuple[float, float, float]) – Defines the in-plane transverse direction of the beam. Used for the surface\nsection cut and section cut measures.\nscope_entire_model (bool) – If True, the section cut is applied to the entire model. Otherwise, the\nsection cut is applied only to the element sets specified in\nscope_element_sets.\nscope_element_sets (Sequence[ElementSet]) – The element sets to which the section cut is applied. Used only if\nscope_entire_model is False.\nextrusion_type (ExtrusionType) – Determines the extrusion method used to create the section cut.\nscale_factor (float) – Scale factor applied to the ply thicknesses.\ncore_scale_factor (float) – Scale factor applied to the core thicknesses.\nsection_cut_type (SectionCutType) – Determines whether the section cut is extruded by modeling ply, production\nply, or analysis ply.\nintersection_type (IntersectionType) – Determines the method used to compute a wire frame section cut. Used only\nif extrusion_type is ExtrusionType.WIRE_FRAME.\nuse_default_tolerance (bool) – If True, the segment tolerance is computed as 0.1% of the averaged element size.\nOtherwise, the tolerance value is used.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED.\ntolerance (float) – Defines the minimum length of the segments. Segments shorter than this value\nare merged.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED, and use_default_tolerance is\nFalse.\nuse_default_interpolation_settings (bool) – If True, default interpolation settings are used by the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED.\nsearch_radius (float) – Search radius of the interpolation algorithm used in the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\nnumber_of_interpolation_points (int) – Number of interpolation points of the interpolation algorithm used in the\nsweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\nSectionCut\nAdded in ACP server version 25.1.\ncreate_section_cut\nscope_element_sets\nscope_entire_model\nextrusion_type\nExtrusionType.WIRE_FRAME\ntolerance\nextrusion_type\nExtrusionType.SURFACE_NORMAL\nExtrusionType.SURFACE_SWEEP_BASED\nextrusion_type\nExtrusionType.SURFACE_NORMAL\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_tolerance\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_interpolation_settings\nextrusion_type\nExtrusionType.SURFACE_SWEEP_BASED\nuse_default_interpolation_settings" }, { - "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig", - "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.html#ansys.acp.core.DirectLaunchConfig", - "title": "DirectLaunchConfig > DirectLaunchConfig > DirectLaunchConfig", - "section": "DirectLaunchConfig > DirectLaunchConfig", - "text": "class ansys.acp.core.DirectLaunchConfig(binary_path='', stdout_file='/dev/null', stderr_file='/dev/null')\n\nConfiguration options for launching ACP as a sub-process.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nDirectLaunchConfig.binary_path\n\n\n\nDirectLaunchConfig.stderr_file\n\n\n\nDirectLaunchConfig.stdout_file\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_section_cut", + "href": "api/_autosummary/ansys.acp.core.Model.create_section_cut.html#ansys.acp.core.Model.create_section_cut", + "title": "create_section_cut > create_section_cut > create_section_cut", + "section": "create_section_cut > create_section_cut", + "text": "Model.create_section_cut(*, name='SectionCut', active=True, origin=(0.0, 0.0, 0.0), normal=(0.0, 0.0, 1.0), in_plane_reference_direction1=(1.0, 0.0, 0.0), scope_entire_model=True, scope_element_sets=(), extrusion_type='wire_frame', scale_factor=1.0, core_scale_factor=1.0, section_cut_type='modeling_ply_wise', intersection_type='normal_to_surface', use_default_tolerance=True, tolerance=0.0, use_default_interpolation_settings=True, search_radius=0.0, number_of_interpolation_points=1)\n\nInstantiate a Section Cut.\n\nParameters\n\nname (str) – Name of the section cut.\n\nactive (bool) – Inactive section cuts are not evaluated.\n\norigin (tuple[float, float, float]) – Defines the origin of the section cut plane.\n\nnormal (tuple[float, float, float]) – Defines the normal vector of the section cut plane.\n\nin_plane_reference_direction1 (tuple[float, float, float]) – Defines the in-plane transverse direction of the beam. Used for the surface\nsection cut and section cut measures.\n\nscope_entire_model (bool) – If True, the section cut is applied to the entire model. Otherwise, the\nsection cut is applied only to the element sets specified in\nscope_element_sets.\n\nscope_element_sets (Sequence[ElementSet]) – The element sets to which the section cut is applied. Used only if\nscope_entire_model is False.\n\nextrusion_type (ExtrusionType) – Determines the extrusion method used to create the section cut.\n\nscale_factor (float) – Scale factor applied to the ply thicknesses.\n\ncore_scale_factor (float) – Scale factor applied to the core thicknesses.\n\nsection_cut_type (SectionCutType) – Determines whether the section cut is extruded by modeling ply, production\nply, or analysis ply.\n\nintersection_type (IntersectionType) – Determines the method used to compute a wire frame section cut. Used only\nif extrusion_type is ExtrusionType.WIRE_FRAME.\n\nuse_default_tolerance (bool) – If True, the segment tolerance is computed as 0.1% of the averaged element size.\nOtherwise, the tolerance value is used.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED.\n\ntolerance (float) – Defines the minimum length of the segments. Segments shorter than this value\nare merged.\nUsed only if extrusion_type is ExtrusionType.SURFACE_NORMAL or\nExtrusionType.SURFACE_SWEEP_BASED, and use_default_tolerance is\nFalse.\n\nuse_default_interpolation_settings (bool) – If True, default interpolation settings are used by the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED.\n\nsearch_radius (float) – Search radius of the interpolation algorithm used in the sweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\n\nnumber_of_interpolation_points (int) – Number of interpolation points of the interpolation algorithm used in the\nsweep-based extrusion.\nUsed only if extrusion_type is ExtrusionType.SURFACE_SWEEP_BASED and\nuse_default_interpolation_settings is False.\n\nReturn type\n\nSectionCut\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field.html#thickness_field", - "title": "thickness_field", - "section": "thickness_field", - "text": "thickness_field" + "objectID": "api/_autosummary/ansys.acp.core.Material.strain_limits", + "href": "api/_autosummary/ansys.acp.core.Material.strain_limits.html#strain_limits", + "title": "strain_limits", + "section": "strain_limits", + "text": "strain_limits" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field.html#ansys.acp.core.ModelingPly.thickness_field", - "title": "thickness_field > thickness_field > thickness_field", - "section": "thickness_field > thickness_field", - "text": "property ModelingPly.thickness_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.strain_limits", + "href": "api/_autosummary/ansys.acp.core.Material.strain_limits.html#ansys.acp.core.Material.strain_limits", + "title": "strain_limits > strain_limits > strain_limits", + "section": "strain_limits > strain_limits", + "text": "property Material.strain_limits: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_field.html#examples-using-modelingplythickness_field", - "title": "thickness_field > Examples using ModelingPly.thickness_field", - "section": "Examples using ModelingPly.thickness_field", - "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ModelingPly.thickness_field" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.shell_mesh.html#ansys.acp.core.OrientedSelectionSet.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property OrientedSelectionSet.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.name.html#ansys.acp.core.TubeSelectionRule.name", - "title": "name > name > name", - "section": "name > name", - "text": "property TubeSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_material_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_material_index.html#use_default_material_index", - "title": "use_default_material_index", - "section": "use_default_material_index", - "text": "use_default_material_index" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.AnalysisPlyNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "AnalysisPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_material_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.use_default_material_index.html#ansys.acp.core.ImportedSolidModelExportSettings.use_default_material_index", - "title": "use_default_material_index > use_default_material_index > use_default_material_index", - "section": "use_default_material_index > use_default_material_index", - "text": "property ImportedSolidModelExportSettings.use_default_material_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.mesh", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.id", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.mesh", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.mesh.html#ansys.acp.core.ModelingGroup.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property ModelingGroup.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.id", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.id.html#ansys.acp.core.ButtJointSequence.id", - "title": "id > id > id", - "section": "id > id", - "text": "property ButtJointSequence.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SOLID", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SOLID.html#solid", + "title": "SOLID", + "section": "SOLID", + "text": "SOLID" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_cut_off_type", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_cut_off_type.html#ply_cut_off_type", - "title": "ply_cut_off_type", - "section": "ply_cut_off_type", - "text": "ply_cut_off_type" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SOLID", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.SOLID.html#ansys.acp.core.VirtualGeometryDimension.SOLID", + "title": "SOLID > SOLID > SOLID", + "section": "SOLID > SOLID", + "text": "VirtualGeometryDimension.SOLID = 'solid'\n\n" }, - { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_cut_off_type", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_cut_off_type.html#ansys.acp.core.CutOffSelectionRule.ply_cut_off_type", - "title": "ply_cut_off_type > ply_cut_off_type > ply_cut_off_type", - "section": "ply_cut_off_type > ply_cut_off_type", - "text": "property CutOffSelectionRule.ply_cut_off_type: Any\n\n!! processed by numpydoc !!" + { + "objectID": "api/mesh_data", + "href": "api/mesh_data.html#mesh-data-objects", + "title": "Mesh data objects", + "section": "Mesh data objects", + "text": "AnalysisPlyElementalData(element_labels[, ...])\nRepresents elemental data for a Analysis Ply.\nAnalysisPlyNodalData(node_labels[, ply_offset])\nRepresents nodal data for an Analysis Ply.\nBooleanSelectionRuleElementalData(element_labels)\nRepresents elemental data for a Boolean Selection Rule.\nBooleanSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Boolean Selection Rule.\nCutOffSelectionRuleElementalData(element_labels)\nRepresents elemental data for a Cut-Off Selection Rule.\nCutOffSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Cut-Off Selection Rule.\nCylindricalSelectionRuleElementalData(...[, ...])\nRepresents elemental data for a Cylindrical Selection Rule.\nCylindricalSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Cylindrical Selection Rule.\nElementSetElementalData(element_labels[, normal])\nRepresents elemental data for an Element Set.\nElementSetNodalData(node_labels)\nRepresents nodal data for an Element Set.\nGeometricalSelectionRuleElementalData(...[, ...])\nRepresents elemental data for a Geometrical Selection Rule.\nGeometricalSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Geometrical Selection Rule.\nImportedSolidModelElementalData(element_labels)\nRepresents elemental data for an imported solid model.\nImportedSolidModelNodalData(node_labels)\nRepresents nodal data for an imported solid model.\nMeshData(node_labels, node_coordinates, ...)\nContainer for the mesh data of an ACP Model.\nModelElementalData(element_labels[, normal, ...])\nRepresents elemental data for a Model.\nModelingPlyElementalData(element_labels[, ...])\nRepresents elemental data for a Modeling Ply.\nModelingPlyNodalData(node_labels[, ply_offset])\nRepresents nodal data for a Modeling Ply.\nModelNodalData(node_labels)\nRepresents nodal data for a Model.\nOrientedSelectionSetElementalData(element_labels)\nRepresents elemental data for an Oriented Selection Set.\nOrientedSelectionSetNodalData(node_labels)\nRepresents nodal data for an Oriented Selection Set.\nParallelSelectionRuleElementalData(...[, normal])\nRepresents elemental data for a Parallel Selection Rule.\nParallelSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Parallel Selection Rule.\nProductionPlyElementalData(element_labels[, ...])\nRepresents elemental data for a Production Ply.\nProductionPlyNodalData(node_labels, ply_offset)\nRepresents nodal data for a Production Ply.\nScalarData(field_names, labels, values, ...)\nClass that encapsulates scalar data.\nSolidElementSetElementalData(element_labels)\nRepresents elemental data for a Solid Element Set.\nSolidElementSetNodalData(node_labels)\nRepresents nodal data for a Solid Element Set.\nSolidModelElementalData(element_labels[, normal])\nRepresents elemental data for a Solid Model.\nSolidModelNodalData(node_labels)\nRepresents nodal data for a Solid Model.\nSphericalSelectionRuleElementalData(...[, ...])\nRepresents elemental data for a Spherical Selection Rule.\nSphericalSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Spherical Selection Rule.\nTriangleMesh(node_coordinates, element_nodes)\nRepresents a mesh consisting of triangle faces only.\nTubeSelectionRuleElementalData(element_labels)\nRepresents elemental data for a Tube Selection Rule.\nTubeSelectionRuleNodalData(node_labels)\nRepresents nodal data for a Tube Selection Rule.\nVariableOffsetSelectionRuleElementalData(...)\nRepresents elemental data for a VariableOffset Selection Rule.\nVariableOffsetSelectionRuleNodalData(node_labels)\nRepresents nodal data for a VariableOffset Selection Rule.\nVectorData(field_names, labels, values, ...)\nClass that encapsulates vector data.\nMesh data objects\nAnalysisPlyElementalData\nAnalysisPlyNodalData\nBooleanSelectionRuleElementalData\nBooleanSelectionRuleNodalData\nCutOffSelectionRuleElementalData\nCutOffSelectionRuleNodalData\nCylindricalSelectionRuleElementalData\nCylindricalSelectionRuleNodalData\nElementSetElementalData\nElementSetNodalData\nGeometricalSelectionRuleElementalData\nGeometricalSelectionRuleNodalData\nImportedSolidModelElementalData\nImportedSolidModelNodalData\nMeshData\nModelElementalData\nModelingPlyElementalData\nModelingPlyNodalData\nModelNodalData\nOrientedSelectionSetElementalData\nOrientedSelectionSetNodalData\nParallelSelectionRuleElementalData\nParallelSelectionRuleNodalData\nProductionPlyElementalData\nProductionPlyNodalData\nScalarData\nSolidElementSetElementalData\nSolidElementSetNodalData\nSolidModelElementalData\nSolidModelNodalData\nSphericalSelectionRuleElementalData\nSphericalSelectionRuleNodalData\nTriangleMesh\nTubeSelectionRuleElementalData\nTubeSelectionRuleNodalData\nVariableOffsetSelectionRuleElementalData\nVariableOffsetSelectionRuleNodalData\nVectorData" }, { - "objectID": "user_guide/concepts/index", - "href": "user_guide/concepts/index.html#concepts", - "title": "Concepts", - "section": "Concepts", - "text": "These guides explain the PyACP concepts.\nConcepts" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.element_sets", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.element_sets.html#element_sets", + "title": "element_sets", + "section": "element_sets", + "text": "element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.auto_draping_direction", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.auto_draping_direction.html#auto_draping_direction", - "title": "auto_draping_direction", - "section": "auto_draping_direction", - "text": "auto_draping_direction" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.element_sets", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.element_sets.html#ansys.acp.core.ShellMappingProperties.element_sets", + "title": "element_sets > element_sets > element_sets", + "section": "element_sets > element_sets", + "text": "ShellMappingProperties.element_sets: Sequence[ElementSet] = ()\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.auto_draping_direction", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.auto_draping_direction.html#ansys.acp.core.ModelingPly.auto_draping_direction", - "title": "auto_draping_direction > auto_draping_direction > auto_draping_direction", - "section": "auto_draping_direction > auto_draping_direction", - "text": "property ModelingPly.auto_draping_direction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.html#constantdensity", + "title": "ConstantDensity", + "section": "ConstantDensity", + "text": "Constant density material property set.\nAdded in ACP server version 24.2.\nConstantDensity.rho\n\nConstantDensity\nConstantDensity.rho" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.solid_mesh.html#solid_mesh", - "title": "solid_mesh", - "section": "solid_mesh", - "text": "Solid mesh associated with the object.\nsolid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.html#ansys.acp.core.material_property_sets.ConstantDensity", + "title": "ConstantDensity > ConstantDensity > ConstantDensity", + "section": "ConstantDensity > ConstantDensity", + "text": "class ansys.acp.core.material_property_sets.ConstantDensity(*, rho=0.0, _parent_object=None, _attribute_path=None)\n\nConstant density material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantDensity.rho\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.solid_mesh.html#ansys.acp.core.SolidElementSet.solid_mesh", - "title": "solid_mesh > solid_mesh > solid_mesh", - "section": "solid_mesh > solid_mesh", - "text": "property SolidElementSet.solid_mesh: MeshData\n\nSolid mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.html#examples-using-constantdensity", + "title": "ConstantDensity > Examples using ConstantDensity", + "section": "Examples using ConstantDensity", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ConstantDensity" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.solid_element_sets", - "href": "api/_autosummary/ansys.acp.core.SolidModel.solid_element_sets.html#solid_element_sets", - "title": "solid_element_sets", - "section": "solid_element_sets", - "text": "solid_element_sets" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xc.html#xc", + "title": "Xc", + "section": "Xc", + "text": "Xc" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.solid_element_sets", - "href": "api/_autosummary/ansys.acp.core.SolidModel.solid_element_sets.html#ansys.acp.core.SolidModel.solid_element_sets", - "title": "solid_element_sets > solid_element_sets > solid_element_sets", - "section": "solid_element_sets > solid_element_sets", - "text": "property SolidModel.solid_element_sets: Mapping[ValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xc.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Xc", + "title": "Xc > Xc > Xc", + "section": "Xc > Xc", + "text": "property VariableWovenStressLimits.Xc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.production_plies", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.production_plies.html#production_plies", - "title": "production_plies", - "section": "production_plies", - "text": "production_plies" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.area_weight", + "href": "api/_autosummary/ansys.acp.core.Stackup.area_weight.html#area_weight", + "title": "area_weight", + "section": "area_weight", + "text": "area_weight" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.production_plies", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.production_plies.html#ansys.acp.core.ModelingPly.production_plies", - "title": "production_plies > production_plies > production_plies", - "section": "production_plies > production_plies", - "text": "property ModelingPly.production_plies: Mapping[ValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.area_weight", + "href": "api/_autosummary/ansys.acp.core.Stackup.area_weight.html#ansys.acp.core.Stackup.area_weight", + "title": "area_weight > area_weight > area_weight", + "section": "area_weight > area_weight", + "text": "property Stackup.area_weight: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.rosette", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.rosette.html#rosette", - "title": "rosette", - "section": "rosette", - "text": "rosette" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes.html#root_shapes", + "title": "root_shapes", + "section": "root_shapes", + "text": "root_shapes" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.rosette", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.rosette.html#ansys.acp.core.SamplingPoint.rosette", - "title": "rosette > rosette > rosette", - "section": "rosette > rosette", - "text": "property SamplingPoint.rosette: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes.html#ansys.acp.core.CADGeometry.root_shapes", + "title": "root_shapes > root_shapes > root_shapes", + "section": "root_shapes > root_shapes", + "text": "property CADGeometry.root_shapes: Mapping[ValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.APPEND", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.APPEND.html#append", - "title": "APPEND", - "section": "APPEND", - "text": "APPEND" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.root_shapes.html#examples-using-cadgeometryroot_shapes", + "title": "root_shapes > Examples using CADGeometry.root_shapes", + "section": "Examples using CADGeometry.root_shapes", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using CADGeometry.root_shapes" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.APPEND", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEImportMode.APPEND.html#ansys.acp.core.HDF5CompositeCAEImportMode.APPEND", - "title": "APPEND > APPEND > APPEND", - "section": "APPEND > APPEND", - "text": "HDF5CompositeCAEImportMode.APPEND = 'append'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.delete", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.angle", - "href": "api/_autosummary/ansys.acp.core.TaperEdge.angle.html#angle", - "title": "angle", - "section": "angle", - "text": "Angle between the cutting plane and the reference surface.\nangle" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.delete", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.delete.html#ansys.acp.core.ImportedModelingGroup.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "ImportedModelingGroup.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.angle", - "href": "api/_autosummary/ansys.acp.core.TaperEdge.angle.html#ansys.acp.core.TaperEdge.angle", - "title": "angle > angle > angle", - "section": "angle > angle", - "text": "property TaperEdge.angle: float\n\nAngle between the cutting plane and the reference surface.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADComponent.name", + "href": "api/_autosummary/ansys.acp.core.CADComponent.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_2.html#g23_2", - "title": "G23_2", - "section": "G23_2", - "text": "G23_2" + "objectID": "api/_autosummary/ansys.acp.core.CADComponent.name", + "href": "api/_autosummary/ansys.acp.core.CADComponent.name.html#ansys.acp.core.CADComponent.name", + "title": "name > name > name", + "section": "name > name", + "text": "property CADComponent.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_2", - "title": "G23_2 > G23_2 > G23_2", - "section": "G23_2 > G23_2", - "text": "property ConstantWovenCharacterization.G23_2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.cut_off_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.cut_off_selection_rules.html#cut_off_selection_rules", + "title": "cut_off_selection_rules", + "section": "cut_off_selection_rules", + "text": "cut_off_selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.edge_set", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.edge_set.html#edge_set", - "title": "edge_set", - "section": "edge_set", - "text": "edge_set" + "objectID": "api/_autosummary/ansys.acp.core.Model.cut_off_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.cut_off_selection_rules.html#ansys.acp.core.Model.cut_off_selection_rules", + "title": "cut_off_selection_rules > cut_off_selection_rules > cut_off_selection_rules", + "section": "cut_off_selection_rules > cut_off_selection_rules", + "text": "property Model.cut_off_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.edge_set", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.edge_set.html#ansys.acp.core.VariableOffsetSelectionRule.edge_set", - "title": "edge_set > edge_set > edge_set", - "section": "edge_set > edge_set", - "text": "property VariableOffsetSelectionRule.edge_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xt.html#xt", + "title": "Xt", + "section": "Xt", + "text": "Xt" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_1", - "href": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_1.html#woven_puck_constants_1", - "title": "woven_puck_constants_1", - "section": "woven_puck_constants_1", - "text": "woven_puck_constants_1" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xt.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Xt", + "title": "Xt > Xt > Xt", + "section": "Xt > Xt", + "text": "property ConstantWovenStressLimits.Xt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_1", - "href": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_1.html#ansys.acp.core.Material.woven_puck_constants_1", - "title": "woven_puck_constants_1 > woven_puck_constants_1 > woven_puck_constants_1", - "section": "woven_puck_constants_1 > woven_puck_constants_1", - "text": "property Material.woven_puck_constants_1: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies", + "href": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies.html#analysis_plies", + "title": "analysis_plies", + "section": "analysis_plies", + "text": "analysis_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYc.html#eyc", - "title": "eYc", - "section": "eYc", - "text": "eYc" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies", + "href": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies.html#ansys.acp.core.SolidModel.analysis_plies", + "title": "analysis_plies > analysis_plies > analysis_plies", + "section": "analysis_plies > analysis_plies", + "text": "property SolidModel.analysis_plies: Mapping[ValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYc.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eYc", - "title": "eYc > eYc > eYc", - "section": "eYc > eYc", - "text": "property VariableStrainLimits.eYc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies", + "href": "api/_autosummary/ansys.acp.core.SolidModel.analysis_plies.html#examples-using-solidmodelanalysis_plies", + "title": "analysis_plies > Examples using SolidModel.analysis_plies", + "section": "Examples using SolidModel.analysis_plies", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SolidModel.analysis_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.capitalize", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.capitalize.html#capitalize", - "title": "capitalize", - "section": "capitalize", - "text": "Return a capitalized version of the string.\nMore specifically, make the first character have upper case and the rest lower\ncase.\ncapitalize" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SURFACE_NORMAL", + "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SURFACE_NORMAL.html#surface_normal", + "title": "SURFACE_NORMAL", + "section": "SURFACE_NORMAL", + "text": "SURFACE_NORMAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.capitalize", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.capitalize.html#ansys.acp.core.material_property_sets.PuckMaterialType.capitalize", - "title": "capitalize > capitalize > capitalize", - "section": "capitalize > capitalize", - "text": "PuckMaterialType.capitalize(/)\n\nReturn a capitalized version of the string.\n\nMore specifically, make the first character have upper case and the rest lower\ncase.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SURFACE_NORMAL", + "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SURFACE_NORMAL.html#ansys.acp.core.SolidModelOffsetDirectionType.SURFACE_NORMAL", + "title": "SURFACE_NORMAL > SURFACE_NORMAL > SURFACE_NORMAL", + "section": "SURFACE_NORMAL > SURFACE_NORMAL", + "text": "SolidModelOffsetDirectionType.SURFACE_NORMAL = 'surface_normal'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.get_pyvista_glyphs", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.get_pyvista_glyphs.html#get_pyvista_glyphs", - "title": "get_pyvista_glyphs", - "section": "get_pyvista_glyphs", - "text": "Get a pyvista glyph object from the vector data.\nmesh (MeshData) – The mesh to which the data is associated.\nculling_factor (int) – If set to a value other than 1, add only every n-th data\npoint to the PyVista object. This is useful especially for\nvector data, where the arrows can be too dense.\nscaling_factor (float) – Factor to scale the length of the arrows.\nkwargs (Any) – Keyword arguments passed to the PyVista object constructor.\nPolyData\nget_pyvista_glyphs\n1" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.get_pyvista_glyphs", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.get_pyvista_glyphs.html#ansys.acp.core.mesh_data.VectorData.get_pyvista_glyphs", - "title": "get_pyvista_glyphs > get_pyvista_glyphs > get_pyvista_glyphs", - "section": "get_pyvista_glyphs > get_pyvista_glyphs", - "text": "VectorData.get_pyvista_glyphs(*, mesh, culling_factor=1, scaling_factor=1.0, **kwargs)\n\nGet a pyvista glyph object from the vector data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nculling_factor (int) – If set to a value other than 1, add only every n-th data\npoint to the PyVista object. This is useful especially for\nvector data, where the arrows can be too dense.\n\nscaling_factor (float) – Factor to scale the length of the arrows.\n\nkwargs (Any) – Keyword arguments passed to the PyVista object constructor.\n\nReturn type\n\nPolyData\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.id.html#ansys.acp.core.BooleanSelectionRule.id", + "title": "id > id > id", + "section": "id > id", + "text": "property BooleanSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.lower_limit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.lower_limit.html#lower_limit", - "title": "lower_limit", - "section": "lower_limit", - "text": "lower_limit" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.symmetrical_extension", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.symmetrical_extension.html#symmetrical_extension", + "title": "symmetrical_extension", + "section": "symmetrical_extension", + "text": "symmetrical_extension" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.lower_limit", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.lower_limit.html#ansys.acp.core.material_property_sets.FieldVariable.lower_limit", - "title": "lower_limit > lower_limit > lower_limit", - "section": "lower_limit > lower_limit", - "text": "FieldVariable.lower_limit: float\n\n" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.symmetrical_extension", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.symmetrical_extension.html#ansys.acp.core.TubeSelectionRule.symmetrical_extension", + "title": "symmetrical_extension > symmetrical_extension > symmetrical_extension", + "section": "symmetrical_extension > symmetrical_extension", + "text": "property TubeSelectionRule.symmetrical_extension: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.IGNORED", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.IGNORED.html#ignored", - "title": "IGNORED", - "section": "IGNORED", - "text": "IGNORED" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_y", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_y.html#rotation_angle_y", + "title": "rotation_angle_y", + "section": "rotation_angle_y", + "text": "rotation_angle_y" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.IGNORED", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.IGNORED.html#ansys.acp.core.material_property_sets.PuckMaterialType.IGNORED", - "title": "IGNORED > IGNORED > IGNORED", - "section": "IGNORED > IGNORED", - "text": "PuckMaterialType.IGNORED = 'ignored'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_y", + "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.rotation_angle_y.html#ansys.acp.core.CoordinateTransformation.rotation_angle_y", + "title": "rotation_angle_y > rotation_angle_y > rotation_angle_y", + "section": "rotation_angle_y > rotation_angle_y", + "text": "CoordinateTransformation.rotation_angle_y: float = 0.0\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.html#modelnodaldata", - "title": "ModelNodalData", - "section": "ModelNodalData", - "text": "Represents nodal data for a Model.\nModelNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nModelNodalData.node_labels\n\nModelNodalData\nModelNodalData.get_pyvista_mesh\nModelNodalData.node_labels" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_angle.html#draped_transverse_angle", + "title": "draped_transverse_angle", + "section": "draped_transverse_angle", + "text": "draped_transverse_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.html#ansys.acp.core.mesh_data.ModelNodalData", - "title": "ModelNodalData > ModelNodalData > ModelNodalData", - "section": "ModelNodalData > ModelNodalData", - "text": "class ansys.acp.core.mesh_data.ModelNodalData(node_labels)\n\nRepresents nodal data for a Model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelNodalData.node_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_angle.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_angle", + "title": "draped_transverse_angle > draped_transverse_angle > draped_transverse_angle", + "section": "draped_transverse_angle > draped_transverse_angle", + "text": "ProductionPlyElementalData.draped_transverse_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType.NO_OFFSET", + "href": "api/_autosummary/ansys.acp.core.OffsetType.NO_OFFSET.html#no_offset", + "title": "NO_OFFSET", + "section": "NO_OFFSET", + "text": "NO_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "BooleanSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType.NO_OFFSET", + "href": "api/_autosummary/ansys.acp.core.OffsetType.NO_OFFSET.html#ansys.acp.core.OffsetType.NO_OFFSET", + "title": "NO_OFFSET > NO_OFFSET > NO_OFFSET", + "section": "NO_OFFSET > NO_OFFSET", + "text": "OffsetType.NO_OFFSET = 'no_offset'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scope_element_sets", - "href": "api/_autosummary/ansys.acp.core.SectionCut.scope_element_sets.html#scope_element_sets", - "title": "scope_element_sets", - "section": "scope_element_sets", - "text": "scope_element_sets" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.orientation_type", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.orientation_type.html#orientation_type", + "title": "orientation_type", + "section": "orientation_type", + "text": "orientation_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scope_element_sets", - "href": "api/_autosummary/ansys.acp.core.SectionCut.scope_element_sets.html#ansys.acp.core.SectionCut.scope_element_sets", - "title": "scope_element_sets > scope_element_sets > scope_element_sets", - "section": "scope_element_sets > scope_element_sets", - "text": "property SectionCut.scope_element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.orientation_type", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.orientation_type.html#ansys.acp.core.SnapToGeometry.orientation_type", + "title": "orientation_type > orientation_type > orientation_type", + "section": "orientation_type > orientation_type", + "text": "property SnapToGeometry.orientation_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material", - "href": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material.html#cut_off_material", - "title": "cut_off_material", - "section": "cut_off_material", - "text": "cut_off_material" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.clone", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material", - "href": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material.html#ansys.acp.core.Stackup.cut_off_material", - "title": "cut_off_material > cut_off_material > cut_off_material", - "section": "cut_off_material > cut_off_material", - "text": "property Stackup.cut_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.clone", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.clone.html#ansys.acp.core.CADGeometry.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "CADGeometry.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.active", - "href": "api/_autosummary/ansys.acp.core.SectionCut.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalnum", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalnum.html#isalnum", + "title": "isalnum", + "section": "isalnum", + "text": "Return True if the string is an alpha-numeric string, False otherwise.\nA string is alpha-numeric if all characters in the string are alpha-numeric and\nthere is at least one character in the string.\nisalnum" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.active", - "href": "api/_autosummary/ansys.acp.core.SectionCut.active.html#ansys.acp.core.SectionCut.active", - "title": "active > active > active", - "section": "active > active", - "text": "property SectionCut.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalnum", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isalnum.html#ansys.acp.core.material_property_sets.PuckMaterialType.isalnum", + "title": "isalnum > isalnum > isalnum", + "section": "isalnum > isalnum", + "text": "PuckMaterialType.isalnum(/)\n\nReturn True if the string is an alpha-numeric string, False otherwise.\n\nA string is alpha-numeric if all characters in the string are alpha-numeric and\nthere is at least one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.CADComponent.parent", + "href": "api/_autosummary/ansys.acp.core.CADComponent.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "ParallelSelectionRuleElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CADComponent.parent", + "href": "api/_autosummary/ansys.acp.core.CADComponent.parent.html#ansys.acp.core.CADComponent.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property CADComponent.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_types", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_types.html#element_types", - "title": "element_types", - "section": "element_types", - "text": "element_types" + "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel", + "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.html#drapingmaterialmodel", + "title": "DrapingMaterialModel", + "section": "DrapingMaterialModel", + "text": "Options for the material type used in the draping algorithm.\nDrapingMaterialModel.WOVEN\n\nDrapingMaterialModel.UD\n\nDrapingMaterialModel\nDrapingMaterialModel.WOVEN\nDrapingMaterialModel.UD" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_types", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_types.html#ansys.acp.core.mesh_data.MeshData.element_types", - "title": "element_types > element_types > element_types", - "section": "element_types > element_types", - "text": "MeshData.element_types: ndarray[tuple[int, ...], dtype[int32]]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel", + "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.html#ansys.acp.core.DrapingMaterialModel", + "title": "DrapingMaterialModel > DrapingMaterialModel > DrapingMaterialModel", + "section": "DrapingMaterialModel > DrapingMaterialModel", + "text": "class ansys.acp.core.DrapingMaterialModel(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the material type used in the draping algorithm.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nDrapingMaterialModel.WOVEN\n\n\n\nDrapingMaterialModel.UD\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E1.html#e1", - "title": "E1", - "section": "E1", - "text": "E1" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.value_type", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.value_type.html#value_type", + "title": "value_type", + "section": "value_type", + "text": "value_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E1.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E1", - "title": "E1 > E1 > E1", - "section": "E1 > E1", - "text": "property ConstantEngineeringConstants.E1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.value_type", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.value_type.html#ansys.acp.core.LookUpTable1DColumn.value_type", + "title": "value_type > value_type > value_type", + "section": "value_type > value_type", + "text": "property LookUpTable1DColumn.value_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.delete", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core._server.common.ControllableServerProtocol", + "href": "api/_autosummary/ansys.acp.core._server.common.ControllableServerProtocol.html#controllableserverprotocol", + "title": "ControllableServerProtocol", + "section": "ControllableServerProtocol", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nInterface definition for ACP servers which can be remotely started / stopped.\nControllableServerProtocol" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.delete", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.delete.html#ansys.acp.core.CutOffGeometry.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "CutOffGeometry.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core._server.common.ControllableServerProtocol", + "href": "api/_autosummary/ansys.acp.core._server.common.ControllableServerProtocol.html#ansys.acp.core._server.common.ControllableServerProtocol", + "title": "ControllableServerProtocol > ControllableServerProtocol > ControllableServerProtocol", + "section": "ControllableServerProtocol > ControllableServerProtocol", + "text": "class ansys.acp.core._server.common.ControllableServerProtocol(*args, **kwargs)\n\nInterface definition for ACP servers which can be remotely started / stopped.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_type", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_type.html#draping_type", - "title": "draping_type", - "section": "draping_type", - "text": "draping_type" + "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.COMPRESSION_ONLY", + "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.COMPRESSION_ONLY.html#compression_only", + "title": "COMPRESSION_ONLY", + "section": "COMPRESSION_ONLY", + "text": "COMPRESSION_ONLY" }, - { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_type", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_type.html#ansys.acp.core.ModelingPly.draping_type", - "title": "draping_type > draping_type > draping_type", - "section": "draping_type > draping_type", - "text": "property ModelingPly.draping_type: Any\n\n!! processed by numpydoc !!" + { + "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.COMPRESSION_ONLY", + "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.COMPRESSION_ONLY.html#ansys.acp.core.ReinforcingBehavior.COMPRESSION_ONLY", + "title": "COMPRESSION_ONLY > COMPRESSION_ONLY > COMPRESSION_ONLY", + "section": "COMPRESSION_ONLY > COMPRESSION_ONLY", + "text": "ReinforcingBehavior.COMPRESSION_ONLY = 'compression_only'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL.html#radial", - "title": "RADIAL", - "section": "RADIAL", - "text": "RADIAL" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.html#tubeselectionruleelementaldata", + "title": "TubeSelectionRuleElementalData", + "section": "TubeSelectionRuleElementalData", + "text": "Represents elemental data for a Tube Selection Rule.\nTubeSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nTubeSelectionRuleElementalData.normal\n\nTubeSelectionRuleElementalData.element_labels\n\nTubeSelectionRuleElementalData\nTubeSelectionRuleElementalData.get_pyvista_mesh\nTubeSelectionRuleElementalData.normal\nTubeSelectionRuleElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL.html#ansys.acp.core.RosetteType.RADIAL", - "title": "RADIAL > RADIAL > RADIAL", - "section": "RADIAL > RADIAL", - "text": "RosetteType.RADIAL = 'radial'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.html#ansys.acp.core.mesh_data.TubeSelectionRuleElementalData", + "title": "TubeSelectionRuleElementalData > TubeSelectionRuleElementalData > TubeSelectionRuleElementalData", + "section": "TubeSelectionRuleElementalData > TubeSelectionRuleElementalData", + "text": "class ansys.acp.core.mesh_data.TubeSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Tube Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nTubeSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nTubeSelectionRuleElementalData.normal\n\n\n\nTubeSelectionRuleElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.RADIAL.html#examples-using-rosettetyperadial", - "title": "RADIAL > Examples using RosetteType.RADIAL", - "section": "Examples using RosetteType.RADIAL", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType.RADIAL" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.store", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.download_file", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.download_file.html#download_file", - "title": "download_file", - "section": "download_file", - "text": "Download a file from the server.\nDo not execute this function with untrusted input parameters.\nSee the security guide\nfor details.\nremote_path (str | PathLike[str]) – The path of the file on the server.\nlocal_path (str | PathLike[str]) – The path of the file to be downloaded to.\ndownload_file" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.store", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.store.html#ansys.acp.core.FieldDefinition.store", + "title": "store > store > store", + "section": "store > store", + "text": "FieldDefinition.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.download_file", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.download_file.html#ansys.acp.core.ACPInstance.download_file", - "title": "download_file > download_file > download_file", - "section": "download_file > download_file", - "text": "ACPInstance.download_file(remote_path, local_path)\n\nDownload a file from the server.\n\nDo not execute this function with untrusted input parameters.\nSee the security guide\nfor details.\n\nParameters\n\nremote_path (str | PathLike[str]) – The path of the file on the server.\n\nlocal_path (str | PathLike[str]) – The path of the file to be downloaded to.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.DOWN", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.DOWN.html#down", + "title": "DOWN", + "section": "DOWN", + "text": "DOWN" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_neg", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_neg.html#p_22_neg", - "title": "p_22_neg", - "section": "p_22_neg", - "text": "p_22_neg" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.DOWN", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.DOWN.html#ansys.acp.core.CutOffGeometryOrientationType.DOWN", + "title": "DOWN > DOWN > DOWN", + "section": "DOWN > DOWN", + "text": "CutOffGeometryOrientationType.DOWN = 'down'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_neg", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_neg.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.p_22_neg", - "title": "p_22_neg > p_22_neg > p_22_neg", - "section": "p_22_neg > p_22_neg", - "text": "property ConstantPuckConstants.p_22_neg: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.html#cutoffgeometryorientationtype", + "title": "CutOffGeometryOrientationType", + "section": "CutOffGeometryOrientationType", + "text": "Determines the orientation of a cut-off geometry.\nCutOffGeometryOrientationType.UP\n\nCutOffGeometryOrientationType.DOWN\n\nCutOffGeometryOrientationType\nCutOffGeometryOrientationType.UP\nCutOffGeometryOrientationType.DOWN" }, { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_z", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_z.html#translation_z", - "title": "translation_z", - "section": "translation_z", - "text": "translation_z" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.html#ansys.acp.core.CutOffGeometryOrientationType", + "title": "CutOffGeometryOrientationType > CutOffGeometryOrientationType > CutOffGeometryOrientationType", + "section": "CutOffGeometryOrientationType > CutOffGeometryOrientationType", + "text": "class ansys.acp.core.CutOffGeometryOrientationType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines the orientation of a cut-off geometry.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nCutOffGeometryOrientationType.UP\n\n\n\nCutOffGeometryOrientationType.DOWN\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_z", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_z.html#ansys.acp.core.CoordinateTransformation.translation_z", - "title": "translation_z > translation_z > translation_z", - "section": "translation_z > translation_z", - "text": "CoordinateTransformation.translation_z: float = 0.0\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.html#examples-using-cutoffgeometryorientationtype", + "title": "CutOffGeometryOrientationType > Examples using CutOffGeometryOrientationType", + "section": "Examples using CutOffGeometryOrientationType", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using CutOffGeometryOrientationType" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.locked", - "href": "api/_autosummary/ansys.acp.core.Sensor.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", + "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS.html#plane_stress_state_with_transverse_shear_and_bending_stiffness", + "title": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", + "section": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", + "text": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.locked", - "href": "api/_autosummary/ansys.acp.core.Sensor.locked.html#ansys.acp.core.Sensor.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property Sensor.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", + "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS.html#ansys.acp.core.StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", + "title": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", + "section": "PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS > PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS", + "text": "StressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS = 'plane_stress_state_with_transverse_shear_and_bending_stiffness'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.locked", - "href": "api/_autosummary/ansys.acp.core.Material.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format_map", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format_map.html#format_map", + "title": "format_map", + "section": "format_map", + "text": "Return a formatted version of S, using substitutions from mapping.\nThe substitutions are identified by braces (‘{’ and ‘}’).\nformat_map" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.locked", - "href": "api/_autosummary/ansys.acp.core.Material.locked.html#ansys.acp.core.Material.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property Material.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format_map", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format_map.html#ansys.acp.core.material_property_sets.PuckMaterialType.format_map", + "title": "format_map > format_map > format_map", + "section": "format_map > format_map", + "text": "PuckMaterialType.format_map(mapping) -> str\n\nReturn a formatted version of S, using substitutions from mapping.\nThe substitutions are identified by braces (‘{’ and ‘}’).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5.html#imported_solid_model_acph5", - "title": "IMPORTED_SOLID_MODEL_ACPH5", - "section": "IMPORTED_SOLID_MODEL_ACPH5", - "text": "IMPORTED_SOLID_MODEL_ACPH5" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.area", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.area.html#area", + "title": "area", + "section": "area", + "text": "area" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5.html#ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5", - "title": "IMPORTED_SOLID_MODEL_ACPH5 > IMPORTED_SOLID_MODEL_ACPH5 > IMPORTED_SOLID_MODEL_ACPH5", - "section": "IMPORTED_SOLID_MODEL_ACPH5 > IMPORTED_SOLID_MODEL_ACPH5", - "text": "ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5 = 15\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.area", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.area.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.area", + "title": "area > area > area", + "section": "area > area", + "text": "ProductionPlyElementalData.area: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ArrowType.NO_ARROW", - "href": "api/_autosummary/ansys.acp.core.ArrowType.NO_ARROW.html#no_arrow", - "title": "NO_ARROW", - "section": "NO_ARROW", - "text": "NO_ARROW" + "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType", + "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.html#plycutofftype", + "title": "PlyCutOffType", + "section": "PlyCutOffType", + "text": "Options for how ply cut-off is computed.\nPlyCutOffType.PRODUCTION_PLY_CUTOFF\n\nPlyCutOffType.ANALYSIS_PLY_CUTOFF\n\nPlyCutOffType\nPlyCutOffType.PRODUCTION_PLY_CUTOFF\nPlyCutOffType.ANALYSIS_PLY_CUTOFF" }, { - "objectID": "api/_autosummary/ansys.acp.core.ArrowType.NO_ARROW", - "href": "api/_autosummary/ansys.acp.core.ArrowType.NO_ARROW.html#ansys.acp.core.ArrowType.NO_ARROW", - "title": "NO_ARROW > NO_ARROW > NO_ARROW", - "section": "NO_ARROW > NO_ARROW", - "text": "ArrowType.NO_ARROW = 'no_arrow'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType", + "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.html#ansys.acp.core.PlyCutOffType", + "title": "PlyCutOffType > PlyCutOffType > PlyCutOffType", + "section": "PlyCutOffType > PlyCutOffType", + "text": "class ansys.acp.core.PlyCutOffType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how ply cut-off is computed.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nPlyCutOffType.PRODUCTION_PLY_CUTOFF\n\n\n\nPlyCutOffType.ANALYSIS_PLY_CUTOFF\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXc.html#exc", - "title": "eXc", - "section": "eXc", - "text": "eXc" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXc.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eXc", - "title": "eXc > eXc > eXc", - "section": "eXc > eXc", - "text": "property VariableStrainLimits.eXc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data.html#ansys.acp.core.AnalysisPly.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property AnalysisPly.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.area_weight", - "href": "api/_autosummary/ansys.acp.core.Fabric.area_weight.html#area_weight", - "title": "area_weight", - "section": "area_weight", - "text": "area_weight" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.elemental_data.html#examples-using-analysisplyelemental_data", + "title": "elemental_data > Examples using AnalysisPly.elemental_data", + "section": "Examples using AnalysisPly.elemental_data", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using AnalysisPly.elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.area_weight", - "href": "api/_autosummary/ansys.acp.core.Fabric.area_weight.html#ansys.acp.core.Fabric.area_weight", - "title": "area_weight > area_weight > area_weight", - "section": "area_weight > area_weight", - "text": "property Fabric.area_weight: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.interface_layers", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.interface_layers.html#interface_layers", + "title": "interface_layers", + "section": "interface_layers", + "text": "interface_layers" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column.html#create_column", - "title": "create_column", - "section": "create_column", - "text": "Instantiate a Column of a 1D Look-Up Table.\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\ndata (npt.NDArray[np.float64] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\nLookUpTable1DColumn\nAdded in ACP server version 24.2.\ncreate_column\nvalue_type\nvalue_type\nLocation" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.interface_layers", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.interface_layers.html#ansys.acp.core.ModelingGroup.interface_layers", + "title": "interface_layers > interface_layers > interface_layers", + "section": "interface_layers > interface_layers", + "text": "property ModelingGroup.interface_layers: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column.html#ansys.acp.core.LookUpTable1D.create_column", - "title": "create_column > create_column > create_column", - "section": "create_column > create_column", - "text": "LookUpTable1D.create_column(*, name='LookUpTable1DColumn', value_type='scalar', physical_dimension='dimensionless', data=None)\n\nInstantiate a Column of a 1D Look-Up Table.\n\nParameters\n\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\n\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\n\ndata (npt.NDArray[np.float64] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\n\nReturn type\n\nLookUpTable1DColumn\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.coordinate_system_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.coordinate_system_index.html#coordinate_system_index", + "title": "coordinate_system_index", + "section": "coordinate_system_index", + "text": "coordinate_system_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.create_column.html#examples-using-lookuptable1dcreate_column", - "title": "create_column > Examples using LookUpTable1D.create_column", - "section": "Examples using LookUpTable1D.create_column", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LookUpTable1D.create_column" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.coordinate_system_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.coordinate_system_index.html#ansys.acp.core.ImportedSolidModelExportSettings.coordinate_system_index", + "title": "coordinate_system_index > coordinate_system_index > coordinate_system_index", + "section": "coordinate_system_index > coordinate_system_index", + "text": "property ImportedSolidModelExportSettings.coordinate_system_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.active", - "href": "api/_autosummary/ansys.acp.core.SolidModel.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.rosette_type", + "href": "api/_autosummary/ansys.acp.core.Rosette.rosette_type.html#rosette_type", + "title": "rosette_type", + "section": "rosette_type", + "text": "rosette_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.active", - "href": "api/_autosummary/ansys.acp.core.SolidModel.active.html#ansys.acp.core.SolidModel.active", - "title": "active > active > active", - "section": "active > active", - "text": "property SolidModel.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.rosette_type", + "href": "api/_autosummary/ansys.acp.core.Rosette.rosette_type.html#ansys.acp.core.Rosette.rosette_type", + "title": "rosette_type > rosette_type > rosette_type", + "section": "rosette_type > rosette_type", + "text": "property Rosette.rosette_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.name", - "href": "api/_autosummary/ansys.acp.core.Sensor.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.dir2", + "href": "api/_autosummary/ansys.acp.core.Rosette.dir2.html#dir2", + "title": "dir2", + "section": "dir2", + "text": "dir2" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.name", - "href": "api/_autosummary/ansys.acp.core.Sensor.name.html#ansys.acp.core.Sensor.name", - "title": "name > name > name", - "section": "name > name", - "text": "property Sensor.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.dir2", + "href": "api/_autosummary/ansys.acp.core.Rosette.dir2.html#ansys.acp.core.Rosette.dir2", + "title": "dir2 > dir2 > dir2", + "section": "dir2 > dir2", + "text": "property Rosette.dir2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL.html#spherical", - "title": "SPHERICAL", - "section": "SPHERICAL", - "text": "SPHERICAL" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.YZ", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.YZ.html#yz", + "title": "YZ", + "section": "YZ", + "text": "YZ" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL.html#ansys.acp.core.RosetteType.SPHERICAL", - "title": "SPHERICAL > SPHERICAL > SPHERICAL", - "section": "SPHERICAL > SPHERICAL", - "text": "RosetteType.SPHERICAL = 'spherical'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.YZ", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.YZ.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants.YZ", + "title": "YZ > YZ > YZ", + "section": "YZ > YZ", + "text": "property VariableTsaiWuConstants.YZ: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.SPHERICAL.html#examples-using-rosettetypespherical", - "title": "SPHERICAL > Examples using RosetteType.SPHERICAL", - "section": "Examples using RosetteType.SPHERICAL", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType.SPHERICAL" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.angle", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.angle.html#angle", + "title": "angle", + "section": "angle", + "text": "angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule.html#create_tube_selection_rule", - "title": "create_tube_selection_rule", - "section": "create_tube_selection_rule", - "text": "Instantiate a Tube Selection Rule.\nname (str) – Name of the Tube Selection Rule.\nedge_set (EdgeSet | None) – Edge Set defining the path of the tube.\nouter_radius (float) – Outer radius of the tube.\ninner_radius (float) – Inner radius of the tube.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nextend_endings (bool) – Enable this option to extend the endings of the tube.\nsymmetrical_extension (bool) – Whether the extensions have equal length on both sides or not.\nhead (tuple[float, float, float]) – Defines the head of the tube. Select a point nearby one of the free ends\nof the tube. Only needed if the extensions are asymmetric.\nhead_extension (float) – Defines the length of the extension at the head of the tube. In case of\nsymmetry, this value is used for both sides.\ntail_extension (float) – Defines the length of the extension at the tail of the tube. Only needed\nif the extensions are asymmetric.\nTubeSelectionRule\nAdded in ACP server version 24.2.\ncreate_tube_selection_rule\nFalse" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.angle", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.angle.html#ansys.acp.core.ImportedProductionPly.angle", + "title": "angle > angle > angle", + "section": "angle > angle", + "text": "property ImportedProductionPly.angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule.html#ansys.acp.core.Model.create_tube_selection_rule", - "title": "create_tube_selection_rule > create_tube_selection_rule > create_tube_selection_rule", - "section": "create_tube_selection_rule > create_tube_selection_rule", - "text": "Model.create_tube_selection_rule(*, name='TubeSelectionrule', edge_set=None, outer_radius=1.0, inner_radius=0.0, include_rule=True, extend_endings=False, symmetrical_extension=True, head=(0.0, 0.0, 0.0), head_extension=0.0, tail_extension=0.0)\n\nInstantiate a Tube Selection Rule.\n\nParameters\n\nname (str) – Name of the Tube Selection Rule.\n\nedge_set (EdgeSet | None) – Edge Set defining the path of the tube.\n\nouter_radius (float) – Outer radius of the tube.\n\ninner_radius (float) – Inner radius of the tube.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nextend_endings (bool) – Enable this option to extend the endings of the tube.\n\nsymmetrical_extension (bool) – Whether the extensions have equal length on both sides or not.\n\nhead (tuple[float, float, float]) – Defines the head of the tube. Select a point nearby one of the free ends\nof the tube. Only needed if the extensions are asymmetric.\n\nhead_extension (float) – Defines the length of the extension at the head of the tube. In case of\nsymmetry, this value is used for both sides.\n\ntail_extension (float) – Defines the length of the extension at the tail of the tube. Only needed\nif the extensions are asymmetric.\n\nReturn type\n\nTubeSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.cog", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.cog.html#cog", + "title": "cog", + "section": "cog", + "text": "cog" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule.html#examples-using-modelcreate_tube_selection_rule", - "title": "create_tube_selection_rule > Examples using Model.create_tube_selection_rule", - "section": "Examples using Model.create_tube_selection_rule", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nExamples using Model.create_tube_selection_rule" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.cog", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.cog.html#ansys.acp.core.mesh_data.ModelElementalData.cog", + "title": "cog > cog > cog", + "section": "cog > cog", + "text": "ModelElementalData.cog: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.field_variables.html#field_variables", - "title": "field_variables", - "section": "field_variables", - "text": "field_variables" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zt.html#zt", + "title": "Zt", + "section": "Zt", + "text": "Zt" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.field_variables.html#ansys.acp.core.material_property_sets.VariablePuckConstants.field_variables", - "title": "field_variables > field_variables > field_variables", - "section": "field_variables > field_variables", - "text": "property VariablePuckConstants.field_variables: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zt.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Zt", + "title": "Zt > Zt > Zt", + "section": "Zt > Zt", + "text": "property VariableWovenStressLimits.Zt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.spherical_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.spherical_selection_rules.html#spherical_selection_rules", - "title": "spherical_selection_rules", - "section": "spherical_selection_rules", - "text": "spherical_selection_rules" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType", + "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.html#solidmodeloffsetdirectiontype", + "title": "SolidModelOffsetDirectionType", + "section": "SolidModelOffsetDirectionType", + "text": "Determines how the offset direction is evaluated in a solid model. With SURFACE_NORMAL, the offset direction is re-evaluated based on the surface of the solid. With SHELL_NORMAL, the direction is based on the shell surface.\nSolidModelOffsetDirectionType.SHELL_NORMAL\n\nSolidModelOffsetDirectionType.SURFACE_NORMAL\n\nSolidModelOffsetDirectionType\nSURFACE_NORMAL\nSHELL_NORMAL\nSolidModelOffsetDirectionType.SHELL_NORMAL\nSolidModelOffsetDirectionType.SURFACE_NORMAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.spherical_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.spherical_selection_rules.html#ansys.acp.core.Model.spherical_selection_rules", - "title": "spherical_selection_rules > spherical_selection_rules > spherical_selection_rules", - "section": "spherical_selection_rules > spherical_selection_rules", - "text": "property Model.spherical_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType", + "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.html#ansys.acp.core.SolidModelOffsetDirectionType", + "title": "SolidModelOffsetDirectionType > SolidModelOffsetDirectionType > SolidModelOffsetDirectionType", + "section": "SolidModelOffsetDirectionType > SolidModelOffsetDirectionType", + "text": "class ansys.acp.core.SolidModelOffsetDirectionType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines how the offset direction is evaluated in a solid model. With SURFACE_NORMAL, the offset direction is re-evaluated based on the surface of the solid. With SHELL_NORMAL, the direction is based on the shell surface.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSolidModelOffsetDirectionType.SHELL_NORMAL\n\n\n\nSolidModelOffsetDirectionType.SURFACE_NORMAL\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.topdown", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.topdown.html#topdown", - "title": "topdown", - "section": "topdown", - "text": "topdown" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_sensor", + "href": "api/_autosummary/ansys.acp.core.Model.create_sensor.html#create_sensor", + "title": "create_sensor", + "section": "create_sensor", + "text": "Instantiate a Sensor.\nname (str) – Name of the sensor.\nsensor_type (SensorType) – Type of sensor: The sensor can be scoped by area, material, plies,\nor solid model.\nactive (bool) – Inactive sensors are not evaluated.\nentities (Sequence[Fabric | Stackup | SubLaminate | ElementSet | OrientedSelectionSet | ModelingPly]) – List of entities which define the sensor’s scope.\nSensor\nAdded in ACP server version 24.2.\ncreate_sensor" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.topdown", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.topdown.html#ansys.acp.core.SubLaminate.topdown", - "title": "topdown > topdown > topdown", - "section": "topdown > topdown", - "text": "property SubLaminate.topdown: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_sensor", + "href": "api/_autosummary/ansys.acp.core.Model.create_sensor.html#ansys.acp.core.Model.create_sensor", + "title": "create_sensor > create_sensor > create_sensor", + "section": "create_sensor > create_sensor", + "text": "Model.create_sensor(*, name='Sensor', sensor_type='sensor_by_area', active=True, entities=())\n\nInstantiate a Sensor.\n\nParameters\n\nname (str) – Name of the sensor.\n\nsensor_type (SensorType) – Type of sensor: The sensor can be scoped by area, material, plies,\nor solid model.\n\nactive (bool) – Inactive sensors are not evaluated.\n\nentities (Sequence[Fabric | Stackup | SubLaminate | ElementSet | OrientedSelectionSet | ModelingPly]) – List of entities which define the sensor’s scope.\n\nReturn type\n\nSensor\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_node_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_node_index.html#use_default_node_index", - "title": "use_default_node_index", - "section": "use_default_node_index", - "text": "use_default_node_index" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_sensor", + "href": "api/_autosummary/ansys.acp.core.Model.create_sensor.html#examples-using-modelcreate_sensor", + "title": "create_sensor > Examples using Model.create_sensor", + "section": "Examples using Model.create_sensor", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using Model.create_sensor" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_node_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_node_index.html#ansys.acp.core.SolidModelExportSettings.use_default_node_index", - "title": "use_default_node_index > use_default_node_index > use_default_node_index", - "section": "use_default_node_index > use_default_node_index", - "text": "property SolidModelExportSettings.use_default_node_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.radius", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.radius.html#radius", + "title": "radius", + "section": "radius", + "text": "radius" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.interpolation_options.html#interpolation_options", - "title": "interpolation_options", - "section": "interpolation_options", - "text": "interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.radius", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.radius.html#ansys.acp.core.CylindricalSelectionRule.radius", + "title": "radius > radius > radius", + "section": "radius > radius", + "text": "property CylindricalSelectionRule.radius: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.interpolation_options.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.interpolation_options", - "title": "interpolation_options > interpolation_options > interpolation_options", - "section": "interpolation_options > interpolation_options", - "text": "property VariableLaRCConstants.interpolation_options: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.origin", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.origin.html#origin", + "title": "origin", + "section": "origin", + "text": "origin" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.status", - "href": "api/_autosummary/ansys.acp.core.Material.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.origin", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.origin.html#ansys.acp.core.EdgeSet.origin", + "title": "origin > origin > origin", + "section": "origin > origin", + "text": "property EdgeSet.origin: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.status", - "href": "api/_autosummary/ansys.acp.core.Material.status.html#ansys.acp.core.Material.status", - "title": "status > status > status", - "section": "status > status", - "text": "property Material.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.mat_type", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.mat_type.html#mat_type", + "title": "mat_type", + "section": "mat_type", + "text": "mat_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.field_variables.html#field_variables", - "title": "field_variables", - "section": "field_variables", - "text": "field_variables" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.mat_type", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.mat_type.html#ansys.acp.core.material_property_sets.VariablePuckConstants.mat_type", + "title": "mat_type > mat_type > mat_type", + "section": "mat_type > mat_type", + "text": "property VariablePuckConstants.mat_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.field_variables.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.field_variables", - "title": "field_variables > field_variables > field_variables", - "section": "field_variables > field_variables", - "text": "property VariableWovenCharacterization.field_variables: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath.html#creatablefromresourcepath", + "title": "CreatableFromResourcePath", + "section": "CreatableFromResourcePath", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nInterface for objects that can be created from a resource path.\nCreatableFromResourcePath" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.default", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.default.html#default", - "title": "default", - "section": "default", - "text": "default" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath.html#ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath", + "title": "CreatableFromResourcePath > CreatableFromResourcePath > CreatableFromResourcePath", + "section": "CreatableFromResourcePath > CreatableFromResourcePath", + "text": "class ansys.acp.core._tree_objects._grpc_helpers.polymorphic_from_pb.CreatableFromResourcePath(*args, **kwargs)\n\nInterface for objects that can be created from a resource path.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.default", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.default.html#ansys.acp.core.material_property_sets.FieldVariable.default", - "title": "default > default > default", - "section": "default > default", - "text": "FieldVariable.default: float\n\n" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.name", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.splitlines", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.splitlines.html#splitlines", - "title": "splitlines", - "section": "splitlines", - "text": "Return a list of the lines in the string, breaking at line boundaries.\nLine breaks are not included in the resulting list unless keepends is given and\ntrue.\nsplitlines" + { + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.name", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.name.html#ansys.acp.core.InterfaceLayer.name", + "title": "name > name > name", + "section": "name > name", + "text": "property InterfaceLayer.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.splitlines", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.splitlines.html#ansys.acp.core.LaunchMode.splitlines", - "title": "splitlines > splitlines > splitlines", - "section": "splitlines > splitlines", - "text": "LaunchMode.splitlines(/, keepends=False)\n\nReturn a list of the lines in the string, breaking at line boundaries.\n\nLine breaks are not included in the resulting list unless keepends is given and\ntrue.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.spherical_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.spherical_selection_rules.html#spherical_selection_rules", + "title": "spherical_selection_rules", + "section": "spherical_selection_rules", + "text": "spherical_selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.covered_area", - "href": "api/_autosummary/ansys.acp.core.Sensor.covered_area.html#covered_area", - "title": "covered_area", - "section": "covered_area", - "text": "The surface area of a selected Element Set / Oriented Selection Set, or the tooling surface area that is covered by the composite layup of the selected Material or Modeling Ply.\ncovered_area" + "objectID": "api/_autosummary/ansys.acp.core.Model.spherical_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.spherical_selection_rules.html#ansys.acp.core.Model.spherical_selection_rules", + "title": "spherical_selection_rules > spherical_selection_rules > spherical_selection_rules", + "section": "spherical_selection_rules > spherical_selection_rules", + "text": "property Model.spherical_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.covered_area", - "href": "api/_autosummary/ansys.acp.core.Sensor.covered_area.html#ansys.acp.core.Sensor.covered_area", - "title": "covered_area > covered_area > covered_area", - "section": "covered_area > covered_area", - "text": "property Sensor.covered_area: Any\n\nThe surface area of a selected Element Set / Oriented Selection Set, or the tooling surface area that is covered by the composite layup of the selected Material or Modeling Ply.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_H5", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_H5.html#ansys_h5", + "title": "ANSYS_H5", + "section": "ANSYS_H5", + "text": "ANSYS_H5" }, { - "objectID": "contributing", - "href": "contributing.html#contribute", - "title": "Contribute", - "section": "Contribute", - "text": "We absolutely welcome all code contributions and hope that this\nguide facilitates an understanding of the PyACP code\nrepository. It is important to note that while the PyACP software\npackage is maintained by Ansys and any submissions are reviewed\nthoroughly before merging, we still seek to foster a community that can\nsupport user questions and develop new features to make this software\na useful tool for all users. As such, we welcome and encourage any\nquestions or submissions to this repository.\nFor example, you can make contributions as follows:\nReport a bug or suggest a feature.\nGive feedback or make suggestions for improving the documentation.\nSubmit a pull request to fix a bug or add a feature.\nReport your use case, explain how PyACP has helped you, or indicate what features are still missing.\nFor feedback, suggestions, or bug reports, open an issue on the PyACP GitHub repository.\nFor code changes or documentation improvements, open a pull request.\nContribute" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_H5", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_H5.html#ansys.acp.core.SolidModelExportFormat.ANSYS_H5", + "title": "ANSYS_H5 > ANSYS_H5 > ANSYS_H5", + "section": "ANSYS_H5 > ANSYS_H5", + "text": "SolidModelExportFormat.ANSYS_H5 = 'ansys:h5'\n\n" }, { - "objectID": "contributing", - "href": "contributing.html#development-setup", - "title": "Contribute > Development Setup", - "section": "Development Setup", - "text": "Development Setup" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED.html#minimum_angle_superposed", + "title": "MINIMUM_ANGLE_SUPERPOSED", + "section": "MINIMUM_ANGLE_SUPERPOSED", + "text": "MINIMUM_ANGLE_SUPERPOSED" }, { - "objectID": "contributing", - "href": "contributing.html#installation", - "title": "Contribute > Installation", - "section": "Installation", - "text": "Installing PyACP in developer mode allows you to modify the source and enhance it. Before contributing to the project,\nplease refer to the PyAnsys Developer’s guide.\nYou will need to follow these steps:\nStart by cloning this repository, and entering the newly created directory:\nMake sure you have the latest version of poetry:\nAt this point, you may need to restart your shell or editor to ensure that the new poetry command is available.\nInstall the project and all its development dependencies using poetry. This also takes care of\ncreating a new virtual environment:\nThis step installs PyACP in an editable mode (no build step is needed, no re-install when changing the code).\nActivate your development virtual environment with:\nInstallation\npoetry" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED.html#ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED", + "title": "MINIMUM_ANGLE_SUPERPOSED > MINIMUM_ANGLE_SUPERPOSED > MINIMUM_ANGLE_SUPERPOSED", + "section": "MINIMUM_ANGLE_SUPERPOSED > MINIMUM_ANGLE_SUPERPOSED", + "text": "RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED = 'minimum_angle_superposed'\n\n" }, { - "objectID": "contributing", - "href": "contributing.html#testing", - "title": "Contribute > Testing", - "section": "Testing", - "text": "The PyACP test suite uses pytest. You can run it with\nTesting" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_in_plane_tolerance", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_in_plane_tolerance.html#relative_in_plane_tolerance", + "title": "relative_in_plane_tolerance", + "section": "relative_in_plane_tolerance", + "text": "relative_in_plane_tolerance" }, { - "objectID": "contributing", - "href": "contributing.html#benchmarking", - "title": "Contribute > Benchmarking", - "section": "Benchmarking", - "text": "As part of the test suite, we run some performance benchmarks. These can be run with\nAdditional options can be found in the pytest-benchmark documentation.\nNOTE: The benchmarks use the tc-netem Linux kernel module to simulate a slow network\nconnection within a Docker container. This is available only on Linux, not on Docker for MacOS\nor Windows.\nThe benchmark results from the main branch are uploaded to https://acp.docs.pyansys.com/benchmarks.\nBenchmarking\ntc-netem\nmain" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_in_plane_tolerance", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_in_plane_tolerance.html#ansys.acp.core.ShellMappingProperties.relative_in_plane_tolerance", + "title": "relative_in_plane_tolerance > relative_in_plane_tolerance > relative_in_plane_tolerance", + "section": "relative_in_plane_tolerance > relative_in_plane_tolerance", + "text": "ShellMappingProperties.relative_in_plane_tolerance: float = 0.01\n\n" }, { - "objectID": "contributing", - "href": "contributing.html#pre-commit-hooks", - "title": "Contribute > Pre-commit hooks", - "section": "Pre-commit hooks", - "text": "Style and linter checks are run through the pre-commit tool. You can run these checks with\nWe also recommend installing pre-commit into your repository:\nThis will run the pre-commit hooks on the changed files before every git commit. If you ever\nneed to create a commit without running the hooks, you can skip them with git commit -n.\nPre-commit hooks\ngit commit\ngit commit -n" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosette_selection_method", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosette_selection_method.html#rosette_selection_method", + "title": "rosette_selection_method", + "section": "rosette_selection_method", + "text": "rosette_selection_method" }, { - "objectID": "contributing", - "href": "contributing.html#documentation", - "title": "Contribute > Documentation", - "section": "Documentation", - "text": "Before generating the documentation, configure the PyACP server via the\nansys-launcher, see Launching ACP above.\nIf Ansys is installed the examples can directly built with Sphinx.\nOn Linux & MacOS:\nOn Windows:\nThe generated HTML files can be viewed with the browser of your choice.\nAlternatively you can build the documentation by starting a mapdl and pydpf-composites docker\ncontainer. First ensure that you have accepted the DPF Preview License Agreement by setting the\nANSYS_DPF_ACCEPT_LA environment variable to Y\n(see DPF Preview License Agreement\n). In addition the ANSYSLMD_LICENSE_FILE environment variable needs be set to a\nvalid license server (e.g 1055@mylicenseserver.com). Then start the docker containers with:\nThen build the documentation with the Sphinx commands mentioned above.\nOn Windows, you can use the shipped shell script:\nDocumentation\nansys-launcher\n1055@mylicenseserver.com" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosette_selection_method", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosette_selection_method.html#ansys.acp.core.LayupMappingObject.rosette_selection_method", + "title": "rosette_selection_method > rosette_selection_method > rosette_selection_method", + "section": "rosette_selection_method > rosette_selection_method", + "text": "property LayupMappingObject.rosette_selection_method: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "contributing", - "href": "contributing.html#distribution", - "title": "Contribute > Distribution", - "section": "Distribution", - "text": "The following commands can be used to build and check the PyACP package:\nThis creates both a source distribution, and a wheel file. An alternative is\nDistribution" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.active", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "contributing", - "href": "contributing.html#license", - "title": "Contribute > License", - "section": "License", - "text": "PyACP is licensed under the MIT license. Please see the LICENSE for more details.\nLicense\nPyACP" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.active", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.active.html#ansys.acp.core.ExtrusionGuide.active", + "title": "active > active > active", + "section": "active > active", + "text": "property ExtrusionGuide.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.store", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SPECIFY_THICKNESS", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SPECIFY_THICKNESS.html#specify_thickness", + "title": "SPECIFY_THICKNESS", + "section": "SPECIFY_THICKNESS", + "text": "SPECIFY_THICKNESS" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.store", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.store.html#ansys.acp.core.ButtJointSequence.store", - "title": "store > store > store", - "section": "store > store", - "text": "ButtJointSequence.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SPECIFY_THICKNESS", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SPECIFY_THICKNESS.html#ansys.acp.core.ExtrusionMethod.SPECIFY_THICKNESS", + "title": "SPECIFY_THICKNESS > SPECIFY_THICKNESS > SPECIFY_THICKNESS", + "section": "SPECIFY_THICKNESS > SPECIFY_THICKNESS", + "text": "ExtrusionMethod.SPECIFY_THICKNESS = 'specify_thickness'\n\n" }, { - "objectID": "user_guide/index", - "href": "user_guide/index.html#user-guide", - "title": "User guide", - "section": "User guide", - "text": "This section provides a general overview of PyACP and its usage. The how-to\nguides provide step-by-step instructions for common tasks, while the concepts\nsection provides in-depth explanations.\nUser guide" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.element_labels", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.select_all_plies", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.select_all_plies.html#select_all_plies", - "title": "select_all_plies", - "section": "select_all_plies", - "text": "select_all_plies" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.element_labels", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.element_labels.html#ansys.acp.core.SolidElementSet.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "property SolidElementSet.element_labels: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.select_all_plies", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.select_all_plies.html#ansys.acp.core.LayupMappingObject.select_all_plies", - "title": "select_all_plies > select_all_plies > select_all_plies", - "section": "select_all_plies > select_all_plies", - "text": "property LayupMappingObject.select_all_plies: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.volume", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.volume.html#volume", - "title": "volume", - "section": "volume", - "text": "volume" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.mesh.html#ansys.acp.core.TubeSelectionRule.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property TubeSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.volume", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.volume.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.volume", - "title": "volume > volume > volume", - "section": "volume > volume", - "text": "ProductionPlyElementalData.volume: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isprintable", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isprintable.html#isprintable", + "title": "isprintable", + "section": "isprintable", + "text": "Return True if the string is printable, False otherwise.\nA string is printable if all of its characters are considered printable in\nrepr() or if it is empty.\nisprintable" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.material", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.material.html#material", - "title": "material", - "section": "material", - "text": "material" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isprintable", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isprintable.html#ansys.acp.core.LaunchMode.isprintable", + "title": "isprintable > isprintable > isprintable", + "section": "isprintable > isprintable", + "text": "LaunchMode.isprintable(/)\n\nReturn True if the string is printable, False otherwise.\n\nA string is printable if all of its characters are considered printable in\nrepr() or if it is empty.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.material", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.material.html#ansys.acp.core.AnalysisPly.material", - "title": "material > material > material", - "section": "material > material", - "text": "property AnalysisPly.material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.html#elementsetelementaldata", + "title": "ElementSetElementalData", + "section": "ElementSetElementalData", + "text": "Represents elemental data for an Element Set.\nElementSetElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nElementSetElementalData.normal\n\nElementSetElementalData.element_labels\n\nElementSetElementalData\nElementSetElementalData.get_pyvista_mesh\nElementSetElementalData.normal\nElementSetElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.parent", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.html#ansys.acp.core.mesh_data.ElementSetElementalData", + "title": "ElementSetElementalData > ElementSetElementalData > ElementSetElementalData", + "section": "ElementSetElementalData > ElementSetElementalData", + "text": "class ansys.acp.core.mesh_data.ElementSetElementalData(element_labels, normal=None)\n\nRepresents elemental data for an Element Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nElementSetElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nElementSetElementalData.normal\n\n\n\nElementSetElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.parent", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.parent.html#ansys.acp.core.ExtrusionGuide.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ExtrusionGuide.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu12", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu12.html#nu12", + "title": "nu12", + "section": "nu12", + "text": "nu12" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.is_remote", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.is_remote.html#is_remote", - "title": "is_remote", - "section": "is_remote", - "text": "Whether the server is remote or local.\nis_remote" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu12", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu12.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu12", + "title": "nu12 > nu12 > nu12", + "section": "nu12 > nu12", + "text": "property VariableEngineeringConstants.nu12: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.is_remote", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.is_remote.html#ansys.acp.core.ACPInstance.is_remote", - "title": "is_remote > is_remote > is_remote", - "section": "is_remote > is_remote", - "text": "property ACPInstance.is_remote: bool\n\nWhether the server is remote or local.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interpolation_options.html#interpolation_options", + "title": "interpolation_options", + "section": "interpolation_options", + "text": "interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_material", - "href": "api/_autosummary/ansys.acp.core.Model.create_material.html#create_material", - "title": "create_material", - "section": "create_material", - "text": "Instantiate a Material.\nThe active material property sets are determined by the ply_type. For\nexample, puck_constants are only active when the ply_type is either\nPlyType.REGULAR or PlyType.WOVEN.\nThe inactive property sets can still be set, but may not be accessible:\nFor stored materials, inactive property sets always return None.\nFor unstored materials, inactive property sets can be accessed. They\nreturn None after storing.\nname (str) – Name of the Material.\nply_type (PlyType) – Define the type of material such as core, uni-directional (regular), woven, or isotropic.\ndensity (ConstantDensity | None) – Define the density of the material.\nengineering_constants (ConstantEngineeringConstants | None) – Define the material stiffness (Young’s moduli, Poisson ratios and shear moduli).\nstress_limits (ConstantStressLimits | None) – Define the stress limits for the evaluation of failure criteria with ansys.dpf.composites.\nstrain_limits (ConstantStrainLimits | None) – Define the strain limits for the evaluation of failure criteria with ansys.dpf.composites.\npuck_constants (ConstantPuckConstants | None) – Define the puck constants for the evaluation of the Puck criterion with ansys.dpf.composites.\nwoven_characterization (ConstantWovenCharacterization | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_1 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_2 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_puck_constants_2 – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_stress_limits_1 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\nwoven_stress_limits_2 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\ntsai_wu_constants (ConstantTsaiWuConstants | None) – Define the Tsai-Wu constants for the evaluation of the Tsai-Wu criterion\nwith ansys.dpf.composites.\nlarc_constants (ConstantLaRCConstants | None) – Define the LaRC constants for the evaluation of the LaRC criterion with\nansys.dpf.composites.\nfabric_fiber_angle (ConstantFabricFiberAngle | None) – Define the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\nMaterial\nAdded in ACP server version 24.2.\ncreate_material\nply_type\npuck_constants\nply_type\nPlyType.REGULAR\nPlyType.WOVEN\nNone\nNone" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interpolation_options.html#ansys.acp.core.material_property_sets.VariablePuckConstants.interpolation_options", + "title": "interpolation_options > interpolation_options > interpolation_options", + "section": "interpolation_options > interpolation_options", + "text": "property VariablePuckConstants.interpolation_options: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_material", - "href": "api/_autosummary/ansys.acp.core.Model.create_material.html#ansys.acp.core.Model.create_material", - "title": "create_material > create_material > create_material", - "section": "create_material > create_material", - "text": "Model.create_material(*, name='Material', ply_type='undefined', density=None, engineering_constants=None, stress_limits=None, strain_limits=None, puck_constants=None, woven_characterization=None, woven_puck_constants_1=None, woven_puck_constants_2=None, woven_stress_limits_1=None, woven_stress_limits_2=None, tsai_wu_constants=None, larc_constants=None, fabric_fiber_angle=None)\n\nInstantiate a Material.\n\nThe active material property sets are determined by the ply_type. For\nexample, puck_constants are only active when the ply_type is either\nPlyType.REGULAR or PlyType.WOVEN.\n\nThe inactive property sets can still be set, but may not be accessible:\n\nFor stored materials, inactive property sets always return None.\n\nFor unstored materials, inactive property sets can be accessed. They\nreturn None after storing.\n\nParameters\n\nname (str) – Name of the Material.\n\nply_type (PlyType) – Define the type of material such as core, uni-directional (regular), woven, or isotropic.\n\ndensity (ConstantDensity | None) – Define the density of the material.\n\nengineering_constants (ConstantEngineeringConstants | None) – Define the material stiffness (Young’s moduli, Poisson ratios and shear moduli).\n\nstress_limits (ConstantStressLimits | None) – Define the stress limits for the evaluation of failure criteria with ansys.dpf.composites.\n\nstrain_limits (ConstantStrainLimits | None) – Define the strain limits for the evaluation of failure criteria with ansys.dpf.composites.\n\npuck_constants (ConstantPuckConstants | None) – Define the puck constants for the evaluation of the Puck criterion with ansys.dpf.composites.\n\nwoven_characterization (ConstantWovenCharacterization | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_1 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_2 (ConstantPuckConstants | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_puck_constants_2 – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_stress_limits_1 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\nwoven_stress_limits_2 (ConstantWovenStressLimits | None) – Define the puck constants of woven fabrics for the evaluation of the Puck\ncriterion with ansys.dpf.composites.\n\ntsai_wu_constants (ConstantTsaiWuConstants | None) – Define the Tsai-Wu constants for the evaluation of the Tsai-Wu criterion\nwith ansys.dpf.composites.\n\nlarc_constants (ConstantLaRCConstants | None) – Define the LaRC constants for the evaluation of the LaRC criterion with\nansys.dpf.composites.\n\nfabric_fiber_angle (ConstantFabricFiberAngle | None) – Define the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\n\nReturn type\n\nMaterial\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometry", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometry.html#geometry", + "title": "geometry", + "section": "geometry", + "text": "geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_material", - "href": "api/_autosummary/ansys.acp.core.Model.create_material.html#examples-using-modelcreate_material", - "title": "create_material > Examples using Model.create_material", - "section": "Examples using Model.create_material", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.create_material" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometry", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.geometry.html#ansys.acp.core.GeometricalSelectionRule.geometry", + "title": "geometry > geometry > geometry", + "section": "geometry > geometry", + "text": "property GeometricalSelectionRule.geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.material", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.material.html#material", + "objectID": "api/_autosummary/ansys.acp.core.Lamina.material", + "href": "api/_autosummary/ansys.acp.core.Lamina.material.html#material", "title": "material", "section": "material", - "text": "material" + "text": "Link to an existing fabric or stackup.\nmaterial" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.material", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.material.html#ansys.acp.core.ImportedProductionPly.material", + "objectID": "api/_autosummary/ansys.acp.core.Lamina.material", + "href": "api/_autosummary/ansys.acp.core.Lamina.material.html#ansys.acp.core.Lamina.material", "title": "material > material > material", "section": "material > material", - "text": "property ImportedProductionPly.material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "text": "property Lamina.material: Fabric | Stackup\n\nLink to an existing fabric or stackup.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.effective_stress", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.effective_stress.html#effective_stress", + "title": "effective_stress", + "section": "effective_stress", + "text": "effective_stress" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "CylindricalSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.effective_stress", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.effective_stress.html#ansys.acp.core.material_property_sets.ConstantStressLimits.effective_stress", + "title": "effective_stress > effective_stress > effective_stress", + "section": "effective_stress > effective_stress", + "text": "property ConstantStressLimits.effective_stress: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.html#acpinstance", - "title": "ACPInstance", - "section": "ACPInstance", - "text": "Control an ACP instance.\nSupports the following operations to control an ACP instance:\nLoading and unloading ACP models\nUp- and download of files to the (possibly remote) ACP instance\nCheck if the ACP instance is running\nIn addition, the ACP instance may support starting, stopping,\nand restarting.\nNote that this class is not meant for instantiating directly.\nThe launch_acp() function should be used instead.\nACPInstance.check([timeout])\nCheck if the ACP instance is running.\nACPInstance.clear()\nClose all models.\nACPInstance.download_file(remote_path, ...)\nDownload a file from the server.\nACPInstance.import_model(path, *[, name, format])\nLoad an ACP model from a file.\nACPInstance.restart([stop_timeout])\nStop, then start the product instance.\nACPInstance.start()\nStart the product instance.\nACPInstance.stop(*[, timeout])\nStop the product instance.\nACPInstance.upload_file(local_path)\nUpload a file to the server.\nACPInstance.wait(timeout)\nWait for the ACP instance to respond.\nACPInstance.is_remote\nWhether the server is remote or local.\nACPInstance.models\nModels currently loaded on the server.\nACPInstance.server_version\nVersion of the connected server.\nACPInstance\nlaunch_acp()\nACPInstance.check\nACPInstance.clear\nACPInstance.download_file\nACPInstance.import_model\nACPInstance.restart\nACPInstance.start\nACPInstance.stop\nACPInstance.upload_file\nACPInstance.wait\nACPInstance.is_remote\nACPInstance.models\nACPInstance.server_version" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yc.html#yc", + "title": "Yc", + "section": "Yc", + "text": "Yc" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.html#ansys.acp.core.ACPInstance", - "title": "ACPInstance > ACPInstance > ACPInstance", - "section": "ACPInstance > ACPInstance", - "text": "class ansys.acp.core.ACPInstance(*, server, channel, filetransfer_handler, is_remote)\n\nControl an ACP instance.\n\nSupports the following operations to control an ACP instance:\n\nLoading and unloading ACP models\n\nUp- and download of files to the (possibly remote) ACP instance\n\nCheck if the ACP instance is running\n\nIn addition, the ACP instance may support starting, stopping,\nand restarting.\n\nNote that this class is not meant for instantiating directly.\nThe launch_acp() function should be used instead.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nACPInstance.check([timeout])\n\nCheck if the ACP instance is running.\n\nACPInstance.clear()\n\nClose all models.\n\nACPInstance.download_file(remote_path, ...)\n\nDownload a file from the server.\n\nACPInstance.import_model(path, *[, name, format])\n\nLoad an ACP model from a file.\n\nACPInstance.restart([stop_timeout])\n\nStop, then start the product instance.\n\nACPInstance.start()\n\nStart the product instance.\n\nACPInstance.stop(*[, timeout])\n\nStop the product instance.\n\nACPInstance.upload_file(local_path)\n\nUpload a file to the server.\n\nACPInstance.wait(timeout)\n\nWait for the ACP instance to respond.\n\n\n\nAttributes\n\n\n\n\n\n\n\nACPInstance.is_remote\n\nWhether the server is remote or local.\n\nACPInstance.models\n\nModels currently loaded on the server.\n\nACPInstance.server_version\n\nVersion of the connected server.\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yc.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yc", + "title": "Yc > Yc > Yc", + "section": "Yc > Yc", + "text": "property ConstantWovenStressLimits.Yc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.html#examples-using-acpinstance", - "title": "ACPInstance > Examples using ACPInstance", - "section": "Examples using ACPInstance", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ACPInstance" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.modeling_ply_area", + "href": "api/_autosummary/ansys.acp.core.Sensor.modeling_ply_area.html#modeling_ply_area", + "title": "modeling_ply_area", + "section": "modeling_ply_area", + "text": "The surface area of all Modeling Plies of the selected entity.\nmodeling_ply_area" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SPECIFY_THICKNESS", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SPECIFY_THICKNESS.html#specify_thickness", - "title": "SPECIFY_THICKNESS", - "section": "SPECIFY_THICKNESS", - "text": "SPECIFY_THICKNESS" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.modeling_ply_area", + "href": "api/_autosummary/ansys.acp.core.Sensor.modeling_ply_area.html#ansys.acp.core.Sensor.modeling_ply_area", + "title": "modeling_ply_area > modeling_ply_area > modeling_ply_area", + "section": "modeling_ply_area > modeling_ply_area", + "text": "property Sensor.modeling_ply_area: Any\n\nThe surface area of all Modeling Plies of the selected entity.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SPECIFY_THICKNESS", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SPECIFY_THICKNESS.html#ansys.acp.core.ExtrusionMethod.SPECIFY_THICKNESS", - "title": "SPECIFY_THICKNESS > SPECIFY_THICKNESS > SPECIFY_THICKNESS", - "section": "SPECIFY_THICKNESS > SPECIFY_THICKNESS", - "text": "ExtrusionMethod.SPECIFY_THICKNESS = 'specify_thickness'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.wait", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.wait.html#wait", + "title": "wait", + "section": "wait", + "text": "Wait for the ACP instance to respond.\nRepeatedly checks if the ACP instance is running, returning as\nsoon as it is running.\ntimeout (float) – Wait time before raising an exception.\nRuntimeError – In case the server still has not responded after timeout seconds.\nwait\ntimeout" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zc.html#zc", - "title": "Zc", - "section": "Zc", - "text": "Zc" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.wait", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.wait.html#ansys.acp.core.ACPInstance.wait", + "title": "wait > wait > wait", + "section": "wait > wait", + "text": "ACPInstance.wait(timeout)\n\nWait for the ACP instance to respond.\n\nRepeatedly checks if the ACP instance is running, returning as\nsoon as it is running.\n\nParameters\n\ntimeout (float) – Wait time before raising an exception.\n\nRaises\n\nRuntimeError – In case the server still has not responded after timeout seconds.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zc.html#ansys.acp.core.material_property_sets.VariableStressLimits.Zc", - "title": "Zc > Zc > Zc", - "section": "Zc > Zc", - "text": "property VariableStressLimits.Zc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxy.html#esxy", + "title": "eSxy", + "section": "eSxy", + "text": "eSxy" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field.html#thickness_field", - "title": "thickness_field", - "section": "thickness_field", - "text": "thickness_field" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxy.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxy", + "title": "eSxy > eSxy > eSxy", + "section": "eSxy > eSxy", + "text": "property ConstantStrainLimits.eSxy: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field.html#ansys.acp.core.ImportedModelingPly.thickness_field", - "title": "thickness_field > thickness_field > thickness_field", - "section": "thickness_field > thickness_field", - "text": "property ImportedModelingPly.thickness_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_seed_point", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_seed_point.html#draping_seed_point", + "title": "draping_seed_point", + "section": "draping_seed_point", + "text": "draping_seed_point" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.store", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_seed_point", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_seed_point.html#ansys.acp.core.OrientedSelectionSet.draping_seed_point", + "title": "draping_seed_point > draping_seed_point > draping_seed_point", + "section": "draping_seed_point > draping_seed_point", + "text": "property OrientedSelectionSet.draping_seed_point: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.store", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.store.html#ansys.acp.core.CutOffGeometry.store", - "title": "store > store > store", - "section": "store > store", - "text": "CutOffGeometry.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.IntersectionType", + "href": "api/_autosummary/ansys.acp.core.IntersectionType.html#intersectiontype", + "title": "IntersectionType", + "section": "IntersectionType", + "text": "Determines how the intersection is computed for wireframe section cuts.\nIntersectionType.NORMAL_TO_SURFACE\n\nIntersectionType.IN_PLANE\n\nIntersectionType\nIntersectionType.NORMAL_TO_SURFACE\nIntersectionType.IN_PLANE" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.store", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.IntersectionType", + "href": "api/_autosummary/ansys.acp.core.IntersectionType.html#ansys.acp.core.IntersectionType", + "title": "IntersectionType > IntersectionType > IntersectionType", + "section": "IntersectionType > IntersectionType", + "text": "class ansys.acp.core.IntersectionType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines how the intersection is computed for wireframe section cuts.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nIntersectionType.NORMAL_TO_SURFACE\n\n\n\nIntersectionType.IN_PLANE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.store", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.store.html#ansys.acp.core.EdgeSet.store", - "title": "store > store > store", - "section": "store > store", - "text": "EdgeSet.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.GLOBAL", + "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.GLOBAL.html#global", + "title": "GLOBAL", + "section": "GLOBAL", + "text": "GLOBAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.element_sets", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.element_sets.html#element_sets", - "title": "element_sets", - "section": "element_sets", - "text": "element_sets" + "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.GLOBAL", + "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.GLOBAL.html#ansys.acp.core.DropOffMaterialHandling.GLOBAL", + "title": "GLOBAL > GLOBAL > GLOBAL", + "section": "GLOBAL > GLOBAL", + "text": "DropOffMaterialHandling.GLOBAL = 'global'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.element_sets", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.element_sets.html#ansys.acp.core.GeometricalSelectionRule.element_sets", - "title": "element_sets > element_sets > element_sets", - "section": "element_sets > element_sets", - "text": "property GeometricalSelectionRule.element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/030-imported-plies", + "href": "examples/modeling_features/030-imported-plies.html#imported-ply", + "title": "Imported ply", + "section": "Imported ply", + "text": "The definition and use of imported plies is demonstrated in this example.\nIn a nutshell, the difference between ImportedModelingPly and\nModelingPly is that the surface mesh of an ImportedModelingPly\nis defined by an external source, such as a CAD surface, where a ModelingPly\nis always defined on the initial loaded shell mesh.\nTherefore, an imported ply can only be used in combination with an\nImportedSolidModel.\nThis examples shows hot to:\nLoad an initial mesh\nAdd a Material and Fabric\nImport geometries which will be used to define the surface of the ImportedModelingPly\nAdd two imported modeling plies\nCreate an ImportedSolidModel\nMap the imported plies to the solid model\nVisualized the mapped plies.\nImported ply\nImportedModelingPly\nModelingPly\nImportedModelingPly\nModelingPly\nImportedSolidModel\nMaterial\nFabric\nImportedModelingPly\nImportedSolidModel" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.element_labels", - "href": "api/_autosummary/ansys.acp.core.ElementSet.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "examples/modeling_features/030-imported-plies", + "href": "examples/modeling_features/030-imported-plies.html#import-modules", + "title": "Imported ply > Import modules", + "section": "Import modules", + "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" + }, + { + "objectID": "examples/modeling_features/030-imported-plies", + "href": "examples/modeling_features/030-imported-plies.html#start-acp-and-load-the-model", + "title": "Imported ply > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nCreate a model by loading a shell mesh\nAdd a material and a fabric with 1mm thickness.\nThe fabric is used for the imported modeling ply.\nStart ACP and load the model" + }, + { + "objectID": "examples/modeling_features/030-imported-plies", + "href": "examples/modeling_features/030-imported-plies.html#import-cad-geometries", + "title": "Imported ply > Import CAD geometries", + "section": "Import CAD geometries", + "text": "Import two cad surfaces to define the surface of the imported modeling plies.\nImport CAD geometries" + }, + { + "objectID": "examples/modeling_features/030-imported-plies", + "href": "examples/modeling_features/030-imported-plies.html#definition-of-imported-plies", + "title": "Imported ply > Definition of Imported Plies", + "section": "Definition of Imported Plies", + "text": "Imported plies cannot be visualized directly yet but the cad geometries are\nshown here instead.\nTo visualize the imported plies, you can save the model and load it in ACP\nstandalone.\nDefinition of Imported Plies" + }, + { + "objectID": "examples/modeling_features/030-imported-plies", + "href": "examples/modeling_features/030-imported-plies.html#map-imported-plies-onto-a-solid-mesh", + "title": "Imported ply > Map Imported Plies onto a solid mesh", + "section": "Map Imported Plies onto a solid mesh", + "text": "An external solid mesh is loaded now to map the imported plies\nonto the solid model. The next figure shows the imported solid mesh\nand the imported plies.\nAdd a mapping object to link the imported plies with the solid model.\nIn this example, all imported plies are mapped in one go.\nThe remaining elemental volume and elements which do not intersect\nwith the imported plies are filled with a void and filler material,\nrespectively.\nShow the imported ply geometries and mapped plies on the solid model.\nNote that the analysis plies are not yet directly accessible via\nthe API of the imported solid model. Also, elemental data such as\nthicknesses are not yet implemented for imported plies.\nThe imported solid model can be passed to Mechanical or MAPDL to run an analysis\nas shown in the examples pymechanical_solid_example and\npymapdl_workflow_example.\nTotal running time of the script: (0 minutes 6.149 seconds)\nDownload Jupyter notebook: 030-imported-plies.ipynb\nDownload Python source code: 030-imported-plies.py\nDownload zipped: 030-imported-plies.zip\nGallery generated by Sphinx-Gallery\nMap Imported Plies onto a solid mesh\nDownload Jupyter notebook: 030-imported-plies.ipynb\nDownload Python source code: 030-imported-plies.py\nDownload zipped: 030-imported-plies.zip" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.IGES", + "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.IGES.html#iges", + "title": "IGES", + "section": "IGES", + "text": "IGES" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.element_labels", - "href": "api/_autosummary/ansys.acp.core.ElementSet.element_labels.html#ansys.acp.core.ElementSet.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "property ElementSet.element_labels: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.IGES", + "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.IGES.html#ansys.acp.core.SolidModelSkinExportFormat.IGES", + "title": "IGES > IGES > IGES", + "section": "IGES > IGES", + "text": "SolidModelSkinExportFormat.IGES = 'iges'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED.html#minimum_distance_superposed", - "title": "MINIMUM_DISTANCE_SUPERPOSED", - "section": "MINIMUM_DISTANCE_SUPERPOSED", - "text": "MINIMUM_DISTANCE_SUPERPOSED" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.rho", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.rho.html#rho", + "title": "rho", + "section": "rho", + "text": "rho" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED.html#ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", - "title": "MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED", - "section": "MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED", - "text": "RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED = 'minimum_distance_superposed'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.rho", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.rho.html#ansys.acp.core.material_property_sets.ConstantDensity.rho", + "title": "rho > rho > rho", + "section": "rho > rho", + "text": "property ConstantDensity.rho: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED.html#examples-using-rosetteselectionmethodminimum_distance_superposed", - "title": "MINIMUM_DISTANCE_SUPERPOSED > Examples using RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", - "section": "Examples using RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.delete_bad_elements", + "href": "api/_autosummary/ansys.acp.core.SolidModel.delete_bad_elements.html#delete_bad_elements", + "title": "delete_bad_elements", + "section": "delete_bad_elements", + "text": "delete_bad_elements" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.delete_bad_elements", + "href": "api/_autosummary/ansys.acp.core.SolidModel.delete_bad_elements.html#ansys.acp.core.SolidModel.delete_bad_elements", + "title": "delete_bad_elements > delete_bad_elements > delete_bad_elements", + "section": "delete_bad_elements > delete_bad_elements", + "text": "property SolidModel.delete_bad_elements: Any\n\n!! processed by numpydoc !!" }, { "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.id", @@ -19999,2503 +19782,2580 @@ "text": "property ImportedProductionPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.price", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.price.html#price", - "title": "price", - "section": "price", - "text": "price" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.price", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.price.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.price", - "title": "price > price > price", - "section": "price > price", - "text": "ModelingPlyElementalData.price: ScalarData[np.float64] | None = None\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data.html#elemental_data", + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.elemental_data.html#elemental_data", "title": "elemental_data", "section": "elemental_data", "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data.html#ansys.acp.core.OrientedSelectionSet.elemental_data", + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.elemental_data.html#ansys.acp.core.VariableOffsetSelectionRule.elemental_data", "title": "elemental_data > elemental_data > elemental_data", "section": "elemental_data > elemental_data", - "text": "property OrientedSelectionSet.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "text": "property VariableOffsetSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.elemental_data.html#examples-using-orientedselectionsetelemental_data", - "title": "elemental_data > Examples using OrientedSelectionSet.elemental_data", - "section": "Examples using OrientedSelectionSet.elemental_data", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using OrientedSelectionSet.elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.rho", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.rho.html#rho", + "title": "rho", + "section": "rho", + "text": "rho" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest.html#createrequest", - "title": "CreateRequest", - "section": "CreateRequest", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nInterface definition for CreateRequest messages.\nThe CreateRequest message is used to create a new object in a collection.\nCreateRequest" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.rho", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.rho.html#ansys.acp.core.material_property_sets.VariableDensity.rho", + "title": "rho > rho > rho", + "section": "rho > rho", + "text": "property VariableDensity.rho: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest", - "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest.html#ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest", - "title": "CreateRequest > CreateRequest > CreateRequest", - "section": "CreateRequest > CreateRequest", - "text": "class ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest(collection_path, name, properties)\n\nInterface definition for CreateRequest messages.\n\nThe CreateRequest message is used to create a new object in a collection.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule.html#template_rule", + "title": "template_rule", + "section": "template_rule", + "text": "Whether the selection rule is a template rule.\ntemplate_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rpartition", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rpartition.html#rpartition", - "title": "rpartition", - "section": "rpartition", - "text": "Partition the string into three parts using the given separator.\nThis will search for the separator in the string, starting at the end. If\nthe separator is found, returns a 3-tuple containing the part before the\nseparator, the separator itself, and the part after it.\nIf the separator is not found, returns a 3-tuple containing two empty strings\nand the original string.\nrpartition" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule.html#ansys.acp.core.LinkedSelectionRule.template_rule", + "title": "template_rule > template_rule > template_rule", + "section": "template_rule > template_rule", + "text": "property LinkedSelectionRule.template_rule: bool\n\nWhether the selection rule is a template rule.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rpartition", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.rpartition.html#ansys.acp.core.LaunchMode.rpartition", - "title": "rpartition > rpartition > rpartition", - "section": "rpartition > rpartition", - "text": "LaunchMode.rpartition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nThis will search for the separator in the string, starting at the end. If\nthe separator is found, returns a 3-tuple containing the part before the\nseparator, the separator itself, and the part after it.\n\nIf the separator is not found, returns a 3-tuple containing two empty strings\nand the original string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule.html#examples-using-linkedselectionruletemplate_rule", + "title": "template_rule > Examples using LinkedSelectionRule.template_rule", + "section": "Examples using LinkedSelectionRule.template_rule", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LinkedSelectionRule.template_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling", + "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.html#dropoffmaterialhandling", + "title": "DropOffMaterialHandling", + "section": "DropOffMaterialHandling", + "text": "Options for how drop-off material is selected.\nDropOffMaterialHandling.GLOBAL\n\nDropOffMaterialHandling.CUSTOM\n\nDropOffMaterialHandling\nDropOffMaterialHandling.GLOBAL\nDropOffMaterialHandling.CUSTOM" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.delete.html#ansys.acp.core.BooleanSelectionRule.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "BooleanSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling", + "href": "api/_autosummary/ansys.acp.core.DropOffMaterialHandling.html#ansys.acp.core.DropOffMaterialHandling", + "title": "DropOffMaterialHandling > DropOffMaterialHandling > DropOffMaterialHandling", + "section": "DropOffMaterialHandling > DropOffMaterialHandling", + "text": "class ansys.acp.core.DropOffMaterialHandling(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how drop-off material is selected.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nDropOffMaterialHandling.GLOBAL\n\n\n\nDropOffMaterialHandling.CUSTOM\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.center_of_gravity", - "href": "api/_autosummary/ansys.acp.core.Sensor.center_of_gravity.html#center_of_gravity", - "title": "center_of_gravity", - "section": "center_of_gravity", - "text": "The center of gravity of the selected entity in the global coordinate system.\ncenter_of_gravity" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.store", + "href": "api/_autosummary/ansys.acp.core.SolidModel.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.center_of_gravity", - "href": "api/_autosummary/ansys.acp.core.Sensor.center_of_gravity.html#ansys.acp.core.Sensor.center_of_gravity", - "title": "center_of_gravity > center_of_gravity > center_of_gravity", - "section": "center_of_gravity > center_of_gravity", - "text": "property Sensor.center_of_gravity: Any\n\nThe center of gravity of the selected entity in the global coordinate system.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.store", + "href": "api/_autosummary/ansys.acp.core.SolidModel.store.html#ansys.acp.core.SolidModel.store", + "title": "store > store > store", + "section": "store > store", + "text": "SolidModel.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.orientation_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.orientation_2.html#orientation_2", - "title": "orientation_2", - "section": "orientation_2", - "text": "orientation_2" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.HONEYCOMB_CORE", + "href": "api/_autosummary/ansys.acp.core.PlyType.HONEYCOMB_CORE.html#honeycomb_core", + "title": "HONEYCOMB_CORE", + "section": "HONEYCOMB_CORE", + "text": "HONEYCOMB_CORE" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.orientation_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.orientation_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.orientation_2", - "title": "orientation_2 > orientation_2 > orientation_2", - "section": "orientation_2 > orientation_2", - "text": "property VariableWovenCharacterization.orientation_2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.HONEYCOMB_CORE", + "href": "api/_autosummary/ansys.acp.core.PlyType.HONEYCOMB_CORE.html#ansys.acp.core.PlyType.HONEYCOMB_CORE", + "title": "HONEYCOMB_CORE > HONEYCOMB_CORE > HONEYCOMB_CORE", + "section": "HONEYCOMB_CORE > HONEYCOMB_CORE", + "text": "PlyType.HONEYCOMB_CORE = 'honeycomb_core'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.delete", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.in_plane_reference_direction1", + "href": "api/_autosummary/ansys.acp.core.SectionCut.in_plane_reference_direction1.html#in_plane_reference_direction1", + "title": "in_plane_reference_direction1", + "section": "in_plane_reference_direction1", + "text": "in_plane_reference_direction1" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.delete", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.delete.html#ansys.acp.core.ImportedModelingPly.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "ImportedModelingPly.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.in_plane_reference_direction1", + "href": "api/_autosummary/ansys.acp.core.SectionCut.in_plane_reference_direction1.html#ansys.acp.core.SectionCut.in_plane_reference_direction1", + "title": "in_plane_reference_direction1 > in_plane_reference_direction1 > in_plane_reference_direction1", + "section": "in_plane_reference_direction1 > in_plane_reference_direction1", + "text": "property SectionCut.in_plane_reference_direction1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType.ELEMENT_SETS", - "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.ELEMENT_SETS.html#element_sets", - "title": "ELEMENT_SETS", - "section": "ELEMENT_SETS", - "text": "ELEMENT_SETS" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_materials", + "href": "api/_autosummary/ansys.acp.core.Model.export_materials.html#export_materials", + "title": "export_materials", + "section": "export_materials", + "text": "Write materials to a XML (MatML) file.\nThe XML file is required for the post-processing with DPF or can be loaded by\nEngineering Data under WB.\npath (str | PathLike[str]) – File path. E.g. /tmp/acp_materials.xml\nexport_materials" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType.ELEMENT_SETS", - "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.ELEMENT_SETS.html#ansys.acp.core.GeometricalRuleType.ELEMENT_SETS", - "title": "ELEMENT_SETS > ELEMENT_SETS > ELEMENT_SETS", - "section": "ELEMENT_SETS > ELEMENT_SETS", - "text": "GeometricalRuleType.ELEMENT_SETS = 'element_sets'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_materials", + "href": "api/_autosummary/ansys.acp.core.Model.export_materials.html#ansys.acp.core.Model.export_materials", + "title": "export_materials > export_materials > export_materials", + "section": "export_materials > export_materials", + "text": "Model.export_materials(path)\n\nWrite materials to a XML (MatML) file.\n\nThe XML file is required for the post-processing with DPF or can be loaded by\nEngineering Data under WB.\n\nParameters\n\npath (str | PathLike[str]) – File path. E.g. /tmp/acp_materials.xml\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.export_materials", + "href": "api/_autosummary/ansys.acp.core.Model.export_materials.html#examples-using-modelexport_materials", + "title": "export_materials > Examples using Model.export_materials", + "section": "Examples using Model.export_materials", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.export_materials" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material_handling", + "href": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material_handling.html#cut_off_material_handling", + "title": "cut_off_material_handling", + "section": "cut_off_material_handling", + "text": "cut_off_material_handling" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material_handling", + "href": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material_handling.html#ansys.acp.core.Fabric.cut_off_material_handling", + "title": "cut_off_material_handling > cut_off_material_handling > cut_off_material_handling", + "section": "cut_off_material_handling > cut_off_material_handling", + "text": "property Fabric.cut_off_material_handling: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.html#dockercomposelaunchconfig", + "title": "DockerComposeLaunchConfig", + "section": "DockerComposeLaunchConfig", + "text": "Configuration options for launching ACP through docker compose.\nDockerComposeLaunchConfig.compose_file\n\nDockerComposeLaunchConfig.image_name_acp\n\nDockerComposeLaunchConfig.image_name_filetransfer\n\nDockerComposeLaunchConfig.keep_volume\n\nDockerComposeLaunchConfig.license_server\n\nDockerComposeLaunchConfig.environment_variables\n\nDockerComposeLaunchConfig\nDockerComposeLaunchConfig.compose_file\nDockerComposeLaunchConfig.image_name_acp\nDockerComposeLaunchConfig.image_name_filetransfer\nDockerComposeLaunchConfig.keep_volume\nDockerComposeLaunchConfig.license_server\nDockerComposeLaunchConfig.environment_variables" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig", + "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.html#ansys.acp.core.DockerComposeLaunchConfig", + "title": "DockerComposeLaunchConfig > DockerComposeLaunchConfig > DockerComposeLaunchConfig", + "section": "DockerComposeLaunchConfig > DockerComposeLaunchConfig", + "text": "class ansys.acp.core.DockerComposeLaunchConfig(image_name_acp='ghcr.io/ansys/acp:latest', image_name_filetransfer='ghcr.io/ansys/tools-filetransfer:latest', license_server='', keep_volume=False, compose_file=None, environment_variables=)\n\nConfiguration options for launching ACP through docker compose.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nDockerComposeLaunchConfig.compose_file\n\n\n\nDockerComposeLaunchConfig.image_name_acp\n\n\n\nDockerComposeLaunchConfig.image_name_filetransfer\n\n\n\nDockerComposeLaunchConfig.keep_volume\n\n\n\nDockerComposeLaunchConfig.license_server\n\n\n\nDockerComposeLaunchConfig.environment_variables\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_angle.html#draped_fiber_angle", - "title": "draped_fiber_angle", - "section": "draped_fiber_angle", - "text": "draped_fiber_angle" + "objectID": "api/_autosummary/ansys.acp.core.Material.ply_type", + "href": "api/_autosummary/ansys.acp.core.Material.ply_type.html#ply_type", + "title": "ply_type", + "section": "ply_type", + "text": "ply_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_angle.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_angle", - "title": "draped_fiber_angle > draped_fiber_angle > draped_fiber_angle", - "section": "draped_fiber_angle > draped_fiber_angle", - "text": "ProductionPlyElementalData.draped_fiber_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Material.ply_type", + "href": "api/_autosummary/ansys.acp.core.Material.ply_type.html#ansys.acp.core.Material.ply_type", + "title": "ply_type > ply_type > ply_type", + "section": "ply_type > ply_type", + "text": "property Material.ply_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.clone", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.Material.ply_type", + "href": "api/_autosummary/ansys.acp.core.Material.ply_type.html#examples-using-materialply_type", + "title": "ply_type > Examples using Material.ply_type", + "section": "Examples using Material.ply_type", + "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Material.ply_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.clone", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.clone.html#ansys.acp.core.CutOffGeometry.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "CutOffGeometry.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.geometrical_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.geometrical_selection_rules.html#geometrical_selection_rules", - "title": "geometrical_selection_rules", - "section": "geometrical_selection_rules", - "text": "geometrical_selection_rules" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.element_labels.html#ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "ParallelSelectionRuleElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.geometrical_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.geometrical_selection_rules.html#ansys.acp.core.Model.geometrical_selection_rules", - "title": "geometrical_selection_rules > geometrical_selection_rules > geometrical_selection_rules", - "section": "geometrical_selection_rules > geometrical_selection_rules", - "text": "property Model.geometrical_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xt.html#xt", + "title": "Xt", + "section": "Xt", + "text": "Xt" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SANDWICH_WISE", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SANDWICH_WISE.html#sandwich_wise", - "title": "SANDWICH_WISE", - "section": "SANDWICH_WISE", - "text": "SANDWICH_WISE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xt.html#ansys.acp.core.material_property_sets.VariableStressLimits.Xt", + "title": "Xt > Xt > Xt", + "section": "Xt > Xt", + "text": "property VariableStressLimits.Xt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SANDWICH_WISE", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.SANDWICH_WISE.html#ansys.acp.core.ExtrusionMethod.SANDWICH_WISE", - "title": "SANDWICH_WISE > SANDWICH_WISE > SANDWICH_WISE", - "section": "SANDWICH_WISE > SANDWICH_WISE", - "text": "ExtrusionMethod.SANDWICH_WISE = 'sandwich_wise'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.clone", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.delete", - "href": "api/_autosummary/ansys.acp.core.Fabric.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.clone", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.clone.html#ansys.acp.core.LayupMappingObject.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "LayupMappingObject.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.delete", - "href": "api/_autosummary/ansys.acp.core.Fabric.delete.html#ansys.acp.core.Fabric.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "Fabric.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.volume", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.volume.html#volume", + "title": "volume", + "section": "volume", + "text": "volume" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_1_field", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_1_field.html#draping_angle_1_field", - "title": "draping_angle_1_field", - "section": "draping_angle_1_field", - "text": "draping_angle_1_field" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.volume", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.volume.html#ansys.acp.core.mesh_data.ModelElementalData.volume", + "title": "volume > volume > volume", + "section": "volume > volume", + "text": "ModelElementalData.volume: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_1_field", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_1_field.html#ansys.acp.core.ImportedModelingPly.draping_angle_1_field", - "title": "draping_angle_1_field > draping_angle_1_field > draping_angle_1_field", - "section": "draping_angle_1_field > draping_angle_1_field", - "text": "property ImportedModelingPly.draping_angle_1_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.html#lookuptable1dcolumn", + "title": "LookUpTable1DColumn", + "section": "LookUpTable1DColumn", + "text": "Instantiate a Column of a 1D Look-Up Table.\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\ndata (ndarray[tuple[int, ...], dtype[float64]] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\nAdded in ACP server version 24.2.\nLookUpTable1DColumn.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nLookUpTable1DColumn.delete()\nDelete the object.\nLookUpTable1DColumn.store(parent)\nStore the object on the server.\nLookUpTable1DColumn.data\n\nLookUpTable1DColumn.id\nIdentifier of the object, used for example as key in maps.\nLookUpTable1DColumn.name\nThe name of the object.\nLookUpTable1DColumn.parent\nThe parent of the object.\nLookUpTable1DColumn.physical_dimension\n\nLookUpTable1DColumn.value_type\n\nLookUpTable1DColumn\nvalue_type\nvalue_type\nLocation\nLookUpTable1DColumn.clone\nLookUpTable1DColumn.delete\nLookUpTable1DColumn.store\nLookUpTable1DColumn.data\nLookUpTable1DColumn.id\nLookUpTable1DColumn.name\nLookUpTable1DColumn.parent\nLookUpTable1DColumn.physical_dimension\nLookUpTable1DColumn.value_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.strain_limits", - "href": "api/_autosummary/ansys.acp.core.Material.strain_limits.html#strain_limits", - "title": "strain_limits", - "section": "strain_limits", - "text": "strain_limits" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.html#ansys.acp.core.LookUpTable1DColumn", + "title": "LookUpTable1DColumn > LookUpTable1DColumn > LookUpTable1DColumn", + "section": "LookUpTable1DColumn > LookUpTable1DColumn", + "text": "class ansys.acp.core.LookUpTable1DColumn(*, name='LookUpTable1DColumn', value_type='scalar', physical_dimension='dimensionless', data=None)\n\nInstantiate a Column of a 1D Look-Up Table.\n\nParameters\n\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\n\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\n\ndata (ndarray[tuple[int, ...], dtype[float64]] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLookUpTable1DColumn.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nLookUpTable1DColumn.delete()\n\nDelete the object.\n\nLookUpTable1DColumn.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLookUpTable1DColumn.data\n\n\n\nLookUpTable1DColumn.id\n\nIdentifier of the object, used for example as key in maps.\n\nLookUpTable1DColumn.name\n\nThe name of the object.\n\nLookUpTable1DColumn.parent\n\nThe parent of the object.\n\nLookUpTable1DColumn.physical_dimension\n\n\n\nLookUpTable1DColumn.value_type\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.strain_limits", - "href": "api/_autosummary/ansys.acp.core.Material.strain_limits.html#ansys.acp.core.Material.strain_limits", - "title": "strain_limits > strain_limits > strain_limits", - "section": "strain_limits > strain_limits", - "text": "property Material.strain_limits: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.html#examples-using-lookuptable1dcolumn", + "title": "LookUpTable1DColumn > Examples using LookUpTable1DColumn", + "section": "Examples using LookUpTable1DColumn", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LookUpTable1DColumn" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.store", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxz.html#sxz", + "title": "Sxz", + "section": "Sxz", + "text": "Sxz" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.store", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.store.html#ansys.acp.core.CADGeometry.store", - "title": "store > store > store", - "section": "store > store", - "text": "CADGeometry.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxz", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxz.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Sxz", + "title": "Sxz > Sxz > Sxz", + "section": "Sxz > Sxz", + "text": "property ConstantStressLimits.Sxz: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent.parent", - "href": "api/_autosummary/ansys.acp.core.CADComponent.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.SubShape", + "href": "api/_autosummary/ansys.acp.core.SubShape.html#subshape", + "title": "SubShape", + "section": "SubShape", + "text": "Represents a sub-shape of a virtual geometry.\nAdded in ACP server version 24.2.\nSubShape.clone()\nCreate a new unstored SubShape with the same properties.\nSubShape.cad_geometry\nLinked CAD geometry.\nSubShape.path\nTopological path of the sub-shape within the CAD geometry.\nSubShape\nSubShape.clone\nSubShape.cad_geometry\nSubShape.path" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent.parent", - "href": "api/_autosummary/ansys.acp.core.CADComponent.parent.html#ansys.acp.core.CADComponent.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property CADComponent.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SubShape", + "href": "api/_autosummary/ansys.acp.core.SubShape.html#ansys.acp.core.SubShape", + "title": "SubShape > SubShape > SubShape", + "section": "SubShape > SubShape", + "text": "class ansys.acp.core.SubShape(cad_geometry, path)\n\nRepresents a sub-shape of a virtual geometry.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSubShape.clone()\n\nCreate a new unstored SubShape with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSubShape.cad_geometry\n\nLinked CAD geometry.\n\nSubShape.path\n\nTopological path of the sub-shape within the CAD geometry.\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.price", - "href": "api/_autosummary/ansys.acp.core.Sensor.price.html#price", - "title": "price", - "section": "price", - "text": "The price for the composite layup of the selected entity. The price per area is defined on the Fabrics or Stackups.\nprice" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xc.html#xc", + "title": "Xc", + "section": "Xc", + "text": "Xc" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.price", - "href": "api/_autosummary/ansys.acp.core.Sensor.price.html#ansys.acp.core.Sensor.price", - "title": "price > price > price", - "section": "price > price", - "text": "property Sensor.price: Any\n\nThe price for the composite layup of the selected entity. The price per area is defined on the Fabrics or Stackups.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xc.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Xc", + "title": "Xc > Xc > Xc", + "section": "Xc > Xc", + "text": "property ConstantStressLimits.Xc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_material_model", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_material_model.html#draping_material_model", - "title": "draping_material_model", - "section": "draping_material_model", - "text": "draping_material_model" + "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.REMOVE", + "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.REMOVE.html#remove", + "title": "REMOVE", + "section": "REMOVE", + "text": "REMOVE" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_material_model", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_material_model.html#ansys.acp.core.OrientedSelectionSet.draping_material_model", - "title": "draping_material_model > draping_material_model > draping_material_model", - "section": "draping_material_model > draping_material_model", - "text": "property OrientedSelectionSet.draping_material_model: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.REMOVE", + "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.REMOVE.html#ansys.acp.core.BaseElementMaterialHandling.REMOVE", + "title": "REMOVE > REMOVE > REMOVE", + "section": "REMOVE > REMOVE", + "text": "BaseElementMaterialHandling.REMOVE = 'remove'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.symmetrical_extension", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.symmetrical_extension.html#symmetrical_extension", - "title": "symmetrical_extension", - "section": "symmetrical_extension", - "text": "symmetrical_extension" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns.html#columns", + "title": "columns", + "section": "columns", + "text": "columns" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.symmetrical_extension", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.symmetrical_extension.html#ansys.acp.core.TubeSelectionRule.symmetrical_extension", - "title": "symmetrical_extension > symmetrical_extension > symmetrical_extension", - "section": "symmetrical_extension > symmetrical_extension", - "text": "property TubeSelectionRule.symmetrical_extension: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns.html#ansys.acp.core.LookUpTable1D.columns", + "title": "columns > columns > columns", + "section": "columns > columns", + "text": "property LookUpTable1D.columns: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies.html#modeling_plies", - "title": "modeling_plies", - "section": "modeling_plies", - "text": "modeling_plies" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.columns.html#examples-using-lookuptable1dcolumns", + "title": "columns > Examples using LookUpTable1D.columns", + "section": "Examples using LookUpTable1D.columns", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LookUpTable1D.columns" }, - { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies.html#ansys.acp.core.ModelingGroup.modeling_plies", - "title": "modeling_plies > modeling_plies > modeling_plies", - "section": "modeling_plies > modeling_plies", - "text": "property ModelingGroup.modeling_plies: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + { + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.clone", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies.html#examples-using-modelinggroupmodeling_plies", - "title": "modeling_plies > Examples using ModelingGroup.modeling_plies", - "section": "Examples using ModelingGroup.modeling_plies", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using ModelingGroup.modeling_plies" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.clone", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.clone.html#ansys.acp.core.LookUpTable3DColumn.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "LookUpTable3DColumn.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY", - "href": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY.html#odd_symmetry", - "title": "ODD_SYMMETRY", - "section": "ODD_SYMMETRY", - "text": "ODD_SYMMETRY" + "objectID": "api/_autosummary/ansys.acp.core.Model.solid_models", + "href": "api/_autosummary/ansys.acp.core.Model.solid_models.html#solid_models", + "title": "solid_models", + "section": "solid_models", + "text": "solid_models" }, { - "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY", - "href": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY.html#ansys.acp.core.SymmetryType.ODD_SYMMETRY", - "title": "ODD_SYMMETRY > ODD_SYMMETRY > ODD_SYMMETRY", - "section": "ODD_SYMMETRY > ODD_SYMMETRY", - "text": "SymmetryType.ODD_SYMMETRY = 'odd_symmetry'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.solid_models", + "href": "api/_autosummary/ansys.acp.core.Model.solid_models.html#ansys.acp.core.Model.solid_models", + "title": "solid_models > solid_models > solid_models", + "section": "solid_models > solid_models", + "text": "property Model.solid_models: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY", - "href": "api/_autosummary/ansys.acp.core.SymmetryType.ODD_SYMMETRY.html#examples-using-symmetrytypeodd_symmetry", - "title": "ODD_SYMMETRY > Examples using SymmetryType.ODD_SYMMETRY", - "section": "Examples using SymmetryType.ODD_SYMMETRY", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nExamples using SymmetryType.ODD_SYMMETRY" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.html#geometricalselectionruleelementaldata", - "title": "GeometricalSelectionRuleElementalData", - "section": "GeometricalSelectionRuleElementalData", - "text": "Represents elemental data for a Geometrical Selection Rule.\nGeometricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nGeometricalSelectionRuleElementalData.normal\n\nGeometricalSelectionRuleElementalData.element_labels\n\nGeometricalSelectionRuleElementalData\nGeometricalSelectionRuleElementalData.get_pyvista_mesh\nGeometricalSelectionRuleElementalData.normal\nGeometricalSelectionRuleElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.parent.html#ansys.acp.core.ParallelSelectionRule.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property ParallelSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData.html#ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData", - "title": "GeometricalSelectionRuleElementalData > GeometricalSelectionRuleElementalData > GeometricalSelectionRuleElementalData", - "section": "GeometricalSelectionRuleElementalData > GeometricalSelectionRuleElementalData", - "text": "class ansys.acp.core.mesh_data.GeometricalSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Geometrical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nGeometricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nGeometricalSelectionRuleElementalData.normal\n\n\n\nGeometricalSelectionRuleElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.include_rule.html#include_rule", + "title": "include_rule", + "section": "include_rule", + "text": "include_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_top", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_top.html#disable_drop_offs_on_top", - "title": "disable_drop_offs_on_top", - "section": "disable_drop_offs_on_top", - "text": "disable_drop_offs_on_top" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.include_rule", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.include_rule.html#ansys.acp.core.GeometricalSelectionRule.include_rule", + "title": "include_rule > include_rule > include_rule", + "section": "include_rule > include_rule", + "text": "property GeometricalSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_top", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_top.html#ansys.acp.core.DropOffSettings.disable_drop_offs_on_top", - "title": "disable_drop_offs_on_top > disable_drop_offs_on_top > disable_drop_offs_on_top", - "section": "disable_drop_offs_on_top > disable_drop_offs_on_top", - "text": "property DropOffSettings.disable_drop_offs_on_top: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.element_sets", + "href": "api/_autosummary/ansys.acp.core.Model.element_sets.html#element_sets", + "title": "element_sets", + "section": "element_sets", + "text": "element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType", - "href": "api/_autosummary/ansys.acp.core.OffsetType.html#offsettype", - "title": "OffsetType", - "section": "OffsetType", - "text": "Options for the ply offset type.\nOffsetType.NO_OFFSET\n\nOffsetType.BOTTOM_OFFSET\n\nOffsetType.MIDDLE_OFFSET\n\nOffsetType.TOP_OFFSET\n\nOffsetType\nOffsetType.NO_OFFSET\nOffsetType.BOTTOM_OFFSET\nOffsetType.MIDDLE_OFFSET\nOffsetType.TOP_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.Model.element_sets", + "href": "api/_autosummary/ansys.acp.core.Model.element_sets.html#ansys.acp.core.Model.element_sets", + "title": "element_sets > element_sets > element_sets", + "section": "element_sets > element_sets", + "text": "property Model.element_sets: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType", - "href": "api/_autosummary/ansys.acp.core.OffsetType.html#ansys.acp.core.OffsetType", - "title": "OffsetType > OffsetType > OffsetType", - "section": "OffsetType > OffsetType", - "text": "class ansys.acp.core.OffsetType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the ply offset type.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nOffsetType.NO_OFFSET\n\n\n\nOffsetType.BOTTOM_OFFSET\n\n\n\nOffsetType.MIDDLE_OFFSET\n\n\n\nOffsetType.TOP_OFFSET\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.element_sets", + "href": "api/_autosummary/ansys.acp.core.Model.element_sets.html#examples-using-modelelement_sets", + "title": "element_sets > Examples using Model.element_sets", + "section": "Examples using Model.element_sets", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType", - "href": "api/_autosummary/ansys.acp.core.OffsetType.html#examples-using-offsettype", - "title": "OffsetType > Examples using OffsetType", - "section": "Examples using OffsetType", - "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using OffsetType" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.id", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling", - "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.html#linkedobjecthandling", - "title": "LinkedObjectHandling", - "section": "LinkedObjectHandling", - "text": "Defines options for handling linked objects when copying a tree of ACP objects.\nLinkedObjectHandling.KEEP\n\nLinkedObjectHandling.COPY\n\nLinkedObjectHandling.DISCARD\n\nLinkedObjectHandling\nLinkedObjectHandling.KEEP\nLinkedObjectHandling.COPY\nLinkedObjectHandling.DISCARD" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.id", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.id.html#ansys.acp.core.ProductionPly.id", + "title": "id > id > id", + "section": "id > id", + "text": "property ProductionPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling", - "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.html#ansys.acp.core.LinkedObjectHandling", - "title": "LinkedObjectHandling > LinkedObjectHandling > LinkedObjectHandling", - "section": "LinkedObjectHandling > LinkedObjectHandling", - "text": "class ansys.acp.core.LinkedObjectHandling(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDefines options for handling linked objects when copying a tree of ACP objects.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nLinkedObjectHandling.KEEP\n\n\n\nLinkedObjectHandling.COPY\n\n\n\nLinkedObjectHandling.DISCARD\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.ANSYS_CDB", + "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.ANSYS_CDB.html#ansys_cdb", + "title": "ANSYS_CDB", + "section": "ANSYS_CDB", + "text": "ANSYS_CDB" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_DIRECTION.html#draped_transverse_direction", - "title": "DRAPED_TRANSVERSE_DIRECTION", - "section": "DRAPED_TRANSVERSE_DIRECTION", - "text": "DRAPED_TRANSVERSE_DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.ANSYS_CDB", + "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.ANSYS_CDB.html#ansys.acp.core.SolidModelSkinExportFormat.ANSYS_CDB", + "title": "ANSYS_CDB > ANSYS_CDB > ANSYS_CDB", + "section": "ANSYS_CDB > ANSYS_CDB", + "text": "SolidModelSkinExportFormat.ANSYS_CDB = 'ansys:cdb'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_DIRECTION.html#ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_DIRECTION", - "title": "DRAPED_TRANSVERSE_DIRECTION > DRAPED_TRANSVERSE_DIRECTION > DRAPED_TRANSVERSE_DIRECTION", - "section": "DRAPED_TRANSVERSE_DIRECTION > DRAPED_TRANSVERSE_DIRECTION", - "text": "ElementalDataType.DRAPED_TRANSVERSE_DIRECTION = 'draped_transverse_direction'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.parent", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.angle_tolerance", - "href": "api/_autosummary/ansys.acp.core.Model.angle_tolerance.html#angle_tolerance", - "title": "angle_tolerance", - "section": "angle_tolerance", - "text": "angle_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.parent", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.parent.html#ansys.acp.core.ProductionPly.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property ProductionPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.angle_tolerance", - "href": "api/_autosummary/ansys.acp.core.Model.angle_tolerance.html#ansys.acp.core.Model.angle_tolerance", - "title": "angle_tolerance > angle_tolerance > angle_tolerance", - "section": "angle_tolerance > angle_tolerance", - "text": "property Model.angle_tolerance: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.delete", + "href": "api/_autosummary/ansys.acp.core.SectionCut.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.normal", - "href": "api/_autosummary/ansys.acp.core.SectionCut.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.delete", + "href": "api/_autosummary/ansys.acp.core.SectionCut.delete.html#ansys.acp.core.SectionCut.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "SectionCut.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.normal", - "href": "api/_autosummary/ansys.acp.core.SectionCut.normal.html#ansys.acp.core.SectionCut.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "property SectionCut.normal: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.THICKNESS", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.THICKNESS.html#thickness", + "title": "THICKNESS", + "section": "THICKNESS", + "text": "THICKNESS" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.rosette", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.rosette.html#rosette", - "title": "rosette", - "section": "rosette", - "text": "rosette" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.THICKNESS", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.THICKNESS.html#ansys.acp.core.ElementalDataType.THICKNESS", + "title": "THICKNESS > THICKNESS > THICKNESS", + "section": "THICKNESS > THICKNESS", + "text": "ElementalDataType.THICKNESS = 'thickness'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.rosette", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.rosette.html#ansys.acp.core.CylindricalSelectionRule.rosette", - "title": "rosette > rosette > rosette", - "section": "rosette > rosette", - "text": "property CylindricalSelectionRule.rosette: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.orientation", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.orientation.html#orientation", + "title": "orientation", + "section": "orientation", + "text": "orientation" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.status", - "href": "api/_autosummary/ansys.acp.core.SolidModel.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.orientation", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.orientation.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.orientation", + "title": "orientation > orientation > orientation", + "section": "orientation > orientation", + "text": "OrientedSelectionSetElementalData.orientation: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.status", - "href": "api/_autosummary/ansys.acp.core.SolidModel.status.html#ansys.acp.core.SolidModel.status", - "title": "status > status > status", - "section": "status > status", - "text": "property SolidModel.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants.html#from_orthotropic_constants", + "title": "from_orthotropic_constants", + "section": "from_orthotropic_constants", + "text": "Create an orthotropic strain limits property set.\neXc (float) – Compressive strain limit in material 1 direction.\neYc (float) – Compressive strain limit in material 2 direction.\neZc (float) – Compressive strain limit in out-of-plane direction.\neXt (float) – Tensile strain limit in material 1 direction.\neYt (float) – Tensile strain limit in material 2 direction.\neZt (float) – Tensile strain limit in out-of-plane direction.\neSxy (float) – Shear strain limit in-plane (e_{12}).\neSyz (float) – Shear strain limit out-of-plane (e_{23}).\neSxz (float) – Shear strain limit out-of-plane (e_{13}).\nAn orthotropic strain limits property set.\nSelf\nfrom_orthotropic_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxz.html#sxz", - "title": "Sxz", - "section": "Sxz", - "text": "Sxz" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants", + "title": "from_orthotropic_constants > from_orthotropic_constants > from_orthotropic_constants", + "section": "from_orthotropic_constants > from_orthotropic_constants", + "text": "classmethod ConstantStrainLimits.from_orthotropic_constants(*, eXc=0.0, eYc=0.0, eZc=0.0, eXt=0.0, eYt=0.0, eZt=0.0, eSxy=0.0, eSyz=0.0, eSxz=0.0)\n\nCreate an orthotropic strain limits property set.\n\nParameters\n\neXc (float) – Compressive strain limit in material 1 direction.\n\neYc (float) – Compressive strain limit in material 2 direction.\n\neZc (float) – Compressive strain limit in out-of-plane direction.\n\neXt (float) – Tensile strain limit in material 1 direction.\n\neYt (float) – Tensile strain limit in material 2 direction.\n\neZt (float) – Tensile strain limit in out-of-plane direction.\n\neSxy (float) – Shear strain limit in-plane (e_{12}).\n\neSyz (float) – Shear strain limit out-of-plane (e_{23}).\n\neSxz (float) – Shear strain limit out-of-plane (e_{13}).\n\nReturns\n\nAn orthotropic strain limits property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxz.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Sxz", - "title": "Sxz > Sxz > Sxz", - "section": "Sxz > Sxz", - "text": "property ConstantWovenStressLimits.Sxz: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.from_orthotropic_constants.html#examples-using-constantstrainlimitsfrom_orthotropic_constants", + "title": "from_orthotropic_constants > Examples using ConstantStrainLimits.from_orthotropic_constants", + "section": "Examples using ConstantStrainLimits.from_orthotropic_constants", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nExamples using ConstantStrainLimits.from_orthotropic_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.clone", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.edge_set", + "href": "api/_autosummary/ansys.acp.core.Rosette.edge_set.html#edge_set", + "title": "edge_set", + "section": "edge_set", + "text": "edge_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.clone", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.clone.html#ansys.acp.core.EdgeSet.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "EdgeSet.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.edge_set", + "href": "api/_autosummary/ansys.acp.core.Rosette.edge_set.html#ansys.acp.core.Rosette.edge_set", + "title": "edge_set > edge_set > edge_set", + "section": "edge_set > edge_set", + "text": "property Rosette.edge_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.orientation", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.orientation.html#orientation", - "title": "orientation", - "section": "orientation", - "text": "orientation" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.html#solidmodelexportsettings", + "title": "SolidModelExportSettings", + "section": "SolidModelExportSettings", + "text": "Defines the settings for exporting a solid model.\nuse_default_section_index (bool) – Use the default start index for sections.\nsection_index (int) – Custom start index for sections.\nOnly used if use_default_section_index is False.\nuse_default_coordinate_system_index (bool) – Use the default start index for coordinate systems.\ncoordinate_system_index (int) – Custom start index for coordinate systems.\nOnly used if use_default_coordinate_system_index is False.\nuse_default_material_index (bool) – Use the default start index for materials.\nmaterial_index (int) – Custom start index for materials.\nOnly used if use_default_material_index is False.\nuse_default_node_index (bool) – Use the default start index for nodes.\nnode_index (int) – Custom start index for nodes.\nOnly used if use_default_node_index is False.\nuse_default_element_index (bool) – Use the default start index for elements.\nelement_index (int) – Custom start index for elements.\nOnly used if use_default_element_index is False.\nuse_solsh_elements (bool) – When True, export linear layered elements as Solsh (Solid190).\nwrite_degenerated_elements (bool) – Whether to export drop-off and cut-off elements.\ndrop_hanging_nodes (bool) – When True, the hanging nodes of quadratic solid meshes are dropped.\nuse_solid_model_prefix (bool) – Use the solid model name as a prefix for the exported file.\ntransfer_all_sets (bool) – When True, all element sets and edge sets are exported.\ntransferred_element_sets (Iterable[ElementSet]) – Element sets to be exported.\nOnly used if transfer_all_sets is False.\ntransferred_edge_sets (Iterable[EdgeSet]) – Edge sets to be exported.\nOnly used if transfer_all_sets is False.\nAdded in ACP server version 25.1.\nSolidModelExportSettings.coordinate_system_index\n\nSolidModelExportSettings.drop_hanging_nodes\n\nSolidModelExportSettings.element_index\n\nSolidModelExportSettings.material_index\n\nSolidModelExportSettings.node_index\n\nSolidModelExportSettings.section_index\n\nSolidModelExportSettings.transfer_all_sets\n\nSolidModelExportSettings.transferred_edge_sets\n\nSolidModelExportSettings.transferred_element_sets\n\nSolidModelExportSettings.use_default_coordinate_system_index\n\nSolidModelExportSettings.use_default_element_index\n\nSolidModelExportSettings.use_default_material_index\n\nSolidModelExportSettings.use_default_node_index\n\nSolidModelExportSettings.use_default_section_index\n\nSolidModelExportSettings.use_solid_model_prefix\n\nSolidModelExportSettings.use_solsh_elements\n\nSolidModelExportSettings.write_degenerated_elements\n\nSolidModelExportSettings\nuse_default_section_index\nuse_default_coordinate_system_index\nuse_default_material_index\nuse_default_node_index\nuse_default_element_index\ntransfer_all_sets\ntransfer_all_sets\nSolidModelExportSettings.coordinate_system_index\nSolidModelExportSettings.drop_hanging_nodes\nSolidModelExportSettings.element_index\nSolidModelExportSettings.material_index\nSolidModelExportSettings.node_index\nSolidModelExportSettings.section_index\nSolidModelExportSettings.transfer_all_sets\nSolidModelExportSettings.transferred_edge_sets\nSolidModelExportSettings.transferred_element_sets\nSolidModelExportSettings.use_default_coordinate_system_index\nSolidModelExportSettings.use_default_element_index\nSolidModelExportSettings.use_default_material_index\nSolidModelExportSettings.use_default_node_index\nSolidModelExportSettings.use_default_section_index\nSolidModelExportSettings.use_solid_model_prefix\nSolidModelExportSettings.use_solsh_elements\nSolidModelExportSettings.write_degenerated_elements" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.orientation", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.orientation.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.orientation", - "title": "orientation > orientation > orientation", - "section": "orientation > orientation", - "text": "ModelingPlyElementalData.orientation: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.html#ansys.acp.core.SolidModelExportSettings", + "title": "SolidModelExportSettings > SolidModelExportSettings > SolidModelExportSettings", + "section": "SolidModelExportSettings > SolidModelExportSettings", + "text": "class ansys.acp.core.SolidModelExportSettings(*, use_default_section_index=True, section_index=0, use_default_coordinate_system_index=True, coordinate_system_index=0, use_default_material_index=True, material_index=0, use_default_node_index=True, node_index=0, use_default_element_index=True, element_index=0, use_solsh_elements=False, write_degenerated_elements=True, drop_hanging_nodes=True, use_solid_model_prefix=True, transfer_all_sets=True, transferred_element_sets=(), transferred_edge_sets=(), _parent_object=None, _pb_object=None, _attribute_path=None)\n\nDefines the settings for exporting a solid model.\n\nParameters\n\nuse_default_section_index (bool) – Use the default start index for sections.\n\nsection_index (int) – Custom start index for sections.\nOnly used if use_default_section_index is False.\n\nuse_default_coordinate_system_index (bool) – Use the default start index for coordinate systems.\n\ncoordinate_system_index (int) – Custom start index for coordinate systems.\nOnly used if use_default_coordinate_system_index is False.\n\nuse_default_material_index (bool) – Use the default start index for materials.\n\nmaterial_index (int) – Custom start index for materials.\nOnly used if use_default_material_index is False.\n\nuse_default_node_index (bool) – Use the default start index for nodes.\n\nnode_index (int) – Custom start index for nodes.\nOnly used if use_default_node_index is False.\n\nuse_default_element_index (bool) – Use the default start index for elements.\n\nelement_index (int) – Custom start index for elements.\nOnly used if use_default_element_index is False.\n\nuse_solsh_elements (bool) – When True, export linear layered elements as Solsh (Solid190).\n\nwrite_degenerated_elements (bool) – Whether to export drop-off and cut-off elements.\n\ndrop_hanging_nodes (bool) – When True, the hanging nodes of quadratic solid meshes are dropped.\n\nuse_solid_model_prefix (bool) – Use the solid model name as a prefix for the exported file.\n\ntransfer_all_sets (bool) – When True, all element sets and edge sets are exported.\n\ntransferred_element_sets (Iterable[ElementSet]) – Element sets to be exported.\nOnly used if transfer_all_sets is False.\n\ntransferred_edge_sets (Iterable[EdgeSet]) – Edge sets to be exported.\nOnly used if transfer_all_sets is False.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidModelExportSettings.coordinate_system_index\n\n\n\nSolidModelExportSettings.drop_hanging_nodes\n\n\n\nSolidModelExportSettings.element_index\n\n\n\nSolidModelExportSettings.material_index\n\n\n\nSolidModelExportSettings.node_index\n\n\n\nSolidModelExportSettings.section_index\n\n\n\nSolidModelExportSettings.transfer_all_sets\n\n\n\nSolidModelExportSettings.transferred_edge_sets\n\n\n\nSolidModelExportSettings.transferred_element_sets\n\n\n\nSolidModelExportSettings.use_default_coordinate_system_index\n\n\n\nSolidModelExportSettings.use_default_element_index\n\n\n\nSolidModelExportSettings.use_default_material_index\n\n\n\nSolidModelExportSettings.use_default_node_index\n\n\n\nSolidModelExportSettings.use_default_section_index\n\n\n\nSolidModelExportSettings.use_solid_model_prefix\n\n\n\nSolidModelExportSettings.use_solsh_elements\n\n\n\nSolidModelExportSettings.write_degenerated_elements\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G31", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G31.html#g31", - "title": "G31", - "section": "G31", - "text": "G31" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.endswith", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.endswith.html#endswith", + "title": "endswith", + "section": "endswith", + "text": "Return True if S ends with the specified suffix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nsuffix can also be a tuple of strings to try.\nendswith" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G31", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G31.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.G31", - "title": "G31 > G31 > G31", - "section": "G31 > G31", - "text": "property VariableEngineeringConstants.G31: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.endswith", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.endswith.html#ansys.acp.core.material_property_sets.PuckMaterialType.endswith", + "title": "endswith > endswith > endswith", + "section": "endswith > endswith", + "text": "PuckMaterialType.endswith(suffix, [start, [end]]) -> bool\n\nReturn True if S ends with the specified suffix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nsuffix can also be a tuple of strings to try.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_field_definition", - "href": "api/_autosummary/ansys.acp.core.Model.create_field_definition.html#create_field_definition", - "title": "create_field_definition", - "section": "create_field_definition", - "text": "Instantiate a Field Definition.\nA field definition is used to configure the state of variable materials.\nFor instance, a Lookup Table can be used to define the distribution of a\nstate of material field (e.g. degradation). The field definition allows\nto define the material field per element or per ply and element.\nNote: Field definitions are currently only supported through (Py)Mechanical.\nThe direct interface of PyACP to (Py)MADL ignores field definitions.\nname (str) – Name of the field definition.\nactive (bool) – Inactive field definitions are ignored.\nfield_variable_name (str) – Links the material field to a field variable name.\nThe field variable name must be defined in the material properties.\nNote that the Temperature and Shear Angle field variables are not available\nfor Field Definitions. Temperature is defined through the solution and Shear Angle\nis defined via draping calculations.\nscope_entities (Sequence[ElementSet | OrientedSelectionSet | ModelingPly]) – Define the scope of the field definition. You can use a combination\nof Element Sets and Oriented Selection Sets for elemental scope.\nFor ply-wise field definitions, a combination of Modeling Plies can be selected.\nNote that the field definition is only applied to the Analysis Plies attached to\nthe Modeling Plies. A combination of elemental and ply-wise definition is not supported.\nscalar_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Select the scalar Look-Up Table column from which the state of the field\nvariable is interpolated from.\nfull_mapping (bool) – Specify to include the shell offset of each analysis ply for the interpolation process.\nThe default is to interpolate the state of the field variables at the shell element centroid.\nFor solid elements, the position of each analysis ply is automatically considered.\nFieldDefinition\nAdded in ACP server version 25.1.\ncreate_field_definition\nTemperature\nShear Angle" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.taper_edge_set", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.taper_edge_set.html#taper_edge_set", + "title": "taper_edge_set", + "section": "taper_edge_set", + "text": "taper_edge_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_field_definition", - "href": "api/_autosummary/ansys.acp.core.Model.create_field_definition.html#ansys.acp.core.Model.create_field_definition", - "title": "create_field_definition > create_field_definition > create_field_definition", - "section": "create_field_definition > create_field_definition", - "text": "Model.create_field_definition(*, name='FieldDefinition', active=True, field_variable_name='', scope_entities=(), scalar_field=None, full_mapping=False)\n\nInstantiate a Field Definition.\n\nA field definition is used to configure the state of variable materials.\nFor instance, a Lookup Table can be used to define the distribution of a\nstate of material field (e.g. degradation). The field definition allows\nto define the material field per element or per ply and element.\n\nNote: Field definitions are currently only supported through (Py)Mechanical.\nThe direct interface of PyACP to (Py)MADL ignores field definitions.\n\nParameters\n\nname (str) – Name of the field definition.\n\nactive (bool) – Inactive field definitions are ignored.\n\nfield_variable_name (str) – Links the material field to a field variable name.\nThe field variable name must be defined in the material properties.\nNote that the Temperature and Shear Angle field variables are not available\nfor Field Definitions. Temperature is defined through the solution and Shear Angle\nis defined via draping calculations.\n\nscope_entities (Sequence[ElementSet | OrientedSelectionSet | ModelingPly]) – Define the scope of the field definition. You can use a combination\nof Element Sets and Oriented Selection Sets for elemental scope.\nFor ply-wise field definitions, a combination of Modeling Plies can be selected.\nNote that the field definition is only applied to the Analysis Plies attached to\nthe Modeling Plies. A combination of elemental and ply-wise definition is not supported.\n\nscalar_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Select the scalar Look-Up Table column from which the state of the field\nvariable is interpolated from.\n\nfull_mapping (bool) – Specify to include the shell offset of each analysis ply for the interpolation process.\nThe default is to interpolate the state of the field variables at the shell element centroid.\nFor solid elements, the position of each analysis ply is automatically considered.\n\nReturn type\n\nFieldDefinition\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.taper_edge_set", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.taper_edge_set.html#ansys.acp.core.CutOffSelectionRule.taper_edge_set", + "title": "taper_edge_set > taper_edge_set > taper_edge_set", + "section": "taper_edge_set > taper_edge_set", + "text": "property CutOffSelectionRule.taper_edge_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.angle", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.angle.html#angle", - "title": "angle", - "section": "angle", - "text": "angle" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel", + "href": "api/_autosummary/ansys.acp.core.SolidModel.html#solidmodel", + "title": "SolidModel", + "section": "SolidModel", + "text": "Instantiate a solid model.\nname (str) – Name of the solid model.\nactive (bool) – Inactive solid models are not computed, and ignored in the analysis.\nelement_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets determining the extent of\nthe solid model.\nextrusion_method (ExtrusionMethod) – Determines how plies are bundled in the layered solid elements.\nmax_element_thickness (float) – Maximum thickness of the layered solid elements. A new element is\nintroduced if the thickness exceeds this value.\nOnly used if the extrusion_method is one of SPECIFY_THICKNESS,\nMATERIAL_WISE, or SANDWICH_WISE.\nply_group_pointers (Iterable[ModelingPly]) – Explicitly defines modeling plies where a new element is introduced.\nOnly used if the extrusion_method is USER_DEFINED.\noffset_direction_type (SolidModelOffsetDirectionType) – Determines how the extrusion direction is defined. With SHELL_NORMAL,\nthe normal direction of the shell is used during the entire extrusion.\nWith SURFACE_NORMAL, the offset direction is re-evaluated based\non the surface of the solid model during the extrusion.\nskip_elements_without_plies (bool) – If True, elements without plies are automatically removed from the\nregion of extrusion. This means that no drop-off elements are created\nfor these elements.\ndrop_off_material (Material | None) – This material is assigned to the layered solid drop-off elements if\ndrop_off_material_handling is set to GLOBAL in the fabric\ndefinition.\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\ndelete_bad_elements (bool) – If True, a final element check is performed to remove erroneous elements.\nwarping_limit (float) – Maximum allowable warping limit used in the element shape check. Elements\nwith a warping limit exceeding this value are removed.\nOnly used if delete_bad_elements is True.\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are removed.\nWith the default value of 0, only inverted or zero-volume elements\nare removed.\nOnly used if delete_bad_elements is True.\ndrop_off_settings (DropOffSettings) – Determines how drop-off elements are handled in the solid model extrusion.\nexport_settings (SolidModelExportSettings) – Defines the settings for exporting the solid model.\nAdded in ACP server version 25.1.\nSolidModel.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSolidModel.create_cut_off_geometry(*[, ...])\nInstantiate a cut-off geometry.\nSolidModel.create_extrusion_guide(*[, name, ...])\nInstantiate an Extrusion Guide of a Solid Model.\nSolidModel.create_snap_to_geometry(*[, ...])\nInstantiate a snap-to geometry.\nSolidModel.delete()\nDelete the object.\nSolidModel.export(path, *, format)\nExport the solid model to a file.\nSolidModel.export_skin(path, *, format)\nExport the skin of the solid model to a file.\nSolidModel.store(parent)\nStore the object on the server.\nSolidModel.active\n\nSolidModel.analysis_plies\n\nSolidModel.cut_off_geometries\n\nSolidModel.cut_off_material\n\nSolidModel.delete_bad_elements\n\nSolidModel.drop_off_material\n\nSolidModel.drop_off_settings\n\nSolidModel.element_sets\n\nSolidModel.elemental_data\n\nSolidModel.export_settings\n\nSolidModel.extrusion_guides\n\nSolidModel.extrusion_method\n\nSolidModel.id\nIdentifier of the object, used for example as key in maps.\nSolidModel.locked\n\nSolidModel.max_element_thickness\n\nSolidModel.minimum_volume\n\nSolidModel.name\nThe name of the object.\nSolidModel.nodal_data\n\nSolidModel.offset_direction_type\n\nSolidModel.parent\nThe parent of the object.\nSolidModel.ply_group_pointers\n\nSolidModel.skip_elements_without_plies\n\nSolidModel.snap_to_geometries\n\nSolidModel.solid_element_sets\n\nSolidModel.status\n\nSolidModel.warping_limit\n\nSolidModel\nextrusion_method\nSPECIFY_THICKNESS\nMATERIAL_WISE\nSANDWICH_WISE\nextrusion_method\nUSER_DEFINED\nSHELL_NORMAL\nSURFACE_NORMAL\ndrop_off_material_handling\nGLOBAL\ncut_off_material_handling\nGLOBAL\ndelete_bad_elements\n0\ndelete_bad_elements\nSolidModel.clone\nSolidModel.create_cut_off_geometry\nSolidModel.create_extrusion_guide\nSolidModel.create_snap_to_geometry\nSolidModel.delete\nSolidModel.export\nSolidModel.export_skin\nSolidModel.store\nSolidModel.active\nSolidModel.analysis_plies\nSolidModel.cut_off_geometries\nSolidModel.cut_off_material\nSolidModel.delete_bad_elements\nSolidModel.drop_off_material\nSolidModel.drop_off_settings\nSolidModel.element_sets\nSolidModel.elemental_data\nSolidModel.export_settings\nSolidModel.extrusion_guides\nSolidModel.extrusion_method\nSolidModel.id\nSolidModel.locked\nSolidModel.max_element_thickness\nSolidModel.minimum_volume\nSolidModel.name\nSolidModel.nodal_data\nSolidModel.offset_direction_type\nSolidModel.parent\nSolidModel.ply_group_pointers\nSolidModel.skip_elements_without_plies\nSolidModel.snap_to_geometries\nSolidModel.solid_element_sets\nSolidModel.status\nSolidModel.warping_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.angle", - "href": "api/_autosummary/ansys.acp.core.AnalysisPly.angle.html#ansys.acp.core.AnalysisPly.angle", - "title": "angle > angle > angle", - "section": "angle > angle", - "text": "property AnalysisPly.angle: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel", + "href": "api/_autosummary/ansys.acp.core.SolidModel.html#ansys.acp.core.SolidModel", + "title": "SolidModel > SolidModel > SolidModel", + "section": "SolidModel > SolidModel", + "text": "class ansys.acp.core.SolidModel(*, name='SolidModel', active=True, element_sets=(), extrusion_method='analysis_ply_wise', max_element_thickness=1.0, ply_group_pointers=(), offset_direction_type='shell_normal', skip_elements_without_plies=False, drop_off_material=None, cut_off_material=None, delete_bad_elements=True, warping_limit=0.4, minimum_volume=0.0, drop_off_settings=, export_settings=)\n\nInstantiate a solid model.\n\nParameters\n\nname (str) – Name of the solid model.\n\nactive (bool) – Inactive solid models are not computed, and ignored in the analysis.\n\nelement_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets determining the extent of\nthe solid model.\n\nextrusion_method (ExtrusionMethod) – Determines how plies are bundled in the layered solid elements.\n\nmax_element_thickness (float) – Maximum thickness of the layered solid elements. A new element is\nintroduced if the thickness exceeds this value.\nOnly used if the extrusion_method is one of SPECIFY_THICKNESS,\nMATERIAL_WISE, or SANDWICH_WISE.\n\nply_group_pointers (Iterable[ModelingPly]) – Explicitly defines modeling plies where a new element is introduced.\nOnly used if the extrusion_method is USER_DEFINED.\n\noffset_direction_type (SolidModelOffsetDirectionType) – Determines how the extrusion direction is defined. With SHELL_NORMAL,\nthe normal direction of the shell is used during the entire extrusion.\nWith SURFACE_NORMAL, the offset direction is re-evaluated based\non the surface of the solid model during the extrusion.\n\nskip_elements_without_plies (bool) – If True, elements without plies are automatically removed from the\nregion of extrusion. This means that no drop-off elements are created\nfor these elements.\n\ndrop_off_material (Material | None) – This material is assigned to the layered solid drop-off elements if\ndrop_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\ndelete_bad_elements (bool) – If True, a final element check is performed to remove erroneous elements.\n\nwarping_limit (float) – Maximum allowable warping limit used in the element shape check. Elements\nwith a warping limit exceeding this value are removed.\nOnly used if delete_bad_elements is True.\n\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are removed.\nWith the default value of 0, only inverted or zero-volume elements\nare removed.\nOnly used if delete_bad_elements is True.\n\ndrop_off_settings (DropOffSettings) – Determines how drop-off elements are handled in the solid model extrusion.\n\nexport_settings (SolidModelExportSettings) – Defines the settings for exporting the solid model.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSolidModel.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSolidModel.create_cut_off_geometry(*[, ...])\n\nInstantiate a cut-off geometry.\n\nSolidModel.create_extrusion_guide(*[, name, ...])\n\nInstantiate an Extrusion Guide of a Solid Model.\n\nSolidModel.create_snap_to_geometry(*[, ...])\n\nInstantiate a snap-to geometry.\n\nSolidModel.delete()\n\nDelete the object.\n\nSolidModel.export(path, *, format)\n\nExport the solid model to a file.\n\nSolidModel.export_skin(path, *, format)\n\nExport the skin of the solid model to a file.\n\nSolidModel.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidModel.active\n\n\n\nSolidModel.analysis_plies\n\n\n\nSolidModel.cut_off_geometries\n\n\n\nSolidModel.cut_off_material\n\n\n\nSolidModel.delete_bad_elements\n\n\n\nSolidModel.drop_off_material\n\n\n\nSolidModel.drop_off_settings\n\n\n\nSolidModel.element_sets\n\n\n\nSolidModel.elemental_data\n\n\n\nSolidModel.export_settings\n\n\n\nSolidModel.extrusion_guides\n\n\n\nSolidModel.extrusion_method\n\n\n\nSolidModel.id\n\nIdentifier of the object, used for example as key in maps.\n\nSolidModel.locked\n\n\n\nSolidModel.max_element_thickness\n\n\n\nSolidModel.minimum_volume\n\n\n\nSolidModel.name\n\nThe name of the object.\n\nSolidModel.nodal_data\n\n\n\nSolidModel.offset_direction_type\n\n\n\nSolidModel.parent\n\nThe parent of the object.\n\nSolidModel.ply_group_pointers\n\n\n\nSolidModel.skip_elements_without_plies\n\n\n\nSolidModel.snap_to_geometries\n\n\n\nSolidModel.solid_element_sets\n\n\n\nSolidModel.status\n\n\n\nSolidModel.warping_limit\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.CURRENCY", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.CURRENCY.html#currency", - "title": "CURRENCY", - "section": "CURRENCY", - "text": "CURRENCY" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel", + "href": "api/_autosummary/ansys.acp.core.SolidModel.html#examples-using-solidmodel", + "title": "SolidModel > Examples using SolidModel", + "section": "Examples using SolidModel", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SolidModel" }, { - "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension.CURRENCY", - "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.CURRENCY.html#ansys.acp.core.PhysicalDimension.CURRENCY", - "title": "CURRENCY > CURRENCY > CURRENCY", - "section": "CURRENCY > CURRENCY", - "text": "PhysicalDimension.CURRENCY = 'currency'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.clone", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.delete.html#ansys.acp.core.SphericalSelectionRule.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "SphericalSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.clone", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.clone.html#ansys.acp.core.ExtrusionGuide.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "ExtrusionGuide.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/003-simple-selection-rules", + "href": "examples/modeling_features/003-simple-selection-rules.html#basic-selection-rules", + "title": "Basic selection rules", + "section": "Basic selection rules", + "text": "This example shows the basic usage of selection rules, which enable you to select elements through\ngeometrical operations and thus to shape plies. The example only shows the PyACP part of the setup.\nFor more advanced selection rule usage, see\nadvanced_selection_rules_example. For a complete composite\nanalysis, see pymapdl_workflow_example.\nBasic selection rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.area", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.area.html#area", - "title": "area", - "section": "area", - "text": "area" + "objectID": "examples/modeling_features/003-simple-selection-rules", + "href": "examples/modeling_features/003-simple-selection-rules.html#import-modules", + "title": "Basic selection rules > Import modules", + "section": "Import modules", + "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.area", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.area.html#ansys.acp.core.mesh_data.ModelElementalData.area", - "title": "area > area > area", - "section": "area > area", - "text": "ModelElementalData.area: ScalarData[np.float64] | None = None\n\n" + "objectID": "examples/modeling_features/003-simple-selection-rules", + "href": "examples/modeling_features/003-simple-selection-rules.html#start-acp-and-load-the-model", + "title": "Basic selection rules > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from the input file.\nVisualize the loaded mesh.\nStart ACP and load the model" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.parent", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "examples/modeling_features/003-simple-selection-rules", + "href": "examples/modeling_features/003-simple-selection-rules.html#create-a-parallel-rule", + "title": "Basic selection rules > Create a Parallel Rule", + "section": "Create a Parallel Rule", + "text": "Create parallel selection rule and assign it to the existing ply.\nPlot the ply thickness.\nCreate a Parallel Rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.parent", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.parent.html#ansys.acp.core.InterfaceLayer.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property InterfaceLayer.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/003-simple-selection-rules", + "href": "examples/modeling_features/003-simple-selection-rules.html#create-a-cylindrical-rule", + "title": "Basic selection rules > Create a Cylindrical Rule", + "section": "Create a Cylindrical Rule", + "text": "Create a cylindrical selection rule and add it to the ply. This will intersect the two rules.\nPlot the ply thickness.\nCreate a Cylindrical Rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.name", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.name.html#name", - "title": "name", - "section": "name", - "text": "name" + "objectID": "examples/modeling_features/003-simple-selection-rules", + "href": "examples/modeling_features/003-simple-selection-rules.html#create-a-spherical-rule", + "title": "Basic selection rules > Create a Spherical Rule", + "section": "Create a Spherical Rule", + "text": "Create a spherical selection rule and assign it to the ply. Now, only the spherical rule is\nactive.\nPlot the ply thickness.\nCreate a Spherical Rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.name", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.FieldVariable.name.html#ansys.acp.core.material_property_sets.FieldVariable.name", - "title": "name > name > name", - "section": "name > name", - "text": "FieldVariable.name: str\n\n" + "objectID": "examples/modeling_features/003-simple-selection-rules", + "href": "examples/modeling_features/003-simple-selection-rules.html#create-a-tube-rule", + "title": "Basic selection rules > Create a Tube Rule", + "section": "Create a Tube Rule", + "text": "Create a tube selection rule and assign it to the ply. Now, only the tube rule is\nactive.\nPlot the ply thickness.\nTotal running time of the script: (0 minutes 6.034 seconds)\nDownload Jupyter notebook: 003-simple-selection-rules.ipynb\nDownload Python source code: 003-simple-selection-rules.py\nDownload zipped: 003-simple-selection-rules.zip\nGallery generated by Sphinx-Gallery\nCreate a Tube Rule\nDownload Jupyter notebook: 003-simple-selection-rules.ipynb\nDownload Python source code: 003-simple-selection-rules.py\nDownload zipped: 003-simple-selection-rules.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.limit_angle", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.limit_angle.html#limit_angle", + "title": "limit_angle", + "section": "limit_angle", + "text": "limit_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.VariableOffsetSelectionRuleNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "VariableOffsetSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.limit_angle", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.limit_angle.html#ansys.acp.core.EdgeSet.limit_angle", + "title": "limit_angle > limit_angle > limit_angle", + "section": "limit_angle > limit_angle", + "text": "property EdgeSet.limit_angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.nodal_data", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transfer_all_sets", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transfer_all_sets.html#transfer_all_sets", + "title": "transfer_all_sets", + "section": "transfer_all_sets", + "text": "transfer_all_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.nodal_data", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.nodal_data.html#ansys.acp.core.InterfaceLayer.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property InterfaceLayer.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transfer_all_sets", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transfer_all_sets.html#ansys.acp.core.SolidModelExportSettings.transfer_all_sets", + "title": "transfer_all_sets > transfer_all_sets > transfer_all_sets", + "section": "transfer_all_sets > transfer_all_sets", + "text": "property SolidModelExportSettings.transfer_all_sets: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_pos", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_pos.html#p_22_pos", + "title": "p_22_pos", + "section": "p_22_pos", + "text": "p_22_pos" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_pos", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_pos.html#ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_pos", + "title": "p_22_pos > p_22_pos > p_22_pos", + "section": "p_22_pos > p_22_pos", + "text": "property VariablePuckConstants.p_22_pos: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.mesh.html#ansys.acp.core.CylindricalSelectionRule.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property CylindricalSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.id", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TC", - "href": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TC.html#tc", - "title": "TC", - "section": "TC", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nTC\ninfer_variance=True\ncovariant=True\ncontravariant=True" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.id", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.id.html#ansys.acp.core.AnalysisPly.id", + "title": "id > id > id", + "section": "id > id", + "text": "property AnalysisPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TC", - "href": "api/_autosummary/ansys.acp.core._tree_objects.material.property_sets.wrapper.TC.html#ansys.acp.core._tree_objects.material.property_sets.wrapper.TC", - "title": "TC > TC > TC", - "section": "TC > TC", - "text": "ansys.acp.core._tree_objects.material.property_sets.wrapper.TC = ~TC\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_1.html#nu12_1", + "title": "nu12_1", + "section": "nu12_1", + "text": "nu12_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType.ABSOLUTE_VALUES", - "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.ABSOLUTE_VALUES.html#absolute_values", - "title": "ABSOLUTE_VALUES", - "section": "ABSOLUTE_VALUES", - "text": "ABSOLUTE_VALUES" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_1.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.nu12_1", + "title": "nu12_1 > nu12_1 > nu12_1", + "section": "nu12_1 > nu12_1", + "text": "property VariableWovenCharacterization.nu12_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType.ABSOLUTE_VALUES", - "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.ABSOLUTE_VALUES.html#ansys.acp.core.ThicknessFieldType.ABSOLUTE_VALUES", - "title": "ABSOLUTE_VALUES > ABSOLUTE_VALUES > ABSOLUTE_VALUES", - "section": "ABSOLUTE_VALUES > ABSOLUTE_VALUES", - "text": "ThicknessFieldType.ABSOLUTE_VALUES = 'absolute_values'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.offset", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.offset.html#offset", + "title": "offset", + "section": "offset", + "text": "offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.stress_limits", - "href": "api/_autosummary/ansys.acp.core.Material.stress_limits.html#stress_limits", - "title": "stress_limits", - "section": "stress_limits", - "text": "stress_limits" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.offset", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.offset.html#ansys.acp.core.CADGeometry.offset", + "title": "offset > offset > offset", + "section": "offset > offset", + "text": "property CADGeometry.offset: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.stress_limits", - "href": "api/_autosummary/ansys.acp.core.Material.stress_limits.html#ansys.acp.core.Material.stress_limits", - "title": "stress_limits > stress_limits > stress_limits", - "section": "stress_limits > stress_limits", - "text": "property Material.stress_limits: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE.html#from_table", + "title": "FROM_TABLE", + "section": "FROM_TABLE", + "text": "FROM_TABLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.parent", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE.html#ansys.acp.core.ThicknessType.FROM_TABLE", + "title": "FROM_TABLE > FROM_TABLE > FROM_TABLE", + "section": "FROM_TABLE > FROM_TABLE", + "text": "ThicknessType.FROM_TABLE = 'from_table'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.parent", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.parent.html#ansys.acp.core.ImportedModelingPly.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ImportedModelingPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.FROM_TABLE.html#examples-using-thicknesstypefrom_table", + "title": "FROM_TABLE > Examples using ThicknessType.FROM_TABLE", + "section": "Examples using ThicknessType.FROM_TABLE", + "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ThicknessType.FROM_TABLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_2.html#e2_2", + "title": "E2_2", + "section": "E2_2", + "text": "E2_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.element_labels.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "ModelingPlyElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_2", + "title": "E2_2 > E2_2 > E2_2", + "section": "E2_2 > E2_2", + "text": "property ConstantWovenCharacterization.E2_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.NodalDataType", - "href": "api/_autosummary/ansys.acp.core.NodalDataType.html#nodaldatatype", - "title": "NodalDataType", - "section": "NodalDataType", - "text": "Options for the type of per-node data.\nNodalDataType.PLY_OFFSET\n\nNodalDataType\nNodalDataType.PLY_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export_skin", + "href": "api/_autosummary/ansys.acp.core.SolidModel.export_skin.html#export_skin", + "title": "export_skin", + "section": "export_skin", + "text": "Export the skin of the solid model to a file.\npath (str | PathLike[str]) – Path to the file where the solid model skin is saved.\nformat (SolidModelSkinExportFormat) – Format of the exported file. Available formats are \"ansys:cdb\",\n\"step\", \"iges\", and \"stl\".\nexport_skin\n\"ansys:cdb\"\n\"step\"\n\"iges\"\n\"stl\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.NodalDataType", - "href": "api/_autosummary/ansys.acp.core.NodalDataType.html#ansys.acp.core.NodalDataType", - "title": "NodalDataType > NodalDataType > NodalDataType", - "section": "NodalDataType > NodalDataType", - "text": "class ansys.acp.core.NodalDataType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the type of per-node data.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nNodalDataType.PLY_OFFSET\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export_skin", + "href": "api/_autosummary/ansys.acp.core.SolidModel.export_skin.html#ansys.acp.core.SolidModel.export_skin", + "title": "export_skin > export_skin > export_skin", + "section": "export_skin > export_skin", + "text": "SolidModel.export_skin(path, *, format)\n\nExport the skin of the solid model to a file.\n\nParameters\n\npath (str | PathLike[str]) – Path to the file where the solid model skin is saved.\n\nformat (SolidModelSkinExportFormat) – Format of the exported file. Available formats are \"ansys:cdb\",\n\"step\", \"iges\", and \"stl\".\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.WOVEN", - "href": "api/_autosummary/ansys.acp.core.PlyType.WOVEN.html#woven", - "title": "WOVEN", - "section": "WOVEN", - "text": "WOVEN" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.locked", + "href": "api/_autosummary/ansys.acp.core.Stackup.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.WOVEN", - "href": "api/_autosummary/ansys.acp.core.PlyType.WOVEN.html#ansys.acp.core.PlyType.WOVEN", - "title": "WOVEN > WOVEN > WOVEN", - "section": "WOVEN > WOVEN", - "text": "PlyType.WOVEN = 'woven'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.locked", + "href": "api/_autosummary/ansys.acp.core.Stackup.locked.html#ansys.acp.core.Stackup.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property Stackup.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.WOVEN", - "href": "api/_autosummary/ansys.acp.core.PlyType.WOVEN.html#examples-using-plytypewoven", - "title": "WOVEN > Examples using PlyType.WOVEN", - "section": "Examples using PlyType.WOVEN", - "text": "sphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using PlyType.WOVEN" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.s", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.s.html#s", + "title": "s", + "section": "s", + "text": "s" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.html#extrusionguide", - "title": "ExtrusionGuide", - "section": "ExtrusionGuide", - "text": "Instantiate an Extrusion Guide of a Solid Model.\nname (str) – The name of the Oriented Selection Set.\nactive (bool) – Inactive extrusion guides are not used in the solid model extrusion.\nedge_set (EdgeSet | None) – Edge Set along which the Extrusion Guide acts.\nextrusion_guide_type (ExtrusionGuideType) – Type of the extrusion such as by direction or by geometry.\ncad_geometry (VirtualGeometry | None) – CAD geometry along which the extrusion guide runs.\nNeeded if the extrusion type is set to ExtrusionGuideType.BY_GEOMETRY.\ndirection (tuple[float, float, float]) – Direction along which the extrusion guide runs. Need if\nthe extrusion type is set to ExtrusionGuideType.BY_DIRECTION.\nradius (float) – Controls the sphere of influence for mesh morphing.\ndepth (float) – Defines the bias of the mesh morphing.\nuse_curvature_correction (bool) – Apply a curvature correction during the solid model extrusion which results in\na smoother extruded surface. Under certain circumstances, deactivating\ncurvature correction can lead to better extrusion results.\nAdded in ACP server version 25.1.\nExtrusionGuide.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nExtrusionGuide.delete()\nDelete the object.\nExtrusionGuide.store(parent)\nStore the object on the server.\nExtrusionGuide.active\n\nExtrusionGuide.cad_geometry\n\nExtrusionGuide.depth\n\nExtrusionGuide.direction\n\nExtrusionGuide.edge_set\n\nExtrusionGuide.extrusion_guide_type\n\nExtrusionGuide.id\nIdentifier of the object, used for example as key in maps.\nExtrusionGuide.name\nThe name of the object.\nExtrusionGuide.parent\nThe parent of the object.\nExtrusionGuide.radius\n\nExtrusionGuide.status\n\nExtrusionGuide.use_curvature_correction\n\nExtrusionGuide\nExtrusionGuideType.BY_GEOMETRY\nExtrusionGuideType.BY_DIRECTION\nExtrusionGuide.clone\nExtrusionGuide.delete\nExtrusionGuide.store\nExtrusionGuide.active\nExtrusionGuide.cad_geometry\nExtrusionGuide.depth\nExtrusionGuide.direction\nExtrusionGuide.edge_set\nExtrusionGuide.extrusion_guide_type\nExtrusionGuide.id\nExtrusionGuide.name\nExtrusionGuide.parent\nExtrusionGuide.radius\nExtrusionGuide.status\nExtrusionGuide.use_curvature_correction" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.s", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.s.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.s", + "title": "s > s > s", + "section": "s > s", + "text": "property ConstantPuckConstants.s: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.html#ansys.acp.core.ExtrusionGuide", - "title": "ExtrusionGuide > ExtrusionGuide > ExtrusionGuide", - "section": "ExtrusionGuide > ExtrusionGuide", - "text": "class ansys.acp.core.ExtrusionGuide(*, name='ExtrusionGuide', active=True, edge_set=None, extrusion_guide_type='by_direction', cad_geometry=None, direction=(0.0, 0.0, 1.0), radius=0.0, depth=0.0, use_curvature_correction=False)\n\nInstantiate an Extrusion Guide of a Solid Model.\n\nParameters\n\nname (str) – The name of the Oriented Selection Set.\n\nactive (bool) – Inactive extrusion guides are not used in the solid model extrusion.\n\nedge_set (EdgeSet | None) – Edge Set along which the Extrusion Guide acts.\n\nextrusion_guide_type (ExtrusionGuideType) – Type of the extrusion such as by direction or by geometry.\n\ncad_geometry (VirtualGeometry | None) – CAD geometry along which the extrusion guide runs.\nNeeded if the extrusion type is set to ExtrusionGuideType.BY_GEOMETRY.\n\ndirection (tuple[float, float, float]) – Direction along which the extrusion guide runs. Need if\nthe extrusion type is set to ExtrusionGuideType.BY_DIRECTION.\n\nradius (float) – Controls the sphere of influence for mesh morphing.\n\ndepth (float) – Defines the bias of the mesh morphing.\n\nuse_curvature_correction (bool) – Apply a curvature correction during the solid model extrusion which results in\na smoother extruded surface. Under certain circumstances, deactivating\ncurvature correction can lead to better extrusion results.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nExtrusionGuide.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nExtrusionGuide.delete()\n\nDelete the object.\n\nExtrusionGuide.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nExtrusionGuide.active\n\n\n\nExtrusionGuide.cad_geometry\n\n\n\nExtrusionGuide.depth\n\n\n\nExtrusionGuide.direction\n\n\n\nExtrusionGuide.edge_set\n\n\n\nExtrusionGuide.extrusion_guide_type\n\n\n\nExtrusionGuide.id\n\nIdentifier of the object, used for example as key in maps.\n\nExtrusionGuide.name\n\nThe name of the object.\n\nExtrusionGuide.parent\n\nThe parent of the object.\n\nExtrusionGuide.radius\n\n\n\nExtrusionGuide.status\n\n\n\nExtrusionGuide.use_curvature_correction\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.store", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ParallelSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.store", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.store.html#ansys.acp.core.FieldDefinition.store", - "title": "store > store > store", - "section": "store > store", - "text": "FieldDefinition.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.parent", + "href": "api/_autosummary/ansys.acp.core.SectionCut.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.count", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.count.html#count", - "title": "count", - "section": "count", - "text": "Return the number of non-overlapping occurrences of substring sub in\nstring S[start:end]. Optional arguments start and end are\ninterpreted as in slice notation.\ncount" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.parent", + "href": "api/_autosummary/ansys.acp.core.SectionCut.parent.html#ansys.acp.core.SectionCut.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property SectionCut.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.count", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.count.html#ansys.acp.core.LaunchMode.count", - "title": "count > count > count", - "section": "count > count", - "text": "LaunchMode.count(sub, [start, [end]]) -> int\n\nReturn the number of non-overlapping occurrences of substring sub in\nstring S[start:end]. Optional arguments start and end are\ninterpreted as in slice notation.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.clone", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.id", - "href": "api/_autosummary/ansys.acp.core.Rosette.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.clone", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.clone.html#ansys.acp.core.SamplingPoint.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "SamplingPoint.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.id", - "href": "api/_autosummary/ansys.acp.core.Rosette.id.html#ansys.acp.core.Rosette.id", - "title": "id > id > id", - "section": "id > id", - "text": "property Rosette.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.symmetry", + "href": "api/_autosummary/ansys.acp.core.Stackup.symmetry.html#symmetry", + "title": "symmetry", + "section": "symmetry", + "text": "symmetry" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.name", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.symmetry", + "href": "api/_autosummary/ansys.acp.core.Stackup.symmetry.html#ansys.acp.core.Stackup.symmetry", + "title": "symmetry > symmetry > symmetry", + "section": "symmetry > symmetry", + "text": "property Stackup.symmetry: Any\n\n!! processed by numpydoc !!" }, - { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.name", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.name.html#ansys.acp.core.VirtualGeometry.name", - "title": "name > name > name", - "section": "name > name", - "text": "property VirtualGeometry.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_material", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_material.html#cut_off_material", + "title": "cut_off_material", + "section": "cut_off_material", + "text": "cut_off_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.update", - "href": "api/_autosummary/ansys.acp.core.Model.update.html#update", - "title": "update", - "section": "update", - "text": "Update the model.\nrelations_only (bool) – Whether to update and propagate only the status of all objects.\nupdate" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_material", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.cut_off_material.html#ansys.acp.core.ImportedSolidModel.cut_off_material", + "title": "cut_off_material > cut_off_material > cut_off_material", + "section": "cut_off_material > cut_off_material", + "text": "property ImportedSolidModel.cut_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.update", - "href": "api/_autosummary/ansys.acp.core.Model.update.html#ansys.acp.core.Model.update", - "title": "update > update > update", - "section": "update > update", - "text": "Model.update(*, relations_only=False)\n\nUpdate the model.\n\nParameters\n\nrelations_only (bool) – Whether to update and propagate only the status of all objects.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MINIMAL_FLAT_PLATE", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MINIMAL_FLAT_PLATE.html#minimal_flat_plate", + "title": "MINIMAL_FLAT_PLATE", + "section": "MINIMAL_FLAT_PLATE", + "text": "MINIMAL_FLAT_PLATE" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.update", - "href": "api/_autosummary/ansys.acp.core.Model.update.html#examples-using-modelupdate", - "title": "update > Examples using Model.update", - "section": "Examples using Model.update", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.update" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MINIMAL_FLAT_PLATE", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.MINIMAL_FLAT_PLATE.html#ansys.acp.core.extras.example_helpers.ExampleKeys.MINIMAL_FLAT_PLATE", + "title": "MINIMAL_FLAT_PLATE > MINIMAL_FLAT_PLATE > MINIMAL_FLAT_PLATE", + "section": "MINIMAL_FLAT_PLATE > MINIMAL_FLAT_PLATE", + "text": "ExampleKeys.MINIMAL_FLAT_PLATE = 10\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.area", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.area.html#area", - "title": "area", - "section": "area", - "text": "area" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G31", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G31.html#g31", + "title": "G31", + "section": "G31", + "text": "G31" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.area", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.area.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.area", - "title": "area > area > area", - "section": "area > area", - "text": "AnalysisPlyElementalData.area: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G31", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G31.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G31", + "title": "G31 > G31 > G31", + "section": "G31 > G31", + "text": "property ConstantEngineeringConstants.G31: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.element_labels.html#element_labels", + "title": "element_labels", + "section": "element_labels", + "text": "element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.parent.html#ansys.acp.core.ParallelSelectionRule.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ParallelSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.element_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.element_labels.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.element_labels", + "title": "element_labels > element_labels > element_labels", + "section": "element_labels > element_labels", + "text": "ModelingPlyElementalData.element_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.warping_limit", - "href": "api/_autosummary/ansys.acp.core.SolidModel.warping_limit.html#warping_limit", - "title": "warping_limit", - "section": "warping_limit", - "text": "warping_limit" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.id", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.warping_limit", - "href": "api/_autosummary/ansys.acp.core.SolidModel.warping_limit.html#ansys.acp.core.SolidModel.warping_limit", - "title": "warping_limit > warping_limit > warping_limit", - "section": "warping_limit > warping_limit", - "text": "property SolidModel.warping_limit: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.id", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.id.html#ansys.acp.core.ImportedModelingPly.id", + "title": "id > id > id", + "section": "id > id", + "text": "property ImportedModelingPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType", - "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.html#solidmodeloffsetdirectiontype", - "title": "SolidModelOffsetDirectionType", - "section": "SolidModelOffsetDirectionType", - "text": "Determines how the offset direction is evaluated in a solid model. With SURFACE_NORMAL, the offset direction is re-evaluated based on the surface of the solid. With SHELL_NORMAL, the direction is based on the shell surface.\nSolidModelOffsetDirectionType.SHELL_NORMAL\n\nSolidModelOffsetDirectionType.SURFACE_NORMAL\n\nSolidModelOffsetDirectionType\nSURFACE_NORMAL\nSHELL_NORMAL\nSolidModelOffsetDirectionType.SHELL_NORMAL\nSolidModelOffsetDirectionType.SURFACE_NORMAL" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.filler_material", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.filler_material.html#filler_material", + "title": "filler_material", + "section": "filler_material", + "text": "filler_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType", - "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.html#ansys.acp.core.SolidModelOffsetDirectionType", - "title": "SolidModelOffsetDirectionType > SolidModelOffsetDirectionType > SolidModelOffsetDirectionType", - "section": "SolidModelOffsetDirectionType > SolidModelOffsetDirectionType", - "text": "class ansys.acp.core.SolidModelOffsetDirectionType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines how the offset direction is evaluated in a solid model. With SURFACE_NORMAL, the offset direction is re-evaluated based on the surface of the solid. With SHELL_NORMAL, the direction is based on the shell surface.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSolidModelOffsetDirectionType.SHELL_NORMAL\n\n\n\nSolidModelOffsetDirectionType.SURFACE_NORMAL\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.filler_material", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.filler_material.html#ansys.acp.core.LayupMappingObject.filler_material", + "title": "filler_material > filler_material > filler_material", + "section": "filler_material > filler_material", + "text": "property LayupMappingObject.filler_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_settings", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_settings.html#export_settings", - "title": "export_settings", - "section": "export_settings", - "text": "export_settings" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DESIGN_ANGLE", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DESIGN_ANGLE.html#design_angle", + "title": "DESIGN_ANGLE", + "section": "DESIGN_ANGLE", + "text": "DESIGN_ANGLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_settings", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_settings.html#ansys.acp.core.ImportedSolidModel.export_settings", - "title": "export_settings > export_settings > export_settings", - "section": "export_settings > export_settings", - "text": "property ImportedSolidModel.export_settings: AttribT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DESIGN_ANGLE", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DESIGN_ANGLE.html#ansys.acp.core.ElementalDataType.DESIGN_ANGLE", + "title": "DESIGN_ANGLE > DESIGN_ANGLE > DESIGN_ANGLE", + "section": "DESIGN_ANGLE > DESIGN_ANGLE", + "text": "ElementalDataType.DESIGN_ANGLE = 'design_angle'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXt.html#ext", - "title": "eXt", - "section": "eXt", - "text": "eXt" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.area_weight", + "href": "api/_autosummary/ansys.acp.core.Fabric.area_weight.html#area_weight", + "title": "area_weight", + "section": "area_weight", + "text": "area_weight" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eXt.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eXt", - "title": "eXt > eXt > eXt", - "section": "eXt > eXt", - "text": "property VariableStrainLimits.eXt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.area_weight", + "href": "api/_autosummary/ansys.acp.core.Fabric.area_weight.html#ansys.acp.core.Fabric.area_weight", + "title": "area_weight > area_weight > area_weight", + "section": "area_weight > area_weight", + "text": "property Fabric.area_weight: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.THICKNESS_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.THICKNESS_GEOMETRY.html#thickness_geometry", - "title": "THICKNESS_GEOMETRY", - "section": "THICKNESS_GEOMETRY", - "text": "THICKNESS_GEOMETRY" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.offset", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.offset.html#offset", + "title": "offset", + "section": "offset", + "text": "offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.THICKNESS_GEOMETRY", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.THICKNESS_GEOMETRY.html#ansys.acp.core.extras.example_helpers.ExampleKeys.THICKNESS_GEOMETRY", - "title": "THICKNESS_GEOMETRY > THICKNESS_GEOMETRY > THICKNESS_GEOMETRY", - "section": "THICKNESS_GEOMETRY > THICKNESS_GEOMETRY", - "text": "ExampleKeys.THICKNESS_GEOMETRY = 9\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.offset", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.offset.html#ansys.acp.core.CutOffSelectionRule.offset", + "title": "offset > offset > offset", + "section": "offset > offset", + "text": "property CutOffSelectionRule.offset: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.store", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.RETAIN", + "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.RETAIN.html#retain", + "title": "RETAIN", + "section": "RETAIN", + "text": "RETAIN" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.store", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.store.html#ansys.acp.core.SamplingPoint.store", - "title": "store > store > store", - "section": "store > store", - "text": "SamplingPoint.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.RETAIN", + "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.RETAIN.html#ansys.acp.core.BaseElementMaterialHandling.RETAIN", + "title": "RETAIN > RETAIN > RETAIN", + "section": "RETAIN > RETAIN", + "text": "BaseElementMaterialHandling.RETAIN = 'retain'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply.html#create_imported_modeling_ply", - "title": "create_imported_modeling_ply", - "section": "create_imported_modeling_ply", - "text": "Instantiate an Imported Modeling Ply.\nname (str) – The name of the Modeling Ply\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\noffset_type (ImportedPlyOffsetType) – Defines the location of the mesh (plane) with respect to the laminate.\nOne of BOTTOM_OFFSET, MIDDLE_OFFSET, and TOP_OFFSET.\nmesh_import_type (MeshImportType) – Source of the imported mesh. Either from geometry or from hdf5.\nmesh_geometry (VirtualGeometry | None) – Link to the geometry with represents the ply surface. Only used if mesh_import_type\nis FROM_GEOMETRY.\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\nreference_direction_field (LookUpTable3DColumn | LookUpTable1DColumn | None) – A 3D lookup table column that defines the reference directions.\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\nply_material (Fabric | None) – The material (only fabric is supported) of the ply.\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\ndraping_type (ImportedPlyDrapingType) – Chooses between different draping formulations. NO_DRAPING by default.\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\nthickness_type (ImportedPlyThicknessType) – Choose ThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\nImportedModelingPly\nAdded in ACP server version 25.1.\ncreate_imported_modeling_ply\nBOTTOM_OFFSET\nMIDDLE_OFFSET\nTOP_OFFSET\nmesh_import_type\nFROM_GEOMETRY\nNO_DRAPING\ndraping_angle_1_field\nThicknessType.FROM_TABLE\nThicknessType.NOMINAL\nthickness_type\nThicknessType.FROM_TABLE\nthickness_type\nThicknessType.FROM_TABLE\nThicknessFieldType.ABSOLUTE_VALUES\nThicknessFieldType.RELATIVE_SCALING_FACTOR" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.parent", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply.html#ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply", - "title": "create_imported_modeling_ply > create_imported_modeling_ply > create_imported_modeling_ply", - "section": "create_imported_modeling_ply > create_imported_modeling_ply", - "text": "ImportedModelingGroup.create_imported_modeling_ply(*, name='ModelingPly', active=True, offset_type='middle_offset', mesh_import_type='from_geometry', mesh_geometry=None, rosette_selection_method='minimum_angle', rosettes=(), reference_direction_field=None, rotation_angle=0.0, ply_material=None, ply_angle=0.0, draping_type='no_draping', draping_angle_1_field=None, draping_angle_2_field=None, thickness_type='nominal', thickness_field=None, thickness_field_type='absolute_values')\n\nInstantiate an Imported Modeling Ply.\n\nParameters\n\nname (str) – The name of the Modeling Ply\n\nactive (bool) – Inactive plies are ignored in ACP and the downstream analysis.\n\noffset_type (ImportedPlyOffsetType) – Defines the location of the mesh (plane) with respect to the laminate.\nOne of BOTTOM_OFFSET, MIDDLE_OFFSET, and TOP_OFFSET.\n\nmesh_import_type (MeshImportType) – Source of the imported mesh. Either from geometry or from hdf5.\n\nmesh_geometry (VirtualGeometry | None) – Link to the geometry with represents the ply surface. Only used if mesh_import_type\nis FROM_GEOMETRY.\n\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\n\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\n\nreference_direction_field (LookUpTable3DColumn | LookUpTable1DColumn | None) – A 3D lookup table column that defines the reference directions.\n\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\n\nply_material (Fabric | None) – The material (only fabric is supported) of the ply.\n\nply_angle (float) – Design angle between the reference direction and the ply fiber direction.\n\ndraping_type (ImportedPlyDrapingType) – Chooses between different draping formulations. NO_DRAPING by default.\n\ndraping_angle_1_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the fiber and draped fiber directions, in degree.\n\ndraping_angle_2_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Correction angle between the transverse and draped transverse directions,\nin degree. Optional, uses the same values as draping_angle_1_field\n(no shear) by default.\n\nthickness_type (ImportedPlyThicknessType) – Choose ThicknessType.FROM_TABLE to define a ply with variable thickness.\nThe default value is ThicknessType.NOMINAL, which means the ply\nthickness is constant and determined by the thickness of the ply material.\n\nthickness_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Defines the look-up table column used to determine the ply thickness.\nOnly applies if thickness_type is ThicknessType.FROM_TABLE.\n\nthickness_field_type (ThicknessFieldType) – If thickness_type is ThicknessType.FROM_TABLE, this parameter\ndetermines how the thickness values are interpreted. They can be either\nabsolute values (ThicknessFieldType.ABSOLUTE_VALUES) or relative\nvalues (ThicknessFieldType.RELATIVE_SCALING_FACTOR).\n\nReturn type\n\nImportedModelingPly\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.parent", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.parent.html#ansys.acp.core.CADGeometry.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property CADGeometry.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.create_imported_modeling_ply.html#examples-using-importedmodelinggroupcreate_imported_modeling_ply", - "title": "create_imported_modeling_ply > Examples using ImportedModelingGroup.create_imported_modeling_ply", - "section": "Examples using ImportedModelingGroup.create_imported_modeling_ply", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedModelingGroup.create_imported_modeling_ply" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.html#modelelementaldata", + "title": "ModelElementalData", + "section": "ModelElementalData", + "text": "Represents elemental data for a Model.\nModelElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nModelElementalData.area\n\nModelElementalData.cog\n\nModelElementalData.mass\n\nModelElementalData.normal\n\nModelElementalData.offset\n\nModelElementalData.relative_thickness_correction\n\nModelElementalData.thickness\n\nModelElementalData.volume\n\nModelElementalData.element_labels\n\nModelElementalData\nModelElementalData.get_pyvista_mesh\nModelElementalData.area\nModelElementalData.cog\nModelElementalData.mass\nModelElementalData.normal\nModelElementalData.offset\nModelElementalData.relative_thickness_correction\nModelElementalData.thickness\nModelElementalData.volume\nModelElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.interpolation_options.html#interpolation_options", - "title": "interpolation_options", - "section": "interpolation_options", - "text": "interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.html#ansys.acp.core.mesh_data.ModelElementalData", + "title": "ModelElementalData > ModelElementalData > ModelElementalData", + "section": "ModelElementalData > ModelElementalData", + "text": "class ansys.acp.core.mesh_data.ModelElementalData(element_labels, normal=None, thickness=None, relative_thickness_correction=None, area=None, volume=None, mass=None, offset=None, cog=None)\n\nRepresents elemental data for a Model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelElementalData.area\n\n\n\nModelElementalData.cog\n\n\n\nModelElementalData.mass\n\n\n\nModelElementalData.normal\n\n\n\nModelElementalData.offset\n\n\n\nModelElementalData.relative_thickness_correction\n\n\n\nModelElementalData.thickness\n\n\n\nModelElementalData.volume\n\n\n\nModelElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableDensity.interpolation_options.html#ansys.acp.core.material_property_sets.VariableDensity.interpolation_options", - "title": "interpolation_options > interpolation_options > interpolation_options", - "section": "interpolation_options > interpolation_options", - "text": "property VariableDensity.interpolation_options: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isalpha", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isalpha.html#isalpha", + "title": "isalpha", + "section": "isalpha", + "text": "Return True if the string is an alphabetic string, False otherwise.\nA string is alphabetic if all characters in the string are alphabetic and there\nis at least one character in the string.\nisalpha" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.store", - "href": "api/_autosummary/ansys.acp.core.Material.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isalpha", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.isalpha.html#ansys.acp.core.LaunchMode.isalpha", + "title": "isalpha > isalpha > isalpha", + "section": "isalpha > isalpha", + "text": "LaunchMode.isalpha(/)\n\nReturn True if the string is an alphabetic string, False otherwise.\n\nA string is alphabetic if all characters in the string are alphabetic and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.store", - "href": "api/_autosummary/ansys.acp.core.Material.store.html#ansys.acp.core.Material.store", - "title": "store > store > store", - "section": "store > store", - "text": "Material.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1.html#parameter_1", + "title": "parameter_1", + "section": "parameter_1", + "text": "First template parameter of the selection rule.\nparameter_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_modeling_group", - "href": "api/_autosummary/ansys.acp.core.Model.create_modeling_group.html#create_modeling_group", - "title": "create_modeling_group", - "section": "create_modeling_group", - "text": "Instantiate a modeling group.\nname (str) – Name of the modeling group.\nModelingGroup\nAdded in ACP server version 24.2.\ncreate_modeling_group" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1.html#ansys.acp.core.LinkedSelectionRule.parameter_1", + "title": "parameter_1 > parameter_1 > parameter_1", + "section": "parameter_1 > parameter_1", + "text": "property LinkedSelectionRule.parameter_1: float\n\nFirst template parameter of the selection rule.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_modeling_group", - "href": "api/_autosummary/ansys.acp.core.Model.create_modeling_group.html#ansys.acp.core.Model.create_modeling_group", - "title": "create_modeling_group > create_modeling_group > create_modeling_group", - "section": "create_modeling_group > create_modeling_group", - "text": "Model.create_modeling_group(*, name='ModelingGroup')\n\nInstantiate a modeling group.\n\nParameters\n\nname (str) – Name of the modeling group.\n\nReturn type\n\nModelingGroup\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1.html#examples-using-linkedselectionruleparameter_1", + "title": "parameter_1 > Examples using LinkedSelectionRule.parameter_1", + "section": "Examples using LinkedSelectionRule.parameter_1", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LinkedSelectionRule.parameter_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_modeling_group", - "href": "api/_autosummary/ansys.acp.core.Model.create_modeling_group.html#examples-using-modelcreate_modeling_group", - "title": "create_modeling_group > Examples using Model.create_modeling_group", - "section": "Examples using Model.create_modeling_group", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.create_modeling_group" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.name", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.maketrans", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.maketrans.html#maketrans", - "title": "maketrans", - "section": "maketrans", - "text": "Return a translation table usable for str.translate().\nIf there is only one argument, it must be a dictionary mapping Unicode\nordinals (integers) or characters to Unicode ordinals, strings or None.\nCharacter keys will be then converted to ordinals.\nIf there are two arguments, they must be strings of equal length, and\nin the resulting dictionary, each character in x will be mapped to the\ncharacter at the same position in y. If there is a third argument, it\nmust be a string, whose characters will be mapped to None in the result.\nmaketrans" + "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.name", + "href": "api/_autosummary/ansys.acp.core.SolidElementSet.name.html#ansys.acp.core.SolidElementSet.name", + "title": "name > name > name", + "section": "name > name", + "text": "property SolidElementSet.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.maketrans", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.maketrans.html#ansys.acp.core.material_property_sets.PuckMaterialType.maketrans", - "title": "maketrans > maketrans > maketrans", - "section": "maketrans > maketrans", - "text": "static PuckMaterialType.maketrans(x, y=, z=, /)\n\nReturn a translation table usable for str.translate().\n\nIf there is only one argument, it must be a dictionary mapping Unicode\nordinals (integers) or characters to Unicode ordinals, strings or None.\nCharacter keys will be then converted to ordinals.\nIf there are two arguments, they must be strings of equal length, and\nin the resulting dictionary, each character in x will be mapped to the\ncharacter at the same position in y. If there is a third argument, it\nmust be a string, whose characters will be mapped to None in the result.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType.TOP_OFFSET", + "href": "api/_autosummary/ansys.acp.core.OffsetType.TOP_OFFSET.html#top_offset", + "title": "TOP_OFFSET", + "section": "TOP_OFFSET", + "text": "TOP_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.in_plane_capture_tolerance", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.in_plane_capture_tolerance.html#in_plane_capture_tolerance", - "title": "in_plane_capture_tolerance", - "section": "in_plane_capture_tolerance", - "text": "in_plane_capture_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType.TOP_OFFSET", + "href": "api/_autosummary/ansys.acp.core.OffsetType.TOP_OFFSET.html#ansys.acp.core.OffsetType.TOP_OFFSET", + "title": "TOP_OFFSET > TOP_OFFSET > TOP_OFFSET", + "section": "TOP_OFFSET > TOP_OFFSET", + "text": "OffsetType.TOP_OFFSET = 'top_offset'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.in_plane_capture_tolerance", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.in_plane_capture_tolerance.html#ansys.acp.core.GeometricalSelectionRule.in_plane_capture_tolerance", - "title": "in_plane_capture_tolerance > in_plane_capture_tolerance > in_plane_capture_tolerance", - "section": "in_plane_capture_tolerance > in_plane_capture_tolerance", - "text": "property GeometricalSelectionRule.in_plane_capture_tolerance: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.locked", + "href": "api/_autosummary/ansys.acp.core.SectionCut.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.locked", + "href": "api/_autosummary/ansys.acp.core.SectionCut.locked.html#ansys.acp.core.SectionCut.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property SectionCut.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ElementSetNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ElementSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.angle", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.angle.html#angle", + "title": "angle", + "section": "angle", + "text": "angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_material", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_material.html#base_material", - "title": "base_material", - "section": "base_material", - "text": "base_material" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.angle", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.angle.html#ansys.acp.core.AnalysisPly.angle", + "title": "angle > angle > angle", + "section": "angle > angle", + "text": "property AnalysisPly.angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_material", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_material.html#ansys.acp.core.LayupMappingObject.base_material", - "title": "base_material > base_material > base_material", - "section": "base_material > base_material", - "text": "property LayupMappingObject.base_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_2_field", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_2_field.html#draping_angle_2_field", + "title": "draping_angle_2_field", + "section": "draping_angle_2_field", + "text": "draping_angle_2_field" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType.PRODUCTION_PLY_CUTOFF", - "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.PRODUCTION_PLY_CUTOFF.html#production_ply_cutoff", - "title": "PRODUCTION_PLY_CUTOFF", - "section": "PRODUCTION_PLY_CUTOFF", - "text": "PRODUCTION_PLY_CUTOFF" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_2_field", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_2_field.html#ansys.acp.core.ImportedModelingPly.draping_angle_2_field", + "title": "draping_angle_2_field > draping_angle_2_field > draping_angle_2_field", + "section": "draping_angle_2_field > draping_angle_2_field", + "text": "property ImportedModelingPly.draping_angle_2_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyCutOffType.PRODUCTION_PLY_CUTOFF", - "href": "api/_autosummary/ansys.acp.core.PlyCutOffType.PRODUCTION_PLY_CUTOFF.html#ansys.acp.core.PlyCutOffType.PRODUCTION_PLY_CUTOFF", - "title": "PRODUCTION_PLY_CUTOFF > PRODUCTION_PLY_CUTOFF > PRODUCTION_PLY_CUTOFF", - "section": "PRODUCTION_PLY_CUTOFF > PRODUCTION_PLY_CUTOFF", - "text": "PlyCutOffType.PRODUCTION_PLY_CUTOFF = 'production_ply_cutoff'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide", + "href": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide.html#create_extrusion_guide", + "title": "create_extrusion_guide", + "section": "create_extrusion_guide", + "text": "Instantiate an Extrusion Guide of a Solid Model.\nname (str) – The name of the Oriented Selection Set.\nactive (bool) – Inactive extrusion guides are not used in the solid model extrusion.\nedge_set (EdgeSet | None) – Edge Set along which the Extrusion Guide acts.\nextrusion_guide_type (ExtrusionGuideType) – Type of the extrusion such as by direction or by geometry.\ncad_geometry (VirtualGeometry | None) – CAD geometry along which the extrusion guide runs.\nNeeded if the extrusion type is set to ExtrusionGuideType.BY_GEOMETRY.\ndirection (tuple[float, float, float]) – Direction along which the extrusion guide runs. Need if\nthe extrusion type is set to ExtrusionGuideType.BY_DIRECTION.\nradius (float) – Controls the sphere of influence for mesh morphing.\ndepth (float) – Defines the bias of the mesh morphing.\nuse_curvature_correction (bool) – Apply a curvature correction during the solid model extrusion which results in\na smoother extruded surface. Under certain circumstances, deactivating\ncurvature correction can lead to better extrusion results.\nExtrusionGuide\nAdded in ACP server version 25.1.\ncreate_extrusion_guide\nExtrusionGuideType.BY_GEOMETRY\nExtrusionGuideType.BY_DIRECTION" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete_bad_elements", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete_bad_elements.html#delete_bad_elements", - "title": "delete_bad_elements", - "section": "delete_bad_elements", - "text": "delete_bad_elements" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide", + "href": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide.html#ansys.acp.core.SolidModel.create_extrusion_guide", + "title": "create_extrusion_guide > create_extrusion_guide > create_extrusion_guide", + "section": "create_extrusion_guide > create_extrusion_guide", + "text": "SolidModel.create_extrusion_guide(*, name='ExtrusionGuide', active=True, edge_set=None, extrusion_guide_type='by_direction', cad_geometry=None, direction=(0.0, 0.0, 1.0), radius=0.0, depth=0.0, use_curvature_correction=False)\n\nInstantiate an Extrusion Guide of a Solid Model.\n\nParameters\n\nname (str) – The name of the Oriented Selection Set.\n\nactive (bool) – Inactive extrusion guides are not used in the solid model extrusion.\n\nedge_set (EdgeSet | None) – Edge Set along which the Extrusion Guide acts.\n\nextrusion_guide_type (ExtrusionGuideType) – Type of the extrusion such as by direction or by geometry.\n\ncad_geometry (VirtualGeometry | None) – CAD geometry along which the extrusion guide runs.\nNeeded if the extrusion type is set to ExtrusionGuideType.BY_GEOMETRY.\n\ndirection (tuple[float, float, float]) – Direction along which the extrusion guide runs. Need if\nthe extrusion type is set to ExtrusionGuideType.BY_DIRECTION.\n\nradius (float) – Controls the sphere of influence for mesh morphing.\n\ndepth (float) – Defines the bias of the mesh morphing.\n\nuse_curvature_correction (bool) – Apply a curvature correction during the solid model extrusion which results in\na smoother extruded surface. Under certain circumstances, deactivating\ncurvature correction can lead to better extrusion results.\n\nReturn type\n\nExtrusionGuide\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete_bad_elements", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete_bad_elements.html#ansys.acp.core.ImportedSolidModel.delete_bad_elements", - "title": "delete_bad_elements > delete_bad_elements > delete_bad_elements", - "section": "delete_bad_elements > delete_bad_elements", - "text": "property ImportedSolidModel.delete_bad_elements: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide", + "href": "api/_autosummary/ansys.acp.core.SolidModel.create_extrusion_guide.html#examples-using-solidmodelcreate_extrusion_guide", + "title": "create_extrusion_guide > Examples using SolidModel.create_extrusion_guide", + "section": "Examples using SolidModel.create_extrusion_guide", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SolidModel.create_extrusion_guide" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export_skin", - "href": "api/_autosummary/ansys.acp.core.SolidModel.export_skin.html#export_skin", - "title": "export_skin", - "section": "export_skin", - "text": "Export the skin of the solid model to a file.\npath (str | PathLike[str]) – Path to the file where the solid model skin is saved.\nformat (SolidModelSkinExportFormat) – Format of the exported file. Available formats are \"ansys:cdb\",\n\"step\", \"iges\", and \"stl\".\nexport_skin\n\"ansys:cdb\"\n\"step\"\n\"iges\"\n\"stl\"" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxy.html#sxy", + "title": "Sxy", + "section": "Sxy", + "text": "Sxy" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export_skin", - "href": "api/_autosummary/ansys.acp.core.SolidModel.export_skin.html#ansys.acp.core.SolidModel.export_skin", - "title": "export_skin > export_skin > export_skin", - "section": "export_skin > export_skin", - "text": "SolidModel.export_skin(path, *, format)\n\nExport the skin of the solid model to a file.\n\nParameters\n\npath (str | PathLike[str]) – Path to the file where the solid model skin is saved.\n\nformat (SolidModelSkinExportFormat) – Format of the exported file. Available formats are \"ansys:cdb\",\n\"step\", \"iges\", and \"stl\".\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxy", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Sxy.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Sxy", + "title": "Sxy > Sxy > Sxy", + "section": "Sxy > Sxy", + "text": "property ConstantStressLimits.Sxy: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.name", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.status", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.name", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.name.html#ansys.acp.core.CADGeometry.name", - "title": "name > name > name", - "section": "name > name", - "text": "property CADGeometry.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.status", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.status.html#ansys.acp.core.OrientedSelectionSet.status", + "title": "status > status > status", + "section": "status > status", + "text": "property OrientedSelectionSet.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.use_default_tolerances", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.use_default_tolerances.html#use_default_tolerances", + "title": "use_default_tolerances", + "section": "use_default_tolerances", + "text": "use_default_tolerances" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.element_labels.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "ProductionPlyElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.use_default_tolerances", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.use_default_tolerances.html#ansys.acp.core.GeometricalSelectionRule.use_default_tolerances", + "title": "use_default_tolerances > use_default_tolerances > use_default_tolerances", + "section": "use_default_tolerances > use_default_tolerances", + "text": "property GeometricalSelectionRule.use_default_tolerances: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.clone", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.clone.html#clone", + "objectID": "api/_autosummary/ansys.acp.core.Stackup.clone", + "href": "api/_autosummary/ansys.acp.core.Stackup.clone.html#clone", "title": "clone", "section": "clone", "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.clone", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.clone.html#ansys.acp.core.ModelingGroup.clone", + "objectID": "api/_autosummary/ansys.acp.core.Stackup.clone", + "href": "api/_autosummary/ansys.acp.core.Stackup.clone.html#ansys.acp.core.Stackup.clone", "title": "clone > clone > clone", "section": "clone > clone", - "text": "ModelingGroup.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "text": "Stackup.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.id", - "href": "api/_autosummary/ansys.acp.core.ElementSet.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "user_guide/security_considerations", + "href": "user_guide/security_considerations.html#security-considerations", + "title": "Security considerations", + "section": "Security considerations", + "text": "This section provides information on security considerations for the use\nof PyACP. It is important to understand the capabilities which PyACP\nprovides, especially when using it to build apps or scripts that accept\nuntrusted input.\nSecurity considerations" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.id", - "href": "api/_autosummary/ansys.acp.core.ElementSet.id.html#ansys.acp.core.ElementSet.id", - "title": "id > id > id", - "section": "id > id", - "text": "property ElementSet.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "user_guide/security_considerations", + "href": "user_guide/security_considerations.html#launching-acp", + "title": "Security considerations > Launching ACP", + "section": "Launching ACP", + "text": "The launch_acp() function has different security implications depending\non the launch mode used:\nLaunching ACP\nlaunch_acp()" + }, + { + "objectID": "user_guide/security_considerations", + "href": "user_guide/security_considerations.html#direct-launch", + "title": "Security considerations > Direct launch", + "section": "Direct launch", + "text": "When using the \"direct\" launch mode:\nThe executable which is launched is configurable either in the function\nparameters, or in the ansys-tools-local-product-launcher configuration\nfile. This may allow an attacker to launch arbitrary executables on the system.\nThe standard output and standard error file paths are configurable. This may\nbe used to overwrite arbitrary files on the system.\nWhen exposing the \"direct\" launch mode to untrusted users, it is important\nto validate that the executable path and file paths are safe, or hard-code\nthem in the app.\nDirect launch\n\"direct\"\nansys-tools-local-product-launcher\n\"direct\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "user_guide/security_considerations", + "href": "user_guide/security_considerations.html#docker-compose-launch", + "title": "Security considerations > Docker compose launch", + "section": "Docker compose launch", + "text": "The \"docker_compose\" launch mode executes the docker or docker-compose\ncommands on the system.\nThis may pose the following risks:\nIf the user can override which container is launched, they may be able to\nlaunch arbitrary containers on the system. This is especially problematic\nif docker is configured to run with elevated privileges.\nIf the user can override the docker or docker-compose executable\nin the environment, they may be able to execute arbitrary commands on the\nsystem.\nWhen exposing the \"docker_compose\" launch mode to untrusted users, it is important\nto validate that the container being launched, and control the environment the\ncommand is executed in.\nDocker compose launch\n\"docker_compose\"\ndocker\ndocker-compose\ndocker\ndocker\ndocker-compose\n\"docker_compose\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.element_labels.html#ansys.acp.core.mesh_data.ElementSetElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "ElementSetElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "user_guide/security_considerations", + "href": "user_guide/security_considerations.html#connect-launch", + "title": "Security considerations > Connect launch", + "section": "Connect launch", + "text": "The \"connect\" launch mode connects to an existing ACP server. This mode does\nnot pose any particular security risks, besides allowing access to a port on the\nsystem.\nConnect launch\n\"connect\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_type", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_type.html#draping_type", - "title": "draping_type", - "section": "draping_type", - "text": "draping_type" + "objectID": "user_guide/security_considerations", + "href": "user_guide/security_considerations.html#file-up--and-downloads", + "title": "Security considerations > File up- and downloads", + "section": "File up- and downloads", + "text": "The ACPInstance.upload_file() and ACPInstance.download_file() methods create files\non the local or remote machine, without any validation of the file content or path.\nThe same is true for file load / save methods if the auto_transfer_files parameter is set to\nTrue in launch_acp().\nWhen exposing these methods to untrusted users, it is important to validate that\nonly files that are safe to be uploaded or downloaded are processed.\nFile up- and downloads\nACPInstance.upload_file()\nACPInstance.download_file()\nauto_transfer_files\nTrue\nlaunch_acp()" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_type", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_type.html#ansys.acp.core.ImportedModelingPly.draping_type", - "title": "draping_type > draping_type > draping_type", - "section": "draping_type > draping_type", - "text": "property ImportedModelingPly.draping_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_top_sets", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_top_sets.html#drop_off_disabled_on_top_sets", + "title": "drop_off_disabled_on_top_sets", + "section": "drop_off_disabled_on_top_sets", + "text": "drop_off_disabled_on_top_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.WIRE_FRAME", - "href": "api/_autosummary/ansys.acp.core.ExtrusionType.WIRE_FRAME.html#wire_frame", - "title": "WIRE_FRAME", - "section": "WIRE_FRAME", - "text": "WIRE_FRAME" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_top_sets", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_top_sets.html#ansys.acp.core.DropOffSettings.drop_off_disabled_on_top_sets", + "title": "drop_off_disabled_on_top_sets > drop_off_disabled_on_top_sets > drop_off_disabled_on_top_sets", + "section": "drop_off_disabled_on_top_sets > drop_off_disabled_on_top_sets", + "text": "property DropOffSettings.drop_off_disabled_on_top_sets: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionType.WIRE_FRAME", - "href": "api/_autosummary/ansys.acp.core.ExtrusionType.WIRE_FRAME.html#ansys.acp.core.ExtrusionType.WIRE_FRAME", - "title": "WIRE_FRAME > WIRE_FRAME > WIRE_FRAME", - "section": "WIRE_FRAME > WIRE_FRAME", - "text": "ExtrusionType.WIRE_FRAME = 'wire_frame'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.material", + "href": "api/_autosummary/ansys.acp.core.Fabric.material.html#material", + "title": "material", + "section": "material", + "text": "material" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.material", + "href": "api/_autosummary/ansys.acp.core.Fabric.material.html#ansys.acp.core.Fabric.material", + "title": "material > material > material", + "section": "material > material", + "text": "property Fabric.material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.parent.html#ansys.acp.core.CylindricalSelectionRule.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property CylindricalSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.algorithm", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.algorithm.html#algorithm", + "title": "algorithm", + "section": "algorithm", + "text": "algorithm" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants.html#from_orthotropic_constants", - "title": "from_orthotropic_constants", - "section": "from_orthotropic_constants", - "text": "Create an orthotropic stress limits property set.\nXc (float) – Compressive stress limit in material 1 direction.\nYc (float) – Compressive stress limit in material 2 direction.\nZc (float) – Compressive stress limit in out-of-plane direction.\nXt (float) – Tensile stress limit in material 1 direction.\nYt (float) – Tensile stress limit in material 2 direction.\nZt (float) – Tensile stress limit in out-of-plane direction.\nSxy (float) – Shear stress limit in-plane (e_{12}).\nSyz (float) – Shear stress limit out-of-plane (e_{23}).\nSxz (float) – Shear stress limit out-of-plane (e_{13}).\nAn orthotropic stress limits property set.\nSelf\nfrom_orthotropic_constants" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.algorithm", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.algorithm.html#ansys.acp.core.material_property_sets.InterpolationOptions.algorithm", + "title": "algorithm > algorithm > algorithm", + "section": "algorithm > algorithm", + "text": "InterpolationOptions.algorithm: str\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants.html#ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants", - "title": "from_orthotropic_constants > from_orthotropic_constants > from_orthotropic_constants", - "section": "from_orthotropic_constants > from_orthotropic_constants", - "text": "classmethod ConstantStressLimits.from_orthotropic_constants(*, Xc=0.0, Yc=0.0, Zc=0.0, Xt=0.0, Yt=0.0, Zt=0.0, Sxy=0.0, Syz=0.0, Sxz=0.0)\n\nCreate an orthotropic stress limits property set.\n\nParameters\n\nXc (float) – Compressive stress limit in material 1 direction.\n\nYc (float) – Compressive stress limit in material 2 direction.\n\nZc (float) – Compressive stress limit in out-of-plane direction.\n\nXt (float) – Tensile stress limit in material 1 direction.\n\nYt (float) – Tensile stress limit in material 2 direction.\n\nZt (float) – Tensile stress limit in out-of-plane direction.\n\nSxy (float) – Shear stress limit in-plane (e_{12}).\n\nSyz (float) – Shear stress limit out-of-plane (e_{23}).\n\nSxz (float) – Shear stress limit out-of-plane (e_{13}).\n\nReturns\n\nAn orthotropic stress limits property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.interpolation_options.html#interpolation_options", + "title": "interpolation_options", + "section": "interpolation_options", + "text": "interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.from_orthotropic_constants.html#examples-using-constantstresslimitsfrom_orthotropic_constants", - "title": "from_orthotropic_constants > Examples using ConstantStressLimits.from_orthotropic_constants", - "section": "Examples using ConstantStressLimits.from_orthotropic_constants", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ConstantStressLimits.from_orthotropic_constants" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.interpolation_options.html#ansys.acp.core.material_property_sets.VariableFabricFiberAngle.interpolation_options", + "title": "interpolation_options > interpolation_options > interpolation_options", + "section": "interpolation_options > interpolation_options", + "text": "property VariableFabricFiberAngle.interpolation_options: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.locked", - "href": "api/_autosummary/ansys.acp.core.ElementSet.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.Material.store", + "href": "api/_autosummary/ansys.acp.core.Material.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.locked", - "href": "api/_autosummary/ansys.acp.core.ElementSet.locked.html#ansys.acp.core.ElementSet.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property ElementSet.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.store", + "href": "api/_autosummary/ansys.acp.core.Material.store.html#ansys.acp.core.Material.store", + "title": "store > store > store", + "section": "store > store", + "text": "Material.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.status", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.SHELL_SECTIONS", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.SHELL_SECTIONS.html#shell_sections", + "title": "SHELL_SECTIONS", + "section": "SHELL_SECTIONS", + "text": "SHELL_SECTIONS" }, { - "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.status", - "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.status.html#ansys.acp.core.InterfaceLayer.status", - "title": "status > status > status", - "section": "status > status", - "text": "property InterfaceLayer.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.SHELL_SECTIONS", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.SHELL_SECTIONS.html#ansys.acp.core.IgnorableEntity.SHELL_SECTIONS", + "title": "SHELL_SECTIONS > SHELL_SECTIONS > SHELL_SECTIONS", + "section": "SHELL_SECTIONS > SHELL_SECTIONS", + "text": "IgnorableEntity.SHELL_SECTIONS = 'shell_sections'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object.html#create_layup_mapping_object", + "title": "create_layup_mapping_object", + "section": "create_layup_mapping_object", + "text": "Instantiate a layup mapping object.\nname (str) – Name of the layup mapping object.\nactive (bool) – Inactive layup mapping objects are not used.\nelement_technology (ElementTechnology) – Determines the element technology used for the layup mapping.\nCan be either \"layered_element\" or \"reinforcing\".\nNote that only brick and prism elements support the layered option,\nwhile reinforcing technology can be combined with all types of\nsolid elements.\nshell_element_sets (Sequence[ElementSet]) – Defines the shell area whose modeling plies are mapped onto the\nsolid mesh.\nUsed only if use_imported_plies is False.\nuse_imported_plies (bool) – If True, imported modeling plies are mapped onto the solid mesh.\nselect_all_plies (bool) – Determines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.If use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\n\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\nDetermines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.\nIf use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\nsequences (Sequence[ModelingGroup | ModelingPly | ImportedModelingGroup | ImportedModelingPly]) – Determines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.If use_imported_plies is False, modeling groups and modeling\nplies are allowed\n\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\nDetermines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.\nIf use_imported_plies is False, modeling groups and modeling\nplies are allowed\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\nentire_solid_mesh (bool) – If True, the selected layup is mapped onto the entire solid mesh.\nOtherwise, the solid_element_sets parameter is used to refine\nthe scope.\nsolid_element_sets (Sequence[SolidElementSet]) – List of solid element sets to which the mapping is applied.\nscale_ply_thicknesses (bool) – If True, scale the layer thickness to fill the gaps within an element,\ninstead of filling them with the void material.\nUsed only if element_technology is \"layered_element\".\nvoid_material (Material | None) – Material used to fill the gaps with.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\nminimum_void_material_thickness (float) – Only gaps with a thickness greater than this value are filled with\nthe void material.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\ndelete_lost_elements (bool) – If True, elements without layup and degenerated elements are deleted.\nOtherwise, they are filled with the filler material.\nUsed only if element_technology is \"layered_element\".\nfiller_material (Material | None) – Material used to fill the degenerated elements.\nOnly used if delete_lost_elements is False, and\nthe element_technology is \"layered_element\".\nrosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the filler elements.\nUsed only if element_technology is \"layered_element\".\nrosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the filler elements.\nUsed only if element_technology is \"layered_element\".\nreinforcing_behavior (ReinforcingBehavior) – Determines whether the reinforcing elements carry tension and / or\ncompression loads.\nUsed only if element_technology is \"reinforcing\".\nbase_element_material_handling (BaseElementMaterialHandling) – Determines how the base material is handled in the area with reinforcing\nelements. Can be either \"remove\" or \"retain\".\nUsed only if element_technology is \"reinforcing\".\nstress_state (StressStateType) – Specifies the stress state of the reinforcing elements.\nUsed only if element_technology is \"reinforcing\".\nbase_material (Material | None) – Define the initial material of the solid elements which will be reinforced\nby the selected plies.\nUsed only if element_technology is \"reinforcing\".\nbase_element_rosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the base elements.\nThis is important if the base material has an orthotropic characteristic.\nUsed only if element_technology is \"reinforcing\".\nbase_element_rosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the base elements.\nUsed only if element_technology is \"reinforcing\".\nLayupMappingObject\nAdded in ACP server version 25.1.\ncreate_layup_mapping_object\n\"layered_element\"\n\"reinforcing\"\nuse_imported_plies\nsequences\nuse_imported_plies\nselect_all_plies\nuse_imported_plies\nselect_all_plies\nuse_imported_plies\nuse_imported_plies\nsolid_element_sets\nelement_technology\n\"layered_element\"\nscale_ply_thicknesses\nelement_technology\n\"layered_element\"\nscale_ply_thicknesses\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\ndelete_lost_elements\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\nelement_technology\n\"layered_element\"\nelement_technology\n\"reinforcing\"\n\"remove\"\n\"retain\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"\nelement_technology\n\"reinforcing\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.delete.html#ansys.acp.core.SphericalSelectionRule.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "SphericalSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object.html#ansys.acp.core.ImportedSolidModel.create_layup_mapping_object", + "title": "create_layup_mapping_object > create_layup_mapping_object > create_layup_mapping_object", + "section": "create_layup_mapping_object > create_layup_mapping_object", + "text": "ImportedSolidModel.create_layup_mapping_object(*, name='LayupMappingObject', active=True, element_technology='layered_element', shell_element_sets=(), use_imported_plies=False, select_all_plies=True, sequences=(), entire_solid_mesh=True, solid_element_sets=(), scale_ply_thicknesses=True, void_material=None, minimum_void_material_thickness=1e-06, delete_lost_elements=True, filler_material=None, rosettes=(), rosette_selection_method='minimum_distance', reinforcing_behavior='tension_and_compression', base_element_material_handling='remove', stress_state='plane_stress_state_with_transverse_shear_and_bending_stiffness', base_material=None, base_element_rosettes=(), base_element_rosette_selection_method='minimum_distance')\n\nInstantiate a layup mapping object.\n\nParameters\n\nname (str) – Name of the layup mapping object.\n\nactive (bool) – Inactive layup mapping objects are not used.\n\nelement_technology (ElementTechnology) – Determines the element technology used for the layup mapping.\nCan be either \"layered_element\" or \"reinforcing\".\nNote that only brick and prism elements support the layered option,\nwhile reinforcing technology can be combined with all types of\nsolid elements.\n\nshell_element_sets (Sequence[ElementSet]) – Defines the shell area whose modeling plies are mapped onto the\nsolid mesh.\nUsed only if use_imported_plies is False.\n\nuse_imported_plies (bool) – If True, imported modeling plies are mapped onto the solid mesh.\n\nselect_all_plies (bool) – Determines whether all plies are selected for mapping, or only\nthe ones specified in the sequences parameter.If use_imported_plies is False and select_all_plies is True,\nall plies in the selected shell area are selected.\n\nIf use_imported_plies is True and select_all_plies is True,\nall imported modeling plies are selected.\n\nsequences (Sequence[ModelingGroup | ModelingPly | ImportedModelingGroup | ImportedModelingPly]) – Determines which plies are considered for mapping. The intersection\nof shell elements and plies are then mapped onto the solid mesh.If use_imported_plies is False, modeling groups and modeling\nplies are allowed\n\nIf use_imported_plies is True, imported modeling groups and\nimported modeling plies are allowed\n\nentire_solid_mesh (bool) – If True, the selected layup is mapped onto the entire solid mesh.\nOtherwise, the solid_element_sets parameter is used to refine\nthe scope.\n\nsolid_element_sets (Sequence[SolidElementSet]) – List of solid element sets to which the mapping is applied.\n\nscale_ply_thicknesses (bool) – If True, scale the layer thickness to fill the gaps within an element,\ninstead of filling them with the void material.\nUsed only if element_technology is \"layered_element\".\n\nvoid_material (Material | None) – Material used to fill the gaps with.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\n\nminimum_void_material_thickness (float) – Only gaps with a thickness greater than this value are filled with\nthe void material.\nOnly used if scale_ply_thicknesses is False, and\nthe element_technology is \"layered_element\".\n\ndelete_lost_elements (bool) – If True, elements without layup and degenerated elements are deleted.\nOtherwise, they are filled with the filler material.\nUsed only if element_technology is \"layered_element\".\n\nfiller_material (Material | None) – Material used to fill the degenerated elements.\nOnly used if delete_lost_elements is False, and\nthe element_technology is \"layered_element\".\n\nrosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the filler elements.\nUsed only if element_technology is \"layered_element\".\n\nrosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the filler elements.\nUsed only if element_technology is \"layered_element\".\n\nreinforcing_behavior (ReinforcingBehavior) – Determines whether the reinforcing elements carry tension and / or\ncompression loads.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_material_handling (BaseElementMaterialHandling) – Determines how the base material is handled in the area with reinforcing\nelements. Can be either \"remove\" or \"retain\".\nUsed only if element_technology is \"reinforcing\".\n\nstress_state (StressStateType) – Specifies the stress state of the reinforcing elements.\nUsed only if element_technology is \"reinforcing\".\n\nbase_material (Material | None) – Define the initial material of the solid elements which will be reinforced\nby the selected plies.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_rosettes (Sequence[Rosette]) – List of rosettes to set the coordinate system of the base elements.\nThis is important if the base material has an orthotropic characteristic.\nUsed only if element_technology is \"reinforcing\".\n\nbase_element_rosette_selection_method (LayupMappingRosetteSelectionMethod) – Defines how the coordinate systems are applied for the base elements.\nUsed only if element_technology is \"reinforcing\".\n\nReturn type\n\nLayupMappingObject\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_1.html#orientation_1", - "title": "orientation_1", - "section": "orientation_1", - "text": "orientation_1" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_layup_mapping_object.html#examples-using-importedsolidmodelcreate_layup_mapping_object", + "title": "create_layup_mapping_object > Examples using ImportedSolidModel.create_layup_mapping_object", + "section": "Examples using ImportedSolidModel.create_layup_mapping_object", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ImportedSolidModel.create_layup_mapping_object" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.orientation_1", - "title": "orientation_1 > orientation_1 > orientation_1", - "section": "orientation_1 > orientation_1", - "text": "property ConstantWovenCharacterization.orientation_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_NODES", + "href": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_NODES.html#by_nodes", + "title": "BY_NODES", + "section": "BY_NODES", + "text": "BY_NODES" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.active", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_NODES", + "href": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_NODES.html#ansys.acp.core.EdgeSetType.BY_NODES", + "title": "BY_NODES > BY_NODES > BY_NODES", + "section": "BY_NODES > BY_NODES", + "text": "EdgeSetType.BY_NODES = 'by_nodes'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.active", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.active.html#ansys.acp.core.ExtrusionGuide.active", - "title": "active > active > active", - "section": "active > active", - "text": "property ExtrusionGuide.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stdout_file", + "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stdout_file.html#stdout_file", + "title": "stdout_file", + "section": "stdout_file", + "text": "stdout_file" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.NOMINAL", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.NOMINAL.html#nominal", - "title": "NOMINAL", - "section": "NOMINAL", - "text": "NOMINAL" + "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stdout_file", + "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stdout_file.html#ansys.acp.core.DirectLaunchConfig.stdout_file", + "title": "stdout_file > stdout_file > stdout_file", + "section": "stdout_file > stdout_file", + "text": "DirectLaunchConfig.stdout_file: str = '/dev/null'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessType.NOMINAL", - "href": "api/_autosummary/ansys.acp.core.ThicknessType.NOMINAL.html#ansys.acp.core.ThicknessType.NOMINAL", - "title": "NOMINAL > NOMINAL > NOMINAL", - "section": "NOMINAL > NOMINAL", - "text": "ThicknessType.NOMINAL = 'nominal'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.offset.html#offset", + "title": "offset", + "section": "offset", + "text": "offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.offset.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.offset", + "title": "offset > offset > offset", + "section": "offset > offset", + "text": "ModelingPlyElementalData.offset: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.parent.html#ansys.acp.core.BooleanSelectionRule.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property BooleanSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.id", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.id", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.id.html#ansys.acp.core.LookUpTable1DColumn.id", + "title": "id > id > id", + "section": "id > id", + "text": "property LookUpTable1DColumn.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb", - "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb.html#import_acp_mesh_from_cdb", - "title": "import_acp_mesh_from_cdb", - "section": "import_acp_mesh_from_cdb", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nImport an ACP CDB mesh into Mechanical.\nImport a mesh exported from ACP in CDB format into Mechanical. This function\ndoes not import the ACP layup definition, use import_acp_composite_definitions()\nfor this purpose.\nThe named selections exported from ACP are only partially imported.\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\ncdb_path (str | PathLike[str]) – The path of the CDB file to import. The extension must be ‘.cdb’.\nimport_acp_mesh_from_cdb\nimport_acp_composite_definitions()" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.status", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb", - "href": "api/_autosummary/ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb.html#ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb", - "title": "import_acp_mesh_from_cdb > import_acp_mesh_from_cdb > import_acp_mesh_from_cdb", - "section": "import_acp_mesh_from_cdb > import_acp_mesh_from_cdb", - "text": "ansys.acp.core.mechanical_integration_helpers.import_acp_mesh_from_cdb(*, mechanical, cdb_path)\n\nImport an ACP CDB mesh into Mechanical.\n\nImport a mesh exported from ACP in CDB format into Mechanical. This function\ndoes not import the ACP layup definition, use import_acp_composite_definitions()\nfor this purpose.\n\nThe named selections exported from ACP are only partially imported.\n\nParameters\n\nmechanical (Mechanical) – The PyMechanical instance. This must be a remote instance.\n\ncdb_path (str | PathLike[str]) – The path of the CDB file to import. The extension must be ‘.cdb’.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.status", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.status.html#ansys.acp.core.CutOffGeometry.status", + "title": "status > status > status", + "section": "status > status", + "text": "property CutOffGeometry.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT", - "href": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT.html#meshdatat", - "title": "MeshDataT", - "section": "MeshDataT", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nMeshDataT\ninfer_variance=True\ncovariant=True\ncontravariant=True" + "objectID": "api/_autosummary/ansys.acp.core.SolidMappingProperties.offset_type", + "href": "api/_autosummary/ansys.acp.core.SolidMappingProperties.offset_type.html#offset_type", + "title": "offset_type", + "section": "offset_type", + "text": "offset_type" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT", - "href": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT.html#ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT", - "title": "MeshDataT > MeshDataT > MeshDataT", - "section": "MeshDataT > MeshDataT", - "text": "ansys.acp.core._tree_objects._elemental_or_nodal_data.MeshDataT = ~MeshDataT\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidMappingProperties.offset_type", + "href": "api/_autosummary/ansys.acp.core.SolidMappingProperties.offset_type.html#ansys.acp.core.SolidMappingProperties.offset_type", + "title": "offset_type > offset_type > offset_type", + "section": "offset_type > offset_type", + "text": "SolidMappingProperties.offset_type: OffsetType = 'bottom_offset'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType.TAPER", - "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.TAPER.html#taper", - "title": "TAPER", - "section": "TAPER", - "text": "TAPER" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType.TAPER", - "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.TAPER.html#ansys.acp.core.CutOffRuleType.TAPER", - "title": "TAPER > TAPER > TAPER", - "section": "TAPER > TAPER", - "text": "CutOffRuleType.TAPER = 'taper'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.elemental_data.html#ansys.acp.core.ProductionPly.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property ProductionPly.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.reference_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.reference_direction.html#reference_direction", - "title": "reference_direction", - "section": "reference_direction", - "text": "reference_direction" + "objectID": "api/_autosummary/ansys.acp.core.DropOffType", + "href": "api/_autosummary/ansys.acp.core.DropOffType.html#dropofftype", + "title": "DropOffType", + "section": "DropOffType", + "text": "Determines whether the drop off in solid models is inside or outside the ply boundary.\nDropOffType.INSIDE_PLY\n\nDropOffType.OUTSIDE_PLY\n\nDropOffType\nDropOffType.INSIDE_PLY\nDropOffType.OUTSIDE_PLY" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.reference_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.reference_direction.html#ansys.acp.core.mesh_data.OrientedSelectionSetElementalData.reference_direction", - "title": "reference_direction > reference_direction > reference_direction", - "section": "reference_direction > reference_direction", - "text": "OrientedSelectionSetElementalData.reference_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DropOffType", + "href": "api/_autosummary/ansys.acp.core.DropOffType.html#ansys.acp.core.DropOffType", + "title": "DropOffType > DropOffType > DropOffType", + "section": "DropOffType > DropOffType", + "text": "class ansys.acp.core.DropOffType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines whether the drop off in solid models is inside or outside the ply boundary.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nDropOffType.INSIDE_PLY\n\n\n\nDropOffType.OUTSIDE_PLY\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.sensor_type", - "href": "api/_autosummary/ansys.acp.core.Sensor.sensor_type.html#sensor_type", - "title": "sensor_type", - "section": "sensor_type", - "text": "sensor_type" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_angle_under_compression", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_angle_under_compression.html#fracture_angle_under_compression", + "title": "fracture_angle_under_compression", + "section": "fracture_angle_under_compression", + "text": "fracture_angle_under_compression" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.sensor_type", - "href": "api/_autosummary/ansys.acp.core.Sensor.sensor_type.html#ansys.acp.core.Sensor.sensor_type", - "title": "sensor_type > sensor_type > sensor_type", - "section": "sensor_type > sensor_type", - "text": "property Sensor.sensor_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_angle_under_compression", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_angle_under_compression.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_angle_under_compression", + "title": "fracture_angle_under_compression > fracture_angle_under_compression > fracture_angle_under_compression", + "section": "fracture_angle_under_compression > fracture_angle_under_compression", + "text": "property VariableLaRCConstants.fracture_angle_under_compression: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.id", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.capitalize", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.capitalize.html#capitalize", + "title": "capitalize", + "section": "capitalize", + "text": "Return a capitalized version of the string.\nMore specifically, make the first character have upper case and the rest lower\ncase.\ncapitalize" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.id", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.id.html#ansys.acp.core.ProductionPly.id", - "title": "id > id > id", - "section": "id > id", - "text": "property ProductionPly.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.capitalize", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.capitalize.html#ansys.acp.core.material_property_sets.PuckMaterialType.capitalize", + "title": "capitalize > capitalize > capitalize", + "section": "capitalize > capitalize", + "text": "PuckMaterialType.capitalize(/)\n\nReturn a capitalized version of the string.\n\nMore specifically, make the first character have upper case and the rest lower\ncase.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yt.html#yt", - "title": "Yt", - "section": "Yt", - "text": "Yt" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE.html#minimum_angle", + "title": "MINIMUM_ANGLE", + "section": "MINIMUM_ANGLE", + "text": "MINIMUM_ANGLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yt.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits.Yt", - "title": "Yt > Yt > Yt", - "section": "Yt > Yt", - "text": "property ConstantWovenStressLimits.Yt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE.html#ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE", + "title": "MINIMUM_ANGLE > MINIMUM_ANGLE > MINIMUM_ANGLE", + "section": "MINIMUM_ANGLE > MINIMUM_ANGLE", + "text": "RosetteSelectionMethod.MINIMUM_ANGLE = 'minimum_angle'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_materials", - "href": "api/_autosummary/ansys.acp.core.Model.export_materials.html#export_materials", - "title": "export_materials", - "section": "export_materials", - "text": "Write materials to a XML (MatML) file.\nThe XML file is required for the post-processing with DPF or can be loaded by\nEngineering Data under WB.\npath (str | PathLike[str]) – File path. E.g. /tmp/acp_materials.xml\nexport_materials" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE.html#examples-using-rosetteselectionmethodminimum_angle", + "title": "MINIMUM_ANGLE > Examples using RosetteSelectionMethod.MINIMUM_ANGLE", + "section": "Examples using RosetteSelectionMethod.MINIMUM_ANGLE", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using RosetteSelectionMethod.MINIMUM_ANGLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_materials", - "href": "api/_autosummary/ansys.acp.core.Model.export_materials.html#ansys.acp.core.Model.export_materials", - "title": "export_materials > export_materials > export_materials", - "section": "export_materials > export_materials", - "text": "Model.export_materials(path)\n\nWrite materials to a XML (MatML) file.\n\nThe XML file is required for the post-processing with DPF or can be loaded by\nEngineering Data under WB.\n\nParameters\n\npath (str | PathLike[str]) – File path. E.g. /tmp/acp_materials.xml\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_skin", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_skin.html#export_skin", + "title": "export_skin", + "section": "export_skin", + "text": "Export the skin of the solid model to a file.\npath (str | PathLike[str]) – Path to the file where the solid model skin is saved.\nformat (SolidModelSkinExportFormat) – Format of the exported file. Available formats are \"ansys:cdb\",\n\"step\", \"iges\", and \"stl\".\nexport_skin\n\"ansys:cdb\"\n\"step\"\n\"iges\"\n\"stl\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_materials", - "href": "api/_autosummary/ansys.acp.core.Model.export_materials.html#examples-using-modelexport_materials", - "title": "export_materials > Examples using Model.export_materials", - "section": "Examples using Model.export_materials", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.export_materials" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_skin", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.export_skin.html#ansys.acp.core.ImportedSolidModel.export_skin", + "title": "export_skin > export_skin > export_skin", + "section": "export_skin > export_skin", + "text": "ImportedSolidModel.export_skin(path, *, format)\n\nExport the skin of the solid model to a file.\n\nParameters\n\npath (str | PathLike[str]) – Path to the file where the solid model skin is saved.\n\nformat (SolidModelSkinExportFormat) – Format of the exported file. Available formats are \"ansys:cdb\",\n\"step\", \"iges\", and \"stl\".\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.keep_volume", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.keep_volume.html#keep_volume", - "title": "keep_volume", - "section": "keep_volume", - "text": "keep_volume" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.title", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.title.html#title", + "title": "title", + "section": "title", + "text": "Return a version of the string where each word is titlecased.\nMore specifically, words start with uppercased characters and all remaining\ncased characters have lower case.\ntitle" }, { - "objectID": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.keep_volume", - "href": "api/_autosummary/ansys.acp.core.DockerComposeLaunchConfig.keep_volume.html#ansys.acp.core.DockerComposeLaunchConfig.keep_volume", - "title": "keep_volume > keep_volume > keep_volume", - "section": "keep_volume > keep_volume", - "text": "DockerComposeLaunchConfig.keep_volume: bool = False\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.title", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.title.html#ansys.acp.core.LaunchMode.title", + "title": "title > title > title", + "section": "title > title", + "text": "LaunchMode.title(/)\n\nReturn a version of the string where each word is titlecased.\n\nMore specifically, words start with uppercased characters and all remaining\ncased characters have lower case.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.use_nodal_thicknesses", - "href": "api/_autosummary/ansys.acp.core.Model.use_nodal_thicknesses.html#use_nodal_thicknesses", - "title": "use_nodal_thicknesses", - "section": "use_nodal_thicknesses", - "text": "use_nodal_thicknesses" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.status", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.use_nodal_thicknesses", - "href": "api/_autosummary/ansys.acp.core.Model.use_nodal_thicknesses.html#ansys.acp.core.Model.use_nodal_thicknesses", - "title": "use_nodal_thicknesses > use_nodal_thicknesses > use_nodal_thicknesses", - "section": "use_nodal_thicknesses > use_nodal_thicknesses", - "text": "property Model.use_nodal_thicknesses: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.status", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.status.html#ansys.acp.core.LookUpTable3D.status", + "title": "status > status > status", + "section": "status > status", + "text": "property LookUpTable3D.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format_map", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format_map.html#format_map", - "title": "format_map", - "section": "format_map", - "text": "Return a formatted version of S, using substitutions from mapping.\nThe substitutions are identified by braces (‘{’ and ‘}’).\nformat_map" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.maketrans", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.maketrans.html#maketrans", + "title": "maketrans", + "section": "maketrans", + "text": "Return a translation table usable for str.translate().\nIf there is only one argument, it must be a dictionary mapping Unicode\nordinals (integers) or characters to Unicode ordinals, strings or None.\nCharacter keys will be then converted to ordinals.\nIf there are two arguments, they must be strings of equal length, and\nin the resulting dictionary, each character in x will be mapped to the\ncharacter at the same position in y. If there is a third argument, it\nmust be a string, whose characters will be mapped to None in the result.\nmaketrans" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format_map", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format_map.html#ansys.acp.core.material_property_sets.PuckMaterialType.format_map", - "title": "format_map > format_map > format_map", - "section": "format_map > format_map", - "text": "PuckMaterialType.format_map(mapping) -> str\n\nReturn a formatted version of S, using substitutions from mapping.\nThe substitutions are identified by braces (‘{’ and ‘}’).\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.maketrans", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.maketrans.html#ansys.acp.core.LaunchMode.maketrans", + "title": "maketrans > maketrans > maketrans", + "section": "maketrans > maketrans", + "text": "static LaunchMode.maketrans(x, y=, z=, /)\n\nReturn a translation table usable for str.translate().\n\nIf there is only one argument, it must be a dictionary mapping Unicode\nordinals (integers) or characters to Unicode ordinals, strings or None.\nCharacter keys will be then converted to ordinals.\nIf there are two arguments, they must be strings of equal length, and\nin the resulting dictionary, each character in x will be mapped to the\ncharacter at the same position in y. If there is a third argument, it\nmust be a string, whose characters will be mapped to None in the result.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.LINE", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.LINE.html#line", - "title": "LINE", - "section": "LINE", - "text": "LINE" + "objectID": "api/_autosummary/ansys.acp.core.Model.fabrics", + "href": "api/_autosummary/ansys.acp.core.Model.fabrics.html#fabrics", + "title": "fabrics", + "section": "fabrics", + "text": "fabrics" }, { - "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.LINE", - "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.LINE.html#ansys.acp.core.VirtualGeometryDimension.LINE", - "title": "LINE > LINE > LINE", - "section": "LINE > LINE", - "text": "VirtualGeometryDimension.LINE = 'line'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.fabrics", + "href": "api/_autosummary/ansys.acp.core.Model.fabrics.html#ansys.acp.core.Model.fabrics", + "title": "fabrics > fabrics > fabrics", + "section": "fabrics > fabrics", + "text": "property Model.fabrics: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.fabrics", + "href": "api/_autosummary/ansys.acp.core.Model.fabrics.html#examples-using-modelfabrics", + "title": "fabrics > Examples using Model.fabrics", + "section": "Examples using Model.fabrics", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using Model.fabrics" }, { - "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.edge_set", - "href": "api/_autosummary/ansys.acp.core.TaperEdge.edge_set.html#edge_set", - "title": "edge_set", - "section": "edge_set", - "text": "Edge along which the ply tapering is applied.\nedge_set" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.locked", + "href": "api/_autosummary/ansys.acp.core.ElementSet.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.TaperEdge.edge_set", - "href": "api/_autosummary/ansys.acp.core.TaperEdge.edge_set.html#ansys.acp.core.TaperEdge.edge_set", - "title": "edge_set > edge_set > edge_set", - "section": "edge_set > edge_set", - "text": "property TaperEdge.edge_set: EdgeSet\n\nEdge along which the ply tapering is applied.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.locked", + "href": "api/_autosummary/ansys.acp.core.ElementSet.locked.html#ansys.acp.core.ElementSet.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property ElementSet.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SHELL_NORMAL", - "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SHELL_NORMAL.html#shell_normal", - "title": "SHELL_NORMAL", - "section": "SHELL_NORMAL", - "text": "SHELL_NORMAL" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.html#linkedselectionrule", + "title": "LinkedSelectionRule", + "section": "LinkedSelectionRule", + "text": "Defines selection rules linked to a Boolean Selection Rule or Modeling Ply.\nselection_rule (BooleanSelectionRule | CutOffSelectionRule | CylindricalSelectionRule | GeometricalSelectionRule | ParallelSelectionRule | SphericalSelectionRule | TubeSelectionRule | VariableOffsetSelectionRule) – Link to an existing selection rule.\noperation_type (BooleanOperationType) – Determines how the selection rule is combined with other selection rules.\ntemplate_rule (bool) – If True, the selection rule is a template rule. This means the parameter\nvalues are taken from the parameter_1 and parameter_2 attributes,\nnot from the linked selection rule.\nparameter_1 (float) – First parameter value of the selection rule. Only applies if template_rule\nis True.\nparameter_2 (float) – Second parameter value of the selection rule. Only applies if template_rule\nis True.\nThe parameter_1 and parameter_2 attributes determine the values of the\nfollowing parameters, depending on the type of selection rule:\nRule Type\nparameter_1\nparameter_2\nParallelSelectionRule\nlower_limit\nupper_limit\nCylindricalSelectionRule\nradius\n-\nSphericalSelectionRule\nradius\n-\nTubeSelectionRule\nouter_radius\ninner_radius\nGeometricalSelectionRule\nin_plane_capture_tolerance\n-\nVariableOffsetSelectionRule\n-\n-\nBooleanSelectionRule\n-\n-\nNote that CutOffSelectionRule and BooleanSelectionRule objects cannot be linked to\na Boolean Selection Rule, only to a Modeling Ply..\nAdded in ACP server version 24.2.\nLinkedSelectionRule.clone()\nCreate a new unstored LinkedSelectionRule with the same properties.\nLinkedSelectionRule.operation_type\nOperation to combine the selection rule with other selection rules.\nLinkedSelectionRule.parameter_1\nFirst template parameter of the selection rule.\nLinkedSelectionRule.parameter_2\nSecond template parameter of the selection rule.\nLinkedSelectionRule.selection_rule\nLink to an existing selection rule.\nLinkedSelectionRule.template_rule\nWhether the selection rule is a template rule.\nLinkedSelectionRule\nTrue\nparameter_1\nparameter_2\ntemplate_rule\nTrue\ntemplate_rule\nTrue\nparameter_1\nparameter_2\nparameter_1\nparameter_2\nParallelSelectionRule\nlower_limit\nupper_limit\nCylindricalSelectionRule\nradius\nSphericalSelectionRule\nradius\nTubeSelectionRule\nouter_radius\ninner_radius\nGeometricalSelectionRule\nin_plane_capture_tolerance\nVariableOffsetSelectionRule\nBooleanSelectionRule\nCutOffSelectionRule\nBooleanSelectionRule\nLinkedSelectionRule.clone\nLinkedSelectionRule.operation_type\nLinkedSelectionRule.parameter_1\nLinkedSelectionRule.parameter_2\nLinkedSelectionRule.selection_rule\nLinkedSelectionRule.template_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SHELL_NORMAL", - "href": "api/_autosummary/ansys.acp.core.SolidModelOffsetDirectionType.SHELL_NORMAL.html#ansys.acp.core.SolidModelOffsetDirectionType.SHELL_NORMAL", - "title": "SHELL_NORMAL > SHELL_NORMAL > SHELL_NORMAL", - "section": "SHELL_NORMAL > SHELL_NORMAL", - "text": "SolidModelOffsetDirectionType.SHELL_NORMAL = 'shell_normal'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.html#ansys.acp.core.LinkedSelectionRule", + "title": "LinkedSelectionRule > LinkedSelectionRule > LinkedSelectionRule", + "section": "LinkedSelectionRule > LinkedSelectionRule", + "text": "class ansys.acp.core.LinkedSelectionRule(selection_rule, *, operation_type='intersect', template_rule=False, parameter_1=0.0, parameter_2=0.0)\n\nDefines selection rules linked to a Boolean Selection Rule or Modeling Ply.\n\nParameters\n\nselection_rule (BooleanSelectionRule | CutOffSelectionRule | CylindricalSelectionRule | GeometricalSelectionRule | ParallelSelectionRule | SphericalSelectionRule | TubeSelectionRule | VariableOffsetSelectionRule) – Link to an existing selection rule.\n\noperation_type (BooleanOperationType) – Determines how the selection rule is combined with other selection rules.\n\ntemplate_rule (bool) – If True, the selection rule is a template rule. This means the parameter\nvalues are taken from the parameter_1 and parameter_2 attributes,\nnot from the linked selection rule.\n\nparameter_1 (float) – First parameter value of the selection rule. Only applies if template_rule\nis True.\n\nparameter_2 (float) – Second parameter value of the selection rule. Only applies if template_rule\nis True.\n\nThe parameter_1 and parameter_2 attributes determine the values of the\nfollowing parameters, depending on the type of selection rule:\n\n\n\n\n\n\n\nRule Type\n\nparameter_1\n\nparameter_2\n\nParallelSelectionRule\n\nlower_limit\n\nupper_limit\n\nCylindricalSelectionRule\n\nradius\n\n-\n\nSphericalSelectionRule\n\nradius\n\n-\n\nTubeSelectionRule\n\nouter_radius\n\ninner_radius\n\nGeometricalSelectionRule\n\nin_plane_capture_tolerance\n\n-\n\nVariableOffsetSelectionRule\n\n-\n\n-\n\nBooleanSelectionRule\n\n-\n\n-\n\nNote that CutOffSelectionRule and BooleanSelectionRule objects cannot be linked to\na Boolean Selection Rule, only to a Modeling Ply..\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLinkedSelectionRule.clone()\n\nCreate a new unstored LinkedSelectionRule with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLinkedSelectionRule.operation_type\n\nOperation to combine the selection rule with other selection rules.\n\nLinkedSelectionRule.parameter_1\n\nFirst template parameter of the selection rule.\n\nLinkedSelectionRule.parameter_2\n\nSecond template parameter of the selection rule.\n\nLinkedSelectionRule.selection_rule\n\nLink to an existing selection rule.\n\nLinkedSelectionRule.template_rule\n\nWhether the selection rule is a template rule.\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.delete", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule", + "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.html#examples-using-linkedselectionrule", + "title": "LinkedSelectionRule > Examples using LinkedSelectionRule", + "section": "Examples using LinkedSelectionRule", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using LinkedSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.delete", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.delete.html#ansys.acp.core.LookUpTable3D.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "LookUpTable3D.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType.TAPER", + "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.TAPER.html#taper", + "title": "TAPER", + "section": "TAPER", + "text": "TAPER" }, { - "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.clone", - "href": "api/_autosummary/ansys.acp.core.PrimaryPly.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored PrimaryPly with the same properties.\nSelf\nclone" + "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType.TAPER", + "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.TAPER.html#ansys.acp.core.CutOffRuleType.TAPER", + "title": "TAPER > TAPER > TAPER", + "section": "TAPER > TAPER", + "text": "CutOffRuleType.TAPER = 'taper'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.clone", - "href": "api/_autosummary/ansys.acp.core.PrimaryPly.clone.html#ansys.acp.core.PrimaryPly.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "PrimaryPly.clone()\n\nCreate a new unstored PrimaryPly with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSelf" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule.html#create_geometrical_selection_rule", + "title": "create_geometrical_selection_rule", + "section": "create_geometrical_selection_rule", + "text": "Instantiate a Geometrical Selection Rule.\nname (str) – Name of the Geometrical Selection Rule.\ngeometrical_rule_type (GeometricalRuleType) – Rule type. Can be either GeometricalRuleType.GEOMETRY or\nGeometricalRuleType.ELEMENT_SETS.\ngeometry (VirtualGeometry | None) – Virtual geometry to use for the rule.\nelement_sets (Iterable[ElementSet]) – Element sets to use for the rule.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nuse_default_tolerances (bool) – Whether to use default tolerances.\nin_plane_capture_tolerance (float) – In-plane capture tolerance around the outline.\nnegative_capture_tolerance (float) – Capture tolerance along the surface or projection normal.\npositive_capture_tolerance (float) – Capture tolerance along the opposite surface or projection normal.\nGeometricalSelectionRule\nAdded in ACP server version 24.2.\ncreate_geometrical_selection_rule\nGeometricalRuleType.GEOMETRY\nGeometricalRuleType.ELEMENT_SETS\nFalse" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.refresh", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.refresh.html#refresh", - "title": "refresh", - "section": "refresh", - "text": "Reload the geometry from its external source.\npath (str | PathLike[str]) – Path of the new input file.\nrefresh" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule.html#ansys.acp.core.Model.create_geometrical_selection_rule", + "title": "create_geometrical_selection_rule > create_geometrical_selection_rule > create_geometrical_selection_rule", + "section": "create_geometrical_selection_rule > create_geometrical_selection_rule", + "text": "Model.create_geometrical_selection_rule(*, name='GeometricalSelectionrule', geometrical_rule_type='geometry', geometry=None, element_sets=(), include_rule=True, use_default_tolerances=True, in_plane_capture_tolerance=0.0, negative_capture_tolerance=0.0, positive_capture_tolerance=0.0)\n\nInstantiate a Geometrical Selection Rule.\n\nParameters\n\nname (str) – Name of the Geometrical Selection Rule.\n\ngeometrical_rule_type (GeometricalRuleType) – Rule type. Can be either GeometricalRuleType.GEOMETRY or\nGeometricalRuleType.ELEMENT_SETS.\n\ngeometry (VirtualGeometry | None) – Virtual geometry to use for the rule.\n\nelement_sets (Iterable[ElementSet]) – Element sets to use for the rule.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nuse_default_tolerances (bool) – Whether to use default tolerances.\n\nin_plane_capture_tolerance (float) – In-plane capture tolerance around the outline.\n\nnegative_capture_tolerance (float) – Capture tolerance along the surface or projection normal.\n\npositive_capture_tolerance (float) – Capture tolerance along the opposite surface or projection normal.\n\nReturn type\n\nGeometricalSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.refresh", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.refresh.html#ansys.acp.core.CADGeometry.refresh", - "title": "refresh > refresh > refresh", - "section": "refresh > refresh", - "text": "CADGeometry.refresh(path)\n\nReload the geometry from its external source.\n\nParameters\n\npath (str | PathLike[str]) – Path of the new input file.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_geometrical_selection_rule.html#examples-using-modelcreate_geometrical_selection_rule", + "title": "create_geometrical_selection_rule > Examples using Model.create_geometrical_selection_rule", + "section": "Examples using Model.create_geometrical_selection_rule", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using Model.create_geometrical_selection_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.refresh", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.refresh.html#examples-using-cadgeometryrefresh", - "title": "refresh > Examples using CADGeometry.refresh", - "section": "Examples using CADGeometry.refresh", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using CADGeometry.refresh" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#advanced-pymapdl-workflow", + "title": "Advanced PyMAPDL workflow", + "section": "Advanced PyMAPDL workflow", + "text": "This example shows how to define a composite lay-up with PyACP, solve the resulting\nmodel with PyMAPDL, and run a failure analysis with PyDPF - Composites.\nBegin with an MAPDL CDB file that contains the mesh, material data, and\nboundary conditions. Import the file to PyACP to define the lay-up, and then export the\nresulting model to PyMAPDL. Once the results are available, the RST file is loaded in\nPyDPF - Composites for postprocessing. The additional input files (material.xml\nand ACPCompositeDefinitions.h5) can also be stored with PyACP and passed to PyDPF - Composites.\nAdvanced PyMAPDL workflow\nmaterial.xml\nACPCompositeDefinitions.h5" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.status", - "href": "api/_autosummary/ansys.acp.core.ElementSet.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#import-modules-and-start-acp", + "title": "Advanced PyMAPDL workflow > Import modules and start ACP", + "section": "Import modules and start ACP", + "text": "Import the standard library and third-party dependencies.\nImport the Ansys libraries.\nLaunch the PyACP server and connect to it.\nImport modules and start ACP" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.status", - "href": "api/_autosummary/ansys.acp.core.ElementSet.status.html#ansys.acp.core.ElementSet.status", - "title": "status > status > status", - "section": "status > status", - "text": "property ElementSet.status: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#get-example-input-files", + "title": "Advanced PyMAPDL workflow > Get example input files", + "section": "Get example input files", + "text": "Create a temporary working directory, and download the example input files\nto this directory.\nGet example input files" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.clone", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#load-mesh-and-materials-from-cdb-file", + "title": "Advanced PyMAPDL workflow > Load mesh and materials from CDB file", + "section": "Load mesh and materials from CDB file", + "text": "Load the CDB file into PyACP and set the unit system.\nVisualize the loaded mesh.\nLoad mesh and materials from CDB file" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.clone", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.clone.html#ansys.acp.core.ImportedSolidModel.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "ImportedSolidModel.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#build-composite-lay-up", + "title": "Advanced PyMAPDL workflow > Build Composite Lay-up", + "section": "Build Composite Lay-up", + "text": "Create the model (MPA unit system).\nBuild Composite Lay-up" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#materials", + "title": "Advanced PyMAPDL workflow > Materials", + "section": "Materials", + "text": "Materials" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.TubeSelectionRuleElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "TubeSelectionRuleElementalData.normal: VectorData | None = None\n\n" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#fabrics", + "title": "Advanced PyMAPDL workflow > Fabrics", + "section": "Fabrics", + "text": "Fabrics" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.html#cylindricalselectionruleelementaldata", - "title": "CylindricalSelectionRuleElementalData", - "section": "CylindricalSelectionRuleElementalData", - "text": "Represents elemental data for a Cylindrical Selection Rule.\nCylindricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nCylindricalSelectionRuleElementalData.normal\n\nCylindricalSelectionRuleElementalData.element_labels\n\nCylindricalSelectionRuleElementalData\nCylindricalSelectionRuleElementalData.get_pyvista_mesh\nCylindricalSelectionRuleElementalData.normal\nCylindricalSelectionRuleElementalData.element_labels" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#rosettes", + "title": "Advanced PyMAPDL workflow > Rosettes", + "section": "Rosettes", + "text": "Rosettes" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData", - "title": "CylindricalSelectionRuleElementalData > CylindricalSelectionRuleElementalData > CylindricalSelectionRuleElementalData", - "section": "CylindricalSelectionRuleElementalData > CylindricalSelectionRuleElementalData", - "text": "class ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Cylindrical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCylindricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCylindricalSelectionRuleElementalData.normal\n\n\n\nCylindricalSelectionRuleElementalData.element_labels\n\n\n\n\n\n" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#oriented-selection-sets", + "title": "Advanced PyMAPDL workflow > Oriented Selection Sets", + "section": "Oriented Selection Sets", + "text": "Note that the element sets are imported from the initial mesh (CBD file).\nShow the orientations on the hull oriented selection set (OSS).\nNote that the model must be updated before the orientations are available.\nOriented Selection Sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_neg", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_neg.html#p_21_neg", - "title": "p_21_neg", - "section": "p_21_neg", - "text": "p_21_neg" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#modeling-plies", + "title": "Advanced PyMAPDL workflow > Modeling Plies", + "section": "Modeling Plies", + "text": "Define plies for the hull, deck, and bulkhead.\nAdd plies to the keeltower.\nInspect the number of modeling groups and plies.\nShow the thickness of one of the plies.\nShow the ply offsets that are scaled by a factor of 200.\nShow the thickness of the entire lay-up.\nModeling Plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_neg", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_neg.html#ansys.acp.core.material_property_sets.VariablePuckConstants.p_21_neg", - "title": "p_21_neg > p_21_neg > p_21_neg", - "section": "p_21_neg > p_21_neg", - "text": "property VariablePuckConstants.p_21_neg: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#write-out-acp-model", + "title": "Advanced PyMAPDL workflow > Write out ACP Model", + "section": "Write out ACP Model", + "text": "Update and save the ACP model.\nSave the model as a CDB file for solving with PyMAPDL.\nWrite out ACP Model" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#solve-with-pymapdl", + "title": "Advanced PyMAPDL workflow > Solve with PyMAPDL", + "section": "Solve with PyMAPDL", + "text": "Import PyMAPDL and connect to its server.\nLoad the CDB file into PyMAPDL.\nSolve the model.\nShow the displacements in postprocessing.\nSolve with PyMAPDL" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.delete.html#ansys.acp.core.GeometricalSelectionRule.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "GeometricalSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "examples/workflows/02-advanced-pymapdl-workflow", + "href": "examples/workflows/02-advanced-pymapdl-workflow.html#postprocessing-with-pydpf---composites", + "title": "Advanced PyMAPDL workflow > Postprocessing with PyDPF - Composites", + "section": "Postprocessing with PyDPF - Composites", + "text": "To postprocess the results, you must configure the imports, connect to the\nPyDPF - Composites server, and load its plugin.\nConnect to the server. The connect_to_or_start_server function\nautomatically loads the composites plugin.\nSpecify the combined failure criterion.\nCreate the composite model and configure its input.\nEvaluate the failure criteria.\nQuery and plot the results.\nTotal running time of the script: (0 minutes 29.975 seconds)\nDownload Jupyter notebook: 02-advanced-pymapdl-workflow.ipynb\nDownload Python source code: 02-advanced-pymapdl-workflow.py\nDownload zipped: 02-advanced-pymapdl-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocessing with PyDPF - Composites\nconnect_to_or_start_server\nDownload Jupyter notebook: 02-advanced-pymapdl-workflow.ipynb\nDownload Python source code: 02-advanced-pymapdl-workflow.py\nDownload zipped: 02-advanced-pymapdl-workflow.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.clone.html#clone", + "objectID": "api/_autosummary/ansys.acp.core.Rosette.clone", + "href": "api/_autosummary/ansys.acp.core.Rosette.clone.html#clone", "title": "clone", "section": "clone", "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.clone.html#ansys.acp.core.ParallelSelectionRule.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "ParallelSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.clone", + "href": "api/_autosummary/ansys.acp.core.Rosette.clone.html#ansys.acp.core.Rosette.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "Rosette.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.html#physicaldimension", + "title": "PhysicalDimension", + "section": "PhysicalDimension", + "text": "Options for the dimension (time, length, currency, …) of data.\nPhysicalDimension.DIMENSIONLESS\n\nPhysicalDimension.LENGTH\n\nPhysicalDimension.MASS\n\nPhysicalDimension.FORCE\n\nPhysicalDimension.TIME\n\nPhysicalDimension.TEMPERATURE\n\nPhysicalDimension.CURRENCY\n\nPhysicalDimension\nPhysicalDimension.DIMENSIONLESS\nPhysicalDimension.LENGTH\nPhysicalDimension.MASS\nPhysicalDimension.FORCE\nPhysicalDimension.TIME\nPhysicalDimension.TEMPERATURE\nPhysicalDimension.CURRENCY" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.html#ansys.acp.core.PhysicalDimension", + "title": "PhysicalDimension > PhysicalDimension > PhysicalDimension", + "section": "PhysicalDimension > PhysicalDimension", + "text": "class ansys.acp.core.PhysicalDimension(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the dimension (time, length, currency, …) of data.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nPhysicalDimension.DIMENSIONLESS\n\n\n\nPhysicalDimension.LENGTH\n\n\n\nPhysicalDimension.MASS\n\n\n\nPhysicalDimension.FORCE\n\n\n\nPhysicalDimension.TIME\n\n\n\nPhysicalDimension.TEMPERATURE\n\n\n\nPhysicalDimension.CURRENCY\n\n\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.PhysicalDimension", + "href": "api/_autosummary/ansys.acp.core.PhysicalDimension.html#examples-using-physicaldimension", + "title": "PhysicalDimension > Examples using PhysicalDimension", + "section": "Examples using PhysicalDimension", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using PhysicalDimension" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xc.html#xc", - "title": "Xc", - "section": "Xc", - "text": "Xc" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.restart", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.restart.html#restart", + "title": "restart", + "section": "restart", + "text": "Stop, then start the product instance.\nstop_timeout (float | None) – Time in seconds after which the instance is forcefully stopped. Note\nthat not all launch methods may implement this parameter. If they\ndo not, the parameter is ignored.\nRuntimeError – If the instance is already in the stopped state.\nRuntimeError – If the instance does not allow restarting.\nrestart" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xc.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Xc", - "title": "Xc > Xc > Xc", - "section": "Xc > Xc", - "text": "property ConstantStressLimits.Xc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.restart", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.restart.html#ansys.acp.core.ACPInstance.restart", + "title": "restart > restart > restart", + "section": "restart > restart", + "text": "ACPInstance.restart(stop_timeout=None)\n\nStop, then start the product instance.\n\nParameters\n\nstop_timeout (float | None) – Time in seconds after which the instance is forcefully stopped. Note\nthat not all launch methods may implement this parameter. If they\ndo not, the parameter is ignored.\n\nRaises\n\nRuntimeError – If the instance is already in the stopped state.\n\nRuntimeError – If the instance does not allow restarting.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.variable_offset_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.variable_offset_selection_rules.html#variable_offset_selection_rules", - "title": "variable_offset_selection_rules", - "section": "variable_offset_selection_rules", - "text": "variable_offset_selection_rules" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType.MIDDLE_OFFSET", + "href": "api/_autosummary/ansys.acp.core.OffsetType.MIDDLE_OFFSET.html#middle_offset", + "title": "MIDDLE_OFFSET", + "section": "MIDDLE_OFFSET", + "text": "MIDDLE_OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.variable_offset_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.variable_offset_selection_rules.html#ansys.acp.core.Model.variable_offset_selection_rules", - "title": "variable_offset_selection_rules > variable_offset_selection_rules > variable_offset_selection_rules", - "section": "variable_offset_selection_rules > variable_offset_selection_rules", - "text": "property Model.variable_offset_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OffsetType.MIDDLE_OFFSET", + "href": "api/_autosummary/ansys.acp.core.OffsetType.MIDDLE_OFFSET.html#ansys.acp.core.OffsetType.MIDDLE_OFFSET", + "title": "MIDDLE_OFFSET > MIDDLE_OFFSET > MIDDLE_OFFSET", + "section": "MIDDLE_OFFSET > MIDDLE_OFFSET", + "text": "OffsetType.MIDDLE_OFFSET = 'middle_offset'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zt.html#zt", - "title": "Zt", - "section": "Zt", - "text": "Zt" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.parent", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zt.html#ansys.acp.core.material_property_sets.VariableStressLimits.Zt", - "title": "Zt > Zt > Zt", - "section": "Zt > Zt", - "text": "property VariableStressLimits.Zt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.parent", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.parent.html#ansys.acp.core.LookUpTable3DColumn.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property LookUpTable3DColumn.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.BFT", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.BFT.html#bft", - "title": "BFT", - "section": "BFT", - "text": "BFT" + "objectID": "api/_autosummary/ansys.acp.core.StressStateType.UNIAXIAL_STRESS_STATE", + "href": "api/_autosummary/ansys.acp.core.StressStateType.UNIAXIAL_STRESS_STATE.html#uniaxial_stress_state", + "title": "UNIAXIAL_STRESS_STATE", + "section": "UNIAXIAL_STRESS_STATE", + "text": "UNIAXIAL_STRESS_STATE" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.BFT", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.BFT.html#ansys.acp.core.UnitSystemType.BFT", - "title": "BFT > BFT > BFT", - "section": "BFT > BFT", - "text": "UnitSystemType.BFT = 'bft'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.StressStateType.UNIAXIAL_STRESS_STATE", + "href": "api/_autosummary/ansys.acp.core.StressStateType.UNIAXIAL_STRESS_STATE.html#ansys.acp.core.StressStateType.UNIAXIAL_STRESS_STATE", + "title": "UNIAXIAL_STRESS_STATE > UNIAXIAL_STRESS_STATE > UNIAXIAL_STRESS_STATE", + "section": "UNIAXIAL_STRESS_STATE > UNIAXIAL_STRESS_STATE", + "text": "StressStateType.UNIAXIAL_STRESS_STATE = 'uniaxial_stress_state'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.store.html#store", + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.store", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.store.html#store", "title": "store", "section": "store", "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.store.html#ansys.acp.core.CylindricalSelectionRule.store", + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.store", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.store.html#ansys.acp.core.CADGeometry.store", "title": "store > store > store", "section": "store > store", - "text": "CylindricalSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.volume", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.volume.html#volume", - "title": "volume", - "section": "volume", - "text": "volume" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.volume", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.volume.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.volume", - "title": "volume > volume > volume", - "section": "volume > volume", - "text": "AnalysisPlyElementalData.volume: ScalarData[np.float64] | None = None\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.elemental_data.html#ansys.acp.core.SphericalSelectionRule.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property SphericalSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.COORDINATE_SYSTEMS", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.COORDINATE_SYSTEMS.html#coordinate_systems", - "title": "COORDINATE_SYSTEMS", - "section": "COORDINATE_SYSTEMS", - "text": "COORDINATE_SYSTEMS" + "text": "CADGeometry.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.COORDINATE_SYSTEMS", - "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.COORDINATE_SYSTEMS.html#ansys.acp.core.IgnorableEntity.COORDINATE_SYSTEMS", - "title": "COORDINATE_SYSTEMS > COORDINATE_SYSTEMS > COORDINATE_SYSTEMS", - "section": "COORDINATE_SYSTEMS > COORDINATE_SYSTEMS", - "text": "IgnorableEntity.COORDINATE_SYSTEMS = 'coordinate_systems'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.parent", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.extrusion_guide_type", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.extrusion_guide_type.html#extrusion_guide_type", - "title": "extrusion_guide_type", - "section": "extrusion_guide_type", - "text": "extrusion_guide_type" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.parent", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.parent.html#ansys.acp.core.SnapToGeometry.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property SnapToGeometry.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.extrusion_guide_type", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.extrusion_guide_type.html#ansys.acp.core.ExtrusionGuide.extrusion_guide_type", - "title": "extrusion_guide_type > extrusion_guide_type > extrusion_guide_type", - "section": "extrusion_guide_type > extrusion_guide_type", - "text": "property ExtrusionGuide.extrusion_guide_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.direction", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.direction.html#direction", + "title": "direction", + "section": "direction", + "text": "direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.interpolation_algorithm", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.interpolation_algorithm.html#interpolation_algorithm", - "title": "interpolation_algorithm", - "section": "interpolation_algorithm", - "text": "interpolation_algorithm" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.direction", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.direction.html#ansys.acp.core.SphericalSelectionRule.direction", + "title": "direction > direction > direction", + "section": "direction > direction", + "text": "property SphericalSelectionRule.direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.interpolation_algorithm", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.interpolation_algorithm.html#ansys.acp.core.LookUpTable3D.interpolation_algorithm", - "title": "interpolation_algorithm > interpolation_algorithm > interpolation_algorithm", - "section": "interpolation_algorithm > interpolation_algorithm", - "text": "property LookUpTable3D.interpolation_algorithm: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.splitlines", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.splitlines.html#splitlines", + "title": "splitlines", + "section": "splitlines", + "text": "Return a list of the lines in the string, breaking at line boundaries.\nLine breaks are not included in the resulting list unless keepends is given and\ntrue.\nsplitlines" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidMappingProperties", - "href": "api/_autosummary/ansys.acp.core.SolidMappingProperties.html#solidmappingproperties", - "title": "SolidMappingProperties", - "section": "SolidMappingProperties", - "text": "Properties for importing HDF5 Composite CAE files as imported plies.\nSolidMappingProperties.offset_type\n\nSolidMappingProperties\nSolidMappingProperties.offset_type" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.splitlines", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.splitlines.html#ansys.acp.core.material_property_sets.PuckMaterialType.splitlines", + "title": "splitlines > splitlines > splitlines", + "section": "splitlines > splitlines", + "text": "PuckMaterialType.splitlines(/, keepends=False)\n\nReturn a list of the lines in the string, breaking at line boundaries.\n\nLine breaks are not included in the resulting list unless keepends is given and\ntrue.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidMappingProperties", - "href": "api/_autosummary/ansys.acp.core.SolidMappingProperties.html#ansys.acp.core.SolidMappingProperties", - "title": "SolidMappingProperties > SolidMappingProperties > SolidMappingProperties", - "section": "SolidMappingProperties > SolidMappingProperties", - "text": "class ansys.acp.core.SolidMappingProperties(offset_type='bottom_offset')\n\nProperties for importing HDF5 Composite CAE files as imported plies.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidMappingProperties.offset_type\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rpartition", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rpartition.html#rpartition", + "title": "rpartition", + "section": "rpartition", + "text": "Partition the string into three parts using the given separator.\nThis will search for the separator in the string, starting at the end. If\nthe separator is found, returns a 3-tuple containing the part before the\nseparator, the separator itself, and the part after it.\nIf the separator is not found, returns a 3-tuple containing two empty strings\nand the original string.\nrpartition" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.parent", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.rpartition", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.rpartition.html#ansys.acp.core.LaunchMode.rpartition", + "title": "rpartition > rpartition > rpartition", + "section": "rpartition > rpartition", + "text": "LaunchMode.rpartition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nThis will search for the separator in the string, starting at the end. If\nthe separator is found, returns a 3-tuple containing the part before the\nseparator, the separator itself, and the part after it.\n\nIf the separator is not found, returns a 3-tuple containing two empty strings\nand the original string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.parent", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.parent.html#ansys.acp.core.SamplingPoint.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property SamplingPoint.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.cad_geometry", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.cad_geometry.html#cad_geometry", + "title": "cad_geometry", + "section": "cad_geometry", + "text": "cad_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType.RELATIVE_SCALING_FACTOR", - "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.RELATIVE_SCALING_FACTOR.html#relative_scaling_factor", - "title": "RELATIVE_SCALING_FACTOR", - "section": "RELATIVE_SCALING_FACTOR", - "text": "RELATIVE_SCALING_FACTOR" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.cad_geometry", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.cad_geometry.html#ansys.acp.core.ExtrusionGuide.cad_geometry", + "title": "cad_geometry > cad_geometry > cad_geometry", + "section": "cad_geometry > cad_geometry", + "text": "property ExtrusionGuide.cad_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType.RELATIVE_SCALING_FACTOR", - "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.RELATIVE_SCALING_FACTOR.html#ansys.acp.core.ThicknessFieldType.RELATIVE_SCALING_FACTOR", - "title": "RELATIVE_SCALING_FACTOR > RELATIVE_SCALING_FACTOR > RELATIVE_SCALING_FACTOR", - "section": "RELATIVE_SCALING_FACTOR > RELATIVE_SCALING_FACTOR", - "text": "ThicknessFieldType.RELATIVE_SCALING_FACTOR = 'relative_scaling_factor'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_DIRECTION.html#draped_fiber_direction", + "title": "DRAPED_FIBER_DIRECTION", + "section": "DRAPED_FIBER_DIRECTION", + "text": "DRAPED_FIBER_DIRECTION" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.status", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_FIBER_DIRECTION.html#ansys.acp.core.ElementalDataType.DRAPED_FIBER_DIRECTION", + "title": "DRAPED_FIBER_DIRECTION > DRAPED_FIBER_DIRECTION > DRAPED_FIBER_DIRECTION", + "section": "DRAPED_FIBER_DIRECTION > DRAPED_FIBER_DIRECTION", + "text": "ElementalDataType.DRAPED_FIBER_DIRECTION = 'draped_fiber_direction'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.status", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.status.html#ansys.acp.core.LookUpTable1D.status", - "title": "status > status > status", - "section": "status > status", - "text": "property LookUpTable1D.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.html#booleanselectionruleelementaldata", + "title": "BooleanSelectionRuleElementalData", + "section": "BooleanSelectionRuleElementalData", + "text": "Represents elemental data for a Boolean Selection Rule.\nBooleanSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nBooleanSelectionRuleElementalData.normal\n\nBooleanSelectionRuleElementalData.element_labels\n\nBooleanSelectionRuleElementalData\nBooleanSelectionRuleElementalData.get_pyvista_mesh\nBooleanSelectionRuleElementalData.normal\nBooleanSelectionRuleElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.TOP_OFFSET", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.TOP_OFFSET.html#top_offset", - "title": "TOP_OFFSET", - "section": "TOP_OFFSET", - "text": "TOP_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData.html#ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData", + "title": "BooleanSelectionRuleElementalData > BooleanSelectionRuleElementalData > BooleanSelectionRuleElementalData", + "section": "BooleanSelectionRuleElementalData > BooleanSelectionRuleElementalData", + "text": "class ansys.acp.core.mesh_data.BooleanSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Boolean Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nBooleanSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nBooleanSelectionRuleElementalData.normal\n\n\n\nBooleanSelectionRuleElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.TOP_OFFSET", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.TOP_OFFSET.html#ansys.acp.core.ImportedPlyOffsetType.TOP_OFFSET", - "title": "TOP_OFFSET > TOP_OFFSET > TOP_OFFSET", - "section": "TOP_OFFSET > TOP_OFFSET", - "text": "ImportedPlyOffsetType.TOP_OFFSET = 'top_offset'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scope_entire_model", + "href": "api/_autosummary/ansys.acp.core.SectionCut.scope_entire_model.html#scope_entire_model", + "title": "scope_entire_model", + "section": "scope_entire_model", + "text": "scope_entire_model" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.shell_element_sets", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.shell_element_sets.html#shell_element_sets", - "title": "shell_element_sets", - "section": "shell_element_sets", - "text": "shell_element_sets" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scope_entire_model", + "href": "api/_autosummary/ansys.acp.core.SectionCut.scope_entire_model.html#ansys.acp.core.SectionCut.scope_entire_model", + "title": "scope_entire_model > scope_entire_model > scope_entire_model", + "section": "scope_entire_model > scope_entire_model", + "text": "property SectionCut.scope_entire_model: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.shell_element_sets", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.shell_element_sets.html#ansys.acp.core.LayupMappingObject.shell_element_sets", - "title": "shell_element_sets > shell_element_sets > shell_element_sets", - "section": "shell_element_sets > shell_element_sets", - "text": "property LayupMappingObject.shell_element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.ignore_for_postprocessing", + "href": "api/_autosummary/ansys.acp.core.Stackup.ignore_for_postprocessing.html#ignore_for_postprocessing", + "title": "ignore_for_postprocessing", + "section": "ignore_for_postprocessing", + "text": "ignore_for_postprocessing" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.active", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.ignore_for_postprocessing", + "href": "api/_autosummary/ansys.acp.core.Stackup.ignore_for_postprocessing.html#ansys.acp.core.Stackup.ignore_for_postprocessing", + "title": "ignore_for_postprocessing > ignore_for_postprocessing > ignore_for_postprocessing", + "section": "ignore_for_postprocessing > ignore_for_postprocessing", + "text": "property Stackup.ignore_for_postprocessing: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.active", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.active.html#ansys.acp.core.FieldDefinition.active", - "title": "active > active > active", - "section": "active > active", - "text": "property FieldDefinition.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.s", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.s.html#s", + "title": "s", + "section": "s", + "text": "s" }, { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_y", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_y.html#translation_y", - "title": "translation_y", - "section": "translation_y", - "text": "translation_y" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.s", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.s.html#ansys.acp.core.material_property_sets.VariablePuckConstants.s", + "title": "s > s > s", + "section": "s > s", + "text": "property VariablePuckConstants.s: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_y", - "href": "api/_autosummary/ansys.acp.core.CoordinateTransformation.translation_y.html#ansys.acp.core.CoordinateTransformation.translation_y", - "title": "translation_y > translation_y > translation_y", - "section": "translation_y > translation_y", - "text": "CoordinateTransformation.translation_y: float = 0.0\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model", + "href": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model.html#create_imported_solid_model", + "title": "create_imported_solid_model", + "section": "create_imported_solid_model", + "text": "Instantiate an imported solid model.\nname (str) – Name of the imported solid model.\nactive (bool) – Inactive imported solid models are ignored in the analysis.\nformat (SolidModelImportFormat) – Specifies the format of the file to be imported.\nunit_system (UnitSystemType) – Specifies the unit system of the external solid mesh.\nexternal_path (_PATH) – Path of the file to be imported.\ndelete_bad_elements (bool) – If True, run an element check and delete erroneous elements. Bad elements\ncan falsify the mapping.\nwarping_limit (float) – Maximum allowable warping. Elements with a warping above this limit are\ndeleted.\nOnly used if delete_bad_elements is True.\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are deleted.\nOnly used if delete_bad_elements is True.\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\nexport_settings (ImportedSolidModelExportSettings) – Defines the settings for exporting the imported solid model.\nImportedSolidModel\nAdded in ACP server version 25.1.\ncreate_imported_solid_model\ndelete_bad_elements\ndelete_bad_elements\ncut_off_material_handling\nGLOBAL" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.cog", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.cog.html#cog", - "title": "cog", - "section": "cog", - "text": "cog" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model", + "href": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model.html#ansys.acp.core.Model.create_imported_solid_model", + "title": "create_imported_solid_model > create_imported_solid_model > create_imported_solid_model", + "section": "create_imported_solid_model > create_imported_solid_model", + "text": "Model.create_imported_solid_model(*, name='ImportedSolidModel', active=True, format='ansys:cdb', unit_system='from_file', external_path='', delete_bad_elements=True, warping_limit=0.4, minimum_volume=0.0, cut_off_material=None, export_settings=)\n\nInstantiate an imported solid model.\n\nParameters\n\nname (str) – Name of the imported solid model.\n\nactive (bool) – Inactive imported solid models are ignored in the analysis.\n\nformat (SolidModelImportFormat) – Specifies the format of the file to be imported.\n\nunit_system (UnitSystemType) – Specifies the unit system of the external solid mesh.\n\nexternal_path (_PATH) – Path of the file to be imported.\n\ndelete_bad_elements (bool) – If True, run an element check and delete erroneous elements. Bad elements\ncan falsify the mapping.\n\nwarping_limit (float) – Maximum allowable warping. Elements with a warping above this limit are\ndeleted.\nOnly used if delete_bad_elements is True.\n\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are deleted.\nOnly used if delete_bad_elements is True.\n\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\nexport_settings (ImportedSolidModelExportSettings) – Defines the settings for exporting the imported solid model.\n\nReturn type\n\nImportedSolidModel\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.cog", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.cog.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.cog", - "title": "cog > cog > cog", - "section": "cog > cog", - "text": "ProductionPlyElementalData.cog: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model", + "href": "api/_autosummary/ansys.acp.core.Model.create_imported_solid_model.html#examples-using-modelcreate_imported_solid_model", + "title": "create_imported_solid_model > Examples using Model.create_imported_solid_model", + "section": "Examples using Model.create_imported_solid_model", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.create_imported_solid_model" }, { - "objectID": "user_guide/howto/view_model_in_acp_gui", - "href": "user_guide/howto/view_model_in_acp_gui.html#view-model-in-acp-gui", - "title": "View model in ACP GUI", - "section": "View model in ACP GUI", - "text": "To view the PyACP model in the ACP GUI, save the model to a file using the Model.save() method and then open the saved file in ACP by selecting File > Open.\nIn the ACP GUI, reload the model from its context menu by right-clicking the model’s name in the tree and selecting Reload Model.\nA common workflow is to save the model to a file at the end of the script and reload it in ACP after each script run.\nView model in ACP GUI\nModel.save()" + "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stderr_file", + "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stderr_file.html#stderr_file", + "title": "stderr_file", + "section": "stderr_file", + "text": "stderr_file" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.html#linkedselectionrule", - "title": "LinkedSelectionRule", - "section": "LinkedSelectionRule", - "text": "Defines selection rules linked to a Boolean Selection Rule or Modeling Ply.\nselection_rule (BooleanSelectionRule | CutOffSelectionRule | CylindricalSelectionRule | GeometricalSelectionRule | ParallelSelectionRule | SphericalSelectionRule | TubeSelectionRule | VariableOffsetSelectionRule) – Link to an existing selection rule.\noperation_type (BooleanOperationType) – Determines how the selection rule is combined with other selection rules.\ntemplate_rule (bool) – If True, the selection rule is a template rule. This means the parameter\nvalues are taken from the parameter_1 and parameter_2 attributes,\nnot from the linked selection rule.\nparameter_1 (float) – First parameter value of the selection rule. Only applies if template_rule\nis True.\nparameter_2 (float) – Second parameter value of the selection rule. Only applies if template_rule\nis True.\nThe parameter_1 and parameter_2 attributes determine the values of the\nfollowing parameters, depending on the type of selection rule:\nRule Type\nparameter_1\nparameter_2\nParallelSelectionRule\nlower_limit\nupper_limit\nCylindricalSelectionRule\nradius\n-\nSphericalSelectionRule\nradius\n-\nTubeSelectionRule\nouter_radius\ninner_radius\nGeometricalSelectionRule\nin_plane_capture_tolerance\n-\nVariableOffsetSelectionRule\n-\n-\nBooleanSelectionRule\n-\n-\nNote that CutOffSelectionRule and BooleanSelectionRule objects cannot be linked to\na Boolean Selection Rule, only to a Modeling Ply..\nAdded in ACP server version 24.2.\nLinkedSelectionRule.clone()\nCreate a new unstored LinkedSelectionRule with the same properties.\nLinkedSelectionRule.operation_type\nOperation to combine the selection rule with other selection rules.\nLinkedSelectionRule.parameter_1\nFirst template parameter of the selection rule.\nLinkedSelectionRule.parameter_2\nSecond template parameter of the selection rule.\nLinkedSelectionRule.selection_rule\nLink to an existing selection rule.\nLinkedSelectionRule.template_rule\nWhether the selection rule is a template rule.\nLinkedSelectionRule\nTrue\nparameter_1\nparameter_2\ntemplate_rule\nTrue\ntemplate_rule\nTrue\nparameter_1\nparameter_2\nparameter_1\nparameter_2\nParallelSelectionRule\nlower_limit\nupper_limit\nCylindricalSelectionRule\nradius\nSphericalSelectionRule\nradius\nTubeSelectionRule\nouter_radius\ninner_radius\nGeometricalSelectionRule\nin_plane_capture_tolerance\nVariableOffsetSelectionRule\nBooleanSelectionRule\nCutOffSelectionRule\nBooleanSelectionRule\nLinkedSelectionRule.clone\nLinkedSelectionRule.operation_type\nLinkedSelectionRule.parameter_1\nLinkedSelectionRule.parameter_2\nLinkedSelectionRule.selection_rule\nLinkedSelectionRule.template_rule" + "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stderr_file", + "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.stderr_file.html#ansys.acp.core.DirectLaunchConfig.stderr_file", + "title": "stderr_file > stderr_file > stderr_file", + "section": "stderr_file > stderr_file", + "text": "DirectLaunchConfig.stderr_file: str = '/dev/null'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.html#ansys.acp.core.LinkedSelectionRule", - "title": "LinkedSelectionRule > LinkedSelectionRule > LinkedSelectionRule", - "section": "LinkedSelectionRule > LinkedSelectionRule", - "text": "class ansys.acp.core.LinkedSelectionRule(selection_rule, *, operation_type='intersect', template_rule=False, parameter_1=0.0, parameter_2=0.0)\n\nDefines selection rules linked to a Boolean Selection Rule or Modeling Ply.\n\nParameters\n\nselection_rule (BooleanSelectionRule | CutOffSelectionRule | CylindricalSelectionRule | GeometricalSelectionRule | ParallelSelectionRule | SphericalSelectionRule | TubeSelectionRule | VariableOffsetSelectionRule) – Link to an existing selection rule.\n\noperation_type (BooleanOperationType) – Determines how the selection rule is combined with other selection rules.\n\ntemplate_rule (bool) – If True, the selection rule is a template rule. This means the parameter\nvalues are taken from the parameter_1 and parameter_2 attributes,\nnot from the linked selection rule.\n\nparameter_1 (float) – First parameter value of the selection rule. Only applies if template_rule\nis True.\n\nparameter_2 (float) – Second parameter value of the selection rule. Only applies if template_rule\nis True.\n\nThe parameter_1 and parameter_2 attributes determine the values of the\nfollowing parameters, depending on the type of selection rule:\n\n\n\n\n\n\n\nRule Type\n\nparameter_1\n\nparameter_2\n\nParallelSelectionRule\n\nlower_limit\n\nupper_limit\n\nCylindricalSelectionRule\n\nradius\n\n-\n\nSphericalSelectionRule\n\nradius\n\n-\n\nTubeSelectionRule\n\nouter_radius\n\ninner_radius\n\nGeometricalSelectionRule\n\nin_plane_capture_tolerance\n\n-\n\nVariableOffsetSelectionRule\n\n-\n\n-\n\nBooleanSelectionRule\n\n-\n\n-\n\nNote that CutOffSelectionRule and BooleanSelectionRule objects cannot be linked to\na Boolean Selection Rule, only to a Modeling Ply..\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLinkedSelectionRule.clone()\n\nCreate a new unstored LinkedSelectionRule with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLinkedSelectionRule.operation_type\n\nOperation to combine the selection rule with other selection rules.\n\nLinkedSelectionRule.parameter_1\n\nFirst template parameter of the selection rule.\n\nLinkedSelectionRule.parameter_2\n\nSecond template parameter of the selection rule.\n\nLinkedSelectionRule.selection_rule\n\nLink to an existing selection rule.\n\nLinkedSelectionRule.template_rule\n\nWhether the selection rule is a template rule.\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zc.html#zc", + "title": "Zc", + "section": "Zc", + "text": "Zc" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.html#examples-using-linkedselectionrule", - "title": "LinkedSelectionRule > Examples using LinkedSelectionRule", - "section": "Examples using LinkedSelectionRule", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using LinkedSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zc", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Zc.html#ansys.acp.core.material_property_sets.VariableStressLimits.Zc", + "title": "Zc > Zc > Zc", + "section": "Zc > Zc", + "text": "property VariableStressLimits.Zc: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.store", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_solid_model", + "href": "api/_autosummary/ansys.acp.core.Model.create_solid_model.html#create_solid_model", + "title": "create_solid_model", + "section": "create_solid_model", + "text": "Instantiate a solid model.\nname (str) – Name of the solid model.\nactive (bool) – Inactive solid models are not computed, and ignored in the analysis.\nelement_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets determining the extent of\nthe solid model.\nextrusion_method (ExtrusionMethod) – Determines how plies are bundled in the layered solid elements.\nmax_element_thickness (float) – Maximum thickness of the layered solid elements. A new element is\nintroduced if the thickness exceeds this value.\nOnly used if the extrusion_method is one of SPECIFY_THICKNESS,\nMATERIAL_WISE, or SANDWICH_WISE.\nply_group_pointers (Iterable[ModelingPly]) – Explicitly defines modeling plies where a new element is introduced.\nOnly used if the extrusion_method is USER_DEFINED.\noffset_direction_type (SolidModelOffsetDirectionType) – Determines how the extrusion direction is defined. With SHELL_NORMAL,\nthe normal direction of the shell is used during the entire extrusion.\nWith SURFACE_NORMAL, the offset direction is re-evaluated based\non the surface of the solid model during the extrusion.\nskip_elements_without_plies (bool) – If True, elements without plies are automatically removed from the\nregion of extrusion. This means that no drop-off elements are created\nfor these elements.\ndrop_off_material (Material | None) – This material is assigned to the layered solid drop-off elements if\ndrop_off_material_handling is set to GLOBAL in the fabric\ndefinition.\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\ndelete_bad_elements (bool) – If True, a final element check is performed to remove erroneous elements.\nwarping_limit (float) – Maximum allowable warping limit used in the element shape check. Elements\nwith a warping limit exceeding this value are removed.\nOnly used if delete_bad_elements is True.\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are removed.\nWith the default value of 0, only inverted or zero-volume elements\nare removed.\nOnly used if delete_bad_elements is True.\ndrop_off_settings (DropOffSettings) – Determines how drop-off elements are handled in the solid model extrusion.\nexport_settings (SolidModelExportSettings) – Defines the settings for exporting the solid model.\nSolidModel\nAdded in ACP server version 25.1.\ncreate_solid_model\nextrusion_method\nSPECIFY_THICKNESS\nMATERIAL_WISE\nSANDWICH_WISE\nextrusion_method\nUSER_DEFINED\nSHELL_NORMAL\nSURFACE_NORMAL\ndrop_off_material_handling\nGLOBAL\ncut_off_material_handling\nGLOBAL\ndelete_bad_elements\n0\ndelete_bad_elements" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.store", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.store.html#ansys.acp.core.ImportedModelingPly.store", - "title": "store > store > store", - "section": "store > store", - "text": "ImportedModelingPly.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_solid_model", + "href": "api/_autosummary/ansys.acp.core.Model.create_solid_model.html#ansys.acp.core.Model.create_solid_model", + "title": "create_solid_model > create_solid_model > create_solid_model", + "section": "create_solid_model > create_solid_model", + "text": "Model.create_solid_model(*, name='SolidModel', active=True, element_sets=(), extrusion_method='analysis_ply_wise', max_element_thickness=1.0, ply_group_pointers=(), offset_direction_type='shell_normal', skip_elements_without_plies=False, drop_off_material=None, cut_off_material=None, delete_bad_elements=True, warping_limit=0.4, minimum_volume=0.0, drop_off_settings=, export_settings=)\n\nInstantiate a solid model.\n\nParameters\n\nname (str) – Name of the solid model.\n\nactive (bool) – Inactive solid models are not computed, and ignored in the analysis.\n\nelement_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets determining the extent of\nthe solid model.\n\nextrusion_method (ExtrusionMethod) – Determines how plies are bundled in the layered solid elements.\n\nmax_element_thickness (float) – Maximum thickness of the layered solid elements. A new element is\nintroduced if the thickness exceeds this value.\nOnly used if the extrusion_method is one of SPECIFY_THICKNESS,\nMATERIAL_WISE, or SANDWICH_WISE.\n\nply_group_pointers (Iterable[ModelingPly]) – Explicitly defines modeling plies where a new element is introduced.\nOnly used if the extrusion_method is USER_DEFINED.\n\noffset_direction_type (SolidModelOffsetDirectionType) – Determines how the extrusion direction is defined. With SHELL_NORMAL,\nthe normal direction of the shell is used during the entire extrusion.\nWith SURFACE_NORMAL, the offset direction is re-evaluated based\non the surface of the solid model during the extrusion.\n\nskip_elements_without_plies (bool) – If True, elements without plies are automatically removed from the\nregion of extrusion. This means that no drop-off elements are created\nfor these elements.\n\ndrop_off_material (Material | None) – This material is assigned to the layered solid drop-off elements if\ndrop_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\ndelete_bad_elements (bool) – If True, a final element check is performed to remove erroneous elements.\n\nwarping_limit (float) – Maximum allowable warping limit used in the element shape check. Elements\nwith a warping limit exceeding this value are removed.\nOnly used if delete_bad_elements is True.\n\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are removed.\nWith the default value of 0, only inverted or zero-volume elements\nare removed.\nOnly used if delete_bad_elements is True.\n\ndrop_off_settings (DropOffSettings) – Determines how drop-off elements are handled in the solid model extrusion.\n\nexport_settings (SolidModelExportSettings) – Defines the settings for exporting the solid model.\n\nReturn type\n\nSolidModel\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.direction", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.direction.html#direction", - "title": "direction", - "section": "direction", - "text": "direction" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_solid_model", + "href": "api/_autosummary/ansys.acp.core.Model.create_solid_model.html#examples-using-modelcreate_solid_model", + "title": "create_solid_model > Examples using Model.create_solid_model", + "section": "Examples using Model.create_solid_model", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using Model.create_solid_model" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.direction", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.direction.html#ansys.acp.core.LookUpTable1D.direction", - "title": "direction > direction > direction", - "section": "direction > direction", - "text": "property LookUpTable1D.direction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_direction.html#draped_transverse_direction", + "title": "draped_transverse_direction", + "section": "draped_transverse_direction", + "text": "draped_transverse_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E.html#e", - "title": "E", - "section": "E", - "text": "E" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_direction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_direction", + "title": "draped_transverse_direction > draped_transverse_direction > draped_transverse_direction", + "section": "draped_transverse_direction > draped_transverse_direction", + "text": "ProductionPlyElementalData.draped_transverse_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.E", - "title": "E > E > E", - "section": "E > E", - "text": "property VariableEngineeringConstants.E: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/use_cases/01-optimizing-ply-angles", + "href": "examples/use_cases/01-optimizing-ply-angles.html#optimizing-ply-angles", + "title": "Optimizing ply angles", + "section": "Optimizing ply angles", + "text": "This example demonstrates how to use the ACP, MAPDL, and DPF servers to optimize the ply\nangles in a composite lay-up. The optimization aims to minimize the maximum inverse\nreserve factor (IRF) of the composite structure under two load cases.\nThe example uses the scipy.optimize.minimize() function to perform the optimization.\nWhile the procedure itself is not the focus of this example and could be improved,\nit demonstrates the process of optimizing a composite lay-up with PyACP.\nOptimizing ply angles\nscipy.optimize.minimize()" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.search_radius", - "href": "api/_autosummary/ansys.acp.core.SectionCut.search_radius.html#search_radius", - "title": "search_radius", - "section": "search_radius", - "text": "search_radius" + "objectID": "examples/use_cases/01-optimizing-ply-angles", + "href": "examples/use_cases/01-optimizing-ply-angles.html#import-modules-and-setup", + "title": "Optimizing ply angles > Import modules and setup", + "section": "Import modules and setup", + "text": "To setup the environment for this optimization example, you must perform these steps which are\ncovered in the subsequent example code:\nImport the required libraries.\nLaunch the ACP, MAPDL, and DPF servers.\nCreate a temporary directory to store the input and output files.\nImport the standard library and third-party dependencies.\nImport Ansys libraries\nLaunch the PyACP server.\nLaunch the MAPDL server.\nLaunch the DPF server.\nCreate a temporary directory to store the input and output files.\nImport modules and setup" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.search_radius", - "href": "api/_autosummary/ansys.acp.core.SectionCut.search_radius.html#ansys.acp.core.SectionCut.search_radius", - "title": "search_radius > search_radius > search_radius", - "section": "search_radius > search_radius", - "text": "property SectionCut.search_radius: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/use_cases/01-optimizing-ply-angles", + "href": "examples/use_cases/01-optimizing-ply-angles.html#prepare-the-acp-model", + "title": "Optimizing ply angles > Prepare the ACP model", + "section": "Prepare the ACP model", + "text": "This example uses the optimization_model.dat file, which contains a simple ACP model\nof a rounded square tube.\nThe prepare_acp_model function imports the optimization_model.dat file into a new\nACP model and creates a lay-up with six plies.\nIt returns the Model instance.\nCreate the ACP model and visualize the first ply’s fiber direction.\nPrepare the ACP model\noptimization_model.dat\nprepare_acp_model\noptimization_model.dat\nModel" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isspace", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isspace.html#isspace", - "title": "isspace", - "section": "isspace", - "text": "Return True if the string is a whitespace string, False otherwise.\nA string is whitespace if all characters in the string are whitespace and there\nis at least one character in the string.\nisspace" + "objectID": "examples/use_cases/01-optimizing-ply-angles", + "href": "examples/use_cases/01-optimizing-ply-angles.html#create-functions-for-the-optimization", + "title": "Optimizing ply angles > Create functions for the optimization", + "section": "Create functions for the optimization", + "text": "To optimize the ply angles, you must define functions to update, solve, and postprocess\nthe ACP model for a given set of ply angles.\nThe update_ply_angles() function changes the ply angles in the model to the given values and\nupdates the model.\nThe solve_cdb() function solves the CDB file with MAPDL and returns the path to the RST file.\nThe get_max_irf() function uses PyDPF - Composites to calculate the maximum\ninverse reserve factor (IRF) for a given RST, composite definitions,\nor materials file.\nThis function only considers the maximum stress failure criterion.\nCreate functions for the optimization\nupdate_ply_angles()\nsolve_cdb()\nget_max_irf()" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isspace", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isspace.html#ansys.acp.core.LaunchMode.isspace", - "title": "isspace > isspace > isspace", - "section": "isspace > isspace", - "text": "LaunchMode.isspace(/)\n\nReturn True if the string is a whitespace string, False otherwise.\n\nA string is whitespace if all characters in the string are whitespace and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "examples/use_cases/01-optimizing-ply-angles", + "href": "examples/use_cases/01-optimizing-ply-angles.html#optimize-the-ply-angles", + "title": "Optimizing ply angles > Optimize the ply angles", + "section": "Optimize the ply angles", + "text": "For the optimization, you must define a single function that takes the ply angles\nas its input and returns the maximum IRF.\nThe get_max_irf_for_parameters() function combines the previously defined functions\nto perform all the necessary steps for a given set of ply angles.\nTo inject the acp_workflow, mapdl, dpf_server, and workdir arguments into the\nget_max_irf_for_parameters() function, you can use the functools.partial() function.\nFor the optimization, you can use the Nelder-Mead method available in\nthe scipy.optimize.minimize() function. This is a downhill simplex algorithm that\ndoes not require the gradient of the objective function. It is suitable for finding\na local minimum of the objective function.\nTo have the Nelder-Mead method cover a reasonable part of the parameter space,\ndefine an initial simplex (matrix of shape (n+1, n), where n is the number of parameters).\nThe initial simplex is chosen with random ply angles between 0 and 90 degrees. To make\nthe results reproducible, the random seed is fixed.\nTo build this example, the number of function evaluations is limited to 1. In practice, you\nshould increase or remove this limit.\nOptimize the ply angles\nget_max_irf_for_parameters()\nacp_workflow\nmapdl\ndpf_server\nworkdir\nget_max_irf_for_parameters()\nfunctools.partial()\nscipy.optimize.minimize()" + }, + { + "objectID": "examples/use_cases/01-optimizing-ply-angles", + "href": "examples/use_cases/01-optimizing-ply-angles.html#results", + "title": "Optimizing ply angles > Results", + "section": "Results", + "text": "Without the maxfev limit, the optimization would take roughly 30 minutes to complete and\nconverge to the following result:\nThe following code defines the results list as it would be obtained from the full optimization.\nVisualize the evolution of the maximum IRF during the optimization.\nVisualize the resulting fiber directions.\nTotal running time of the script: (0 minutes 53.136 seconds)\nDownload Jupyter notebook: 01-optimizing-ply-angles.ipynb\nDownload Python source code: 01-optimizing-ply-angles.py\nDownload zipped: 01-optimizing-ply-angles.zip\nGallery generated by Sphinx-Gallery\nResults\nmaxfev\nresults\nDownload Jupyter notebook: 01-optimizing-ply-angles.ipynb\nDownload Python source code: 01-optimizing-ply-angles.py\nDownload zipped: 01-optimizing-ply-angles.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.cached", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.cached.html#cached", - "title": "cached", - "section": "cached", - "text": "cached" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.html#interpolationoptions", + "title": "InterpolationOptions", + "section": "InterpolationOptions", + "text": "Defines the interpolation options for variable materials.\nInterpolationOptions.algorithm\n\nInterpolationOptions.cached\n\nInterpolationOptions.normalized\n\nInterpolationOptions\nInterpolationOptions.algorithm\nInterpolationOptions.cached\nInterpolationOptions.normalized" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.cached", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.cached.html#ansys.acp.core.material_property_sets.InterpolationOptions.cached", - "title": "cached > cached > cached", - "section": "cached > cached", - "text": "InterpolationOptions.cached: bool\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.html#ansys.acp.core.material_property_sets.InterpolationOptions", + "title": "InterpolationOptions > InterpolationOptions > InterpolationOptions", + "section": "InterpolationOptions > InterpolationOptions", + "text": "class ansys.acp.core.material_property_sets.InterpolationOptions(algorithm, cached, normalized)\n\nDefines the interpolation options for variable materials.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nInterpolationOptions.algorithm\n\n\n\nInterpolationOptions.cached\n\n\n\nInterpolationOptions.normalized\n\n\n\n\n\n" }, { - "objectID": "user_guide/howto/create_input_file", - "href": "user_guide/howto/create_input_file.html#create-input-file-for-pyacp", - "title": "Create input file for PyACP", - "section": "Create input file for PyACP", - "text": "To start working with PyACP, an input file that contains the mesh is required. PyACP supports reading\nthe mesh from:\nCDB or DAT files, using the ACPInstance.import_model() method with the \"ansys::cdb\" or \"ansys:dat\" format.\nHDF5 transfer files generated by Mechanical, using the ACPInstance.import_model() method with the \"ansys::h5\" format.\nPyACP reads the mesh, including any coordinate systems, element sets, and edge sets\nfrom the input file. In the case of CDB or DAT files, PyACP also reads the materials\nfrom the input file.\nOnce the layup has been created with PyACP, you can export the model for downstream analysis.\nThe Model.export_analysis_model() method to export a CDB file from PyACP is only\navailable if the input was read from a CDB or DAT file.\nIf the input was read from a Mechanical HDF5 transfer file, you can export the model\neither to the HDF5 Composite CAE format, or to transfer formats to PyMechanical.\nSee the workflow examples for more information.\nThe following sections describe how to create the input file in CDB or Mechanical HDF5 format.\nCreate input file for PyACP\nACPInstance.import_model()\n\"ansys::cdb\"\n\"ansys:dat\"\nACPInstance.import_model()\n\"ansys::h5\"\nModel.export_analysis_model()" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.html#meshdata", + "title": "MeshData", + "section": "MeshData", + "text": "Container for the mesh data of an ACP Model.\nMeshData.to_pyvista()\nConvert the mesh data to a PyVista mesh.\nMeshData.node_labels\n\nMeshData.node_coordinates\n\nMeshData.element_labels\n\nMeshData.element_types\n\nMeshData.element_nodes\n\nMeshData.element_nodes_offsets\n\nMeshData\nMeshData.to_pyvista\nMeshData.node_labels\nMeshData.node_coordinates\nMeshData.element_labels\nMeshData.element_types\nMeshData.element_nodes\nMeshData.element_nodes_offsets" }, { - "objectID": "user_guide/howto/create_input_file", - "href": "user_guide/howto/create_input_file.html#create-a-cdb-input-file", - "title": "Create input file for PyACP > Create a CDB input file", - "section": "Create a CDB input file", - "text": "Create a CDB input file" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.html#ansys.acp.core.mesh_data.MeshData", + "title": "MeshData > MeshData > MeshData", + "section": "MeshData > MeshData", + "text": "class ansys.acp.core.mesh_data.MeshData(node_labels, node_coordinates, element_labels, element_types, element_nodes, element_nodes_offsets)\n\nContainer for the mesh data of an ACP Model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nMeshData.to_pyvista()\n\nConvert the mesh data to a PyVista mesh.\n\n\n\nAttributes\n\n\n\n\n\n\n\nMeshData.node_labels\n\n\n\nMeshData.node_coordinates\n\n\n\nMeshData.element_labels\n\n\n\nMeshData.element_types\n\n\n\nMeshData.element_nodes\n\n\n\nMeshData.element_nodes_offsets\n\n\n\n\n\n" }, { - "objectID": "user_guide/howto/create_input_file", - "href": "user_guide/howto/create_input_file.html#create-a-cdb-file-with-ansys-mechanical", - "title": "Create input file for PyACP > Create a CDB file with Ansys Mechanical", - "section": "Create a CDB file with Ansys Mechanical", - "text": "Create a CDB file with Ansys Mechanical" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.html#tubeselectionrulenodaldata", + "title": "TubeSelectionRuleNodalData", + "section": "TubeSelectionRuleNodalData", + "text": "Represents nodal data for a Tube Selection Rule.\nTubeSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nTubeSelectionRuleNodalData.node_labels\n\nTubeSelectionRuleNodalData\nTubeSelectionRuleNodalData.get_pyvista_mesh\nTubeSelectionRuleNodalData.node_labels" }, { - "objectID": "user_guide/howto/create_input_file", - "href": "user_guide/howto/create_input_file.html#in-the-mechanical-gui", - "title": "Create input file for PyACP > In the Mechanical GUI", - "section": "In the Mechanical GUI", - "text": "One way to create an input file for PyACP is to create a static structural setup and export the solver input file. To do this, follow these steps:\nOpen Ansys Workbench.\nAdd a “Static Structural” system.\nCreate or import a geometry in the geometry cell of the static structural system (A3). Note that PyACP only supports shell geometries.\nOpen the Mechanical Model (A4).\nAssign a thickness and a material to the geometry. (These are later overwritten by PyACP.)\nOptional: Define the boundary conditions.\nSelect “Static Structural (A5)” in the tree and then click Environment/Write Input File in the navigation bar.\nSave the input file to a DAT file in the desired location.\nFor a complete example, see pymapdl_workflow_example.\nThe imported model always contains the dummy material named 1 that was assigned to the geometry.\nIn the Mechanical GUI\n1" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.html#ansys.acp.core.mesh_data.TubeSelectionRuleNodalData", + "title": "TubeSelectionRuleNodalData > TubeSelectionRuleNodalData > TubeSelectionRuleNodalData", + "section": "TubeSelectionRuleNodalData > TubeSelectionRuleNodalData", + "text": "class ansys.acp.core.mesh_data.TubeSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Tube Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nTubeSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nTubeSelectionRuleNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "user_guide/howto/create_input_file", - "href": "user_guide/howto/create_input_file.html#with-scripting", - "title": "Create input file for PyACP > With scripting", - "section": "With scripting", - "text": "You can also create a CDB file from Mechanical or PyMechanical with scripting, using the WriteInputFile method of the analysis object. See pymechanical_to_cdb_example for a complete example.\nWith scripting\nWriteInputFile" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu23", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu23.html#nu23", + "title": "nu23", + "section": "nu23", + "text": "nu23" }, { - "objectID": "user_guide/howto/create_input_file", - "href": "user_guide/howto/create_input_file.html#create-an-input-file-with-ansys-mechanical-apdl", - "title": "Create input file for PyACP > Create an input file with Ansys Mechanical APDL", - "section": "Create an input file with Ansys Mechanical APDL", - "text": "You can also create an input file for PyACP by performing these steps:\nOpen Ansys Mechanical APDL\nLoad or create a model with APDL commands\nWrite the CDB file with the CDWRITE command:\nSee pymapdl_workflow_example for a complete example.\nCreate an input file with Ansys Mechanical APDL" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu23", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu23.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu23", + "title": "nu23 > nu23 > nu23", + "section": "nu23 > nu23", + "text": "property VariableEngineeringConstants.nu23: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/howto/create_input_file", - "href": "user_guide/howto/create_input_file.html#notes-on-material-handling", - "title": "Create input file for PyACP > Notes on material handling", - "section": "Notes on material handling", - "text": "Materials present in the input file (*.cdb or *.dat) are read into PyACP. The following rules apply:\nIf the material has defined a UVID, then the material is imported as locked. This means the material cannot be edited in PyACP. If the input file was created with Ansys Mechanical (see cdb_file_from_mechanical), this is always the case. In Mechanical APDL, you can define a UVID with the MP,UVID or MPDATAT,UNBL,16,UVID command.\nIf the material has no UVID, then the material is copied on import. Only the copied material appears in PyACP. The original material is not changed and appears unmodified in the output file.\nNotes on material handling\nMP,UVID\nMPDATAT,UNBL,16,UVID" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.select_all_plies", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.select_all_plies.html#select_all_plies", + "title": "select_all_plies", + "section": "select_all_plies", + "text": "select_all_plies" }, { - "objectID": "user_guide/howto/create_input_file", - "href": "user_guide/howto/create_input_file.html#create-a-mechanical-hdf5-transfer-file-experimental", - "title": "Create input file for PyACP > Create a Mechanical HDF5 transfer file (experimental)", - "section": "Create a Mechanical HDF5 transfer file (experimental)", - "text": "The Mechanical to ACP HDF5 transfer file can be created using the export_mesh_for_acp() helper function. See pymechanical_shell_example or pymechanical_solid_example for complete examples.\nCreate a Mechanical HDF5 transfer file (experimental)\nexport_mesh_for_acp()" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.select_all_plies", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.select_all_plies.html#ansys.acp.core.LayupMappingObject.select_all_plies", + "title": "select_all_plies > select_all_plies > select_all_plies", + "section": "select_all_plies > select_all_plies", + "text": "property LayupMappingObject.select_all_plies: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.center", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.center.html#center", - "title": "center", - "section": "center", - "text": "Return a centered string of length width.\nPadding is done using the specified fill character (default is a space).\ncenter" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_type", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_type.html#draping_type", + "title": "draping_type", + "section": "draping_type", + "text": "draping_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.center", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.center.html#ansys.acp.core.LaunchMode.center", - "title": "center > center > center", - "section": "center > center", - "text": "LaunchMode.center(width, fillchar=' ', /)\n\nReturn a centered string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_type", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_type.html#ansys.acp.core.ImportedModelingPly.draping_type", + "title": "draping_type > draping_type > draping_type", + "section": "draping_type > draping_type", + "text": "property ImportedModelingPly.draping_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.field_variables.html#field_variables", - "title": "field_variables", - "section": "field_variables", - "text": "field_variables" + "objectID": "api/_autosummary/ansys.acp.core.ArrowType.STANDARD_ARROW", + "href": "api/_autosummary/ansys.acp.core.ArrowType.STANDARD_ARROW.html#standard_arrow", + "title": "STANDARD_ARROW", + "section": "STANDARD_ARROW", + "text": "STANDARD_ARROW" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.field_variables.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.field_variables", - "title": "field_variables > field_variables > field_variables", - "section": "field_variables > field_variables", - "text": "property VariableEngineeringConstants.field_variables: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ArrowType.STANDARD_ARROW", + "href": "api/_autosummary/ansys.acp.core.ArrowType.STANDARD_ARROW.html#ansys.acp.core.ArrowType.STANDARD_ARROW", + "title": "STANDARD_ARROW > STANDARD_ARROW > STANDARD_ARROW", + "section": "STANDARD_ARROW > STANDARD_ARROW", + "text": "ArrowType.STANDARD_ARROW = 'standard_arrow'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.interpolation_options.html#interpolation_options", - "title": "interpolation_options", - "section": "interpolation_options", - "text": "interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.id", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.interpolation_options.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants.interpolation_options", - "title": "interpolation_options > interpolation_options > interpolation_options", - "section": "interpolation_options > interpolation_options", - "text": "property VariableTsaiWuConstants.interpolation_options: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.id", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.id.html#ansys.acp.core.SnapToGeometry.id", + "title": "id > id > id", + "section": "id > id", + "text": "property SnapToGeometry.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.html#hdf5compositecaeprojectionmode", - "title": "HDF5CompositeCAEProjectionMode", - "section": "HDF5CompositeCAEProjectionMode", - "text": "Options for the projection mode of the HDF5 Composite CAE file.\nHDF5CompositeCAEProjectionMode.SHELL\n\nHDF5CompositeCAEProjectionMode.SOLID\n\nHDF5CompositeCAEProjectionMode\nHDF5CompositeCAEProjectionMode.SHELL\nHDF5CompositeCAEProjectionMode.SOLID" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.delete", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.html#ansys.acp.core.HDF5CompositeCAEProjectionMode", - "title": "HDF5CompositeCAEProjectionMode > HDF5CompositeCAEProjectionMode > HDF5CompositeCAEProjectionMode", - "section": "HDF5CompositeCAEProjectionMode > HDF5CompositeCAEProjectionMode", - "text": "class ansys.acp.core.HDF5CompositeCAEProjectionMode(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the projection mode of the HDF5 Composite CAE file.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nHDF5CompositeCAEProjectionMode.SHELL\n\n\n\nHDF5CompositeCAEProjectionMode.SOLID\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.delete", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.delete.html#ansys.acp.core.ModelingGroup.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "ModelingGroup.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode", - "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.html#examples-using-hdf5compositecaeprojectionmode", - "title": "HDF5CompositeCAEProjectionMode > Examples using HDF5CompositeCAEProjectionMode", - "section": "Examples using HDF5CompositeCAEProjectionMode", - "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using HDF5CompositeCAEProjectionMode" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.relative_rule", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.relative_rule.html#relative_rule", + "title": "relative_rule", + "section": "relative_rule", + "text": "relative_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE", - "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE.html#isotropic_homogeneous_core", - "title": "ISOTROPIC_HOMOGENEOUS_CORE", - "section": "ISOTROPIC_HOMOGENEOUS_CORE", - "text": "ISOTROPIC_HOMOGENEOUS_CORE" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.relative_rule", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.relative_rule.html#ansys.acp.core.SphericalSelectionRule.relative_rule", + "title": "relative_rule > relative_rule > relative_rule", + "section": "relative_rule > relative_rule", + "text": "property SphericalSelectionRule.relative_rule: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE", - "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE.html#ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE", - "title": "ISOTROPIC_HOMOGENEOUS_CORE > ISOTROPIC_HOMOGENEOUS_CORE > ISOTROPIC_HOMOGENEOUS_CORE", - "section": "ISOTROPIC_HOMOGENEOUS_CORE > ISOTROPIC_HOMOGENEOUS_CORE", - "text": "PlyType.ISOTROPIC_HOMOGENEOUS_CORE = 'isotropic_homogeneous_core'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column.html#create_column", + "title": "create_column", + "section": "create_column", + "text": "Instantiate a Column of a 3D Look-Up Table.\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\ndata (npt.NDArray[np.float64] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\nLookUpTable3DColumn\nAdded in ACP server version 24.2.\ncreate_column\nvalue_type\nvalue_type\nLocation" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE", - "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC_HOMOGENEOUS_CORE.html#examples-using-plytypeisotropic_homogeneous_core", - "title": "ISOTROPIC_HOMOGENEOUS_CORE > Examples using PlyType.ISOTROPIC_HOMOGENEOUS_CORE", - "section": "Examples using PlyType.ISOTROPIC_HOMOGENEOUS_CORE", - "text": "sphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using PlyType.ISOTROPIC_HOMOGENEOUS_CORE" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column.html#ansys.acp.core.LookUpTable3D.create_column", + "title": "create_column > create_column > create_column", + "section": "create_column > create_column", + "text": "LookUpTable3D.create_column(*, name='LookUpTable3DColumn', value_type='scalar', physical_dimension='dimensionless', data=None)\n\nInstantiate a Column of a 3D Look-Up Table.\n\nParameters\n\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\n\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\n\ndata (npt.NDArray[np.float64] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\n\nReturn type\n\nLookUpTable3DColumn\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rfind", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rfind.html#rfind", - "title": "rfind", - "section": "rfind", - "text": "Return the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nReturn -1 on failure.\nrfind" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.create_column.html#examples-using-lookuptable3dcreate_column", + "title": "create_column > Examples using LookUpTable3D.create_column", + "section": "Examples using LookUpTable3D.create_column", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using LookUpTable3D.create_column" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rfind", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rfind.html#ansys.acp.core.material_property_sets.PuckMaterialType.rfind", - "title": "rfind > rfind > rfind", - "section": "rfind > rfind", - "text": "PuckMaterialType.rfind(sub, [start, [end]]) -> int\n\nReturn the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nReturn -1 on failure.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.get_pyvista_glyphs", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.get_pyvista_glyphs.html#get_pyvista_glyphs", + "title": "get_pyvista_glyphs", + "section": "get_pyvista_glyphs", + "text": "Get a pyvista glyph object from the vector data.\nmesh (MeshData) – The mesh to which the data is associated.\nculling_factor (int) – If set to a value other than 1, add only every n-th data\npoint to the PyVista object. This is useful especially for\nvector data, where the arrows can be too dense.\nscaling_factor (float) – Factor to scale the length of the arrows.\nkwargs (Any) – Keyword arguments passed to the PyVista object constructor.\nPolyData\nget_pyvista_glyphs\n1" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.html#modelingplyelementaldata", - "title": "ModelingPlyElementalData", - "section": "ModelingPlyElementalData", - "text": "Represents elemental data for a Modeling Ply.\nModelingPlyElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nModelingPlyElementalData.area\n\nModelingPlyElementalData.cog\n\nModelingPlyElementalData.design_angle\n\nModelingPlyElementalData.draped_fiber_angle\n\nModelingPlyElementalData.draped_fiber_direction\n\nModelingPlyElementalData.draped_transverse_angle\n\nModelingPlyElementalData.draped_transverse_direction\n\nModelingPlyElementalData.fiber_direction\n\nModelingPlyElementalData.mass\n\nModelingPlyElementalData.normal\n\nModelingPlyElementalData.offset\n\nModelingPlyElementalData.orientation\n\nModelingPlyElementalData.price\n\nModelingPlyElementalData.reference_direction\n\nModelingPlyElementalData.relative_thickness_correction\n\nModelingPlyElementalData.shear_angle\n\nModelingPlyElementalData.thickness\n\nModelingPlyElementalData.transverse_direction\n\nModelingPlyElementalData.volume\n\nModelingPlyElementalData.element_labels\n\nModelingPlyElementalData\nModelingPlyElementalData.get_pyvista_mesh\nModelingPlyElementalData.area\nModelingPlyElementalData.cog\nModelingPlyElementalData.design_angle\nModelingPlyElementalData.draped_fiber_angle\nModelingPlyElementalData.draped_fiber_direction\nModelingPlyElementalData.draped_transverse_angle\nModelingPlyElementalData.draped_transverse_direction\nModelingPlyElementalData.fiber_direction\nModelingPlyElementalData.mass\nModelingPlyElementalData.normal\nModelingPlyElementalData.offset\nModelingPlyElementalData.orientation\nModelingPlyElementalData.price\nModelingPlyElementalData.reference_direction\nModelingPlyElementalData.relative_thickness_correction\nModelingPlyElementalData.shear_angle\nModelingPlyElementalData.thickness\nModelingPlyElementalData.transverse_direction\nModelingPlyElementalData.volume\nModelingPlyElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.get_pyvista_glyphs", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.get_pyvista_glyphs.html#ansys.acp.core.mesh_data.VectorData.get_pyvista_glyphs", + "title": "get_pyvista_glyphs > get_pyvista_glyphs > get_pyvista_glyphs", + "section": "get_pyvista_glyphs > get_pyvista_glyphs", + "text": "VectorData.get_pyvista_glyphs(*, mesh, culling_factor=1, scaling_factor=1.0, **kwargs)\n\nGet a pyvista glyph object from the vector data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nculling_factor (int) – If set to a value other than 1, add only every n-th data\npoint to the PyVista object. This is useful especially for\nvector data, where the arrows can be too dense.\n\nscaling_factor (float) – Factor to scale the length of the arrows.\n\nkwargs (Any) – Keyword arguments passed to the PyVista object constructor.\n\nReturn type\n\nPolyData\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RULE_GEOMETRY_TRIANGLE", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RULE_GEOMETRY_TRIANGLE.html#rule_geometry_triangle", + "title": "RULE_GEOMETRY_TRIANGLE", + "section": "RULE_GEOMETRY_TRIANGLE", + "text": "RULE_GEOMETRY_TRIANGLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.html#ansys.acp.core.mesh_data.ModelingPlyElementalData", - "title": "ModelingPlyElementalData > ModelingPlyElementalData > ModelingPlyElementalData", - "section": "ModelingPlyElementalData > ModelingPlyElementalData", - "text": "class ansys.acp.core.mesh_data.ModelingPlyElementalData(element_labels, normal=None, orientation=None, reference_direction=None, fiber_direction=None, draped_fiber_direction=None, transverse_direction=None, draped_transverse_direction=None, thickness=None, relative_thickness_correction=None, design_angle=None, shear_angle=None, draped_fiber_angle=None, draped_transverse_angle=None, area=None, price=None, volume=None, mass=None, offset=None, cog=None)\n\nRepresents elemental data for a Modeling Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModelingPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModelingPlyElementalData.area\n\n\n\nModelingPlyElementalData.cog\n\n\n\nModelingPlyElementalData.design_angle\n\n\n\nModelingPlyElementalData.draped_fiber_angle\n\n\n\nModelingPlyElementalData.draped_fiber_direction\n\n\n\nModelingPlyElementalData.draped_transverse_angle\n\n\n\nModelingPlyElementalData.draped_transverse_direction\n\n\n\nModelingPlyElementalData.fiber_direction\n\n\n\nModelingPlyElementalData.mass\n\n\n\nModelingPlyElementalData.normal\n\n\n\nModelingPlyElementalData.offset\n\n\n\nModelingPlyElementalData.orientation\n\n\n\nModelingPlyElementalData.price\n\n\n\nModelingPlyElementalData.reference_direction\n\n\n\nModelingPlyElementalData.relative_thickness_correction\n\n\n\nModelingPlyElementalData.shear_angle\n\n\n\nModelingPlyElementalData.thickness\n\n\n\nModelingPlyElementalData.transverse_direction\n\n\n\nModelingPlyElementalData.volume\n\n\n\nModelingPlyElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RULE_GEOMETRY_TRIANGLE", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RULE_GEOMETRY_TRIANGLE.html#ansys.acp.core.extras.example_helpers.ExampleKeys.RULE_GEOMETRY_TRIANGLE", + "title": "RULE_GEOMETRY_TRIANGLE > RULE_GEOMETRY_TRIANGLE > RULE_GEOMETRY_TRIANGLE", + "section": "RULE_GEOMETRY_TRIANGLE > RULE_GEOMETRY_TRIANGLE", + "text": "ExampleKeys.RULE_GEOMETRY_TRIANGLE = 8\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.html#cutoffselectionruleelementaldata", + "title": "CutOffSelectionRuleElementalData", + "section": "CutOffSelectionRuleElementalData", + "text": "Represents elemental data for a Cut-Off Selection Rule.\nCutOffSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nCutOffSelectionRuleElementalData.normal\n\nCutOffSelectionRuleElementalData.element_labels\n\nCutOffSelectionRuleElementalData\nCutOffSelectionRuleElementalData.get_pyvista_mesh\nCutOffSelectionRuleElementalData.normal\nCutOffSelectionRuleElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.name.html#ansys.acp.core.VariableOffsetSelectionRule.name", - "title": "name > name > name", - "section": "name > name", - "text": "property VariableOffsetSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.html#ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData", + "title": "CutOffSelectionRuleElementalData > CutOffSelectionRuleElementalData > CutOffSelectionRuleElementalData", + "section": "CutOffSelectionRuleElementalData > CutOffSelectionRuleElementalData", + "text": "class ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Cut-Off Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCutOffSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCutOffSelectionRuleElementalData.normal\n\n\n\nCutOffSelectionRuleElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.clone", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.StressStateType", + "href": "api/_autosummary/ansys.acp.core.StressStateType.html#stressstatetype", + "title": "StressStateType", + "section": "StressStateType", + "text": "Specifies if the reinforcing elements should behave like a link, membrane, or shell element (with or without bending).\nStressStateType.UNIAXIAL_STRESS_STATE\n\nStressStateType.PLANE_STRESS_STATE\n\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS\n\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS\n\nStressStateType\nStressStateType.UNIAXIAL_STRESS_STATE\nStressStateType.PLANE_STRESS_STATE\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.clone", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.clone.html#ansys.acp.core.CADGeometry.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "CADGeometry.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.StressStateType", + "href": "api/_autosummary/ansys.acp.core.StressStateType.html#ansys.acp.core.StressStateType", + "title": "StressStateType > StressStateType > StressStateType", + "section": "StressStateType > StressStateType", + "text": "class ansys.acp.core.StressStateType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nSpecifies if the reinforcing elements should behave like a link, membrane, or shell element (with or without bending).\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nStressStateType.UNIAXIAL_STRESS_STATE\n\n\n\nStressStateType.PLANE_STRESS_STATE\n\n\n\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS\n\n\n\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent.status", - "href": "api/_autosummary/ansys.acp.core.CADComponent.status.html#status", + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.status", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.status.html#status", "title": "status", "section": "status", "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent.status", - "href": "api/_autosummary/ansys.acp.core.CADComponent.status.html#ansys.acp.core.CADComponent.status", + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.status", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.status.html#ansys.acp.core.ButtJointSequence.status", "title": "status > status > status", "section": "status > status", - "text": "property CADComponent.status: Any\n\n!! processed by numpydoc !!" + "text": "property ButtJointSequence.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.coordinate_system_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.coordinate_system_index.html#coordinate_system_index", - "title": "coordinate_system_index", - "section": "coordinate_system_index", - "text": "coordinate_system_index" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E.html#e", + "title": "E", + "section": "E", + "text": "E" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.coordinate_system_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.coordinate_system_index.html#ansys.acp.core.ImportedSolidModelExportSettings.coordinate_system_index", - "title": "coordinate_system_index > coordinate_system_index > coordinate_system_index", - "section": "coordinate_system_index > coordinate_system_index", - "text": "property ImportedSolidModelExportSettings.coordinate_system_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.E", + "title": "E > E > E", + "section": "E > E", + "text": "property VariableEngineeringConstants.E: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.KEEP", - "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.KEEP.html#keep", - "title": "KEEP", - "section": "KEEP", - "text": "KEEP" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.zfill", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.zfill.html#zfill", + "title": "zfill", + "section": "zfill", + "text": "Pad a numeric string with zeros on the left, to fill a field of the given width.\nThe string is never truncated.\nzfill" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.KEEP", - "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.KEEP.html#ansys.acp.core.LinkedObjectHandling.KEEP", - "title": "KEEP > KEEP > KEEP", - "section": "KEEP > KEEP", - "text": "LinkedObjectHandling.KEEP = 'keep'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.zfill", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.zfill.html#ansys.acp.core.LaunchMode.zfill", + "title": "zfill > zfill > zfill", + "section": "zfill > zfill", + "text": "LaunchMode.zfill(width, /)\n\nPad a numeric string with zeros on the left, to fill a field of the given width.\n\nThe string is never truncated.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.istitle", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.istitle.html#istitle", - "title": "istitle", - "section": "istitle", - "text": "Return True if the string is a title-cased string, False otherwise.\nIn a title-cased string, upper- and title-case characters may only\nfollow uncased characters and lowercase characters only cased ones.\nistitle" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.clone", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.istitle", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.istitle.html#ansys.acp.core.material_property_sets.PuckMaterialType.istitle", - "title": "istitle > istitle > istitle", - "section": "istitle > istitle", - "text": "PuckMaterialType.istitle(/)\n\nReturn True if the string is a title-cased string, False otherwise.\n\nIn a title-cased string, upper- and title-case characters may only\nfollow uncased characters and lowercase characters only cased ones.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.clone", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.clone.html#ansys.acp.core.ModelingGroup.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "ModelingGroup.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.middle_offset", - "href": "api/_autosummary/ansys.acp.core.ElementSet.middle_offset.html#middle_offset", - "title": "middle_offset", - "section": "middle_offset", - "text": "middle_offset" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.html#elementaldatatype", + "title": "ElementalDataType", + "section": "ElementalDataType", + "text": "Options for the type of per-element data.\nElementalDataType.COORDINATES\n\nElementalDataType.NORMAL\n\nElementalDataType.ORIENTATION\n\nElementalDataType.REFERENCE_DIRECTION\n\nElementalDataType.FIBER_DIRECTION\n\nElementalDataType.DRAPED_FIBER_DIRECTION\n\nElementalDataType.TRANSVERSE_DIRECTION\n\nElementalDataType.DRAPED_TRANSVERSE_DIRECTION\n\nElementalDataType.THICKNESS\n\nElementalDataType.RELATIVE_THICKNESS_CORRECTION\n\nElementalDataType.DESIGN_ANGLE\n\nElementalDataType.SHEAR_ANGLE\n\nElementalDataType.DRAPED_FIBER_ANGLE\n\nElementalDataType.DRAPED_TRANSVERSE_ANGLE\n\nElementalDataType.AREA\n\nElementalDataType.PRICE\n\nElementalDataType.VOLUME\n\nElementalDataType.MASS\n\nElementalDataType.OFFSET\n\nElementalDataType.MATERIAL_1_DIRECTION\n\nElementalDataType.COG\n\nElementalDataType\nElementalDataType.COORDINATES\nElementalDataType.NORMAL\nElementalDataType.ORIENTATION\nElementalDataType.REFERENCE_DIRECTION\nElementalDataType.FIBER_DIRECTION\nElementalDataType.DRAPED_FIBER_DIRECTION\nElementalDataType.TRANSVERSE_DIRECTION\nElementalDataType.DRAPED_TRANSVERSE_DIRECTION\nElementalDataType.THICKNESS\nElementalDataType.RELATIVE_THICKNESS_CORRECTION\nElementalDataType.DESIGN_ANGLE\nElementalDataType.SHEAR_ANGLE\nElementalDataType.DRAPED_FIBER_ANGLE\nElementalDataType.DRAPED_TRANSVERSE_ANGLE\nElementalDataType.AREA\nElementalDataType.PRICE\nElementalDataType.VOLUME\nElementalDataType.MASS\nElementalDataType.OFFSET\nElementalDataType.MATERIAL_1_DIRECTION\nElementalDataType.COG" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.middle_offset", - "href": "api/_autosummary/ansys.acp.core.ElementSet.middle_offset.html#ansys.acp.core.ElementSet.middle_offset", - "title": "middle_offset > middle_offset > middle_offset", - "section": "middle_offset > middle_offset", - "text": "property ElementSet.middle_offset: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.html#ansys.acp.core.ElementalDataType", + "title": "ElementalDataType > ElementalDataType > ElementalDataType", + "section": "ElementalDataType > ElementalDataType", + "text": "class ansys.acp.core.ElementalDataType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the type of per-element data.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nElementalDataType.COORDINATES\n\n\n\nElementalDataType.NORMAL\n\n\n\nElementalDataType.ORIENTATION\n\n\n\nElementalDataType.REFERENCE_DIRECTION\n\n\n\nElementalDataType.FIBER_DIRECTION\n\n\n\nElementalDataType.DRAPED_FIBER_DIRECTION\n\n\n\nElementalDataType.TRANSVERSE_DIRECTION\n\n\n\nElementalDataType.DRAPED_TRANSVERSE_DIRECTION\n\n\n\nElementalDataType.THICKNESS\n\n\n\nElementalDataType.RELATIVE_THICKNESS_CORRECTION\n\n\n\nElementalDataType.DESIGN_ANGLE\n\n\n\nElementalDataType.SHEAR_ANGLE\n\n\n\nElementalDataType.DRAPED_FIBER_ANGLE\n\n\n\nElementalDataType.DRAPED_TRANSVERSE_ANGLE\n\n\n\nElementalDataType.AREA\n\n\n\nElementalDataType.PRICE\n\n\n\nElementalDataType.VOLUME\n\n\n\nElementalDataType.MASS\n\n\n\nElementalDataType.OFFSET\n\n\n\nElementalDataType.MATERIAL_1_DIRECTION\n\n\n\nElementalDataType.COG\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_2.html#e1_2", - "title": "E1_2", - "section": "E1_2", - "text": "E1_2" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.html#snaptogeometry", + "title": "SnapToGeometry", + "section": "SnapToGeometry", + "text": "Instantiate a snap-to geometry.\nname (str) – Name of the snap-to geometry.\nactive (bool) – Inactive snap-to geometries are not used in the solid model extrusion.\norientation_type (SnapToGeometryOrientationType) – Determines whether the snap-to geometry is applied to the top or bottom\nsurface of the layup.\ncad_geometry (VirtualGeometry | None) – The geometry to snap to.\noriented_selection_set (OrientedSelectionSet | None) – Defines the extent over which the snap-to geometry is applied. The normal\nof the oriented selection set is used to determine the top and bottom\nsurfaces of the layup.\nAdded in ACP server version 25.1.\nSnapToGeometry.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSnapToGeometry.delete()\nDelete the object.\nSnapToGeometry.store(parent)\nStore the object on the server.\nSnapToGeometry.active\n\nSnapToGeometry.cad_geometry\n\nSnapToGeometry.id\nIdentifier of the object, used for example as key in maps.\nSnapToGeometry.name\nThe name of the object.\nSnapToGeometry.orientation_type\n\nSnapToGeometry.oriented_selection_set\n\nSnapToGeometry.parent\nThe parent of the object.\nSnapToGeometry.status\n\nSnapToGeometry\nSnapToGeometry.clone\nSnapToGeometry.delete\nSnapToGeometry.store\nSnapToGeometry.active\nSnapToGeometry.cad_geometry\nSnapToGeometry.id\nSnapToGeometry.name\nSnapToGeometry.orientation_type\nSnapToGeometry.oriented_selection_set\nSnapToGeometry.parent\nSnapToGeometry.status" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_2", - "title": "E1_2 > E1_2 > E1_2", - "section": "E1_2 > E1_2", - "text": "property VariableWovenCharacterization.E1_2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.html#ansys.acp.core.SnapToGeometry", + "title": "SnapToGeometry > SnapToGeometry > SnapToGeometry", + "section": "SnapToGeometry > SnapToGeometry", + "text": "class ansys.acp.core.SnapToGeometry(*, name='SnapToGeometry', active=True, orientation_type='top', cad_geometry=None, oriented_selection_set=None)\n\nInstantiate a snap-to geometry.\n\nParameters\n\nname (str) – Name of the snap-to geometry.\n\nactive (bool) – Inactive snap-to geometries are not used in the solid model extrusion.\n\norientation_type (SnapToGeometryOrientationType) – Determines whether the snap-to geometry is applied to the top or bottom\nsurface of the layup.\n\ncad_geometry (VirtualGeometry | None) – The geometry to snap to.\n\noriented_selection_set (OrientedSelectionSet | None) – Defines the extent over which the snap-to geometry is applied. The normal\nof the oriented selection set is used to determine the top and bottom\nsurfaces of the layup.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSnapToGeometry.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSnapToGeometry.delete()\n\nDelete the object.\n\nSnapToGeometry.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSnapToGeometry.active\n\n\n\nSnapToGeometry.cad_geometry\n\n\n\nSnapToGeometry.id\n\nIdentifier of the object, used for example as key in maps.\n\nSnapToGeometry.name\n\nThe name of the object.\n\nSnapToGeometry.orientation_type\n\n\n\nSnapToGeometry.oriented_selection_set\n\n\n\nSnapToGeometry.parent\n\nThe parent of the object.\n\nSnapToGeometry.status\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubShape.clone", - "href": "api/_autosummary/ansys.acp.core.SubShape.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored SubShape with the same properties.\nSelf\nclone" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION.html#direction", + "title": "DIRECTION", + "section": "DIRECTION", + "text": "DIRECTION" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubShape.clone", - "href": "api/_autosummary/ansys.acp.core.SubShape.clone.html#ansys.acp.core.SubShape.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "SubShape.clone()\n\nCreate a new unstored SubShape with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSelf" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION.html#ansys.acp.core.LookUpTableColumnValueType.DIRECTION", + "title": "DIRECTION > DIRECTION > DIRECTION", + "section": "DIRECTION > DIRECTION", + "text": "LookUpTableColumnValueType.DIRECTION = 'direction'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.direction", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.direction.html#direction", - "title": "direction", - "section": "direction", - "text": "direction" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION", + "href": "api/_autosummary/ansys.acp.core.LookUpTableColumnValueType.DIRECTION.html#examples-using-lookuptablecolumnvaluetypedirection", + "title": "DIRECTION > Examples using LookUpTableColumnValueType.DIRECTION", + "section": "Examples using LookUpTableColumnValueType.DIRECTION", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using LookUpTableColumnValueType.DIRECTION" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.direction", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.direction.html#ansys.acp.core.ExtrusionGuide.direction", - "title": "direction > direction > direction", - "section": "direction > direction", - "text": "property ExtrusionGuide.direction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.rosettes", - "href": "api/_autosummary/ansys.acp.core.Model.rosettes.html#rosettes", - "title": "rosettes", - "section": "rosettes", - "text": "rosettes" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.mesh.html#ansys.acp.core.CylindricalSelectionRule.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property CylindricalSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.rosettes", - "href": "api/_autosummary/ansys.acp.core.Model.rosettes.html#ansys.acp.core.Model.rosettes", - "title": "rosettes > rosettes > rosettes", - "section": "rosettes > rosettes", - "text": "property Model.rosettes: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G23", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G23.html#g23", + "title": "G23", + "section": "G23", + "text": "G23" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.rosettes", - "href": "api/_autosummary/ansys.acp.core.Model.rosettes.html#examples-using-modelrosettes", - "title": "rosettes > Examples using Model.rosettes", - "section": "Examples using Model.rosettes", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using Model.rosettes" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G23", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G23.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G23", + "title": "G23 > G23 > G23", + "section": "G23 > G23", + "text": "property ConstantEngineeringConstants.G23: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.nodal_data", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.nodal_data", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.nodal_data.html#ansys.acp.core.InterfaceLayer.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property InterfaceLayer.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.name", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.name", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.name.html#ansys.acp.core.VirtualGeometry.name", + "title": "name > name > name", + "section": "name > name", + "text": "property VirtualGeometry.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.clear", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.clear.html#clear", - "title": "clear", - "section": "clear", - "text": "Close all models.\nCloses the models which are currently open, without first\nsaving them to a file.\nclear" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_DIRECTION.html#draped_transverse_direction", + "title": "DRAPED_TRANSVERSE_DIRECTION", + "section": "DRAPED_TRANSVERSE_DIRECTION", + "text": "DRAPED_TRANSVERSE_DIRECTION" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.clear", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.clear.html#ansys.acp.core.ACPInstance.clear", - "title": "clear > clear > clear", - "section": "clear > clear", - "text": "ACPInstance.clear()\n\nClose all models.\n\nCloses the models which are currently open, without first\nsaving them to a file.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_DIRECTION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_DIRECTION.html#ansys.acp.core.ElementalDataType.DRAPED_TRANSVERSE_DIRECTION", + "title": "DRAPED_TRANSVERSE_DIRECTION > DRAPED_TRANSVERSE_DIRECTION > DRAPED_TRANSVERSE_DIRECTION", + "section": "DRAPED_TRANSVERSE_DIRECTION > DRAPED_TRANSVERSE_DIRECTION", + "text": "ElementalDataType.DRAPED_TRANSVERSE_DIRECTION = 'draped_transverse_direction'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.clear", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.clear.html#examples-using-acpinstanceclear", - "title": "clear > Examples using ACPInstance.clear", - "section": "Examples using ACPInstance.clear", - "text": "sphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ACPInstance.clear" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.to_pyvista", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.to_pyvista.html#to_pyvista", + "title": "to_pyvista", + "section": "to_pyvista", + "text": "Convert the mesh data to a PyVista mesh.\nUnstructuredGrid\nto_pyvista" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.origin", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.origin.html#origin", - "title": "origin", - "section": "origin", - "text": "origin" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.to_pyvista", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.to_pyvista.html#ansys.acp.core.mesh_data.MeshData.to_pyvista", + "title": "to_pyvista > to_pyvista > to_pyvista", + "section": "to_pyvista > to_pyvista", + "text": "MeshData.to_pyvista()\n\nConvert the mesh data to a PyVista mesh.\n\n!! processed by numpydoc !!\n\nReturn type\n\nUnstructuredGrid" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.origin", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.origin.html#ansys.acp.core.LookUpTable1D.origin", - "title": "origin > origin > origin", - "section": "origin > origin", - "text": "property LookUpTable1D.origin: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES.html#directions_from_tabular_values", + "title": "DIRECTIONS_FROM_TABULAR_VALUES", + "section": "DIRECTIONS_FROM_TABULAR_VALUES", + "text": "DIRECTIONS_FROM_TABULAR_VALUES" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_ud_coefficient", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_ud_coefficient.html#draping_ud_coefficient", - "title": "draping_ud_coefficient", - "section": "draping_ud_coefficient", - "text": "draping_ud_coefficient" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES.html#ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", + "title": "DIRECTIONS_FROM_TABULAR_VALUES > DIRECTIONS_FROM_TABULAR_VALUES > DIRECTIONS_FROM_TABULAR_VALUES", + "section": "DIRECTIONS_FROM_TABULAR_VALUES > DIRECTIONS_FROM_TABULAR_VALUES", + "text": "RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES = 'directions_from_tabular_values'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_ud_coefficient", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_ud_coefficient.html#ansys.acp.core.OrientedSelectionSet.draping_ud_coefficient", - "title": "draping_ud_coefficient > draping_ud_coefficient > draping_ud_coefficient", - "section": "draping_ud_coefficient > draping_ud_coefficient", - "text": "property OrientedSelectionSet.draping_ud_coefficient: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", + "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES.html#examples-using-rosetteselectionmethoddirections_from_tabular_values", + "title": "DIRECTIONS_FROM_TABULAR_VALUES > Examples using RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", + "section": "Examples using RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.clone", + "href": "api/_autosummary/ansys.acp.core.SectionCut.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.nodal_data.html#ansys.acp.core.ModelingGroup.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property ModelingGroup.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.clone", + "href": "api/_autosummary/ansys.acp.core.SectionCut.clone.html#ansys.acp.core.SectionCut.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "SectionCut.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.design_angle", @@ -22512,333 +22372,403 @@ "text": "AnalysisPlyElementalData.design_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.html#constantwovenstresslimits", - "title": "ConstantWovenStressLimits", - "section": "ConstantWovenStressLimits", - "text": "Constant stress limits property set for woven materials.\nAdded in ACP server version 24.2.\nConstantWovenStressLimits.Sxy\n\nConstantWovenStressLimits.Sxz\n\nConstantWovenStressLimits.Syz\n\nConstantWovenStressLimits.Xc\n\nConstantWovenStressLimits.Xt\n\nConstantWovenStressLimits.Yc\n\nConstantWovenStressLimits.Yt\n\nConstantWovenStressLimits.Zc\n\nConstantWovenStressLimits.Zt\n\nConstantWovenStressLimits\nConstantWovenStressLimits.Sxy\nConstantWovenStressLimits.Sxz\nConstantWovenStressLimits.Syz\nConstantWovenStressLimits.Xc\nConstantWovenStressLimits.Xt\nConstantWovenStressLimits.Yc\nConstantWovenStressLimits.Yt\nConstantWovenStressLimits.Zc\nConstantWovenStressLimits.Zt" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.parent", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenStressLimits.html#ansys.acp.core.material_property_sets.ConstantWovenStressLimits", - "title": "ConstantWovenStressLimits > ConstantWovenStressLimits > ConstantWovenStressLimits", - "section": "ConstantWovenStressLimits > ConstantWovenStressLimits", - "text": "class ansys.acp.core.material_property_sets.ConstantWovenStressLimits(*, Xc=0.0, Yc=0.0, Zc=0.0, Xt=0.0, Yt=0.0, Zt=0.0, Sxy=0.0, Syz=0.0, Sxz=0.0, _parent_object=None, _attribute_path=None)\n\nConstant stress limits property set for woven materials.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantWovenStressLimits.Sxy\n\n\n\nConstantWovenStressLimits.Sxz\n\n\n\nConstantWovenStressLimits.Syz\n\n\n\nConstantWovenStressLimits.Xc\n\n\n\nConstantWovenStressLimits.Xt\n\n\n\nConstantWovenStressLimits.Yc\n\n\n\nConstantWovenStressLimits.Yt\n\n\n\nConstantWovenStressLimits.Zc\n\n\n\nConstantWovenStressLimits.Zt\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.parent", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.parent.html#ansys.acp.core.CutOffGeometry.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property CutOffGeometry.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.tolerance", - "href": "api/_autosummary/ansys.acp.core.SectionCut.tolerance.html#tolerance", - "title": "tolerance", - "section": "tolerance", - "text": "tolerance" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_2.html#e1_2", + "title": "E1_2", + "section": "E1_2", + "text": "E1_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.tolerance", - "href": "api/_autosummary/ansys.acp.core.SectionCut.tolerance.html#ansys.acp.core.SectionCut.tolerance", - "title": "tolerance > tolerance > tolerance", - "section": "tolerance > tolerance", - "text": "property SectionCut.tolerance: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_2.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E1_2", + "title": "E1_2 > E1_2 > E1_2", + "section": "E1_2 > E1_2", + "text": "property ConstantWovenCharacterization.E1_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.shear_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.shear_angle.html#shear_angle", - "title": "shear_angle", - "section": "shear_angle", - "text": "shear_angle" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.shear_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.shear_angle.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.shear_angle", - "title": "shear_angle > shear_angle > shear_angle", - "section": "shear_angle > shear_angle", - "text": "ModelingPlyElementalData.shear_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.normal.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "AnalysisPlyElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.interpolation_options.html#interpolation_options", - "title": "interpolation_options", - "section": "interpolation_options", - "text": "interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.lstrip", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.lstrip.html#lstrip", + "title": "lstrip", + "section": "lstrip", + "text": "Return a copy of the string with leading whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nlstrip" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.interpolation_options.html#ansys.acp.core.material_property_sets.VariableFabricFiberAngle.interpolation_options", - "title": "interpolation_options > interpolation_options > interpolation_options", - "section": "interpolation_options > interpolation_options", - "text": "property VariableFabricFiberAngle.interpolation_options: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.lstrip", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.lstrip.html#ansys.acp.core.LaunchMode.lstrip", + "title": "lstrip > lstrip > lstrip", + "section": "lstrip > lstrip", + "text": "LaunchMode.lstrip(chars=None, /)\n\nReturn a copy of the string with leading whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxz.html#esxz", - "title": "eSxz", - "section": "eSxz", - "text": "eSxz" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.parent", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxz.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.eSxz", - "title": "eSxz > eSxz > eSxz", - "section": "eSxz > eSxz", - "text": "property ConstantStrainLimits.eSxz: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.parent", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.parent.html#ansys.acp.core.EdgeSet.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property EdgeSet.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.orientation", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.orientation.html#orientation", + "title": "orientation", + "section": "orientation", + "text": "orientation" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.orientation", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.orientation.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.orientation", + "title": "orientation > orientation > orientation", + "section": "orientation > orientation", + "text": "ModelingPlyElementalData.orientation: VectorData | None = None\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SolidModelNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "SolidModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.boolean_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.boolean_selection_rules.html#boolean_selection_rules", + "title": "boolean_selection_rules", + "section": "boolean_selection_rules", + "text": "boolean_selection_rules" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Model.boolean_selection_rules", + "href": "api/_autosummary/ansys.acp.core.Model.boolean_selection_rules.html#ansys.acp.core.Model.boolean_selection_rules", + "title": "boolean_selection_rules > boolean_selection_rules > boolean_selection_rules", + "section": "boolean_selection_rules > boolean_selection_rules", + "text": "property Model.boolean_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_1_field", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_1_field.html#draping_angle_1_field", + "title": "draping_angle_1_field", + "section": "draping_angle_1_field", + "text": "draping_angle_1_field" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_1_field", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.draping_angle_1_field.html#ansys.acp.core.ImportedModelingPly.draping_angle_1_field", + "title": "draping_angle_1_field > draping_angle_1_field > draping_angle_1_field", + "section": "draping_angle_1_field > draping_angle_1_field", + "text": "property ImportedModelingPly.draping_angle_1_field: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubShape.path", - "href": "api/_autosummary/ansys.acp.core.SubShape.path.html#path", - "title": "path", - "section": "path", - "text": "Topological path of the sub-shape within the CAD geometry.\npath" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.shell_mesh.html#ansys.acp.core.ModelingPly.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property ModelingPly.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubShape.path", - "href": "api/_autosummary/ansys.acp.core.SubShape.path.html#ansys.acp.core.SubShape.path", - "title": "path > path > path", - "section": "path > path", - "text": "property SubShape.path: str\n\nTopological path of the sub-shape within the CAD geometry.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.store", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.store", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.store.html#ansys.acp.core.LookUpTable1D.store", + "title": "store > store > store", + "section": "store > store", + "text": "LookUpTable1D.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.id.html#ansys.acp.core.TubeSelectionRule.id", - "title": "id > id > id", - "section": "id > id", - "text": "property TubeSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.status", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.woven_characterization", - "href": "api/_autosummary/ansys.acp.core.Material.woven_characterization.html#woven_characterization", - "title": "woven_characterization", - "section": "woven_characterization", - "text": "woven_characterization" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.status", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.status.html#ansys.acp.core.ProductionPly.status", + "title": "status > status > status", + "section": "status > status", + "text": "property ProductionPly.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.woven_characterization", - "href": "api/_autosummary/ansys.acp.core.Material.woven_characterization.html#ansys.acp.core.Material.woven_characterization", - "title": "woven_characterization > woven_characterization > woven_characterization", - "section": "woven_characterization > woven_characterization", - "text": "property Material.woven_characterization: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.ext_id", - "href": "api/_autosummary/ansys.acp.core.Material.ext_id.html#ext_id", - "title": "ext_id", - "section": "ext_id", - "text": "ext_id" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "AnalysisPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.ext_id", - "href": "api/_autosummary/ansys.acp.core.Material.ext_id.html#ansys.acp.core.Material.ext_id", - "title": "ext_id > ext_id > ext_id", - "section": "ext_id > ext_id", - "text": "property Material.ext_id: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosettes", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosettes.html#rosettes", + "title": "rosettes", + "section": "rosettes", + "text": "rosettes" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosettes", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.rosettes.html#ansys.acp.core.LayupMappingObject.rosettes", + "title": "rosettes > rosettes > rosettes", + "section": "rosettes > rosettes", + "text": "property LayupMappingObject.rosettes: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.TubeSelectionRuleNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "TubeSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.interpolation_options.html#interpolation_options", + "title": "interpolation_options", + "section": "interpolation_options", + "text": "interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.html#examplekeys", - "title": "ExampleKeys", - "section": "ExampleKeys", - "text": "Keys for the example files.\nExampleKeys.BASIC_FLAT_PLATE_DAT\n\nExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT\n\nExampleKeys.BASIC_FLAT_PLATE_ACPH5\n\nExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB\n\nExampleKeys.RACE_CAR_NOSE_ACPH5\n\nExampleKeys.RACE_CAR_NOSE_STEP\n\nExampleKeys.CUT_OFF_GEOMETRY\n\nExampleKeys.RULE_GEOMETRY_TRIANGLE\n\nExampleKeys.THICKNESS_GEOMETRY\n\nExampleKeys.MINIMAL_FLAT_PLATE\n\nExampleKeys.OPTIMIZATION_EXAMPLE_DAT\n\nExampleKeys.CLASS40_AGDB\n\nExampleKeys.CLASS40_CDB\n\nExampleKeys.MATERIALS_XML\n\nExampleKeys.IMPORTED_SOLID_MODEL_ACPH5\n\nExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH\n\nExampleKeys.SNAP_TO_GEOMETRY\n\nExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL\n\nExampleKeys\nExampleKeys.BASIC_FLAT_PLATE_DAT\nExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT\nExampleKeys.BASIC_FLAT_PLATE_ACPH5\nExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB\nExampleKeys.RACE_CAR_NOSE_ACPH5\nExampleKeys.RACE_CAR_NOSE_STEP\nExampleKeys.CUT_OFF_GEOMETRY\nExampleKeys.RULE_GEOMETRY_TRIANGLE\nExampleKeys.THICKNESS_GEOMETRY\nExampleKeys.MINIMAL_FLAT_PLATE\nExampleKeys.OPTIMIZATION_EXAMPLE_DAT\nExampleKeys.CLASS40_AGDB\nExampleKeys.CLASS40_CDB\nExampleKeys.MATERIALS_XML\nExampleKeys.IMPORTED_SOLID_MODEL_ACPH5\nExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH\nExampleKeys.SNAP_TO_GEOMETRY\nExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.interpolation_options", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.interpolation_options.html#ansys.acp.core.material_property_sets.VariableStrainLimits.interpolation_options", + "title": "interpolation_options > interpolation_options > interpolation_options", + "section": "interpolation_options > interpolation_options", + "text": "property VariableStrainLimits.interpolation_options: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.html#ansys.acp.core.extras.example_helpers.ExampleKeys", - "title": "ExampleKeys > ExampleKeys > ExampleKeys", - "section": "ExampleKeys > ExampleKeys", - "text": "class ansys.acp.core.extras.example_helpers.ExampleKeys(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nKeys for the example files.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nExampleKeys.BASIC_FLAT_PLATE_DAT\n\n\n\nExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT\n\n\n\nExampleKeys.BASIC_FLAT_PLATE_ACPH5\n\n\n\nExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB\n\n\n\nExampleKeys.RACE_CAR_NOSE_ACPH5\n\n\n\nExampleKeys.RACE_CAR_NOSE_STEP\n\n\n\nExampleKeys.CUT_OFF_GEOMETRY\n\n\n\nExampleKeys.RULE_GEOMETRY_TRIANGLE\n\n\n\nExampleKeys.THICKNESS_GEOMETRY\n\n\n\nExampleKeys.MINIMAL_FLAT_PLATE\n\n\n\nExampleKeys.OPTIMIZATION_EXAMPLE_DAT\n\n\n\nExampleKeys.CLASS40_AGDB\n\n\n\nExampleKeys.CLASS40_CDB\n\n\n\nExampleKeys.MATERIALS_XML\n\n\n\nExampleKeys.IMPORTED_SOLID_MODEL_ACPH5\n\n\n\nExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH\n\n\n\nExampleKeys.SNAP_TO_GEOMETRY\n\n\n\nExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XZ", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XZ.html#xz", + "title": "XZ", + "section": "XZ", + "text": "XZ" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.scope_entities", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.scope_entities.html#scope_entities", - "title": "scope_entities", - "section": "scope_entities", - "text": "scope_entities" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XZ", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XZ.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XZ", + "title": "XZ > XZ > XZ", + "section": "XZ > XZ", + "text": "property VariableTsaiWuConstants.XZ: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.scope_entities", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.scope_entities.html#ansys.acp.core.FieldDefinition.scope_entities", - "title": "scope_entities > scope_entities > scope_entities", - "section": "scope_entities > scope_entities", - "text": "property FieldDefinition.scope_entities: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies.html#modeling_plies", + "title": "modeling_plies", + "section": "modeling_plies", + "text": "modeling_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.TABULAR_VALUES", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.TABULAR_VALUES.html#tabular_values", - "title": "TABULAR_VALUES", - "section": "TABULAR_VALUES", - "text": "TABULAR_VALUES" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies.html#ansys.acp.core.ModelingGroup.modeling_plies", + "title": "modeling_plies > modeling_plies > modeling_plies", + "section": "modeling_plies > modeling_plies", + "text": "property ModelingGroup.modeling_plies: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.TABULAR_VALUES", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.TABULAR_VALUES.html#ansys.acp.core.ImportedPlyDrapingType.TABULAR_VALUES", - "title": "TABULAR_VALUES > TABULAR_VALUES > TABULAR_VALUES", - "section": "TABULAR_VALUES > TABULAR_VALUES", - "text": "ImportedPlyDrapingType.TABULAR_VALUES = 'tabular_values'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.modeling_plies.html#examples-using-modelinggroupmodeling_plies", + "title": "modeling_plies > Examples using ModelingGroup.modeling_plies", + "section": "Examples using ModelingGroup.modeling_plies", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using ModelingGroup.modeling_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.delete", - "href": "api/_autosummary/ansys.acp.core.Stackup.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.html#launchmode", + "title": "LaunchMode", + "section": "LaunchMode", + "text": "Available launch modes for ACP.\nLaunchMode.encode(/[, encoding, errors])\nEncode the string using the codec registered for encoding.\nLaunchMode.replace(old, new[, count])\nReturn a copy with all occurrences of substring old replaced by new.\nLaunchMode.split(/[, sep, maxsplit])\nReturn a list of the substrings in the string, using sep as the separator string.\nLaunchMode.rsplit(/[, sep, maxsplit])\nReturn a list of the substrings in the string, using sep as the separator string.\nLaunchMode.join(iterable, /)\nConcatenate any number of strings.\nLaunchMode.capitalize(/)\nReturn a capitalized version of the string.\nLaunchMode.casefold(/)\nReturn a version of the string suitable for caseless comparisons.\nLaunchMode.title(/)\nReturn a version of the string where each word is titlecased.\nLaunchMode.center(width[, fillchar])\nReturn a centered string of length width.\nLaunchMode.count(sub[, start[, end]])\nReturn the number of non-overlapping occurrences of substring sub in string S[start:end].\nLaunchMode.expandtabs(/[, tabsize])\nReturn a copy where all tab characters are expanded using spaces.\nLaunchMode.find(sub[, start[, end]])\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\nLaunchMode.partition(sep, /)\nPartition the string into three parts using the given separator.\nLaunchMode.index(sub[, start[, end]])\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\nLaunchMode.ljust(width[, fillchar])\nReturn a left-justified string of length width.\nLaunchMode.lower(/)\nReturn a copy of the string converted to lowercase.\nLaunchMode.lstrip([chars])\nReturn a copy of the string with leading whitespace removed.\nLaunchMode.rfind(sub[, start[, end]])\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\nLaunchMode.rindex(sub[, start[, end]])\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\nLaunchMode.rjust(width[, fillchar])\nReturn a right-justified string of length width.\nLaunchMode.rstrip([chars])\nReturn a copy of the string with trailing whitespace removed.\nLaunchMode.rpartition(sep, /)\nPartition the string into three parts using the given separator.\nLaunchMode.splitlines(/[, keepends])\nReturn a list of the lines in the string, breaking at line boundaries.\nLaunchMode.strip([chars])\nReturn a copy of the string with leading and trailing whitespace removed.\nLaunchMode.swapcase(/)\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\nLaunchMode.translate(table, /)\nReplace each character in the string using the given translation table.\nLaunchMode.upper(/)\nReturn a copy of the string converted to uppercase.\nLaunchMode.startswith(prefix[, start[, end]])\nReturn True if S starts with the specified prefix, False otherwise.\nLaunchMode.endswith(suffix[, start[, end]])\nReturn True if S ends with the specified suffix, False otherwise.\nLaunchMode.removeprefix(prefix, /)\nReturn a str with the given prefix string removed if present.\nLaunchMode.removesuffix(suffix, /)\nReturn a str with the given suffix string removed if present.\nLaunchMode.isascii(/)\nReturn True if all characters in the string are ASCII, False otherwise.\nLaunchMode.islower(/)\nReturn True if the string is a lowercase string, False otherwise.\nLaunchMode.isupper(/)\nReturn True if the string is an uppercase string, False otherwise.\nLaunchMode.istitle(/)\nReturn True if the string is a title-cased string, False otherwise.\nLaunchMode.isspace(/)\nReturn True if the string is a whitespace string, False otherwise.\nLaunchMode.isdecimal(/)\nReturn True if the string is a decimal string, False otherwise.\nLaunchMode.isdigit(/)\nReturn True if the string is a digit string, False otherwise.\nLaunchMode.isnumeric(/)\nReturn True if the string is a numeric string, False otherwise.\nLaunchMode.isalpha(/)\nReturn True if the string is an alphabetic string, False otherwise.\nLaunchMode.isalnum(/)\nReturn True if the string is an alpha-numeric string, False otherwise.\nLaunchMode.isidentifier(/)\nReturn True if the string is a valid Python identifier, False otherwise.\nLaunchMode.isprintable(/)\nReturn True if the string is printable, False otherwise.\nLaunchMode.zfill(width, /)\nPad a numeric string with zeros on the left, to fill a field of the given width.\nLaunchMode.format(*args, **kwargs)\nReturn a formatted version of S, using substitutions from args and kwargs.\nLaunchMode.format_map(mapping)\nReturn a formatted version of S, using substitutions from mapping.\nLaunchMode.maketrans(x[, y, z])\nReturn a translation table usable for str.translate().\nLaunchMode.DIRECT\n\nLaunchMode.DOCKER_COMPOSE\n\nLaunchMode.CONNECT\n\nLaunchMode\nLaunchMode.encode\nLaunchMode.replace\nLaunchMode.split\nLaunchMode.rsplit\nLaunchMode.join\nLaunchMode.capitalize\nLaunchMode.casefold\nLaunchMode.title\nLaunchMode.center\nLaunchMode.count\nLaunchMode.expandtabs\nLaunchMode.find\nLaunchMode.partition\nLaunchMode.index\nLaunchMode.ljust\nLaunchMode.lower\nLaunchMode.lstrip\nLaunchMode.rfind\nLaunchMode.rindex\nLaunchMode.rjust\nLaunchMode.rstrip\nLaunchMode.rpartition\nLaunchMode.splitlines\nLaunchMode.strip\nLaunchMode.swapcase\nLaunchMode.translate\nLaunchMode.upper\nLaunchMode.startswith\nLaunchMode.endswith\nLaunchMode.removeprefix\nLaunchMode.removesuffix\nLaunchMode.isascii\nLaunchMode.islower\nLaunchMode.isupper\nLaunchMode.istitle\nLaunchMode.isspace\nLaunchMode.isdecimal\nLaunchMode.isdigit\nLaunchMode.isnumeric\nLaunchMode.isalpha\nLaunchMode.isalnum\nLaunchMode.isidentifier\nLaunchMode.isprintable\nLaunchMode.zfill\nLaunchMode.format\nLaunchMode.format_map\nLaunchMode.maketrans\nLaunchMode.DIRECT\nLaunchMode.DOCKER_COMPOSE\nLaunchMode.CONNECT" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.delete", - "href": "api/_autosummary/ansys.acp.core.Stackup.delete.html#ansys.acp.core.Stackup.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "Stackup.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.html#ansys.acp.core.LaunchMode", + "title": "LaunchMode > LaunchMode > LaunchMode", + "section": "LaunchMode > LaunchMode", + "text": "class ansys.acp.core.LaunchMode(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nAvailable launch modes for ACP.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLaunchMode.encode(/[, encoding, errors])\n\nEncode the string using the codec registered for encoding.\n\nLaunchMode.replace(old, new[, count])\n\nReturn a copy with all occurrences of substring old replaced by new.\n\nLaunchMode.split(/[, sep, maxsplit])\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nLaunchMode.rsplit(/[, sep, maxsplit])\n\nReturn a list of the substrings in the string, using sep as the separator string.\n\nLaunchMode.join(iterable, /)\n\nConcatenate any number of strings.\n\nLaunchMode.capitalize(/)\n\nReturn a capitalized version of the string.\n\nLaunchMode.casefold(/)\n\nReturn a version of the string suitable for caseless comparisons.\n\nLaunchMode.title(/)\n\nReturn a version of the string where each word is titlecased.\n\nLaunchMode.center(width[, fillchar])\n\nReturn a centered string of length width.\n\nLaunchMode.count(sub[, start[, end]])\n\nReturn the number of non-overlapping occurrences of substring sub in string S[start:end].\n\nLaunchMode.expandtabs(/[, tabsize])\n\nReturn a copy where all tab characters are expanded using spaces.\n\nLaunchMode.find(sub[, start[, end]])\n\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nLaunchMode.partition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nLaunchMode.index(sub[, start[, end]])\n\nReturn the lowest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nLaunchMode.ljust(width[, fillchar])\n\nReturn a left-justified string of length width.\n\nLaunchMode.lower(/)\n\nReturn a copy of the string converted to lowercase.\n\nLaunchMode.lstrip([chars])\n\nReturn a copy of the string with leading whitespace removed.\n\nLaunchMode.rfind(sub[, start[, end]])\n\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nLaunchMode.rindex(sub[, start[, end]])\n\nReturn the highest index in S where substring sub is found, such that sub is contained within S[start:end].\n\nLaunchMode.rjust(width[, fillchar])\n\nReturn a right-justified string of length width.\n\nLaunchMode.rstrip([chars])\n\nReturn a copy of the string with trailing whitespace removed.\n\nLaunchMode.rpartition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nLaunchMode.splitlines(/[, keepends])\n\nReturn a list of the lines in the string, breaking at line boundaries.\n\nLaunchMode.strip([chars])\n\nReturn a copy of the string with leading and trailing whitespace removed.\n\nLaunchMode.swapcase(/)\n\nConvert uppercase characters to lowercase and lowercase characters to uppercase.\n\nLaunchMode.translate(table, /)\n\nReplace each character in the string using the given translation table.\n\nLaunchMode.upper(/)\n\nReturn a copy of the string converted to uppercase.\n\nLaunchMode.startswith(prefix[, start[, end]])\n\nReturn True if S starts with the specified prefix, False otherwise.\n\nLaunchMode.endswith(suffix[, start[, end]])\n\nReturn True if S ends with the specified suffix, False otherwise.\n\nLaunchMode.removeprefix(prefix, /)\n\nReturn a str with the given prefix string removed if present.\n\nLaunchMode.removesuffix(suffix, /)\n\nReturn a str with the given suffix string removed if present.\n\nLaunchMode.isascii(/)\n\nReturn True if all characters in the string are ASCII, False otherwise.\n\nLaunchMode.islower(/)\n\nReturn True if the string is a lowercase string, False otherwise.\n\nLaunchMode.isupper(/)\n\nReturn True if the string is an uppercase string, False otherwise.\n\nLaunchMode.istitle(/)\n\nReturn True if the string is a title-cased string, False otherwise.\n\nLaunchMode.isspace(/)\n\nReturn True if the string is a whitespace string, False otherwise.\n\nLaunchMode.isdecimal(/)\n\nReturn True if the string is a decimal string, False otherwise.\n\nLaunchMode.isdigit(/)\n\nReturn True if the string is a digit string, False otherwise.\n\nLaunchMode.isnumeric(/)\n\nReturn True if the string is a numeric string, False otherwise.\n\nLaunchMode.isalpha(/)\n\nReturn True if the string is an alphabetic string, False otherwise.\n\nLaunchMode.isalnum(/)\n\nReturn True if the string is an alpha-numeric string, False otherwise.\n\nLaunchMode.isidentifier(/)\n\nReturn True if the string is a valid Python identifier, False otherwise.\n\nLaunchMode.isprintable(/)\n\nReturn True if the string is printable, False otherwise.\n\nLaunchMode.zfill(width, /)\n\nPad a numeric string with zeros on the left, to fill a field of the given width.\n\nLaunchMode.format(*args, **kwargs)\n\nReturn a formatted version of S, using substitutions from args and kwargs.\n\nLaunchMode.format_map(mapping)\n\nReturn a formatted version of S, using substitutions from mapping.\n\nLaunchMode.maketrans(x[, y, z])\n\nReturn a translation table usable for str.translate().\n\n\n\nAttributes\n\n\n\n\n\n\n\nLaunchMode.DIRECT\n\n\n\nLaunchMode.DOCKER_COMPOSE\n\n\n\nLaunchMode.CONNECT\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_1.html#e2_1", - "title": "E2_1", - "section": "E2_1", - "text": "E2_1" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.COORDINATE_SYSTEMS", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.COORDINATE_SYSTEMS.html#coordinate_systems", + "title": "COORDINATE_SYSTEMS", + "section": "COORDINATE_SYSTEMS", + "text": "COORDINATE_SYSTEMS" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.E2_1", - "title": "E2_1 > E2_1 > E2_1", - "section": "E2_1 > E2_1", - "text": "property ConstantWovenCharacterization.E2_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.COORDINATE_SYSTEMS", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.COORDINATE_SYSTEMS.html#ansys.acp.core.IgnorableEntity.COORDINATE_SYSTEMS", + "title": "COORDINATE_SYSTEMS > COORDINATE_SYSTEMS > COORDINATE_SYSTEMS", + "section": "COORDINATE_SYSTEMS > COORDINATE_SYSTEMS", + "text": "IgnorableEntity.COORDINATE_SYSTEMS = 'coordinate_systems'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.status", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.status.html#ansys.acp.core.CutOffSelectionRule.status", - "title": "status > status > status", - "section": "status > status", - "text": "property CutOffSelectionRule.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.elemental_data.html#ansys.acp.core.SphericalSelectionRule.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property SphericalSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isdecimal", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isdecimal.html#isdecimal", - "title": "isdecimal", - "section": "isdecimal", - "text": "Return True if the string is a decimal string, False otherwise.\nA string is a decimal string if all characters in the string are decimal and\nthere is at least one character in the string.\nisdecimal" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_top", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_top.html#disable_drop_offs_on_top", + "title": "disable_drop_offs_on_top", + "section": "disable_drop_offs_on_top", + "text": "disable_drop_offs_on_top" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isdecimal", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isdecimal.html#ansys.acp.core.LaunchMode.isdecimal", - "title": "isdecimal > isdecimal > isdecimal", - "section": "isdecimal > isdecimal", - "text": "LaunchMode.isdecimal(/)\n\nReturn True if the string is a decimal string, False otherwise.\n\nA string is a decimal string if all characters in the string are decimal and\nthere is at least one character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_top", + "href": "api/_autosummary/ansys.acp.core.DropOffSettings.disable_drop_offs_on_top.html#ansys.acp.core.DropOffSettings.disable_drop_offs_on_top", + "title": "disable_drop_offs_on_top > disable_drop_offs_on_top > disable_drop_offs_on_top", + "section": "disable_drop_offs_on_top > disable_drop_offs_on_top", + "text": "property DropOffSettings.disable_drop_offs_on_top: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.clone", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.shell_mesh.html#ansys.acp.core.ModelingGroup.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property ModelingGroup.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.clone", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.clone.html#ansys.acp.core.ImportedModelingGroup.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "ImportedModelingGroup.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.edge_set", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.edge_set.html#edge_set", + "title": "edge_set", + "section": "edge_set", + "text": "edge_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.active", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.active.html#active", - "title": "active", - "section": "active", - "text": "active" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.edge_set", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.edge_set.html#ansys.acp.core.VariableOffsetSelectionRule.edge_set", + "title": "edge_set > edge_set > edge_set", + "section": "edge_set > edge_set", + "text": "property VariableOffsetSelectionRule.edge_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.active", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.active.html#ansys.acp.core.SnapToGeometry.active", - "title": "active > active > active", - "section": "active > active", - "text": "property SnapToGeometry.active: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_angle.html#draped_transverse_angle", + "title": "draped_transverse_angle", + "section": "draped_transverse_angle", + "text": "draped_transverse_angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_point", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_point.html#orientation_point", - "title": "orientation_point", - "section": "orientation_point", - "text": "orientation_point" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_angle", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_angle.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.draped_transverse_angle", + "title": "draped_transverse_angle > draped_transverse_angle > draped_transverse_angle", + "section": "draped_transverse_angle > draped_transverse_angle", + "text": "AnalysisPlyElementalData.draped_transverse_angle: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_point", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.orientation_point.html#ansys.acp.core.OrientedSelectionSet.orientation_point", - "title": "orientation_point > orientation_point > orientation_point", - "section": "orientation_point > orientation_point", - "text": "property OrientedSelectionSet.orientation_point: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rstrip", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rstrip.html#rstrip", + "title": "rstrip", + "section": "rstrip", + "text": "Return a copy of the string with trailing whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nrstrip" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette", - "href": "api/_autosummary/ansys.acp.core.Rosette.html#rosette", - "title": "Rosette", - "section": "Rosette", - "text": "Instantiate a Rosette.\nname (str) – Name of the rosette.\nrosette_type (RosetteType) – Type of the rosette.\norigin (tuple[float, float, float]) – Coordinates of the rosette origin.\ndir1 (tuple[float, float, float]) – Direction 1 (x-direction) vector of the Rosette.\ndir2 (tuple[float, float, float]) – Direction 2 (y-direction) vector of the Rosette.\nedge_set (EdgeSet | None) – Edge Set used for the Rosettes with type RosetteType.EDGE_WISE.\nAdded in ACP server version 24.2.\nRosette.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nRosette.delete()\nDelete the object.\nRosette.store(parent)\nStore the object on the server.\nRosette.dir1\n\nRosette.dir2\n\nRosette.edge_set\n\nRosette.id\nIdentifier of the object, used for example as key in maps.\nRosette.locked\n\nRosette.name\nThe name of the object.\nRosette.origin\n\nRosette.parent\nThe parent of the object.\nRosette.rosette_type\n\nRosette.status\n\nRosette\nRosetteType.EDGE_WISE\nRosette.clone\nRosette.delete\nRosette.store\nRosette.dir1\nRosette.dir2\nRosette.edge_set\nRosette.id\nRosette.locked\nRosette.name\nRosette.origin\nRosette.parent\nRosette.rosette_type\nRosette.status" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rstrip", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rstrip.html#ansys.acp.core.material_property_sets.PuckMaterialType.rstrip", + "title": "rstrip > rstrip > rstrip", + "section": "rstrip > rstrip", + "text": "PuckMaterialType.rstrip(chars=None, /)\n\nReturn a copy of the string with trailing whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette", - "href": "api/_autosummary/ansys.acp.core.Rosette.html#ansys.acp.core.Rosette", - "title": "Rosette > Rosette > Rosette", - "section": "Rosette > Rosette", - "text": "class ansys.acp.core.Rosette(*, name='Rosette', rosette_type='parallel', origin=(0.0, 0.0, 0.0), dir1=(1.0, 0.0, 0.0), dir2=(0.0, 1.0, 0.0), edge_set=None)\n\nInstantiate a Rosette.\n\nParameters\n\nname (str) – Name of the rosette.\n\nrosette_type (RosetteType) – Type of the rosette.\n\norigin (tuple[float, float, float]) – Coordinates of the rosette origin.\n\ndir1 (tuple[float, float, float]) – Direction 1 (x-direction) vector of the Rosette.\n\ndir2 (tuple[float, float, float]) – Direction 2 (y-direction) vector of the Rosette.\n\nedge_set (EdgeSet | None) – Edge Set used for the Rosettes with type RosetteType.EDGE_WISE.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nRosette.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nRosette.delete()\n\nDelete the object.\n\nRosette.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nRosette.dir1\n\n\n\nRosette.dir2\n\n\n\nRosette.edge_set\n\n\n\nRosette.id\n\nIdentifier of the object, used for example as key in maps.\n\nRosette.locked\n\n\n\nRosette.name\n\nThe name of the object.\n\nRosette.origin\n\n\n\nRosette.parent\n\nThe parent of the object.\n\nRosette.rosette_type\n\n\n\nRosette.status\n\n\n\n" + "objectID": "examples/modeling_features/031-imported-solid-model", + "href": "examples/modeling_features/031-imported-solid-model.html#imported-solid-model", + "title": "Imported solid model", + "section": "Imported solid model", + "text": "This example guides you through the definition of an ImportedSolidModel\nwhich allows to map the layup onto an external solid mesh.\nIn contrast to the SolidModel, the raw solid mesh of\nImportedSolidModel is loaded from an external source, such as a CDB file.\nIn this example, the layup is applied onto a t-joint which consists of different\nparts such as shell, stringer, and bonding skins.\nThe example only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nThis example starts from an ACP model with layup. It shows how to:\nCreate an ImportedSolidModel from an external mesh.\nDefine the LayupMappingObject to apply the layup onto the solid mesh.\nScope plies to specific parts of the solid mesh.\nVisualize the mapped layup.\nIt is recommended to look at the Ansys help for all the details. This example shows the\nbasic setup only.\nImport the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImported solid model\nImportedSolidModel\nSolidModel\nImportedSolidModel\nImportedSolidModel\nLayupMappingObject" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette", - "href": "api/_autosummary/ansys.acp.core.Rosette.html#examples-using-rosette", - "title": "Rosette > Examples using Rosette", - "section": "Examples using Rosette", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Rosette" + "objectID": "examples/modeling_features/031-imported-solid-model", + "href": "examples/modeling_features/031-imported-solid-model.html#start-acp-and-load-the-model", + "title": "Imported solid model > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "%%\nGet the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from an acph5 file\nStart ACP and load the model" }, { - "objectID": "api/_autosummary/ansys.acp.core.IntersectionType.NORMAL_TO_SURFACE", - "href": "api/_autosummary/ansys.acp.core.IntersectionType.NORMAL_TO_SURFACE.html#normal_to_surface", - "title": "NORMAL_TO_SURFACE", - "section": "NORMAL_TO_SURFACE", - "text": "NORMAL_TO_SURFACE" + "objectID": "examples/modeling_features/031-imported-solid-model", + "href": "examples/modeling_features/031-imported-solid-model.html#import-external-solid-model", + "title": "Imported solid model > Import external solid model", + "section": "Import external solid model", + "text": "Get the solid mesh file and create an ImportedSolidModel,\nload the initial mesh and show the raw mesh without any mapping.\nThe solid element sets are used as target for the mapping later.\nHere is the full list and one is visualized.\nImport external solid model" }, { - "objectID": "api/_autosummary/ansys.acp.core.IntersectionType.NORMAL_TO_SURFACE", - "href": "api/_autosummary/ansys.acp.core.IntersectionType.NORMAL_TO_SURFACE.html#ansys.acp.core.IntersectionType.NORMAL_TO_SURFACE", - "title": "NORMAL_TO_SURFACE > NORMAL_TO_SURFACE > NORMAL_TO_SURFACE", - "section": "NORMAL_TO_SURFACE > NORMAL_TO_SURFACE", - "text": "IntersectionType.NORMAL_TO_SURFACE = 'normal_to_surface'\n\n" + "objectID": "examples/modeling_features/031-imported-solid-model", + "href": "examples/modeling_features/031-imported-solid-model.html#add-mapping-objects", + "title": "Imported solid model > Add mapping objects", + "section": "Add mapping objects", + "text": "Link the layup (plies) of the top skin of the sandwich\nwith the corresponding named selections of the solid mesh\nand show the updated solid model.\nShow the mass of the solid model elements\nAdd other mapping objects\nShow intermediate result\nThe mapping can also be done for specific plies\nas shown for the core materials.\nAdd filler mapping objects where the solid mesh is “filled”\nwith a single material. No plies from the layup are used here.\nShow final solid mesh with mapped layup\nAdd mapping objects" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_neg", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_neg.html#p_22_neg", - "title": "p_22_neg", - "section": "p_22_neg", - "text": "p_22_neg" + "objectID": "examples/modeling_features/031-imported-solid-model", + "href": "examples/modeling_features/031-imported-solid-model.html#show-extent-and-thickness-of-mapped-plies", + "title": "Imported solid model > Show extent and thickness of mapped plies", + "section": "Show extent and thickness of mapped plies", + "text": "Use print_model() to get the list of plies. After identifying the ply\nof interest, for example the thickness can be visualized. Note that\nonly ply-wise data of AnalysisPly can be visualized on the\nsolid mesh. ProductionPly and ModelingPly cannot\nbe visualized on the solid mesh.\nShow extent and thickness of mapped plies\nprint_model()\nAnalysisPly\nProductionPly\nModelingPly" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_neg", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_neg.html#ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_neg", - "title": "p_22_neg > p_22_neg > p_22_neg", - "section": "p_22_neg > p_22_neg", - "text": "property VariablePuckConstants.p_22_neg: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/031-imported-solid-model", + "href": "examples/modeling_features/031-imported-solid-model.html#other-features", + "title": "Imported solid model > Other features", + "section": "Other features", + "text": "The CutOffGeometry can be used in combination witt the ImportedSolidModel\nas well. See example solid_model_example for more details.\nMore plotting capabilities are shown in the example solid_model_example as well.\nAn example of an ImportedSolidModel in combination with ImportedModelingPly\nis shown in imported_plies_example.\nThe solid mesh can be exported as CDB for MAPDL or to PyMechanical for further analysis.\nThese workflows are shown in pymapdl_workflow_example and\npymechanical_solid_example.\nTotal running time of the script: (0 minutes 20.137 seconds)\nDownload Jupyter notebook: 031-imported-solid-model.ipynb\nDownload Python source code: 031-imported-solid-model.py\nDownload zipped: 031-imported-solid-model.zip\nGallery generated by Sphinx-Gallery\nOther features\nCutOffGeometry\nImportedSolidModel\nImportedSolidModel\nImportedModelingPly\nDownload Jupyter notebook: 031-imported-solid-model.ipynb\nDownload Python source code: 031-imported-solid-model.py\nDownload zipped: 031-imported-solid-model.zip" }, { "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.parent", @@ -22855,522 +22785,536 @@ "text": "property VirtualGeometry.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.cad_geometry", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.cad_geometry.html#cad_geometry", - "title": "cad_geometry", - "section": "cad_geometry", - "text": "cad_geometry" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.direction", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.direction.html#direction", + "title": "direction", + "section": "direction", + "text": "direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.cad_geometry", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.cad_geometry.html#ansys.acp.core.SnapToGeometry.cad_geometry", - "title": "cad_geometry > cad_geometry > cad_geometry", - "section": "cad_geometry > cad_geometry", - "text": "property SnapToGeometry.cad_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.direction", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.direction.html#ansys.acp.core.ParallelSelectionRule.direction", + "title": "direction > direction > direction", + "section": "direction > direction", + "text": "property ParallelSelectionRule.direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.relative_rule", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.relative_rule.html#relative_rule", - "title": "relative_rule", - "section": "relative_rule", - "text": "relative_rule" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.relative_rule", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.relative_rule.html#ansys.acp.core.SphericalSelectionRule.relative_rule", - "title": "relative_rule > relative_rule > relative_rule", - "section": "relative_rule > relative_rule", - "text": "property SphericalSelectionRule.relative_rule: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.BooleanSelectionRuleNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "BooleanSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.status", - "href": "api/_autosummary/ansys.acp.core.Stackup.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xt.html#xt", + "title": "Xt", + "section": "Xt", + "text": "Xt" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.status", - "href": "api/_autosummary/ansys.acp.core.Stackup.status.html#ansys.acp.core.Stackup.status", - "title": "status > status > status", - "section": "status > status", - "text": "property Stackup.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Xt.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Xt", + "title": "Xt > Xt > Xt", + "section": "Xt > Xt", + "text": "property ConstantStressLimits.Xt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.name", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.element_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.element_index.html#element_index", + "title": "element_index", + "section": "element_index", + "text": "element_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.name", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.name.html#ansys.acp.core.EdgeSet.name", - "title": "name > name > name", - "section": "name > name", - "text": "property EdgeSet.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.element_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.element_index.html#ansys.acp.core.ImportedSolidModelExportSettings.element_index", + "title": "element_index > element_index > element_index", + "section": "element_index > element_index", + "text": "property ImportedSolidModelExportSettings.element_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.html#meshdata", - "title": "MeshData", - "section": "MeshData", - "text": "Container for the mesh data of an ACP Model.\nMeshData.to_pyvista()\nConvert the mesh data to a PyVista mesh.\nMeshData.node_labels\n\nMeshData.node_coordinates\n\nMeshData.element_labels\n\nMeshData.element_types\n\nMeshData.element_nodes\n\nMeshData.element_nodes_offsets\n\nMeshData\nMeshData.to_pyvista\nMeshData.node_labels\nMeshData.node_coordinates\nMeshData.element_labels\nMeshData.element_types\nMeshData.element_nodes\nMeshData.element_nodes_offsets" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.clone", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.html#ansys.acp.core.mesh_data.MeshData", - "title": "MeshData > MeshData > MeshData", - "section": "MeshData > MeshData", - "text": "class ansys.acp.core.mesh_data.MeshData(node_labels, node_coordinates, element_labels, element_types, element_nodes, element_nodes_offsets)\n\nContainer for the mesh data of an ACP Model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nMeshData.to_pyvista()\n\nConvert the mesh data to a PyVista mesh.\n\n\n\nAttributes\n\n\n\n\n\n\n\nMeshData.node_labels\n\n\n\nMeshData.node_coordinates\n\n\n\nMeshData.element_labels\n\n\n\nMeshData.element_types\n\n\n\nMeshData.element_nodes\n\n\n\nMeshData.element_nodes_offsets\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.clone", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.clone.html#ansys.acp.core.ModelingPly.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "ModelingPly.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.shear_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.shear_angle.html#shear_angle", - "title": "shear_angle", - "section": "shear_angle", - "text": "shear_angle" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR.html#nearest_neighbor", + "title": "NEAREST_NEIGHBOR", + "section": "NEAREST_NEIGHBOR", + "text": "NEAREST_NEIGHBOR" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR.html#ansys.acp.core.LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR", + "title": "NEAREST_NEIGHBOR > NEAREST_NEIGHBOR > NEAREST_NEIGHBOR", + "section": "NEAREST_NEIGHBOR > NEAREST_NEIGHBOR", + "text": "LookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR = 'nearest_neighbor'\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_DAT", + "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_DAT.html#ansys_dat", + "title": "ANSYS_DAT", + "section": "ANSYS_DAT", + "text": "ANSYS_DAT" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_DAT", + "href": "api/_autosummary/ansys.acp.core.FeFormat.ANSYS_DAT.html#ansys.acp.core.FeFormat.ANSYS_DAT", + "title": "ANSYS_DAT > ANSYS_DAT > ANSYS_DAT", + "section": "ANSYS_DAT > ANSYS_DAT", + "text": "FeFormat.ANSYS_DAT = 'ansys:dat'\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field_type", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field_type.html#thickness_field_type", + "title": "thickness_field_type", + "section": "thickness_field_type", + "text": "thickness_field_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.shear_angle", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.shear_angle.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.shear_angle", - "title": "shear_angle > shear_angle > shear_angle", - "section": "shear_angle > shear_angle", - "text": "AnalysisPlyElementalData.shear_angle: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field_type", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.thickness_field_type.html#ansys.acp.core.ImportedModelingPly.thickness_field_type", + "title": "thickness_field_type > thickness_field_type > thickness_field_type", + "section": "thickness_field_type > thickness_field_type", + "text": "property ImportedModelingPly.thickness_field_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.name", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.id", + "href": "api/_autosummary/ansys.acp.core.Sensor.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.name", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.name.html#ansys.acp.core.ButtJointSequence.name", - "title": "name > name > name", - "section": "name > name", - "text": "property ButtJointSequence.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.id", + "href": "api/_autosummary/ansys.acp.core.Sensor.id.html#ansys.acp.core.Sensor.id", + "title": "id > id > id", + "section": "id > id", + "text": "property Sensor.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_thickness_tolerance", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_thickness_tolerance.html#relative_thickness_tolerance", - "title": "relative_thickness_tolerance", - "section": "relative_thickness_tolerance", - "text": "relative_thickness_tolerance" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.selection_rules", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.selection_rules.html#selection_rules", + "title": "selection_rules", + "section": "selection_rules", + "text": "selection_rules" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_thickness_tolerance", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.relative_thickness_tolerance.html#ansys.acp.core.ShellMappingProperties.relative_thickness_tolerance", - "title": "relative_thickness_tolerance > relative_thickness_tolerance > relative_thickness_tolerance", - "section": "relative_thickness_tolerance > relative_thickness_tolerance", - "text": "ShellMappingProperties.relative_thickness_tolerance: float = 0.5\n\n" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.selection_rules", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.selection_rules.html#ansys.acp.core.BooleanSelectionRule.selection_rules", + "title": "selection_rules > selection_rules > selection_rules", + "section": "selection_rules > selection_rules", + "text": "property BooleanSelectionRule.selection_rules: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.delete.html#delete", + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.delete", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.delete.html#delete", "title": "delete", "section": "delete", "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.delete", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.delete.html#ansys.acp.core.CylindricalSelectionRule.delete", + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.delete", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.delete.html#ansys.acp.core.LookUpTable1D.delete", "title": "delete > delete > delete", "section": "delete > delete", - "text": "CylindricalSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "text": "LookUpTable1D.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.parent", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.html#variablewovencharacterization", + "title": "VariableWovenCharacterization", + "section": "VariableWovenCharacterization", + "text": "Variable woven characterization material property set.\nAdded in ACP server version 24.2.\nVariableWovenCharacterization.E1_1\n\nVariableWovenCharacterization.E1_2\n\nVariableWovenCharacterization.E2_1\n\nVariableWovenCharacterization.E2_2\n\nVariableWovenCharacterization.G12_1\n\nVariableWovenCharacterization.G12_2\n\nVariableWovenCharacterization.G23_1\n\nVariableWovenCharacterization.G23_2\n\nVariableWovenCharacterization.field_variables\n\nVariableWovenCharacterization.interpolation_options\n\nVariableWovenCharacterization.nu12_1\n\nVariableWovenCharacterization.nu12_2\n\nVariableWovenCharacterization.orientation_2\n\nVariableWovenCharacterization\nVariableWovenCharacterization.E1_1\nVariableWovenCharacterization.E1_2\nVariableWovenCharacterization.E2_1\nVariableWovenCharacterization.E2_2\nVariableWovenCharacterization.G12_1\nVariableWovenCharacterization.G12_2\nVariableWovenCharacterization.G23_1\nVariableWovenCharacterization.G23_2\nVariableWovenCharacterization.field_variables\nVariableWovenCharacterization.interpolation_options\nVariableWovenCharacterization.nu12_1\nVariableWovenCharacterization.nu12_2\nVariableWovenCharacterization.orientation_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.parent", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.parent.html#ansys.acp.core.ImportedProductionPly.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ImportedProductionPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization", + "title": "VariableWovenCharacterization > VariableWovenCharacterization > VariableWovenCharacterization", + "section": "VariableWovenCharacterization > VariableWovenCharacterization", + "text": "class ansys.acp.core.material_property_sets.VariableWovenCharacterization(*, _parent_object=None, _attribute_path=None)\n\nVariable woven characterization material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableWovenCharacterization.E1_1\n\n\n\nVariableWovenCharacterization.E1_2\n\n\n\nVariableWovenCharacterization.E2_1\n\n\n\nVariableWovenCharacterization.E2_2\n\n\n\nVariableWovenCharacterization.G12_1\n\n\n\nVariableWovenCharacterization.G12_2\n\n\n\nVariableWovenCharacterization.G23_1\n\n\n\nVariableWovenCharacterization.G23_2\n\n\n\nVariableWovenCharacterization.field_variables\n\n\n\nVariableWovenCharacterization.interpolation_options\n\n\n\nVariableWovenCharacterization.nu12_1\n\n\n\nVariableWovenCharacterization.nu12_2\n\n\n\nVariableWovenCharacterization.orientation_2\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.Model.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.Model.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "CylindricalSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.Model.shell_mesh.html#ansys.acp.core.Model.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property Model.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.tube_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.tube_selection_rules.html#tube_selection_rules", - "title": "tube_selection_rules", - "section": "tube_selection_rules", - "text": "tube_selection_rules" + "objectID": "api/_autosummary/ansys.acp.core.Model.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.Model.shell_mesh.html#examples-using-modelshell_mesh", + "title": "shell_mesh > Examples using Model.shell_mesh", + "section": "Examples using Model.shell_mesh", + "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.shell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.tube_selection_rules", - "href": "api/_autosummary/ansys.acp.core.Model.tube_selection_rules.html#ansys.acp.core.Model.tube_selection_rules", - "title": "tube_selection_rules > tube_selection_rules > tube_selection_rules", - "section": "tube_selection_rules > tube_selection_rules", - "text": "property Model.tube_selection_rules: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.add_selection_rule", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.add_selection_rule.html#add_selection_rule", + "title": "add_selection_rule", + "section": "add_selection_rule", + "text": "Add a LinkedSelectionRule to the ModelingPly.\nSee LinkedSelectionRule for the available parameters.\nLinkedSelectionRule\nadd_selection_rule\nLinkedSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.html#variablefabricfiberangle", - "title": "VariableFabricFiberAngle", - "section": "VariableFabricFiberAngle", - "text": "Variable fabric fiber angle material property set.\nDefines the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\nAdded in ACP server version 24.2.\nVariableFabricFiberAngle.fabric_fiber_angle\n\nVariableFabricFiberAngle.field_variables\n\nVariableFabricFiberAngle.interpolation_options\n\nVariableFabricFiberAngle\nVariableFabricFiberAngle.fabric_fiber_angle\nVariableFabricFiberAngle.field_variables\nVariableFabricFiberAngle.interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.add_selection_rule", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.add_selection_rule.html#ansys.acp.core.ModelingPly.add_selection_rule", + "title": "add_selection_rule > add_selection_rule > add_selection_rule", + "section": "add_selection_rule > add_selection_rule", + "text": "ModelingPly.add_selection_rule(selection_rule, *, operation_type='intersect', template_rule=False, parameter_1=0.0, parameter_2=0.0)\n\nAdd a LinkedSelectionRule to the ModelingPly.\n\nSee LinkedSelectionRule for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nLinkedSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.html#ansys.acp.core.material_property_sets.VariableFabricFiberAngle", - "title": "VariableFabricFiberAngle > VariableFabricFiberAngle > VariableFabricFiberAngle", - "section": "VariableFabricFiberAngle > VariableFabricFiberAngle", - "text": "class ansys.acp.core.material_property_sets.VariableFabricFiberAngle(*, _parent_object=None, _attribute_path=None)\n\nVariable fabric fiber angle material property set.\n\nDefines the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableFabricFiberAngle.fabric_fiber_angle\n\n\n\nVariableFabricFiberAngle.field_variables\n\n\n\nVariableFabricFiberAngle.interpolation_options\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rindex", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rindex.html#rindex", + "title": "rindex", + "section": "rindex", + "text": "Return the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nRaises ValueError when the substring is not found.\nrindex" }, { - "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.RETAIN", - "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.RETAIN.html#retain", - "title": "RETAIN", - "section": "RETAIN", - "text": "RETAIN" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rindex", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rindex.html#ansys.acp.core.material_property_sets.PuckMaterialType.rindex", + "title": "rindex > rindex > rindex", + "section": "rindex > rindex", + "text": "PuckMaterialType.rindex(sub, [start, [end]]) -> int\n\nReturn the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nRaises ValueError when the substring is not found.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.RETAIN", - "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.RETAIN.html#ansys.acp.core.BaseElementMaterialHandling.RETAIN", - "title": "RETAIN > RETAIN > RETAIN", - "section": "RETAIN > RETAIN", - "text": "BaseElementMaterialHandling.RETAIN = 'retain'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.WOVEN", + "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.WOVEN.html#woven", + "title": "WOVEN", + "section": "WOVEN", + "text": "WOVEN" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.id", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.WOVEN", + "href": "api/_autosummary/ansys.acp.core.DrapingMaterialModel.WOVEN.html#ansys.acp.core.DrapingMaterialModel.WOVEN", + "title": "WOVEN > WOVEN > WOVEN", + "section": "WOVEN > WOVEN", + "text": "DrapingMaterialModel.WOVEN = 'woven'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.id", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.id.html#ansys.acp.core.LayupMappingObject.id", - "title": "id > id > id", - "section": "id > id", - "text": "property LayupMappingObject.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/001-materials", + "href": "examples/modeling_features/001-materials.html#materials", + "title": "Materials", + "section": "Materials", + "text": "This example demonstrates how to create the different type of materials, import,\nor export them. It only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nACP distinguishes between four types of material:\nRaw Material that defines the mechanical properties of the material.\nFabric is where a material can be associated with a set thickness.\nStackup is used to combine fabrics into a non-crimp fabric, such as a [0 45 90] combination.\nSublaminate is used to group fabrics and stackups for frequently used lay-ups.\nFabrics, Stackups and Sublaminates can be used to create plies. It is recommended to look a the\nAnsys help for more information on the different types of materials.\nImport the standard library and third-party dependencies.\nImport the PyACP dependencies.\nMaterials" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.locked", - "href": "api/_autosummary/ansys.acp.core.Stackup.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "examples/modeling_features/001-materials", + "href": "examples/modeling_features/001-materials.html#start-acp-and-load-the-model", + "title": "Materials > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "%%\nGet the example file from the server.\nLaunch the PyACP server and connect to it.\nImport the model from the input file.\nStart ACP and load the model" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.locked", - "href": "api/_autosummary/ansys.acp.core.Stackup.locked.html#ansys.acp.core.Stackup.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property Stackup.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/001-materials", + "href": "examples/modeling_features/001-materials.html#create-a-material", + "title": "Materials > Create a Material", + "section": "Create a Material", + "text": "%%\nCreate property sets elastic constants, strain and stress limits.\nCreate a uni-directional (UD) material\nCreate a Material" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_ACPH5", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_ACPH5.html#race_car_nose_acph5", - "title": "RACE_CAR_NOSE_ACPH5", - "section": "RACE_CAR_NOSE_ACPH5", - "text": "RACE_CAR_NOSE_ACPH5" + "objectID": "examples/modeling_features/001-materials", + "href": "examples/modeling_features/001-materials.html#create-a-fabric", + "title": "Materials > Create a Fabric", + "section": "Create a Fabric", + "text": "Create a fabric with a thickness of 0.2 mmm. A material can be used for\nmultiple fabrics.\nCreate a Fabric" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_ACPH5", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_ACPH5.html#ansys.acp.core.extras.example_helpers.ExampleKeys.RACE_CAR_NOSE_ACPH5", - "title": "RACE_CAR_NOSE_ACPH5 > RACE_CAR_NOSE_ACPH5 > RACE_CAR_NOSE_ACPH5", - "section": "RACE_CAR_NOSE_ACPH5 > RACE_CAR_NOSE_ACPH5", - "text": "ExampleKeys.RACE_CAR_NOSE_ACPH5 = 5\n\n" + "objectID": "examples/modeling_features/001-materials", + "href": "examples/modeling_features/001-materials.html#create-a-stackup", + "title": "Materials > Create a Stackup", + "section": "Create a Stackup", + "text": "Create a non-crimped fabric. In that case a biax.\nCreate a Stackup" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes.html#element_nodes", - "title": "element_nodes", - "section": "element_nodes", - "text": "element_nodes" + "objectID": "examples/modeling_features/001-materials", + "href": "examples/modeling_features/001-materials.html#create-a-sub-laminate", + "title": "Materials > Create a Sub-Laminate", + "section": "Create a Sub-Laminate", + "text": "A Sublaminate is a group of fabrics and stackups which eases the modeling\nif the same sequence of materials is used multiple times.\nThe final material sequence of this Sublaminate is\n[E-Glass -45°, E-Glass 45°, E-Glass 90°, E-Glass 45°, E-Glass -45°].\nCreate a Sub-Laminate" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes", - "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_nodes.html#ansys.acp.core.mesh_data.MeshData.element_nodes", - "title": "element_nodes > element_nodes > element_nodes", - "section": "element_nodes > element_nodes", - "text": "MeshData.element_nodes: ndarray[tuple[int, ...], dtype[int32]]\n\n" + "objectID": "examples/modeling_features/001-materials", + "href": "examples/modeling_features/001-materials.html#import-and-export-materials", + "title": "Materials > Import and Export Materials", + "section": "Import and Export Materials", + "text": "Materials can be imported and exported from and to external sources.\nBy default, materials are loaded from the CDB file when the model is loaded.\nAn alternative is to load materials from an Engineering Data\nfile via Model.import_materials().\nSome workflows require the materials to be exported to an XML file.\nTotal running time of the script: (0 minutes 10.503 seconds)\nDownload Jupyter notebook: 001-materials.ipynb\nDownload Python source code: 001-materials.py\nDownload zipped: 001-materials.zip\nGallery generated by Sphinx-Gallery\nImport and Export Materials\nModel.import_materials()\nDownload Jupyter notebook: 001-materials.ipynb\nDownload Python source code: 001-materials.py\nDownload zipped: 001-materials.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.status", + "href": "api/_autosummary/ansys.acp.core.Stackup.status.html#status", + "title": "status", + "section": "status", + "text": "status" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.Stackup.status", + "href": "api/_autosummary/ansys.acp.core.Stackup.status.html#ansys.acp.core.Stackup.status", + "title": "status > status > status", + "section": "status > status", + "text": "property Stackup.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.nodal_data.html#ansys.acp.core.ProductionPly.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property ProductionPly.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.element_set", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.element_set.html#element_set", + "title": "element_set", + "section": "element_set", + "text": "element_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.node_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.node_index.html#node_index", + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.element_set", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.element_set.html#ansys.acp.core.VariableOffsetSelectionRule.element_set", + "title": "element_set > element_set > element_set", + "section": "element_set > element_set", + "text": "property VariableOffsetSelectionRule.element_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.node_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.node_index.html#node_index", "title": "node_index", "section": "node_index", "text": "node_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.node_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.node_index.html#ansys.acp.core.SolidModelExportSettings.node_index", + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.node_index", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.node_index.html#ansys.acp.core.ImportedSolidModelExportSettings.node_index", "title": "node_index > node_index > node_index", "section": "node_index > node_index", - "text": "property SolidModelExportSettings.node_index: Any\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isupper", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isupper.html#isupper", - "title": "isupper", - "section": "isupper", - "text": "Return True if the string is an uppercase string, False otherwise.\nA string is uppercase if all cased characters in the string are uppercase and\nthere is at least one cased character in the string.\nisupper" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isupper", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isupper.html#ansys.acp.core.LaunchMode.isupper", - "title": "isupper > isupper > isupper", - "section": "isupper > isupper", - "text": "LaunchMode.isupper(/)\n\nReturn True if the string is an uppercase string, False otherwise.\n\nA string is uppercase if all cased characters in the string are uppercase and\nthere is at least one cased character in the string.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.clone", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.clone", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.clone.html#ansys.acp.core.LookUpTable3DColumn.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "LookUpTable3DColumn.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "text": "property ImportedSolidModelExportSettings.node_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae", - "href": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae.html#export_hdf5_composite_cae", - "title": "export_hdf5_composite_cae", - "section": "export_hdf5_composite_cae", - "text": "Export the lay-up to the HDF5 Composite CAE format.\npath (str | PathLike[str]) – File path.\nremove_midside_nodes (bool) – If True, remove mid-side nodes from the exported mesh. This increases the\noverall performance.\nlayup_representation_3d (bool) – If True, the 3D representation of the lay-up is computed, and the offset ply\nsurfaces are exported.\noffset_type (OffsetType) – Defines if the bottom, mid, or top surface of the plies is exported.\nOnly used if layup_representation_3d is True.\nall_elements (bool) – Whether to limit the export to some user-defined element sets or not.\nelement_sets (Sequence[ElementSet | OrientedSelectionSet]) – Only plies defined on the selected element sets or oriented selection\nsets will be exported.\nUsed only if all_elements is False.\nall_plies (bool) – Whether to export all plies or a user-defined set.\nplies (Sequence[ModelingGroup | ModelingPly]) – User-defined set of Modeling Plies and/or Modeling Groups.\nUsed only if all_plies is False.\nascii_encoding (bool) – If True, use ASCII encoding when writing text attributes to the HDF5 CAE\nfile. This may be needed for compatibility with programs that don’t fully\nsupport unicode when reading the file.\nexport_hdf5_composite_cae\nlayup_representation_3d\nall_elements\nall_plies" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.active_in_post_mode", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.active_in_post_mode.html#active_in_post_mode", + "title": "active_in_post_mode", + "section": "active_in_post_mode", + "text": "active_in_post_mode" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae", - "href": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae.html#ansys.acp.core.Model.export_hdf5_composite_cae", - "title": "export_hdf5_composite_cae > export_hdf5_composite_cae > export_hdf5_composite_cae", - "section": "export_hdf5_composite_cae > export_hdf5_composite_cae", - "text": "Model.export_hdf5_composite_cae(path, *, remove_midside_nodes=True, layup_representation_3d=False, offset_type='bottom_offset', all_elements=True, element_sets=(), all_plies=True, plies=(), ascii_encoding=False)\n\nExport the lay-up to the HDF5 Composite CAE format.\n\nParameters\n\npath (str | PathLike[str]) – File path.\n\nremove_midside_nodes (bool) – If True, remove mid-side nodes from the exported mesh. This increases the\noverall performance.\n\nlayup_representation_3d (bool) – If True, the 3D representation of the lay-up is computed, and the offset ply\nsurfaces are exported.\n\noffset_type (OffsetType) – Defines if the bottom, mid, or top surface of the plies is exported.\nOnly used if layup_representation_3d is True.\n\nall_elements (bool) – Whether to limit the export to some user-defined element sets or not.\n\nelement_sets (Sequence[ElementSet | OrientedSelectionSet]) – Only plies defined on the selected element sets or oriented selection\nsets will be exported.\nUsed only if all_elements is False.\n\nall_plies (bool) – Whether to export all plies or a user-defined set.\n\nplies (Sequence[ModelingGroup | ModelingPly]) – User-defined set of Modeling Plies and/or Modeling Groups.\nUsed only if all_plies is False.\n\nascii_encoding (bool) – If True, use ASCII encoding when writing text attributes to the HDF5 CAE\nfile. This may be needed for compatibility with programs that don’t fully\nsupport unicode when reading the file.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.active_in_post_mode", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.active_in_post_mode.html#ansys.acp.core.ImportedAnalysisPly.active_in_post_mode", + "title": "active_in_post_mode > active_in_post_mode > active_in_post_mode", + "section": "active_in_post_mode > active_in_post_mode", + "text": "property ImportedAnalysisPly.active_in_post_mode: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae", - "href": "api/_autosummary/ansys.acp.core.Model.export_hdf5_composite_cae.html#examples-using-modelexport_hdf5_composite_cae", - "title": "export_hdf5_composite_cae > Examples using Model.export_hdf5_composite_cae", - "section": "Examples using Model.export_hdf5_composite_cae", - "text": "sphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.export_hdf5_composite_cae" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.rosette_type", - "href": "api/_autosummary/ansys.acp.core.Rosette.rosette_type.html#rosette_type", - "title": "rosette_type", - "section": "rosette_type", - "text": "rosette_type" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data.html#ansys.acp.core.ModelingPly.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property ModelingPly.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Rosette.rosette_type", - "href": "api/_autosummary/ansys.acp.core.Rosette.rosette_type.html#ansys.acp.core.Rosette.rosette_type", - "title": "rosette_type > rosette_type > rosette_type", - "section": "rosette_type > rosette_type", - "text": "property Rosette.rosette_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data.html#examples-using-modelingplyelemental_data", + "title": "elemental_data > Examples using ModelingPly.elemental_data", + "section": "Examples using ModelingPly.elemental_data", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ModelingPly.elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XZ", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XZ.html#xz", - "title": "XZ", - "section": "XZ", - "text": "XZ" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XZ", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XZ.html#ansys.acp.core.material_property_sets.ConstantTsaiWuConstants.XZ", - "title": "XZ > XZ > XZ", - "section": "XZ > XZ", - "text": "property ConstantTsaiWuConstants.XZ: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.shell_mesh.html#ansys.acp.core.TubeSelectionRule.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property TubeSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.html#interpolationoptions", - "title": "InterpolationOptions", - "section": "InterpolationOptions", - "text": "Defines the interpolation options for variable materials.\nInterpolationOptions.algorithm\n\nInterpolationOptions.cached\n\nInterpolationOptions.normalized\n\nInterpolationOptions\nInterpolationOptions.algorithm\nInterpolationOptions.cached\nInterpolationOptions.normalized" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.html#importedmodelinggroup", + "title": "ImportedModelingGroup", + "section": "ImportedModelingGroup", + "text": "Instantiate an imported modeling group.\nname (str) – Name of the imported modeling group.\nAdded in ACP server version 25.1.\nImportedModelingGroup.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nImportedModelingGroup.create_imported_modeling_ply(*)\nInstantiate an Imported Modeling Ply.\nImportedModelingGroup.delete()\nDelete the object.\nImportedModelingGroup.store(parent)\nStore the object on the server.\nImportedModelingGroup.id\nIdentifier of the object, used for example as key in maps.\nImportedModelingGroup.imported_modeling_plies\n\nImportedModelingGroup.name\nThe name of the object.\nImportedModelingGroup.parent\nThe parent of the object.\nImportedModelingGroup\nImportedModelingGroup.clone\nImportedModelingGroup.create_imported_modeling_ply\nImportedModelingGroup.delete\nImportedModelingGroup.store\nImportedModelingGroup.id\nImportedModelingGroup.imported_modeling_plies\nImportedModelingGroup.name\nImportedModelingGroup.parent" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.html#ansys.acp.core.material_property_sets.InterpolationOptions", - "title": "InterpolationOptions > InterpolationOptions > InterpolationOptions", - "section": "InterpolationOptions > InterpolationOptions", - "text": "class ansys.acp.core.material_property_sets.InterpolationOptions(algorithm, cached, normalized)\n\nDefines the interpolation options for variable materials.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nInterpolationOptions.algorithm\n\n\n\nInterpolationOptions.cached\n\n\n\nInterpolationOptions.normalized\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.html#ansys.acp.core.ImportedModelingGroup", + "title": "ImportedModelingGroup > ImportedModelingGroup > ImportedModelingGroup", + "section": "ImportedModelingGroup > ImportedModelingGroup", + "text": "class ansys.acp.core.ImportedModelingGroup(*, name='ImportedModelingGroup')\n\nInstantiate an imported modeling group.\n\nParameters\n\nname (str) – Name of the imported modeling group.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nImportedModelingGroup.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nImportedModelingGroup.create_imported_modeling_ply(*)\n\nInstantiate an Imported Modeling Ply.\n\nImportedModelingGroup.delete()\n\nDelete the object.\n\nImportedModelingGroup.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedModelingGroup.id\n\nIdentifier of the object, used for example as key in maps.\n\nImportedModelingGroup.imported_modeling_plies\n\n\n\nImportedModelingGroup.name\n\nThe name of the object.\n\nImportedModelingGroup.parent\n\nThe parent of the object.\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.html#constantpuckconstants", - "title": "ConstantPuckConstants", - "section": "ConstantPuckConstants", - "text": "Constant Puck constants material property set.\nAdded in ACP server version 24.2.\nConstantPuckConstants.M\n\nConstantPuckConstants.interface_weakening_factor\n\nConstantPuckConstants.mat_type\n\nConstantPuckConstants.p_21_neg\n\nConstantPuckConstants.p_21_pos\n\nConstantPuckConstants.p_22_neg\n\nConstantPuckConstants.p_22_pos\n\nConstantPuckConstants.s\n\nConstantPuckConstants\nConstantPuckConstants.M\nConstantPuckConstants.interface_weakening_factor\nConstantPuckConstants.mat_type\nConstantPuckConstants.p_21_neg\nConstantPuckConstants.p_21_pos\nConstantPuckConstants.p_22_neg\nConstantPuckConstants.p_22_pos\nConstantPuckConstants.s" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.html#examples-using-importedmodelinggroup", + "title": "ImportedModelingGroup > Examples using ImportedModelingGroup", + "section": "Examples using ImportedModelingGroup", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedModelingGroup" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.html#ansys.acp.core.material_property_sets.ConstantPuckConstants", - "title": "ConstantPuckConstants > ConstantPuckConstants > ConstantPuckConstants", - "section": "ConstantPuckConstants > ConstantPuckConstants", - "text": "class ansys.acp.core.material_property_sets.ConstantPuckConstants(*, p_21_pos=None, p_21_neg=None, p_22_pos=None, p_22_neg=None, s=0.5, M=0.5, interface_weakening_factor=0.8, mat_type=PuckMaterialType.IGNORED, _parent_object=None, _attribute_path=None)\n\nConstant Puck constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantPuckConstants.M\n\n\n\nConstantPuckConstants.interface_weakening_factor\n\n\n\nConstantPuckConstants.mat_type\n\n\n\nConstantPuckConstants.p_21_neg\n\n\n\nConstantPuckConstants.p_21_pos\n\n\n\nConstantPuckConstants.p_22_neg\n\n\n\nConstantPuckConstants.p_22_pos\n\n\n\nConstantPuckConstants.s\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosette_selection_method", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosette_selection_method.html#base_element_rosette_selection_method", + "title": "base_element_rosette_selection_method", + "section": "base_element_rosette_selection_method", + "text": "base_element_rosette_selection_method" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.CONNECT", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.CONNECT.html#connect", - "title": "CONNECT", - "section": "CONNECT", - "text": "CONNECT" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosette_selection_method", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosette_selection_method.html#ansys.acp.core.LayupMappingObject.base_element_rosette_selection_method", + "title": "base_element_rosette_selection_method > base_element_rosette_selection_method > base_element_rosette_selection_method", + "section": "base_element_rosette_selection_method > base_element_rosette_selection_method", + "text": "property LayupMappingObject.base_element_rosette_selection_method: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.CONNECT", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.CONNECT.html#ansys.acp.core.LaunchMode.CONNECT", - "title": "CONNECT > CONNECT > CONNECT", - "section": "CONNECT > CONNECT", - "text": "LaunchMode.CONNECT = 'connect'\n\n" + "objectID": "contributing", + "href": "contributing.html#contribute", + "title": "Contribute", + "section": "Contribute", + "text": "We absolutely welcome all code contributions and hope that this\nguide facilitates an understanding of the PyACP code\nrepository. It is important to note that while the PyACP software\npackage is maintained by Ansys and any submissions are reviewed\nthoroughly before merging, we still seek to foster a community that can\nsupport user questions and develop new features to make this software\na useful tool for all users. As such, we welcome and encourage any\nquestions or submissions to this repository.\nFor example, you can make contributions as follows:\nReport a bug or suggest a feature.\nGive feedback or make suggestions for improving the documentation.\nSubmit a pull request to fix a bug or add a feature.\nReport your use case, explain how PyACP has helped you, or indicate what features are still missing.\nFor feedback, suggestions, or bug reports, open an issue on the PyACP GitHub repository.\nFor code changes or documentation improvements, open a pull request.\nContribute" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.relative_thickness_correction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.relative_thickness_correction.html#relative_thickness_correction", - "title": "relative_thickness_correction", - "section": "relative_thickness_correction", - "text": "relative_thickness_correction" + "objectID": "contributing", + "href": "contributing.html#development-setup", + "title": "Contribute > Development Setup", + "section": "Development Setup", + "text": "Development Setup" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.relative_thickness_correction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.relative_thickness_correction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.relative_thickness_correction", - "title": "relative_thickness_correction > relative_thickness_correction > relative_thickness_correction", - "section": "relative_thickness_correction > relative_thickness_correction", - "text": "AnalysisPlyElementalData.relative_thickness_correction: ScalarData[np.float64] | None = None\n\n" + "objectID": "contributing", + "href": "contributing.html#installation", + "title": "Contribute > Installation", + "section": "Installation", + "text": "Installing PyACP in developer mode allows you to modify the source and enhance it. Before contributing to the project,\nplease refer to the PyAnsys Developer’s guide.\nYou will need to follow these steps:\nStart by cloning this repository, and entering the newly created directory:\nMake sure you have the latest version of poetry:\nAt this point, you may need to restart your shell or editor to ensure that the new poetry command is available.\nInstall the project and all its development dependencies using poetry. This also takes care of\ncreating a new virtual environment:\nThis step installs PyACP in an editable mode (no build step is needed, no re-install when changing the code).\nActivate your development virtual environment with:\nInstallation\npoetry" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_mesh_size", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_mesh_size.html#draping_mesh_size", - "title": "draping_mesh_size", - "section": "draping_mesh_size", - "text": "draping_mesh_size" + "objectID": "contributing", + "href": "contributing.html#testing", + "title": "Contribute > Testing", + "section": "Testing", + "text": "The PyACP test suite uses pytest. You can run it with\nTesting" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_mesh_size", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_mesh_size.html#ansys.acp.core.ModelingPly.draping_mesh_size", - "title": "draping_mesh_size > draping_mesh_size > draping_mesh_size", - "section": "draping_mesh_size > draping_mesh_size", - "text": "property ModelingPly.draping_mesh_size: Any\n\n!! processed by numpydoc !!" + "objectID": "contributing", + "href": "contributing.html#benchmarking", + "title": "Contribute > Benchmarking", + "section": "Benchmarking", + "text": "As part of the test suite, we run some performance benchmarks. These can be run with\nAdditional options can be found in the pytest-benchmark documentation.\nNOTE: The benchmarks use the tc-netem Linux kernel module to simulate a slow network\nconnection within a Docker container. This is available only on Linux, not on Docker for MacOS\nor Windows.\nThe benchmark results from the main branch are uploaded to https://acp.docs.pyansys.com/benchmarks.\nBenchmarking\ntc-netem\nmain" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.casefold", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.casefold.html#casefold", - "title": "casefold", - "section": "casefold", - "text": "Return a version of the string suitable for caseless comparisons.\ncasefold" + "objectID": "contributing", + "href": "contributing.html#pre-commit-hooks", + "title": "Contribute > Pre-commit hooks", + "section": "Pre-commit hooks", + "text": "Style and linter checks are run through the pre-commit tool. You can run these checks with\nWe also recommend installing pre-commit into your repository:\nThis will run the pre-commit hooks on the changed files before every git commit. If you ever\nneed to create a commit without running the hooks, you can skip them with git commit -n.\nPre-commit hooks\ngit commit\ngit commit -n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.casefold", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.casefold.html#ansys.acp.core.material_property_sets.PuckMaterialType.casefold", - "title": "casefold > casefold > casefold", - "section": "casefold > casefold", - "text": "PuckMaterialType.casefold(/)\n\nReturn a version of the string suitable for caseless comparisons.\n\n!! processed by numpydoc !!" + "objectID": "contributing", + "href": "contributing.html#documentation", + "title": "Contribute > Documentation", + "section": "Documentation", + "text": "Before generating the documentation, configure the PyACP server via the\nansys-launcher, see Launching ACP above.\nIf Ansys is installed the examples can directly built with Sphinx.\nOn Linux & MacOS:\nOn Windows:\nThe generated HTML files can be viewed with the browser of your choice.\nAlternatively you can build the documentation by starting a mapdl and pydpf-composites docker\ncontainer. First ensure that you have accepted the DPF Preview License Agreement by setting the\nANSYS_DPF_ACCEPT_LA environment variable to Y\n(see DPF Preview License Agreement\n). In addition the ANSYSLMD_LICENSE_FILE environment variable needs be set to a\nvalid license server (e.g 1055@mylicenseserver.com). Then start the docker containers with:\nThen build the documentation with the Sphinx commands mentioned above.\nOn Windows, you can use the shipped shell script:\nDocumentation\nansys-launcher\n1055@mylicenseserver.com" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.component_name", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.component_name.html#component_name", - "title": "component_name", - "section": "component_name", - "text": "Name of the component.\ncomponent_name" + "objectID": "contributing", + "href": "contributing.html#distribution", + "title": "Contribute > Distribution", + "section": "Distribution", + "text": "The following commands can be used to build and check the PyACP package:\nThis creates both a source distribution, and a wheel file. An alternative is\nDistribution" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.component_name", - "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.component_name.html#ansys.acp.core.mesh_data.VectorData.component_name", - "title": "component_name > component_name > component_name", - "section": "component_name > component_name", - "text": "property VectorData.component_name: str\n\nName of the component.\n\n!! processed by numpydoc !!" + "objectID": "contributing", + "href": "contributing.html#license", + "title": "Contribute > License", + "section": "License", + "text": "PyACP is licensed under the MIT license. Please see the LICENSE for more details.\nLicense\nPyACP" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.parent", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_1.html#g12_1", + "title": "G12_1", + "section": "G12_1", + "text": "G12_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.parent", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.parent.html#ansys.acp.core.ImportedSolidModel.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ImportedSolidModel.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_1.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_1", + "title": "G12_1 > G12_1 > G12_1", + "section": "G12_1 > G12_1", + "text": "property VariableWovenCharacterization.G12_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.SI", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.SI.html#si", + "title": "SI", + "section": "SI", + "text": "SI" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.parent", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.parent.html#ansys.acp.core.SphericalSelectionRule.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property SphericalSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.SI", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.SI.html#ansys.acp.core.UnitSystemType.SI", + "title": "SI > SI > SI", + "section": "SI > SI", + "text": "UnitSystemType.SI = 'si'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.SI", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.SI.html#examples-using-unitsystemtypesi", + "title": "SI > Examples using UnitSystemType.SI", + "section": "Examples using UnitSystemType.SI", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using UnitSystemType.SI" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "CutOffSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isidentifier", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isidentifier.html#isidentifier", + "title": "isidentifier", + "section": "isidentifier", + "text": "Return True if the string is a valid Python identifier, False otherwise.\nCall keyword.iskeyword(s) to test whether string s is a reserved identifier,\nsuch as “def” or “class”.\nisidentifier" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.html#sublaminate", - "title": "SubLaminate", - "section": "SubLaminate", - "text": "Instantiate a SubLaminate.\nname (str) – Name of the sub-laminate.\nsymmetry (SymmetryType) – Whether the sub-laminate is odd or even symmetrical, or none.\ntopdown (bool) – The first material in the list is placed first in the mold if topdown is true.\nmaterials (Sequence[Lamina]) – List of materials (fabrics and stackups) with angles which build the sub-laminate.\nAdded in ACP server version 24.2.\nSubLaminate.add_material(material[, angle])\nAdd a Lamina to the SubLaminate.\nSubLaminate.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSubLaminate.delete()\nDelete the object.\nSubLaminate.store(parent)\nStore the object on the server.\nSubLaminate.area_price\n\nSubLaminate.area_weight\n\nSubLaminate.id\nIdentifier of the object, used for example as key in maps.\nSubLaminate.locked\n\nSubLaminate.materials\n\nSubLaminate.name\nThe name of the object.\nSubLaminate.parent\nThe parent of the object.\nSubLaminate.status\n\nSubLaminate.symmetry\n\nSubLaminate.thickness\n\nSubLaminate.topdown\n\nSubLaminate\nSubLaminate.add_material\nSubLaminate.clone\nSubLaminate.delete\nSubLaminate.store\nSubLaminate.area_price\nSubLaminate.area_weight\nSubLaminate.id\nSubLaminate.locked\nSubLaminate.materials\nSubLaminate.name\nSubLaminate.parent\nSubLaminate.status\nSubLaminate.symmetry\nSubLaminate.thickness\nSubLaminate.topdown" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isidentifier", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isidentifier.html#ansys.acp.core.material_property_sets.PuckMaterialType.isidentifier", + "title": "isidentifier > isidentifier > isidentifier", + "section": "isidentifier > isidentifier", + "text": "PuckMaterialType.isidentifier(/)\n\nReturn True if the string is a valid Python identifier, False otherwise.\n\nCall keyword.iskeyword(s) to test whether string s is a reserved identifier,\nsuch as “def” or “class”.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.html#ansys.acp.core.SubLaminate", - "title": "SubLaminate > SubLaminate > SubLaminate", - "section": "SubLaminate > SubLaminate", - "text": "class ansys.acp.core.SubLaminate(*, name='SubLaminate', symmetry='no_symmetry', topdown=True, materials=())\n\nInstantiate a SubLaminate.\n\nParameters\n\nname (str) – Name of the sub-laminate.\n\nsymmetry (SymmetryType) – Whether the sub-laminate is odd or even symmetrical, or none.\n\ntopdown (bool) – The first material in the list is placed first in the mold if topdown is true.\n\nmaterials (Sequence[Lamina]) – List of materials (fabrics and stackups) with angles which build the sub-laminate.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSubLaminate.add_material(material[, angle])\n\nAdd a Lamina to the SubLaminate.\n\nSubLaminate.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSubLaminate.delete()\n\nDelete the object.\n\nSubLaminate.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSubLaminate.area_price\n\n\n\nSubLaminate.area_weight\n\n\n\nSubLaminate.id\n\nIdentifier of the object, used for example as key in maps.\n\nSubLaminate.locked\n\n\n\nSubLaminate.materials\n\n\n\nSubLaminate.name\n\nThe name of the object.\n\nSubLaminate.parent\n\nThe parent of the object.\n\nSubLaminate.status\n\n\n\nSubLaminate.symmetry\n\n\n\nSubLaminate.thickness\n\n\n\nSubLaminate.topdown\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.store", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.html#examples-using-sublaminate", - "title": "SubLaminate > Examples using SubLaminate", - "section": "Examples using SubLaminate", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using SubLaminate" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.store", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.store.html#ansys.acp.core.SnapToGeometry.store", + "title": "store > store > store", + "section": "store > store", + "text": "SnapToGeometry.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.get_pyvista_mesh", @@ -23387,4245 +23331,4301 @@ "text": "CylindricalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling", - "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.html#baseelementmaterialhandling", - "title": "BaseElementMaterialHandling", - "section": "BaseElementMaterialHandling", - "text": "Determines how the base material is handled where it intersects with a reinforcing element.\nBaseElementMaterialHandling.RETAIN\n\nBaseElementMaterialHandling.REMOVE\n\nBaseElementMaterialHandling\nBaseElementMaterialHandling.RETAIN\nBaseElementMaterialHandling.REMOVE" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.id", + "href": "api/_autosummary/ansys.acp.core.SolidModel.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling", - "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.html#ansys.acp.core.BaseElementMaterialHandling", - "title": "BaseElementMaterialHandling > BaseElementMaterialHandling > BaseElementMaterialHandling", - "section": "BaseElementMaterialHandling > BaseElementMaterialHandling", - "text": "class ansys.acp.core.BaseElementMaterialHandling(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines how the base material is handled where it intersects with a reinforcing element.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nBaseElementMaterialHandling.RETAIN\n\n\n\nBaseElementMaterialHandling.REMOVE\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.id", + "href": "api/_autosummary/ansys.acp.core.SolidModel.id.html#ansys.acp.core.SolidModel.id", + "title": "id > id > id", + "section": "id > id", + "text": "property SolidModel.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.field_definitions", - "href": "api/_autosummary/ansys.acp.core.Model.field_definitions.html#field_definitions", - "title": "field_definitions", - "section": "field_definitions", - "text": "field_definitions" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT", + "href": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT.html#scalardatat", + "title": "ScalarDataT", + "section": "ScalarDataT", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nType variable.\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\nThis syntax can also be used to create bound and constrained type\nvariables:\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\nScalarDataT\ninfer_variance=True\ncovariant=True\ncontravariant=True" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.field_definitions", - "href": "api/_autosummary/ansys.acp.core.Model.field_definitions.html#ansys.acp.core.Model.field_definitions", - "title": "field_definitions > field_definitions > field_definitions", - "section": "field_definitions > field_definitions", - "text": "property Model.field_definitions: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT", + "href": "api/_autosummary/ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT.html#ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT", + "title": "ScalarDataT > ScalarDataT > ScalarDataT", + "section": "ScalarDataT > ScalarDataT", + "text": "ansys.acp.core._tree_objects._elemental_or_nodal_data.ScalarDataT = ~ScalarDataT\n\nType variable.\n\nThe preferred way to construct a type variable is via the dedicated\nsyntax for generic functions, classes, and type aliases:\n\nclass Sequence[T]: # T is a TypeVar\n ...\n\nThis syntax can also be used to create bound and constrained type\nvariables:\n\n# S is a TypeVar bound to str\nclass StrSequence[S: str]:\n ...\n\n# A is a TypeVar constrained to str or bytes\nclass StrOrBytesSequence[A: (str, bytes)]:\n ...\n\nHowever, if desired, reusable type variables can also be constructed\nmanually, like so:\n\nT = TypeVar('T') # Can be anything\nS = TypeVar('S', bound=str) # Can be any subtype of str\nA = TypeVar('A', str, bytes) # Must be exactly str or bytes\n\nType variables exist primarily for the benefit of static type\ncheckers. They serve as the parameters for generic types as well\nas for generic function and type alias definitions.\n\nThe variance of type variables is inferred by type checkers when they\nare created through the type parameter syntax and when\ninfer_variance=True is passed. Manually created type variables may\nbe explicitly marked covariant or contravariant by passing\ncovariant=True or contravariant=True. By default, manually\ncreated type variables are invariant. See PEP 484 and PEP 695 for more\ndetails.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.html#variabletsaiwuconstants", - "title": "VariableTsaiWuConstants", - "section": "VariableTsaiWuConstants", - "text": "Variable Tsai-Wu constants material property set.\nAdded in ACP server version 24.2.\nVariableTsaiWuConstants.XY\n\nVariableTsaiWuConstants.XZ\n\nVariableTsaiWuConstants.YZ\n\nVariableTsaiWuConstants.field_variables\n\nVariableTsaiWuConstants.interpolation_options\n\nVariableTsaiWuConstants\nVariableTsaiWuConstants.XY\nVariableTsaiWuConstants.XZ\nVariableTsaiWuConstants.YZ\nVariableTsaiWuConstants.field_variables\nVariableTsaiWuConstants.interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.component_name", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.component_name.html#component_name", + "title": "component_name", + "section": "component_name", + "text": "Name of the component.\ncomponent_name" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants", - "title": "VariableTsaiWuConstants > VariableTsaiWuConstants > VariableTsaiWuConstants", - "section": "VariableTsaiWuConstants > VariableTsaiWuConstants", - "text": "class ansys.acp.core.material_property_sets.VariableTsaiWuConstants(*, _parent_object=None, _attribute_path=None)\n\nVariable Tsai-Wu constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableTsaiWuConstants.XY\n\n\n\nVariableTsaiWuConstants.XZ\n\n\n\nVariableTsaiWuConstants.YZ\n\n\n\nVariableTsaiWuConstants.field_variables\n\n\n\nVariableTsaiWuConstants.interpolation_options\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.component_name", + "href": "api/_autosummary/ansys.acp.core.mesh_data.VectorData.component_name.html#ansys.acp.core.mesh_data.VectorData.component_name", + "title": "component_name > component_name > component_name", + "section": "component_name > component_name", + "text": "property VectorData.component_name: str\n\nName of the component.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION.html#by_direction", - "title": "BY_DIRECTION", - "section": "BY_DIRECTION", - "text": "BY_DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core._model_printer.Node", + "href": "api/_autosummary/ansys.acp.core._model_printer.Node.html#node", + "title": "Node", + "section": "Node", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nA node in a tree representation of the model.\nlabel (str) – Label of the node.\nchildren (list[Node] | None) – Children of the node.\nNode" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION.html#ansys.acp.core.ExtrusionGuideType.BY_DIRECTION", - "title": "BY_DIRECTION > BY_DIRECTION > BY_DIRECTION", - "section": "BY_DIRECTION > BY_DIRECTION", - "text": "ExtrusionGuideType.BY_DIRECTION = 'by_direction'\n\n" + "objectID": "api/_autosummary/ansys.acp.core._model_printer.Node", + "href": "api/_autosummary/ansys.acp.core._model_printer.Node.html#ansys.acp.core._model_printer.Node", + "title": "Node > Node > Node", + "section": "Node > Node", + "text": "class ansys.acp.core._model_printer.Node(label, children=None)\n\nA node in a tree representation of the model.\n\nParameters\n\nlabel (str) – Label of the node.\n\nchildren (list[Node] | None) – Children of the node.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_DIRECTION.html#examples-using-extrusionguidetypeby_direction", - "title": "BY_DIRECTION > Examples using ExtrusionGuideType.BY_DIRECTION", - "section": "Examples using ExtrusionGuideType.BY_DIRECTION", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using ExtrusionGuideType.BY_DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType.GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.GEOMETRY.html#geometry", + "title": "GEOMETRY", + "section": "GEOMETRY", + "text": "GEOMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalRuleType.GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.GeometricalRuleType.GEOMETRY.html#ansys.acp.core.GeometricalRuleType.GEOMETRY", + "title": "GEOMETRY > GEOMETRY > GEOMETRY", + "section": "GEOMETRY > GEOMETRY", + "text": "GeometricalRuleType.GEOMETRY = 'geometry'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ImportedSolidModelNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ImportedSolidModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_direction.html#draped_fiber_direction", + "title": "draped_fiber_direction", + "section": "draped_fiber_direction", + "text": "draped_fiber_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.DISCARD", - "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.DISCARD.html#discard", - "title": "DISCARD", - "section": "DISCARD", - "text": "DISCARD" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_direction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.draped_fiber_direction", + "title": "draped_fiber_direction > draped_fiber_direction > draped_fiber_direction", + "section": "draped_fiber_direction > draped_fiber_direction", + "text": "ModelingPlyElementalData.draped_fiber_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.DISCARD", - "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.DISCARD.html#ansys.acp.core.LinkedObjectHandling.DISCARD", - "title": "DISCARD > DISCARD > DISCARD", - "section": "DISCARD > DISCARD", - "text": "LinkedObjectHandling.DISCARD = 'discard'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.external_path", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.external_path.html#external_path", + "title": "external_path", + "section": "external_path", + "text": "external_path" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.external_path", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.external_path.html#ansys.acp.core.CADGeometry.external_path", + "title": "external_path > external_path > external_path", + "section": "external_path > external_path", + "text": "property CADGeometry.external_path: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.thickness", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.thickness", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.thickness.html#ansys.acp.core.SubLaminate.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "property SubLaminate.thickness: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.reference_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.reference_direction.html#reference_direction", + "title": "reference_direction", + "section": "reference_direction", + "text": "reference_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.nodal_data.html#ansys.acp.core.BooleanSelectionRule.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property BooleanSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.reference_direction", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.reference_direction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.reference_direction", + "title": "reference_direction > reference_direction > reference_direction", + "section": "reference_direction > reference_direction", + "text": "ModelingPlyElementalData.reference_direction: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.id", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.startswith", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.startswith.html#startswith", + "title": "startswith", + "section": "startswith", + "text": "Return True if S starts with the specified prefix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nprefix can also be a tuple of strings to try.\nstartswith" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.id", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.id.html#ansys.acp.core.CutOffGeometry.id", - "title": "id > id > id", - "section": "id > id", - "text": "property CutOffGeometry.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.startswith", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.startswith.html#ansys.acp.core.LaunchMode.startswith", + "title": "startswith > startswith > startswith", + "section": "startswith > startswith", + "text": "LaunchMode.startswith(prefix, [start, [end]]) -> bool\n\nReturn True if S starts with the specified prefix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nprefix can also be a tuple of strings to try.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.core_scale_factor", - "href": "api/_autosummary/ansys.acp.core.SectionCut.core_scale_factor.html#core_scale_factor", - "title": "core_scale_factor", - "section": "core_scale_factor", - "text": "core_scale_factor" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.cog", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.cog.html#cog", + "title": "cog", + "section": "cog", + "text": "cog" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.core_scale_factor", - "href": "api/_autosummary/ansys.acp.core.SectionCut.core_scale_factor.html#ansys.acp.core.SectionCut.core_scale_factor", - "title": "core_scale_factor > core_scale_factor > core_scale_factor", - "section": "core_scale_factor > core_scale_factor", - "text": "property SectionCut.core_scale_factor: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.cog", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.cog.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.cog", + "title": "cog > cog > cog", + "section": "cog > cog", + "text": "ProductionPlyElementalData.cog: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.name", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STEP", + "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STEP.html#step", + "title": "STEP", + "section": "STEP", + "text": "STEP" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.name", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.name.html#ansys.acp.core.ModelingPly.name", - "title": "name > name > name", - "section": "name > name", - "text": "property ModelingPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STEP", + "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STEP.html#ansys.acp.core.SolidModelSkinExportFormat.STEP", + "title": "STEP > STEP > STEP", + "section": "STEP > STEP", + "text": "SolidModelSkinExportFormat.STEP = 'step'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.material", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.material.html#material", - "title": "material", - "section": "material", - "text": "material" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.material", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.material.html#ansys.acp.core.ImportedAnalysisPly.material", - "title": "material > material > material", - "section": "material > material", - "text": "property ImportedAnalysisPly.material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "CylindricalSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.html#importedplyoffsettype", - "title": "ImportedPlyOffsetType", - "section": "ImportedPlyOffsetType", - "text": "Options for the definition of the offset.\nImportedPlyOffsetType.BOTTOM_OFFSET\n\nImportedPlyOffsetType.MIDDLE_OFFSET\n\nImportedPlyOffsetType.TOP_OFFSET\n\nImportedPlyOffsetType\nImportedPlyOffsetType.BOTTOM_OFFSET\nImportedPlyOffsetType.MIDDLE_OFFSET\nImportedPlyOffsetType.TOP_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.removeprefix", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.removeprefix.html#removeprefix", + "title": "removeprefix", + "section": "removeprefix", + "text": "Return a str with the given prefix string removed if present.\nIf the string starts with the prefix string, return string[len(prefix):].\nOtherwise, return a copy of the original string.\nremoveprefix" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.html#ansys.acp.core.ImportedPlyOffsetType", - "title": "ImportedPlyOffsetType > ImportedPlyOffsetType > ImportedPlyOffsetType", - "section": "ImportedPlyOffsetType > ImportedPlyOffsetType", - "text": "class ansys.acp.core.ImportedPlyOffsetType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the definition of the offset.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nImportedPlyOffsetType.BOTTOM_OFFSET\n\n\n\nImportedPlyOffsetType.MIDDLE_OFFSET\n\n\n\nImportedPlyOffsetType.TOP_OFFSET\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.removeprefix", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.removeprefix.html#ansys.acp.core.LaunchMode.removeprefix", + "title": "removeprefix > removeprefix > removeprefix", + "section": "removeprefix > removeprefix", + "text": "LaunchMode.removeprefix(prefix, /)\n\nReturn a str with the given prefix string removed if present.\n\nIf the string starts with the prefix string, return string[len(prefix):].\nOtherwise, return a copy of the original string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.html#examples-using-importedplyoffsettype", - "title": "ImportedPlyOffsetType > Examples using ImportedPlyOffsetType", - "section": "Examples using ImportedPlyOffsetType", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedPlyOffsetType" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.dir1", + "href": "api/_autosummary/ansys.acp.core.Rosette.dir1.html#dir1", + "title": "dir1", + "section": "dir1", + "text": "dir1" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_direction.html#draped_fiber_direction", - "title": "draped_fiber_direction", - "section": "draped_fiber_direction", - "text": "draped_fiber_direction" + "objectID": "api/_autosummary/ansys.acp.core.Rosette.dir1", + "href": "api/_autosummary/ansys.acp.core.Rosette.dir1.html#ansys.acp.core.Rosette.dir1", + "title": "dir1 > dir1 > dir1", + "section": "dir1 > dir1", + "text": "property Rosette.dir1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_direction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_fiber_direction", - "title": "draped_fiber_direction > draped_fiber_direction > draped_fiber_direction", - "section": "draped_fiber_direction > draped_fiber_direction", - "text": "ProductionPlyElementalData.draped_fiber_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYt.html#eyt", + "title": "eYt", + "section": "eYt", + "text": "eYt" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_2.html#e2_2", - "title": "E2_2", - "section": "E2_2", - "text": "E2_2" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eYt.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eYt", + "title": "eYt > eYt > eYt", + "section": "eYt > eYt", + "text": "property VariableStrainLimits.eYt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.E2_2", - "title": "E2_2 > E2_2 > E2_2", - "section": "E2_2 > E2_2", - "text": "property VariableWovenCharacterization.E2_2: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.REMOVE", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.REMOVE.html#remove", + "title": "REMOVE", + "section": "REMOVE", + "text": "REMOVE" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.draping_ud_coefficient", - "href": "api/_autosummary/ansys.acp.core.Stackup.draping_ud_coefficient.html#draping_ud_coefficient", - "title": "draping_ud_coefficient", - "section": "draping_ud_coefficient", - "text": "draping_ud_coefficient" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType.REMOVE", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.REMOVE.html#ansys.acp.core.BooleanOperationType.REMOVE", + "title": "REMOVE > REMOVE > REMOVE", + "section": "REMOVE > REMOVE", + "text": "BooleanOperationType.REMOVE = 'remove'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.draping_ud_coefficient", - "href": "api/_autosummary/ansys.acp.core.Stackup.draping_ud_coefficient.html#ansys.acp.core.Stackup.draping_ud_coefficient", - "title": "draping_ud_coefficient > draping_ud_coefficient > draping_ud_coefficient", - "section": "draping_ud_coefficient > draping_ud_coefficient", - "text": "property Stackup.draping_ud_coefficient: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.html#variabletsaiwuconstants", + "title": "VariableTsaiWuConstants", + "section": "VariableTsaiWuConstants", + "text": "Variable Tsai-Wu constants material property set.\nAdded in ACP server version 24.2.\nVariableTsaiWuConstants.XY\n\nVariableTsaiWuConstants.XZ\n\nVariableTsaiWuConstants.YZ\n\nVariableTsaiWuConstants.field_variables\n\nVariableTsaiWuConstants.interpolation_options\n\nVariableTsaiWuConstants\nVariableTsaiWuConstants.XY\nVariableTsaiWuConstants.XZ\nVariableTsaiWuConstants.YZ\nVariableTsaiWuConstants.field_variables\nVariableTsaiWuConstants.interpolation_options" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.translate", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.translate.html#translate", - "title": "translate", - "section": "translate", - "text": "Replace each character in the string using the given translation table.\nTranslation table, which must be a mapping of Unicode ordinals to\nUnicode ordinals, strings, or None.\nThe table must implement lookup/indexing via __getitem__, for instance a\ndictionary or list. If this operation raises LookupError, the character is\nleft untouched. Characters mapped to None are deleted.\ntranslate" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants", + "title": "VariableTsaiWuConstants > VariableTsaiWuConstants > VariableTsaiWuConstants", + "section": "VariableTsaiWuConstants > VariableTsaiWuConstants", + "text": "class ansys.acp.core.material_property_sets.VariableTsaiWuConstants(*, _parent_object=None, _attribute_path=None)\n\nVariable Tsai-Wu constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableTsaiWuConstants.XY\n\n\n\nVariableTsaiWuConstants.XZ\n\n\n\nVariableTsaiWuConstants.YZ\n\n\n\nVariableTsaiWuConstants.field_variables\n\n\n\nVariableTsaiWuConstants.interpolation_options\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.translate", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.translate.html#ansys.acp.core.material_property_sets.PuckMaterialType.translate", - "title": "translate > translate > translate", - "section": "translate > translate", - "text": "PuckMaterialType.translate(table, /)\n\nReplace each character in the string using the given translation table.\n\ntable\n\nTranslation table, which must be a mapping of Unicode ordinals to\nUnicode ordinals, strings, or None.\n\nThe table must implement lookup/indexing via __getitem__, for instance a\ndictionary or list. If this operation raises LookupError, the character is\nleft untouched. Characters mapped to None are deleted.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_neg", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_neg.html#p_22_neg", + "title": "p_22_neg", + "section": "p_22_neg", + "text": "p_22_neg" }, { - "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.angle", - "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.angle.html#angle", - "title": "angle", - "section": "angle", - "text": "Orientation angle in degree of the fabric with respect to the reference direction.\nangle" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_neg", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_neg.html#ansys.acp.core.material_property_sets.VariablePuckConstants.p_22_neg", + "title": "p_22_neg > p_22_neg > p_22_neg", + "section": "p_22_neg > p_22_neg", + "text": "property VariablePuckConstants.p_22_neg: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.angle", - "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.angle.html#ansys.acp.core.FabricWithAngle.angle", - "title": "angle > angle > angle", - "section": "angle > angle", - "text": "property FabricWithAngle.angle: float\n\nOrientation angle in degree of the fabric with respect to the reference direction.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.capitalize", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.capitalize.html#capitalize", + "title": "capitalize", + "section": "capitalize", + "text": "Return a capitalized version of the string.\nMore specifically, make the first character have upper case and the rest lower\ncase.\ncapitalize" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.capitalize", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.capitalize.html#ansys.acp.core.LaunchMode.capitalize", + "title": "capitalize > capitalize > capitalize", + "section": "capitalize > capitalize", + "text": "LaunchMode.capitalize(/)\n\nReturn a capitalized version of the string.\n\nMore specifically, make the first character have upper case and the rest lower\ncase.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "CylindricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.store", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.store", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.store.html#ansys.acp.core.LayupMappingObject.store", + "title": "store > store > store", + "section": "store > store", + "text": "LayupMappingObject.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.clone.html#ansys.acp.core.CutOffSelectionRule.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "CutOffSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.area_price", + "href": "api/_autosummary/ansys.acp.core.Fabric.area_price.html#area_price", + "title": "area_price", + "section": "area_price", + "text": "area_price" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.Fabric.area_price", + "href": "api/_autosummary/ansys.acp.core.Fabric.area_price.html#ansys.acp.core.Fabric.area_price", + "title": "area_price > area_price > area_price", + "section": "area_price > area_price", + "text": "property Fabric.area_price: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.nodal_data", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.nodal_data.html#ansys.acp.core.VariableOffsetSelectionRule.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property VariableOffsetSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E3", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E3.html#e3", + "title": "E3", + "section": "E3", + "text": "E3" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.transverse_direction.html#transverse_direction", - "title": "transverse_direction", - "section": "transverse_direction", - "text": "transverse_direction" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E3", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E3.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.E3", + "title": "E3 > E3 > E3", + "section": "E3 > E3", + "text": "property ConstantEngineeringConstants.E3: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.transverse_direction.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.transverse_direction", - "title": "transverse_direction > transverse_direction > transverse_direction", - "section": "transverse_direction > transverse_direction", - "text": "AnalysisPlyElementalData.transverse_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_settings", + "href": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_settings.html#drop_off_settings", + "title": "drop_off_settings", + "section": "drop_off_settings", + "text": "drop_off_settings" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.material_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.material_index.html#material_index", - "title": "material_index", - "section": "material_index", - "text": "material_index" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_settings", + "href": "api/_autosummary/ansys.acp.core.SolidModel.drop_off_settings.html#ansys.acp.core.SolidModel.drop_off_settings", + "title": "drop_off_settings > drop_off_settings > drop_off_settings", + "section": "drop_off_settings > drop_off_settings", + "text": "property SolidModel.drop_off_settings: AttribT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.material_index", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.material_index.html#ansys.acp.core.ImportedSolidModelExportSettings.material_index", - "title": "material_index > material_index > material_index", - "section": "material_index > material_index", - "text": "property ImportedSolidModelExportSettings.material_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/linked_object_definitions", - "href": "api/linked_object_definitions.html#linked-object-definitions", - "title": "Linked object definitions", - "section": "Linked object definitions", - "text": "FabricWithAngle(fabric[, angle])\nDefines a fabric of a stackup.\nLamina(material[, angle])\nClass to link a material with a sub-laminate.\nLinkedSelectionRule(selection_rule, *[, ...])\nDefines selection rules linked to a Boolean Selection Rule or Modeling Ply.\nPrimaryPly(sequence[, level])\nDefines a primary ply of a butt joint sequence.\nSubShape(cad_geometry, path)\nRepresents a sub-shape of a virtual geometry.\nTaperEdge(edge_set, *, angle, offset)\nDefines a taper edge.\nLinked object definitions\nFabricWithAngle\nLamina\nLinkedSelectionRule\nPrimaryPly\nSubShape\nTaperEdge" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.shell_mesh.html#ansys.acp.core.BooleanSelectionRule.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property BooleanSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping.html#draping", - "title": "draping", - "section": "draping", - "text": "draping" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.status", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping.html#ansys.acp.core.OrientedSelectionSet.draping", - "title": "draping > draping > draping", - "section": "draping > draping", - "text": "property OrientedSelectionSet.draping: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.status", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.status.html#ansys.acp.core.InterfaceLayer.status", + "title": "status > status > status", + "section": "status > status", + "text": "property InterfaceLayer.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.store", - "href": "api/_autosummary/ansys.acp.core.Sensor.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.parent", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.store", - "href": "api/_autosummary/ansys.acp.core.Sensor.store.html#ansys.acp.core.Sensor.store", - "title": "store > store > store", - "section": "store > store", - "text": "Sensor.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.parent", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.parent.html#ansys.acp.core.ModelingPly.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property ModelingPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.offset", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.offset.html#offset", - "title": "offset", - "section": "offset", - "text": "offset" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.name", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.offset", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.offset.html#ansys.acp.core.CADGeometry.offset", - "title": "offset > offset > offset", - "section": "offset > offset", - "text": "property CADGeometry.offset: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.name", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.name.html#ansys.acp.core.LayupMappingObject.name", + "title": "name > name > name", + "section": "name > name", + "text": "property LayupMappingObject.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.engineering_constants", - "href": "api/_autosummary/ansys.acp.core.Material.engineering_constants.html#engineering_constants", - "title": "engineering_constants", - "section": "engineering_constants", - "text": "engineering_constants" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d", + "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d.html#create_lookup_table_3d", + "title": "create_lookup_table_3d", + "section": "create_lookup_table_3d", + "text": "Instantiate a 3D Look-Up Table.\nThe three-dimensional look-up table is defined by 3D data points. The\nlocations of these data points are defined by the Location column,\nwhich:\nhas shape (N, 3), where N is the number of data points (rows)\nis automatically created when the look-up table is instantiated\ncannot be deleted or renamed\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\ninterpolation_algorithm (LookUpTable3DInterpolationAlgorithm) – Algorithm used to interpolate the values of the look-up table.\nuse_default_search_radius (bool) – If True, estimate the search radius used in the weightest nearest\nneighbor algorithm automatically.\nsearch_radius (float) – Search radius used for the interpolation with the weighted nearest\nneighbor algorithm.\nnum_min_neighbors (int) – Minimum number of neighbors used for the interpolation when using the\nweighted nearest neighbor algorithm.\nLookUpTable3D\nAdded in ACP server version 24.2.\ncreate_lookup_table_3d\nLocation\n(N, 3)\nN\nLocation\nNaN\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.engineering_constants", - "href": "api/_autosummary/ansys.acp.core.Material.engineering_constants.html#ansys.acp.core.Material.engineering_constants", - "title": "engineering_constants > engineering_constants > engineering_constants", - "section": "engineering_constants > engineering_constants", - "text": "property Material.engineering_constants: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d", + "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d.html#ansys.acp.core.Model.create_lookup_table_3d", + "title": "create_lookup_table_3d > create_lookup_table_3d > create_lookup_table_3d", + "section": "create_lookup_table_3d > create_lookup_table_3d", + "text": "Model.create_lookup_table_3d(*, name='LookUpTable3D', interpolation_algorithm='weighted_nearest_neighbor', use_default_search_radius=True, search_radius=0.0, num_min_neighbors=1)\n\nInstantiate a 3D Look-Up Table.\n\nThe three-dimensional look-up table is defined by 3D data points. The\nlocations of these data points are defined by the Location column,\nwhich:\n\nhas shape (N, 3), where N is the number of data points (rows)\n\nis automatically created when the look-up table is instantiated\n\ncannot be deleted or renamed\n\nWhen the length of the Location column is changed, the data of the\nother columns is automatically either truncated, or extended with NaN\nvalues to fit.\n\nParameters\n\ninterpolation_algorithm (LookUpTable3DInterpolationAlgorithm) – Algorithm used to interpolate the values of the look-up table.\n\nuse_default_search_radius (bool) – If True, estimate the search radius used in the weightest nearest\nneighbor algorithm automatically.\n\nsearch_radius (float) – Search radius used for the interpolation with the weighted nearest\nneighbor algorithm.\n\nnum_min_neighbors (int) – Minimum number of neighbors used for the interpolation when using the\nweighted nearest neighbor algorithm.\n\nReturn type\n\nLookUpTable3D\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.DIRECT", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.DIRECT.html#direct", - "title": "DIRECT", - "section": "DIRECT", - "text": "DIRECT" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d", + "href": "api/_autosummary/ansys.acp.core.Model.create_lookup_table_3d.html#examples-using-modelcreate_lookup_table_3d", + "title": "create_lookup_table_3d > Examples using Model.create_lookup_table_3d", + "section": "Examples using Model.create_lookup_table_3d", + "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using Model.create_lookup_table_3d" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.DIRECT", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.DIRECT.html#ansys.acp.core.LaunchMode.DIRECT", - "title": "DIRECT > DIRECT > DIRECT", - "section": "DIRECT > DIRECT", - "text": "LaunchMode.DIRECT = 'direct'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu.html#nu", - "title": "nu", - "section": "nu", - "text": "nu" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "ParallelSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu", - "title": "nu > nu > nu", - "section": "nu > nu", - "text": "property VariableEngineeringConstants.nu: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G12", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G12.html#g12", + "title": "G12", + "section": "G12", + "text": "G12" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.direction", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.direction.html#direction", - "title": "direction", - "section": "direction", - "text": "direction" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G12", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G12.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.G12", + "title": "G12 > G12 > G12", + "section": "G12 > G12", + "text": "property ConstantEngineeringConstants.G12: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.direction", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.direction.html#ansys.acp.core.CylindricalSelectionRule.direction", - "title": "direction > direction > direction", - "section": "direction > direction", - "text": "property CylindricalSelectionRule.direction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core._server.common.ServerProtocol", + "href": "api/_autosummary/ansys.acp.core._server.common.ServerProtocol.html#serverprotocol", + "title": "ServerProtocol", + "section": "ServerProtocol", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nInterface definition for ACP gRPC servers.\nServerProtocol" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL.html#parallel", - "title": "PARALLEL", - "section": "PARALLEL", - "text": "PARALLEL" + "objectID": "api/_autosummary/ansys.acp.core._server.common.ServerProtocol", + "href": "api/_autosummary/ansys.acp.core._server.common.ServerProtocol.html#ansys.acp.core._server.common.ServerProtocol", + "title": "ServerProtocol > ServerProtocol > ServerProtocol", + "section": "ServerProtocol > ServerProtocol", + "text": "class ansys.acp.core._server.common.ServerProtocol(*args, **kwargs)\n\nInterface definition for ACP gRPC servers.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL.html#ansys.acp.core.RosetteType.PARALLEL", - "title": "PARALLEL > PARALLEL > PARALLEL", - "section": "PARALLEL > PARALLEL", - "text": "RosetteType.PARALLEL = 'parallel'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.html#virtualgeometry", + "title": "VirtualGeometry", + "section": "VirtualGeometry", + "text": "Instantiate a Virtual Geometry.\nThe virtual geometry can be created from a set of CAD components or from a set of SubShapes.\nCombining CAD Components and SubShapes is not allowed.\nname (str) – Name of the Virtual Geometry.\ncad_components (Iterable[CADComponent] | None) – CAD Components that make up the virtual geometry.\nsub_shapes (Iterable[SubShape] | None) – SubShapes that make up the virtual geometry.\nAdded in ACP server version 24.2.\nVirtualGeometry.add_sub_shape(cad_geometry, path)\nAdd a SubShape to the VirtualGeometry.\nVirtualGeometry.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nVirtualGeometry.delete()\nDelete the object.\nVirtualGeometry.set_cad_components(...)\nSet the sub-shapes to match the given CADComponents.\nVirtualGeometry.store(parent)\nStore the object on the server.\nVirtualGeometry.dimension\n\nVirtualGeometry.id\nIdentifier of the object, used for example as key in maps.\nVirtualGeometry.name\nThe name of the object.\nVirtualGeometry.parent\nThe parent of the object.\nVirtualGeometry.status\n\nVirtualGeometry.sub_shapes\n\nVirtualGeometry\nVirtualGeometry.add_sub_shape\nVirtualGeometry.clone\nVirtualGeometry.delete\nVirtualGeometry.set_cad_components\nVirtualGeometry.store\nVirtualGeometry.dimension\nVirtualGeometry.id\nVirtualGeometry.name\nVirtualGeometry.parent\nVirtualGeometry.status\nVirtualGeometry.sub_shapes" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL", - "href": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL.html#examples-using-rosettetypeparallel", - "title": "PARALLEL > Examples using RosetteType.PARALLEL", - "section": "Examples using RosetteType.PARALLEL", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType.PARALLEL" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.html#ansys.acp.core.VirtualGeometry", + "title": "VirtualGeometry > VirtualGeometry > VirtualGeometry", + "section": "VirtualGeometry > VirtualGeometry", + "text": "class ansys.acp.core.VirtualGeometry(*, name='VirtualGeometry', cad_components=None, sub_shapes=None)\n\nInstantiate a Virtual Geometry.\n\nThe virtual geometry can be created from a set of CAD components or from a set of SubShapes.\nCombining CAD Components and SubShapes is not allowed.\n\nParameters\n\nname (str) – Name of the Virtual Geometry.\n\ncad_components (Iterable[CADComponent] | None) – CAD Components that make up the virtual geometry.\n\nsub_shapes (Iterable[SubShape] | None) – SubShapes that make up the virtual geometry.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nVirtualGeometry.add_sub_shape(cad_geometry, path)\n\nAdd a SubShape to the VirtualGeometry.\n\nVirtualGeometry.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nVirtualGeometry.delete()\n\nDelete the object.\n\nVirtualGeometry.set_cad_components(...)\n\nSet the sub-shapes to match the given CADComponents.\n\nVirtualGeometry.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nVirtualGeometry.dimension\n\n\n\nVirtualGeometry.id\n\nIdentifier of the object, used for example as key in maps.\n\nVirtualGeometry.name\n\nThe name of the object.\n\nVirtualGeometry.parent\n\nThe parent of the object.\n\nVirtualGeometry.status\n\n\n\nVirtualGeometry.sub_shapes\n\n\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.html#examples-using-virtualgeometry", + "title": "VirtualGeometry > Examples using VirtualGeometry", + "section": "Examples using VirtualGeometry", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using VirtualGeometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.delete", - "href": "api/_autosummary/ansys.acp.core.SectionCut.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.active", + "href": "api/_autosummary/ansys.acp.core.SectionCut.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.delete", - "href": "api/_autosummary/ansys.acp.core.SectionCut.delete.html#ansys.acp.core.SectionCut.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "SectionCut.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.active", + "href": "api/_autosummary/ansys.acp.core.SectionCut.active.html#ansys.acp.core.SectionCut.active", + "title": "active > active > active", + "section": "active > active", + "text": "property SectionCut.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.name", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.clone", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.name", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.name.html#ansys.acp.core.SubLaminate.name", - "title": "name > name > name", - "section": "name > name", - "text": "property SubLaminate.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.clone", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.clone.html#ansys.acp.core.OrientedSelectionSet.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "OrientedSelectionSet.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.parent", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.edge_set_type", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.edge_set_type.html#edge_set_type", + "title": "edge_set_type", + "section": "edge_set_type", + "text": "edge_set_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.parent", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.parent.html#ansys.acp.core.ModelingPly.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ModelingPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.edge_set_type", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.edge_set_type.html#ansys.acp.core.EdgeSet.edge_set_type", + "title": "edge_set_type > edge_set_type > edge_set_type", + "section": "edge_set_type > edge_set_type", + "text": "property EdgeSet.edge_set_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT.html#basic_flat_plate_dat", + "title": "BASIC_FLAT_PLATE_DAT", + "section": "BASIC_FLAT_PLATE_DAT", + "text": "BASIC_FLAT_PLATE_DAT" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.mesh.html#ansys.acp.core.BooleanSelectionRule.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property BooleanSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT.html#ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT", + "title": "BASIC_FLAT_PLATE_DAT > BASIC_FLAT_PLATE_DAT > BASIC_FLAT_PLATE_DAT", + "section": "BASIC_FLAT_PLATE_DAT > BASIC_FLAT_PLATE_DAT", + "text": "ExampleKeys.BASIC_FLAT_PLATE_DAT = 1\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.clone", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.BASIC_FLAT_PLATE_DAT.html#examples-using-examplekeysbasic_flat_plate_dat", + "title": "BASIC_FLAT_PLATE_DAT > Examples using ExampleKeys.BASIC_FLAT_PLATE_DAT", + "section": "Examples using ExampleKeys.BASIC_FLAT_PLATE_DAT", + "text": "sphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nExamples using ExampleKeys.BASIC_FLAT_PLATE_DAT" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.clone", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.clone.html#ansys.acp.core.LookUpTable3D.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "LookUpTable3D.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.replace", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.replace.html#replace", + "title": "replace", + "section": "replace", + "text": "Return a copy with all occurrences of substring old replaced by new.\nMaximum number of occurrences to replace.\n-1 (the default value) means replace all occurrences.\nIf the optional argument count is given, only the first count occurrences are\nreplaced.\nreplace" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.clone", - "href": "api/_autosummary/ansys.acp.core.Stackup.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.replace", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.replace.html#ansys.acp.core.LaunchMode.replace", + "title": "replace > replace > replace", + "section": "replace > replace", + "text": "LaunchMode.replace(old, new, count=-1, /)\n\nReturn a copy with all occurrences of substring old replaced by new.\n\ncount\n\nMaximum number of occurrences to replace.\n-1 (the default value) means replace all occurrences.\n\nIf the optional argument count is given, only the first count occurrences are\nreplaced.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.clone", - "href": "api/_autosummary/ansys.acp.core.Stackup.clone.html#ansys.acp.core.Stackup.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "Stackup.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.html#orientedselectionset", + "title": "OrientedSelectionSet", + "section": "OrientedSelectionSet", + "text": "Instantiate an Oriented Selection Set.\nname (str) – The name of the Oriented Selection Set.\nelement_sets (Sequence[ElementSet]) – Element Sets on which the Oriented Selection Set is defined.\norientation_point (tuple[float, float, float]) – The Orientation Point of the Oriented Selection Set.\norientation_direction (tuple[float, float, float]) – The Orientation Direction of the Oriented Element set.\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\nselection_rules (Sequence[ParallelSelectionRule | CylindricalSelectionRule | SphericalSelectionRule | TubeSelectionRule | GeometricalSelectionRule | VariableOffsetSelectionRule | BooleanSelectionRule]) – Selection Rules which may limit the extent of the Oriented Selection Set.\ndraping (bool) – If True, activate draping to adjust the reference directions.\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\nauto_draping_direction (bool) – If True, the reference direction of the Oriented Selection Set at\nthe seed point is used as draping direction.\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\ndraping_material_model (DrapingMaterialModel) – Chooses between different draping formulations.\ndraping_ud_coefficient (float) – Value between 0 and 1 which determines the amount of deformation\nin the transverse direction if the draping material model is set to\nDrapingMaterialModel.UD.\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\nreference_direction_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – A 3D lookup table column that defines the reference directions.\nAdded in ACP server version 24.2.\nOrientedSelectionSet.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nOrientedSelectionSet.delete()\nDelete the object.\nOrientedSelectionSet.store(parent)\nStore the object on the server.\nOrientedSelectionSet.auto_draping_direction\n\nOrientedSelectionSet.draping\n\nOrientedSelectionSet.draping_direction\n\nOrientedSelectionSet.draping_material_model\n\nOrientedSelectionSet.draping_mesh_size\n\nOrientedSelectionSet.draping_seed_point\n\nOrientedSelectionSet.draping_ud_coefficient\n\nOrientedSelectionSet.element_sets\n\nOrientedSelectionSet.elemental_data\n\nOrientedSelectionSet.id\nIdentifier of the object, used for example as key in maps.\nOrientedSelectionSet.mesh\nFull mesh associated with the object.\nOrientedSelectionSet.name\nThe name of the object.\nOrientedSelectionSet.nodal_data\n\nOrientedSelectionSet.orientation_direction\n\nOrientedSelectionSet.orientation_point\n\nOrientedSelectionSet.parent\nThe parent of the object.\nOrientedSelectionSet.reference_direction_field\n\nOrientedSelectionSet.rosette_selection_method\n\nOrientedSelectionSet.rosettes\n\nOrientedSelectionSet.rotation_angle\n\nOrientedSelectionSet.selection_rules\n\nOrientedSelectionSet.shell_mesh\nShell mesh associated with the object.\nOrientedSelectionSet.status\n\nOrientedSelectionSet.use_default_draping_mesh_size\n\nOrientedSelectionSet\nTrue\nTrue\nauto_draping_direction\nFalse\n-1.\n0\n1\nDrapingMaterialModel.UD\nOrientedSelectionSet.clone\nOrientedSelectionSet.delete\nOrientedSelectionSet.store\nOrientedSelectionSet.auto_draping_direction\nOrientedSelectionSet.draping\nOrientedSelectionSet.draping_direction\nOrientedSelectionSet.draping_material_model\nOrientedSelectionSet.draping_mesh_size\nOrientedSelectionSet.draping_seed_point\nOrientedSelectionSet.draping_ud_coefficient\nOrientedSelectionSet.element_sets\nOrientedSelectionSet.elemental_data\nOrientedSelectionSet.id\nOrientedSelectionSet.mesh\nOrientedSelectionSet.name\nOrientedSelectionSet.nodal_data\nOrientedSelectionSet.orientation_direction\nOrientedSelectionSet.orientation_point\nOrientedSelectionSet.parent\nOrientedSelectionSet.reference_direction_field\nOrientedSelectionSet.rosette_selection_method\nOrientedSelectionSet.rosettes\nOrientedSelectionSet.rotation_angle\nOrientedSelectionSet.selection_rules\nOrientedSelectionSet.shell_mesh\nOrientedSelectionSet.status\nOrientedSelectionSet.use_default_draping_mesh_size" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.effective_strain", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.effective_strain.html#effective_strain", - "title": "effective_strain", - "section": "effective_strain", - "text": "effective_strain" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.html#ansys.acp.core.OrientedSelectionSet", + "title": "OrientedSelectionSet > OrientedSelectionSet > OrientedSelectionSet", + "section": "OrientedSelectionSet > OrientedSelectionSet", + "text": "class ansys.acp.core.OrientedSelectionSet(*, name='OrientedSelectionSet', element_sets=(), orientation_point=(0.0, 0.0, 0.0), orientation_direction=(0.0, 0.0, 0.0), rosettes=(), rosette_selection_method='minimum_angle', selection_rules=(), draping=False, draping_seed_point=(0.0, 0.0, 0.0), auto_draping_direction=True, draping_direction=(0.0, 0.0, 1.0), use_default_draping_mesh_size=True, draping_mesh_size=0.0, draping_material_model='woven', draping_ud_coefficient=0.0, rotation_angle=0.0, reference_direction_field=None)\n\nInstantiate an Oriented Selection Set.\n\nParameters\n\nname (str) – The name of the Oriented Selection Set.\n\nelement_sets (Sequence[ElementSet]) – Element Sets on which the Oriented Selection Set is defined.\n\norientation_point (tuple[float, float, float]) – The Orientation Point of the Oriented Selection Set.\n\norientation_direction (tuple[float, float, float]) – The Orientation Direction of the Oriented Element set.\n\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\n\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\n\nselection_rules (Sequence[ParallelSelectionRule | CylindricalSelectionRule | SphericalSelectionRule | TubeSelectionRule | GeometricalSelectionRule | VariableOffsetSelectionRule | BooleanSelectionRule]) – Selection Rules which may limit the extent of the Oriented Selection Set.\n\ndraping (bool) – If True, activate draping to adjust the reference directions.\n\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\n\nauto_draping_direction (bool) – If True, the reference direction of the Oriented Selection Set at\nthe seed point is used as draping direction.\n\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\n\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\n\ndraping_material_model (DrapingMaterialModel) – Chooses between different draping formulations.\n\ndraping_ud_coefficient (float) – Value between 0 and 1 which determines the amount of deformation\nin the transverse direction if the draping material model is set to\nDrapingMaterialModel.UD.\n\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\n\nreference_direction_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – A 3D lookup table column that defines the reference directions.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nOrientedSelectionSet.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nOrientedSelectionSet.delete()\n\nDelete the object.\n\nOrientedSelectionSet.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nOrientedSelectionSet.auto_draping_direction\n\n\n\nOrientedSelectionSet.draping\n\n\n\nOrientedSelectionSet.draping_direction\n\n\n\nOrientedSelectionSet.draping_material_model\n\n\n\nOrientedSelectionSet.draping_mesh_size\n\n\n\nOrientedSelectionSet.draping_seed_point\n\n\n\nOrientedSelectionSet.draping_ud_coefficient\n\n\n\nOrientedSelectionSet.element_sets\n\n\n\nOrientedSelectionSet.elemental_data\n\n\n\nOrientedSelectionSet.id\n\nIdentifier of the object, used for example as key in maps.\n\nOrientedSelectionSet.mesh\n\nFull mesh associated with the object.\n\nOrientedSelectionSet.name\n\nThe name of the object.\n\nOrientedSelectionSet.nodal_data\n\n\n\nOrientedSelectionSet.orientation_direction\n\n\n\nOrientedSelectionSet.orientation_point\n\n\n\nOrientedSelectionSet.parent\n\nThe parent of the object.\n\nOrientedSelectionSet.reference_direction_field\n\n\n\nOrientedSelectionSet.rosette_selection_method\n\n\n\nOrientedSelectionSet.rosettes\n\n\n\nOrientedSelectionSet.rotation_angle\n\n\n\nOrientedSelectionSet.selection_rules\n\n\n\nOrientedSelectionSet.shell_mesh\n\nShell mesh associated with the object.\n\nOrientedSelectionSet.status\n\n\n\nOrientedSelectionSet.use_default_draping_mesh_size\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.effective_strain", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.effective_strain.html#ansys.acp.core.material_property_sets.VariableStrainLimits.effective_strain", - "title": "effective_strain > effective_strain > effective_strain", - "section": "effective_strain > effective_strain", - "text": "property VariableStrainLimits.effective_strain: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.html#examples-using-orientedselectionset", + "title": "OrientedSelectionSet > Examples using OrientedSelectionSet", + "section": "Examples using OrientedSelectionSet", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using OrientedSelectionSet" }, { - "objectID": "api/_autosummary/ansys.acp.core.ArrowType.HALF_ARROW", - "href": "api/_autosummary/ansys.acp.core.ArrowType.HALF_ARROW.html#half_arrow", - "title": "HALF_ARROW", - "section": "HALF_ARROW", - "text": "HALF_ARROW" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.encode", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.encode.html#encode", + "title": "encode", + "section": "encode", + "text": "Encode the string using the codec registered for encoding.\nThe encoding in which to encode the string.\nThe error handling scheme to use for encoding errors.\nThe default is ‘strict’ meaning that encoding errors raise a\nUnicodeEncodeError. Other possible values are ‘ignore’, ‘replace’ and\n‘xmlcharrefreplace’ as well as any other name registered with\ncodecs.register_error that can handle UnicodeEncodeErrors.\nencode" }, { - "objectID": "api/_autosummary/ansys.acp.core.ArrowType.HALF_ARROW", - "href": "api/_autosummary/ansys.acp.core.ArrowType.HALF_ARROW.html#ansys.acp.core.ArrowType.HALF_ARROW", - "title": "HALF_ARROW > HALF_ARROW > HALF_ARROW", - "section": "HALF_ARROW > HALF_ARROW", - "text": "ArrowType.HALF_ARROW = 'half_arrow'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.encode", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.encode.html#ansys.acp.core.material_property_sets.PuckMaterialType.encode", + "title": "encode > encode > encode", + "section": "encode > encode", + "text": "PuckMaterialType.encode(/, encoding='utf-8', errors='strict')\n\nEncode the string using the codec registered for encoding.\n\nencoding\n\nThe encoding in which to encode the string.\n\nerrors\n\nThe error handling scheme to use for encoding errors.\nThe default is ‘strict’ meaning that encoding errors raise a\nUnicodeEncodeError. Other possible values are ‘ignore’, ‘replace’ and\n‘xmlcharrefreplace’ as well as any other name registered with\ncodecs.register_error that can handle UnicodeEncodeErrors.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.Model.solid_mesh.html#solid_mesh", - "title": "solid_mesh", - "section": "solid_mesh", - "text": "Solid mesh associated with the object.\nsolid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.html#thicknesstype", + "title": "ThicknessType", + "section": "ThicknessType", + "text": "Options for how ply thickness is defined.\nThicknessType.NOMINAL\n\nThicknessType.FROM_GEOMETRY\n\nThicknessType.FROM_TABLE\n\nThicknessType\nThicknessType.NOMINAL\nThicknessType.FROM_GEOMETRY\nThicknessType.FROM_TABLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.Model.solid_mesh.html#ansys.acp.core.Model.solid_mesh", - "title": "solid_mesh > solid_mesh > solid_mesh", - "section": "solid_mesh > solid_mesh", - "text": "property Model.solid_mesh: MeshData\n\nSolid mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.html#ansys.acp.core.ThicknessType", + "title": "ThicknessType > ThicknessType > ThicknessType", + "section": "ThicknessType > ThicknessType", + "text": "class ansys.acp.core.ThicknessType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how ply thickness is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nThicknessType.NOMINAL\n\n\n\nThicknessType.FROM_GEOMETRY\n\n\n\nThicknessType.FROM_TABLE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.solid_mesh", - "href": "api/_autosummary/ansys.acp.core.Model.solid_mesh.html#examples-using-modelsolid_mesh", - "title": "solid_mesh > Examples using Model.solid_mesh", - "section": "Examples using Model.solid_mesh", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.solid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessType", + "href": "api/_autosummary/ansys.acp.core.ThicknessType.html#examples-using-thicknesstype", + "title": "ThicknessType > Examples using ThicknessType", + "section": "Examples using ThicknessType", + "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ThicknessType" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.html#cutoffselectionruleelementaldata", - "title": "CutOffSelectionRuleElementalData", - "section": "CutOffSelectionRuleElementalData", - "text": "Represents elemental data for a Cut-Off Selection Rule.\nCutOffSelectionRuleElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nCutOffSelectionRuleElementalData.normal\n\nCutOffSelectionRuleElementalData.element_labels\n\nCutOffSelectionRuleElementalData\nCutOffSelectionRuleElementalData.get_pyvista_mesh\nCutOffSelectionRuleElementalData.normal\nCutOffSelectionRuleElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.offset_is_middle", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.offset_is_middle.html#offset_is_middle", + "title": "offset_is_middle", + "section": "offset_is_middle", + "text": "offset_is_middle" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData.html#ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData", - "title": "CutOffSelectionRuleElementalData > CutOffSelectionRuleElementalData > CutOffSelectionRuleElementalData", - "section": "CutOffSelectionRuleElementalData > CutOffSelectionRuleElementalData", - "text": "class ansys.acp.core.mesh_data.CutOffSelectionRuleElementalData(element_labels, normal=None)\n\nRepresents elemental data for a Cut-Off Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCutOffSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCutOffSelectionRuleElementalData.normal\n\n\n\nCutOffSelectionRuleElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.offset_is_middle", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.offset_is_middle.html#ansys.acp.core.SamplingPoint.offset_is_middle", + "title": "offset_is_middle > offset_is_middle > offset_is_middle", + "section": "offset_is_middle > offset_is_middle", + "text": "property SamplingPoint.offset_is_middle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/example_helpers", - "href": "api/example_helpers.html#example-helpers", - "title": "Example helpers", - "section": "Example helpers", - "text": "ExampleKeys(cls, value[, names, module, ...])\nKeys for the example files.\nget_example_file(example_key, working_directory)\nDownload an example file from the example-data repo to the working directory.\nExample helpers\nExampleKeys\nget_example_file" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.clone", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.effective_strain", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.effective_strain.html#effective_strain", - "title": "effective_strain", - "section": "effective_strain", - "text": "effective_strain" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.clone", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.clone.html#ansys.acp.core.LookUpTable3D.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "LookUpTable3D.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.effective_strain", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.effective_strain.html#ansys.acp.core.material_property_sets.ConstantStrainLimits.effective_strain", - "title": "effective_strain > effective_strain > effective_strain", - "section": "effective_strain > effective_strain", - "text": "property ConstantStrainLimits.effective_strain: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.id", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.butt_joint_sequences", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.butt_joint_sequences.html#butt_joint_sequences", - "title": "butt_joint_sequences", - "section": "butt_joint_sequences", - "text": "butt_joint_sequences" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.id", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.id.html#ansys.acp.core.CADGeometry.id", + "title": "id > id > id", + "section": "id > id", + "text": "property CADGeometry.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.sequence", + "href": "api/_autosummary/ansys.acp.core.PrimaryPly.sequence.html#sequence", + "title": "sequence", + "section": "sequence", + "text": "Linked sequence.\nsequence" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.butt_joint_sequences", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.butt_joint_sequences.html#ansys.acp.core.ModelingGroup.butt_joint_sequences", - "title": "butt_joint_sequences > butt_joint_sequences > butt_joint_sequences", - "section": "butt_joint_sequences > butt_joint_sequences", - "text": "property ModelingGroup.butt_joint_sequences: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PrimaryPly.sequence", + "href": "api/_autosummary/ansys.acp.core.PrimaryPly.sequence.html#ansys.acp.core.PrimaryPly.sequence", + "title": "sequence > sequence > sequence", + "section": "sequence > sequence", + "text": "property PrimaryPly.sequence: ModelingGroup | ModelingPly\n\nLinked sequence.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.removeprefix", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.removeprefix.html#removeprefix", - "title": "removeprefix", - "section": "removeprefix", - "text": "Return a str with the given prefix string removed if present.\nIf the string starts with the prefix string, return string[len(prefix):].\nOtherwise, return a copy of the original string.\nremoveprefix" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.strip", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.strip.html#strip", + "title": "strip", + "section": "strip", + "text": "Return a copy of the string with leading and trailing whitespace removed.\nIf chars is given and not None, remove characters in chars instead.\nstrip" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.removeprefix", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.removeprefix.html#ansys.acp.core.LaunchMode.removeprefix", - "title": "removeprefix > removeprefix > removeprefix", - "section": "removeprefix > removeprefix", - "text": "LaunchMode.removeprefix(prefix, /)\n\nReturn a str with the given prefix string removed if present.\n\nIf the string starts with the prefix string, return string[len(prefix):].\nOtherwise, return a copy of the original string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.strip", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.strip.html#ansys.acp.core.LaunchMode.strip", + "title": "strip > strip > strip", + "section": "strip > strip", + "text": "LaunchMode.strip(chars=None, /)\n\nReturn a copy of the string with leading and trailing whitespace removed.\n\nIf chars is given and not None, remove characters in chars instead.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.html#cutoffgeometryorientationtype", - "title": "CutOffGeometryOrientationType", - "section": "CutOffGeometryOrientationType", - "text": "Determines the orientation of a cut-off geometry.\nCutOffGeometryOrientationType.UP\n\nCutOffGeometryOrientationType.DOWN\n\nCutOffGeometryOrientationType\nCutOffGeometryOrientationType.UP\nCutOffGeometryOrientationType.DOWN" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.global_ply_nr", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.global_ply_nr.html#global_ply_nr", + "title": "global_ply_nr", + "section": "global_ply_nr", + "text": "global_ply_nr" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.html#ansys.acp.core.CutOffGeometryOrientationType", - "title": "CutOffGeometryOrientationType > CutOffGeometryOrientationType > CutOffGeometryOrientationType", - "section": "CutOffGeometryOrientationType > CutOffGeometryOrientationType", - "text": "class ansys.acp.core.CutOffGeometryOrientationType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines the orientation of a cut-off geometry.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nCutOffGeometryOrientationType.UP\n\n\n\nCutOffGeometryOrientationType.DOWN\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.global_ply_nr", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.global_ply_nr.html#ansys.acp.core.InterfaceLayer.global_ply_nr", + "title": "global_ply_nr > global_ply_nr > global_ply_nr", + "section": "global_ply_nr > global_ply_nr", + "text": "property InterfaceLayer.global_ply_nr: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType", - "href": "api/_autosummary/ansys.acp.core.CutOffGeometryOrientationType.html#examples-using-cutoffgeometryorientationtype", - "title": "CutOffGeometryOrientationType > Examples using CutOffGeometryOrientationType", - "section": "Examples using CutOffGeometryOrientationType", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using CutOffGeometryOrientationType" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.minimum_void_material_thickness", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.minimum_void_material_thickness.html#minimum_void_material_thickness", + "title": "minimum_void_material_thickness", + "section": "minimum_void_material_thickness", + "text": "minimum_void_material_thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_1", - "href": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_1.html#woven_stress_limits_1", - "title": "woven_stress_limits_1", - "section": "woven_stress_limits_1", - "text": "woven_stress_limits_1" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.minimum_void_material_thickness", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.minimum_void_material_thickness.html#ansys.acp.core.LayupMappingObject.minimum_void_material_thickness", + "title": "minimum_void_material_thickness > minimum_void_material_thickness > minimum_void_material_thickness", + "section": "minimum_void_material_thickness > minimum_void_material_thickness", + "text": "property LayupMappingObject.minimum_void_material_thickness: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_1", - "href": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_1.html#ansys.acp.core.Material.woven_stress_limits_1", - "title": "woven_stress_limits_1 > woven_stress_limits_1 > woven_stress_limits_1", - "section": "woven_stress_limits_1 > woven_stress_limits_1", - "text": "property Material.woven_stress_limits_1: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule.html#create_tube_selection_rule", + "title": "create_tube_selection_rule", + "section": "create_tube_selection_rule", + "text": "Instantiate a Tube Selection Rule.\nname (str) – Name of the Tube Selection Rule.\nedge_set (EdgeSet | None) – Edge Set defining the path of the tube.\nouter_radius (float) – Outer radius of the tube.\ninner_radius (float) – Inner radius of the tube.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nextend_endings (bool) – Enable this option to extend the endings of the tube.\nsymmetrical_extension (bool) – Whether the extensions have equal length on both sides or not.\nhead (tuple[float, float, float]) – Defines the head of the tube. Select a point nearby one of the free ends\nof the tube. Only needed if the extensions are asymmetric.\nhead_extension (float) – Defines the length of the extension at the head of the tube. In case of\nsymmetry, this value is used for both sides.\ntail_extension (float) – Defines the length of the extension at the tail of the tube. Only needed\nif the extensions are asymmetric.\nTubeSelectionRule\nAdded in ACP server version 24.2.\ncreate_tube_selection_rule\nFalse" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interpolation_options.html#interpolation_options", - "title": "interpolation_options", - "section": "interpolation_options", - "text": "interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule.html#ansys.acp.core.Model.create_tube_selection_rule", + "title": "create_tube_selection_rule > create_tube_selection_rule > create_tube_selection_rule", + "section": "create_tube_selection_rule > create_tube_selection_rule", + "text": "Model.create_tube_selection_rule(*, name='TubeSelectionrule', edge_set=None, outer_radius=1.0, inner_radius=0.0, include_rule=True, extend_endings=False, symmetrical_extension=True, head=(0.0, 0.0, 0.0), head_extension=0.0, tail_extension=0.0)\n\nInstantiate a Tube Selection Rule.\n\nParameters\n\nname (str) – Name of the Tube Selection Rule.\n\nedge_set (EdgeSet | None) – Edge Set defining the path of the tube.\n\nouter_radius (float) – Outer radius of the tube.\n\ninner_radius (float) – Inner radius of the tube.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nextend_endings (bool) – Enable this option to extend the endings of the tube.\n\nsymmetrical_extension (bool) – Whether the extensions have equal length on both sides or not.\n\nhead (tuple[float, float, float]) – Defines the head of the tube. Select a point nearby one of the free ends\nof the tube. Only needed if the extensions are asymmetric.\n\nhead_extension (float) – Defines the length of the extension at the head of the tube. In case of\nsymmetry, this value is used for both sides.\n\ntail_extension (float) – Defines the length of the extension at the tail of the tube. Only needed\nif the extensions are asymmetric.\n\nReturn type\n\nTubeSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interpolation_options.html#ansys.acp.core.material_property_sets.VariablePuckConstants.interpolation_options", - "title": "interpolation_options > interpolation_options > interpolation_options", - "section": "interpolation_options > interpolation_options", - "text": "property VariablePuckConstants.interpolation_options: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_tube_selection_rule.html#examples-using-modelcreate_tube_selection_rule", + "title": "create_tube_selection_rule > Examples using Model.create_tube_selection_rule", + "section": "Examples using Model.create_tube_selection_rule", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nExamples using Model.create_tube_selection_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.area_price", - "href": "api/_autosummary/ansys.acp.core.Fabric.area_price.html#area_price", - "title": "area_price", - "section": "area_price", - "text": "area_price" + "objectID": "api/_autosummary/ansys.acp.core.Model.update", + "href": "api/_autosummary/ansys.acp.core.Model.update.html#update", + "title": "update", + "section": "update", + "text": "Update the model.\nrelations_only (bool) – Whether to update and propagate only the status of all objects.\nupdate" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.area_price", - "href": "api/_autosummary/ansys.acp.core.Fabric.area_price.html#ansys.acp.core.Fabric.area_price", - "title": "area_price > area_price > area_price", - "section": "area_price > area_price", - "text": "property Fabric.area_price: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.update", + "href": "api/_autosummary/ansys.acp.core.Model.update.html#ansys.acp.core.Model.update", + "title": "update > update > update", + "section": "update > update", + "text": "Model.update(*, relations_only=False)\n\nUpdate the model.\n\nParameters\n\nrelations_only (bool) – Whether to update and propagate only the status of all objects.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_angle_under_compression", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_angle_under_compression.html#fracture_angle_under_compression", - "title": "fracture_angle_under_compression", - "section": "fracture_angle_under_compression", - "text": "fracture_angle_under_compression" + "objectID": "api/_autosummary/ansys.acp.core.Model.update", + "href": "api/_autosummary/ansys.acp.core.Model.update.html#examples-using-modelupdate", + "title": "update > Examples using Model.update", + "section": "Examples using Model.update", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.update" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_angle_under_compression", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_angle_under_compression.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants.fracture_angle_under_compression", - "title": "fracture_angle_under_compression > fracture_angle_under_compression > fracture_angle_under_compression", - "section": "fracture_angle_under_compression > fracture_angle_under_compression", - "text": "property ConstantLaRCConstants.fracture_angle_under_compression: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.NO_DRAPING", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.NO_DRAPING.html#no_draping", + "title": "NO_DRAPING", + "section": "NO_DRAPING", + "text": "NO_DRAPING" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.use_default_tolerances", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.use_default_tolerances.html#use_default_tolerances", - "title": "use_default_tolerances", - "section": "use_default_tolerances", - "text": "use_default_tolerances" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.NO_DRAPING", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyDrapingType.NO_DRAPING.html#ansys.acp.core.ImportedPlyDrapingType.NO_DRAPING", + "title": "NO_DRAPING > NO_DRAPING > NO_DRAPING", + "section": "NO_DRAPING > NO_DRAPING", + "text": "ImportedPlyDrapingType.NO_DRAPING = 'no_draping'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.use_default_tolerances", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.use_default_tolerances.html#ansys.acp.core.GeometricalSelectionRule.use_default_tolerances", - "title": "use_default_tolerances > use_default_tolerances > use_default_tolerances", - "section": "use_default_tolerances > use_default_tolerances", - "text": "property GeometricalSelectionRule.use_default_tolerances: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_2.html#e1_2", + "title": "E1_2", + "section": "E1_2", + "text": "E1_2" }, { - "objectID": "api/_autosummary/ansys.acp.core._server.common.ServerProtocol", - "href": "api/_autosummary/ansys.acp.core._server.common.ServerProtocol.html#serverprotocol", - "title": "ServerProtocol", - "section": "ServerProtocol", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nInterface definition for ACP gRPC servers.\nServerProtocol" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_2", + "title": "E1_2 > E1_2 > E1_2", + "section": "E1_2 > E1_2", + "text": "property VariableWovenCharacterization.E1_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._server.common.ServerProtocol", - "href": "api/_autosummary/ansys.acp.core._server.common.ServerProtocol.html#ansys.acp.core._server.common.ServerProtocol", - "title": "ServerProtocol > ServerProtocol > ServerProtocol", - "section": "ServerProtocol > ServerProtocol", - "text": "class ansys.acp.core._server.common.ServerProtocol(*args, **kwargs)\n\nInterface definition for ACP gRPC servers.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule.html#create_parallel_selection_rule", + "title": "create_parallel_selection_rule", + "section": "create_parallel_selection_rule", + "text": "Instantiate a Parallel Selection Rule.\nname (str) – Name of the Parallel Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the Parallel Selection Rule.\ndirection (tuple[float, ...]) – Direction of the Parallel Selection Rule.\nlower_limit (float) – Negative distance of the Parallel Selection Rule.\nupper_limit (float) – Positive distance of the Parallel Selection Rule.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nParallelSelectionRule\nAdded in ACP server version 24.2.\ncreate_parallel_selection_rule\nuse_global_coordinate_system\nFalse" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.html#variableoffsetselectionrule", - "title": "VariableOffsetSelectionRule", - "section": "VariableOffsetSelectionRule", - "text": "Instantiate a Variable Offset Selection Rule.\nname (str) – Name of the Variable Offset Selection Rule.\nedge_set (EdgeSet | None) – Defines the edge along which the rule will be applied to.\noffsets (LookUpTable1DColumn | None) – Defines the in-plane offset. Cuts elements which are closer to the edge than this value.\nangles (LookUpTable1DColumn | None) – Defines the angle between the reference surface and the cutting plane.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nuse_offset_correction (bool) – If enabled, then the offset is measured along the surface of the selected Element Set.\nelement_set (ElementSet | None) – Defines the surface on which the offset correction is calculated on.\ninherit_from_lookup_table (bool) – Specifies whether to inherit the Look-Up Table object properties.\nradius_origin (tuple[float, float, float]) – Origin of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\nradius_direction (tuple[float, float, float]) – Direction of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\ndistance_along_edge (bool) – If True, the look-up locations are evaluated along the edge, instead of along\nthe axis direction.\nAdded in ACP server version 24.2.\nVariableOffsetSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nVariableOffsetSelectionRule.delete()\nDelete the object.\nVariableOffsetSelectionRule.store(parent)\nStore the object on the server.\nVariableOffsetSelectionRule.angles\n\nVariableOffsetSelectionRule.distance_along_edge\n\nVariableOffsetSelectionRule.edge_set\n\nVariableOffsetSelectionRule.element_set\n\nVariableOffsetSelectionRule.elemental_data\n\nVariableOffsetSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nVariableOffsetSelectionRule.include_rule\n\nVariableOffsetSelectionRule.inherit_from_lookup_table\n\nVariableOffsetSelectionRule.mesh\nFull mesh associated with the object.\nVariableOffsetSelectionRule.name\nThe name of the object.\nVariableOffsetSelectionRule.nodal_data\n\nVariableOffsetSelectionRule.offsets\n\nVariableOffsetSelectionRule.parent\nThe parent of the object.\nVariableOffsetSelectionRule.radius_direction\n\nVariableOffsetSelectionRule.radius_origin\n\nVariableOffsetSelectionRule.shell_mesh\nShell mesh associated with the object.\nVariableOffsetSelectionRule.status\n\nVariableOffsetSelectionRule.use_offset_correction\n\nVariableOffsetSelectionRule\nFalse\ninherit_from_lookup_table\nFalse\ninherit_from_lookup_table\nFalse\nTrue\nVariableOffsetSelectionRule.clone\nVariableOffsetSelectionRule.delete\nVariableOffsetSelectionRule.store\nVariableOffsetSelectionRule.angles\nVariableOffsetSelectionRule.distance_along_edge\nVariableOffsetSelectionRule.edge_set\nVariableOffsetSelectionRule.element_set\nVariableOffsetSelectionRule.elemental_data\nVariableOffsetSelectionRule.id\nVariableOffsetSelectionRule.include_rule\nVariableOffsetSelectionRule.inherit_from_lookup_table\nVariableOffsetSelectionRule.mesh\nVariableOffsetSelectionRule.name\nVariableOffsetSelectionRule.nodal_data\nVariableOffsetSelectionRule.offsets\nVariableOffsetSelectionRule.parent\nVariableOffsetSelectionRule.radius_direction\nVariableOffsetSelectionRule.radius_origin\nVariableOffsetSelectionRule.shell_mesh\nVariableOffsetSelectionRule.status\nVariableOffsetSelectionRule.use_offset_correction" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule.html#ansys.acp.core.Model.create_parallel_selection_rule", + "title": "create_parallel_selection_rule > create_parallel_selection_rule > create_parallel_selection_rule", + "section": "create_parallel_selection_rule > create_parallel_selection_rule", + "text": "Model.create_parallel_selection_rule(*, name='ParallelSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), direction=(1.0, 0.0, 0.0), lower_limit=0.0, upper_limit=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Parallel Selection Rule.\n\nParameters\n\nname (str) – Name of the Parallel Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the Parallel Selection Rule.\n\ndirection (tuple[float, ...]) – Direction of the Parallel Selection Rule.\n\nlower_limit (float) – Negative distance of the Parallel Selection Rule.\n\nupper_limit (float) – Positive distance of the Parallel Selection Rule.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nReturn type\n\nParallelSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.html#ansys.acp.core.VariableOffsetSelectionRule", - "title": "VariableOffsetSelectionRule > VariableOffsetSelectionRule > VariableOffsetSelectionRule", - "section": "VariableOffsetSelectionRule > VariableOffsetSelectionRule", - "text": "class ansys.acp.core.VariableOffsetSelectionRule(*, name='VariableOffsetSelectionrule', edge_set=None, offsets=None, angles=None, include_rule=True, use_offset_correction=False, element_set=None, inherit_from_lookup_table=True, radius_origin=(0.0, 0.0, 0.0), radius_direction=(1.0, 0.0, 0.0), distance_along_edge=False)\n\nInstantiate a Variable Offset Selection Rule.\n\nParameters\n\nname (str) – Name of the Variable Offset Selection Rule.\n\nedge_set (EdgeSet | None) – Defines the edge along which the rule will be applied to.\n\noffsets (LookUpTable1DColumn | None) – Defines the in-plane offset. Cuts elements which are closer to the edge than this value.\n\nangles (LookUpTable1DColumn | None) – Defines the angle between the reference surface and the cutting plane.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nuse_offset_correction (bool) – If enabled, then the offset is measured along the surface of the selected Element Set.\n\nelement_set (ElementSet | None) – Defines the surface on which the offset correction is calculated on.\n\ninherit_from_lookup_table (bool) – Specifies whether to inherit the Look-Up Table object properties.\n\nradius_origin (tuple[float, float, float]) – Origin of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\n\nradius_direction (tuple[float, float, float]) – Direction of the look-up table axis. Only applies if inherit_from_lookup_table\nis False.\n\ndistance_along_edge (bool) – If True, the look-up locations are evaluated along the edge, instead of along\nthe axis direction.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nVariableOffsetSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nVariableOffsetSelectionRule.delete()\n\nDelete the object.\n\nVariableOffsetSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableOffsetSelectionRule.angles\n\n\n\nVariableOffsetSelectionRule.distance_along_edge\n\n\n\nVariableOffsetSelectionRule.edge_set\n\n\n\nVariableOffsetSelectionRule.element_set\n\n\n\nVariableOffsetSelectionRule.elemental_data\n\n\n\nVariableOffsetSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nVariableOffsetSelectionRule.include_rule\n\n\n\nVariableOffsetSelectionRule.inherit_from_lookup_table\n\n\n\nVariableOffsetSelectionRule.mesh\n\nFull mesh associated with the object.\n\nVariableOffsetSelectionRule.name\n\nThe name of the object.\n\nVariableOffsetSelectionRule.nodal_data\n\n\n\nVariableOffsetSelectionRule.offsets\n\n\n\nVariableOffsetSelectionRule.parent\n\nThe parent of the object.\n\nVariableOffsetSelectionRule.radius_direction\n\n\n\nVariableOffsetSelectionRule.radius_origin\n\n\n\nVariableOffsetSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nVariableOffsetSelectionRule.status\n\n\n\nVariableOffsetSelectionRule.use_offset_correction\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule", + "href": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule.html#examples-using-modelcreate_parallel_selection_rule", + "title": "create_parallel_selection_rule > Examples using Model.create_parallel_selection_rule", + "section": "Examples using Model.create_parallel_selection_rule", + "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.create_parallel_selection_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.html#examples-using-variableoffsetselectionrule", - "title": "VariableOffsetSelectionRule > Examples using VariableOffsetSelectionRule", - "section": "Examples using VariableOffsetSelectionRule", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using VariableOffsetSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL.html#parallel", + "title": "PARALLEL", + "section": "PARALLEL", + "text": "PARALLEL" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.use_global_coordinate_system", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.use_global_coordinate_system.html#use_global_coordinate_system", - "title": "use_global_coordinate_system", - "section": "use_global_coordinate_system", - "text": "use_global_coordinate_system" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL.html#ansys.acp.core.RosetteType.PARALLEL", + "title": "PARALLEL > PARALLEL > PARALLEL", + "section": "PARALLEL > PARALLEL", + "text": "RosetteType.PARALLEL = 'parallel'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.use_global_coordinate_system", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.use_global_coordinate_system.html#ansys.acp.core.ParallelSelectionRule.use_global_coordinate_system", - "title": "use_global_coordinate_system > use_global_coordinate_system > use_global_coordinate_system", - "section": "use_global_coordinate_system > use_global_coordinate_system", - "text": "property ParallelSelectionRule.use_global_coordinate_system: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL", + "href": "api/_autosummary/ansys.acp.core.RosetteType.PARALLEL.html#examples-using-rosettetypeparallel", + "title": "PARALLEL > Examples using RosetteType.PARALLEL", + "section": "Examples using RosetteType.PARALLEL", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType.PARALLEL" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.store", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.store.html#store", + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.store", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.store.html#store", "title": "store", "section": "store", "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.store", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.store.html#ansys.acp.core.SnapToGeometry.store", + "objectID": "api/_autosummary/ansys.acp.core.InterfaceLayer.store", + "href": "api/_autosummary/ansys.acp.core.InterfaceLayer.store.html#ansys.acp.core.InterfaceLayer.store", "title": "store > store > store", - "section": "store > store", - "text": "SnapToGeometry.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_2.html#g12_2", - "title": "G12_2", - "section": "G12_2", - "text": "G12_2" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_2", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.G12_2", - "title": "G12_2 > G12_2 > G12_2", - "section": "G12_2 > G12_2", - "text": "property VariableWovenCharacterization.G12_2: Any\n\n!! processed by numpydoc !!" + "section": "store > store", + "text": "InterfaceLayer.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.element_sets", - "href": "api/_autosummary/ansys.acp.core.Model.element_sets.html#element_sets", - "title": "element_sets", - "section": "element_sets", - "text": "element_sets" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.origin", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.origin.html#origin", + "title": "origin", + "section": "origin", + "text": "origin" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.element_sets", - "href": "api/_autosummary/ansys.acp.core.Model.element_sets.html#ansys.acp.core.Model.element_sets", - "title": "element_sets > element_sets > element_sets", - "section": "element_sets > element_sets", - "text": "property Model.element_sets: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.origin", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.origin.html#ansys.acp.core.SphericalSelectionRule.origin", + "title": "origin > origin > origin", + "section": "origin > origin", + "text": "property SphericalSelectionRule.origin: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.element_sets", - "href": "api/_autosummary/ansys.acp.core.Model.element_sets.html#examples-using-modelelement_sets", - "title": "element_sets > Examples using Model.element_sets", - "section": "Examples using Model.element_sets", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.element_sets" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_geometry", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_geometry.html#mesh_geometry", + "title": "mesh_geometry", + "section": "mesh_geometry", + "text": "mesh_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.mesh", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_geometry", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.mesh_geometry.html#ansys.acp.core.ImportedModelingPly.mesh_geometry", + "title": "mesh_geometry > mesh_geometry > mesh_geometry", + "section": "mesh_geometry > mesh_geometry", + "text": "property ImportedModelingPly.mesh_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.mesh", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.mesh.html#ansys.acp.core.ModelingGroup.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property ModelingGroup.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.delete", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.id", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.id.html#id", + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.delete", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.delete.html#ansys.acp.core.VirtualGeometry.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "VirtualGeometry.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.id", + "href": "api/_autosummary/ansys.acp.core.ElementSet.id.html#id", "title": "id", "section": "id", "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.id", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.id.html#ansys.acp.core.OrientedSelectionSet.id", + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.id", + "href": "api/_autosummary/ansys.acp.core.ElementSet.id.html#ansys.acp.core.ElementSet.id", "title": "id > id > id", "section": "id > id", - "text": "property OrientedSelectionSet.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "text": "property ElementSet.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.clone", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", + "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#cdb-to-pymechanical-shell-workflow", + "title": "CDB to PyMechanical shell workflow", + "section": "CDB to PyMechanical shell workflow", + "text": "This example shows how to define a composite lay-up in PyACP based on a mesh\nfrom a CDB file, import the model into PyMechanical for defining the load and\nboundary conditions, and run a failure analysis with PyDPF - Composites.\nThe PyACP / PyMechanical integration is still experimental. Refer to the\nlimitations section for more information.\nCDB to PyMechanical shell workflow" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.clone", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.clone.html#ansys.acp.core.ImportedModelingPly.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "ImportedModelingPly.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", + "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#import-modules-and-start-the-ansys-products", + "title": "CDB to PyMechanical shell workflow > Import modules and start the Ansys products", + "section": "Import modules and start the Ansys products", + "text": "Import the standard library and third-party dependencies.\nImport PyACP, PyMechanical, and PyDPF - Composites.\nStart the ACP, Mechanical, and DPF servers. We use a ThreadPoolExecutor\nto start them in parallel.\nImport modules and start the Ansys products\nThreadPoolExecutor" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.mesh", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", + "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#get-example-input-files", + "title": "CDB to PyMechanical shell workflow > Get example input files", + "section": "Get example input files", + "text": "Create a temporary working directory, and download the example input files\nto this directory.\nGet example input files" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.mesh", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.mesh.html#ansys.acp.core.ModelingPly.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property ModelingPly.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", + "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#set-up-the-acp-model", + "title": "CDB to PyMechanical shell workflow > Set up the ACP model", + "section": "Set up the ACP model", + "text": "Setup basic ACP lay-up based on the CDB file.\nVisualize the loaded mesh.\nSet up the ACP model" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.mesh", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.mesh.html#examples-using-modelingplymesh", - "title": "mesh > Examples using ModelingPly.mesh", - "section": "Examples using ModelingPly.mesh", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using ModelingPly.mesh" + "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", + "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#define-the-composite-lay-up", + "title": "CDB to PyMechanical shell workflow > Define the composite lay-up", + "section": "Define the composite lay-up", + "text": "Create an orthotropic material and fabric including strain limits, which are later\nused to postprocess the simulation.\nDefine a rosette and oriented selection set. Plot the orientation.\nCreate various plies with different angles and add them to a modeling group.\nShow the fiber directions of a specific ply.\nFor a quick overview, print the model tree. Note that\nthe model can also be opened in the ACP GUI. For more\ninformation, see view_the_model_in_the_acp_gui.\nDefine the composite lay-up" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RULE_GEOMETRY_TRIANGLE", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RULE_GEOMETRY_TRIANGLE.html#rule_geometry_triangle", - "title": "RULE_GEOMETRY_TRIANGLE", - "section": "RULE_GEOMETRY_TRIANGLE", - "text": "RULE_GEOMETRY_TRIANGLE" + "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", + "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#save-the-acp-model", + "title": "CDB to PyMechanical shell workflow > Save the ACP model", + "section": "Save the ACP model", + "text": "Save the ACP model" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RULE_GEOMETRY_TRIANGLE", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.RULE_GEOMETRY_TRIANGLE.html#ansys.acp.core.extras.example_helpers.ExampleKeys.RULE_GEOMETRY_TRIANGLE", - "title": "RULE_GEOMETRY_TRIANGLE > RULE_GEOMETRY_TRIANGLE > RULE_GEOMETRY_TRIANGLE", - "section": "RULE_GEOMETRY_TRIANGLE > RULE_GEOMETRY_TRIANGLE", - "text": "ExampleKeys.RULE_GEOMETRY_TRIANGLE = 8\n\n" + "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", + "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#import-mesh-materials-and-plies-into-mechanical", + "title": "CDB to PyMechanical shell workflow > Import mesh, materials and plies into Mechanical", + "section": "Import mesh, materials and plies into Mechanical", + "text": "Import geometry, mesh, and named selections into Mechanical\nImport materials into Mechanical\nImport plies into Mechanical\nImport mesh, materials and plies into Mechanical" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule.html#create_spherical_selection_rule", - "title": "create_spherical_selection_rule", - "section": "create_spherical_selection_rule", - "text": "Instantiate a Spherical Selection Rule.\nname (str) – Name of the Spherical Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the sphere.\nradius (float) – Radius of the sphere.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nSphericalSelectionRule\nAdded in ACP server version 24.2.\ncreate_spherical_selection_rule\nuse_global_coordinate_system\nFalse" + "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", + "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#set-boundary-condition-and-solve", + "title": "CDB to PyMechanical shell workflow > Set boundary condition and solve", + "section": "Set boundary condition and solve", + "text": "Set boundary condition and solve" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule.html#ansys.acp.core.Model.create_spherical_selection_rule", - "title": "create_spherical_selection_rule > create_spherical_selection_rule > create_spherical_selection_rule", - "section": "create_spherical_selection_rule > create_spherical_selection_rule", - "text": "Model.create_spherical_selection_rule(*, name='SphericalSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), radius=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Spherical Selection Rule.\n\nParameters\n\nname (str) – Name of the Spherical Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the sphere.\n\nradius (float) – Radius of the sphere.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nReturn type\n\nSphericalSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/06-cdb-to-pymechanical-workflow", + "href": "examples/workflows/06-cdb-to-pymechanical-workflow.html#postprocess-results", + "title": "CDB to PyMechanical shell workflow > Postprocess results", + "section": "Postprocess results", + "text": "Evaluate the failure criteria using the PyDPF - Composites.\nDownload Jupyter notebook: 06-cdb-to-pymechanical-workflow.ipynb\nDownload Python source code: 06-cdb-to-pymechanical-workflow.py\nDownload zipped: 06-cdb-to-pymechanical-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocess results\nDownload Jupyter notebook: 06-cdb-to-pymechanical-workflow.ipynb\nDownload Python source code: 06-cdb-to-pymechanical-workflow.py\nDownload zipped: 06-cdb-to-pymechanical-workflow.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_spherical_selection_rule.html#examples-using-modelcreate_spherical_selection_rule", - "title": "create_spherical_selection_rule > Examples using Model.create_spherical_selection_rule", - "section": "Examples using Model.create_spherical_selection_rule", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nExamples using Model.create_spherical_selection_rule" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.use_default_draping_mesh_size", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.use_default_draping_mesh_size.html#use_default_draping_mesh_size", + "title": "use_default_draping_mesh_size", + "section": "use_default_draping_mesh_size", + "text": "use_default_draping_mesh_size" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.outer_radius", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.outer_radius.html#outer_radius", - "title": "outer_radius", - "section": "outer_radius", - "text": "outer_radius" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.use_default_draping_mesh_size", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.use_default_draping_mesh_size.html#ansys.acp.core.ModelingPly.use_default_draping_mesh_size", + "title": "use_default_draping_mesh_size > use_default_draping_mesh_size > use_default_draping_mesh_size", + "section": "use_default_draping_mesh_size > use_default_draping_mesh_size", + "text": "property ModelingPly.use_default_draping_mesh_size: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.outer_radius", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.outer_radius.html#ansys.acp.core.TubeSelectionRule.outer_radius", - "title": "outer_radius > outer_radius > outer_radius", - "section": "outer_radius > outer_radius", - "text": "property TubeSelectionRule.outer_radius: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.html#lookuptable3dinterpolationalgorithm", + "title": "LookUpTable3DInterpolationAlgorithm", + "section": "LookUpTable3DInterpolationAlgorithm", + "text": "Options for the interpolation algorithm used for 3D look-up tables.\nLookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR\n\nLookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR\n\nLookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION\n\nLookUpTable3DInterpolationAlgorithm\nLookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR\nLookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR\nLookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION" }, { - "objectID": "user_guide/security_considerations", - "href": "user_guide/security_considerations.html#security-considerations", - "title": "Security considerations", - "section": "Security considerations", - "text": "This section provides information on security considerations for the use\nof PyACP. It is important to understand the capabilities which PyACP\nprovides, especially when using it to build apps or scripts that accept\nuntrusted input.\nSecurity considerations" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.html#ansys.acp.core.LookUpTable3DInterpolationAlgorithm", + "title": "LookUpTable3DInterpolationAlgorithm > LookUpTable3DInterpolationAlgorithm > LookUpTable3DInterpolationAlgorithm", + "section": "LookUpTable3DInterpolationAlgorithm > LookUpTable3DInterpolationAlgorithm", + "text": "class ansys.acp.core.LookUpTable3DInterpolationAlgorithm(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the interpolation algorithm used for 3D look-up tables.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nLookUpTable3DInterpolationAlgorithm.WEIGHTED_NEAREST_NEIGHBOR\n\n\n\nLookUpTable3DInterpolationAlgorithm.NEAREST_NEIGHBOR\n\n\n\nLookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION\n\n\n\n" }, { - "objectID": "user_guide/security_considerations", - "href": "user_guide/security_considerations.html#launching-acp", - "title": "Security considerations > Launching ACP", - "section": "Launching ACP", - "text": "The launch_acp() function has different security implications depending\non the launch mode used:\nLaunching ACP\nlaunch_acp()" + "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType", + "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.html#cutoffruletype", + "title": "CutOffRuleType", + "section": "CutOffRuleType", + "text": "Options for how a cut off rule is defined.\nCutOffRuleType.GEOMETRY\n\nCutOffRuleType.TAPER\n\nCutOffRuleType\nCutOffRuleType.GEOMETRY\nCutOffRuleType.TAPER" }, { - "objectID": "user_guide/security_considerations", - "href": "user_guide/security_considerations.html#direct-launch", - "title": "Security considerations > Direct launch", - "section": "Direct launch", - "text": "When using the \"direct\" launch mode:\nThe executable which is launched is configurable either in the function\nparameters, or in the ansys-tools-local-product-launcher configuration\nfile. This may allow an attacker to launch arbitrary executables on the system.\nThe standard output and standard error file paths are configurable. This may\nbe used to overwrite arbitrary files on the system.\nWhen exposing the \"direct\" launch mode to untrusted users, it is important\nto validate that the executable path and file paths are safe, or hard-code\nthem in the app.\nDirect launch\n\"direct\"\nansys-tools-local-product-launcher\n\"direct\"" + "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType", + "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.html#ansys.acp.core.CutOffRuleType", + "title": "CutOffRuleType > CutOffRuleType > CutOffRuleType", + "section": "CutOffRuleType > CutOffRuleType", + "text": "class ansys.acp.core.CutOffRuleType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how a cut off rule is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nCutOffRuleType.GEOMETRY\n\n\n\nCutOffRuleType.TAPER\n\n\n\n" }, { - "objectID": "user_guide/security_considerations", - "href": "user_guide/security_considerations.html#docker-compose-launch", - "title": "Security considerations > Docker compose launch", - "section": "Docker compose launch", - "text": "The \"docker_compose\" launch mode executes the docker or docker-compose\ncommands on the system.\nThis may pose the following risks:\nIf the user can override which container is launched, they may be able to\nlaunch arbitrary containers on the system. This is especially problematic\nif docker is configured to run with elevated privileges.\nIf the user can override the docker or docker-compose executable\nin the environment, they may be able to execute arbitrary commands on the\nsystem.\nWhen exposing the \"docker_compose\" launch mode to untrusted users, it is important\nto validate that the container being launched, and control the environment the\ncommand is executed in.\nDocker compose launch\n\"docker_compose\"\ndocker\ndocker-compose\ndocker\ndocker\ndocker-compose\n\"docker_compose\"" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.html#acpinstance", + "title": "ACPInstance", + "section": "ACPInstance", + "text": "Control an ACP instance.\nSupports the following operations to control an ACP instance:\nLoading and unloading ACP models\nUp- and download of files to the (possibly remote) ACP instance\nCheck if the ACP instance is running\nIn addition, the ACP instance may support starting, stopping,\nand restarting.\nNote that this class is not meant for instantiating directly.\nThe launch_acp() function should be used instead.\nACPInstance.check([timeout])\nCheck if the ACP instance is running.\nACPInstance.clear()\nClose all models.\nACPInstance.download_file(remote_path, ...)\nDownload a file from the server.\nACPInstance.import_model(path, *[, name, format])\nLoad an ACP model from a file.\nACPInstance.restart([stop_timeout])\nStop, then start the product instance.\nACPInstance.start()\nStart the product instance.\nACPInstance.stop(*[, timeout])\nStop the product instance.\nACPInstance.upload_file(local_path)\nUpload a file to the server.\nACPInstance.wait(timeout)\nWait for the ACP instance to respond.\nACPInstance.is_remote\nWhether the server is remote or local.\nACPInstance.models\nModels currently loaded on the server.\nACPInstance.server_version\nVersion of the connected server.\nACPInstance\nlaunch_acp()\nACPInstance.check\nACPInstance.clear\nACPInstance.download_file\nACPInstance.import_model\nACPInstance.restart\nACPInstance.start\nACPInstance.stop\nACPInstance.upload_file\nACPInstance.wait\nACPInstance.is_remote\nACPInstance.models\nACPInstance.server_version" }, { - "objectID": "user_guide/security_considerations", - "href": "user_guide/security_considerations.html#connect-launch", - "title": "Security considerations > Connect launch", - "section": "Connect launch", - "text": "The \"connect\" launch mode connects to an existing ACP server. This mode does\nnot pose any particular security risks, besides allowing access to a port on the\nsystem.\nConnect launch\n\"connect\"" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.html#ansys.acp.core.ACPInstance", + "title": "ACPInstance > ACPInstance > ACPInstance", + "section": "ACPInstance > ACPInstance", + "text": "class ansys.acp.core.ACPInstance(*, server, channel, filetransfer_handler, is_remote)\n\nControl an ACP instance.\n\nSupports the following operations to control an ACP instance:\n\nLoading and unloading ACP models\n\nUp- and download of files to the (possibly remote) ACP instance\n\nCheck if the ACP instance is running\n\nIn addition, the ACP instance may support starting, stopping,\nand restarting.\n\nNote that this class is not meant for instantiating directly.\nThe launch_acp() function should be used instead.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nACPInstance.check([timeout])\n\nCheck if the ACP instance is running.\n\nACPInstance.clear()\n\nClose all models.\n\nACPInstance.download_file(remote_path, ...)\n\nDownload a file from the server.\n\nACPInstance.import_model(path, *[, name, format])\n\nLoad an ACP model from a file.\n\nACPInstance.restart([stop_timeout])\n\nStop, then start the product instance.\n\nACPInstance.start()\n\nStart the product instance.\n\nACPInstance.stop(*[, timeout])\n\nStop the product instance.\n\nACPInstance.upload_file(local_path)\n\nUpload a file to the server.\n\nACPInstance.wait(timeout)\n\nWait for the ACP instance to respond.\n\n\n\nAttributes\n\n\n\n\n\n\n\nACPInstance.is_remote\n\nWhether the server is remote or local.\n\nACPInstance.models\n\nModels currently loaded on the server.\n\nACPInstance.server_version\n\nVersion of the connected server.\n\n\n\n" }, { - "objectID": "user_guide/security_considerations", - "href": "user_guide/security_considerations.html#file-up--and-downloads", - "title": "Security considerations > File up- and downloads", - "section": "File up- and downloads", - "text": "The ACPInstance.upload_file() and ACPInstance.download_file() methods create files\non the local or remote machine, without any validation of the file content or path.\nThe same is true for file load / save methods if the auto_transfer_files parameter is set to\nTrue in launch_acp().\nWhen exposing these methods to untrusted users, it is important to validate that\nonly files that are safe to be uploaded or downloaded are processed.\nFile up- and downloads\nACPInstance.upload_file()\nACPInstance.download_file()\nauto_transfer_files\nTrue\nlaunch_acp()" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.html#examples-using-acpinstance", + "title": "ACPInstance > Examples using ACPInstance", + "section": "Examples using ACPInstance", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ACPInstance" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.html#elementsetnodaldata", + "title": "ElementSetNodalData", + "section": "ElementSetNodalData", + "text": "Represents nodal data for an Element Set.\nElementSetNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nElementSetNodalData.node_labels\n\nElementSetNodalData\nElementSetNodalData.get_pyvista_mesh\nElementSetNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.REMOVE", - "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.REMOVE.html#remove", - "title": "REMOVE", - "section": "REMOVE", - "text": "REMOVE" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetNodalData.html#ansys.acp.core.mesh_data.ElementSetNodalData", + "title": "ElementSetNodalData > ElementSetNodalData > ElementSetNodalData", + "section": "ElementSetNodalData > ElementSetNodalData", + "text": "class ansys.acp.core.mesh_data.ElementSetNodalData(node_labels)\n\nRepresents nodal data for an Element Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nElementSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nElementSetNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.REMOVE", - "href": "api/_autosummary/ansys.acp.core.BaseElementMaterialHandling.REMOVE.html#ansys.acp.core.BaseElementMaterialHandling.REMOVE", - "title": "REMOVE > REMOVE > REMOVE", - "section": "REMOVE > REMOVE", - "text": "BaseElementMaterialHandling.REMOVE = 'remove'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_1.html#nu12_1", + "title": "nu12_1", + "section": "nu12_1", + "text": "nu12_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.parent", - "href": "api/_autosummary/ansys.acp.core.Material.parent.html#parent", + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.nu12_1", + "title": "nu12_1 > nu12_1 > nu12_1", + "section": "nu12_1 > nu12_1", + "text": "property ConstantWovenCharacterization.nu12_1: Any\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.parent", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.parent.html#parent", "title": "parent", "section": "parent", "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.parent", - "href": "api/_autosummary/ansys.acp.core.Material.parent.html#ansys.acp.core.Material.parent", + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.parent", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.parent.html#ansys.acp.core.ImportedAnalysisPly.parent", "title": "parent > parent > parent", "section": "parent > parent", - "text": "property Material.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "text": "property ImportedAnalysisPly.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.elemental_data", - "href": "api/_autosummary/ansys.acp.core.Model.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.html#importedplythicknesstype", + "title": "ImportedPlyThicknessType", + "section": "ImportedPlyThicknessType", + "text": "Options for how ply thickness is defined.\nImportedPlyThicknessType.NOMINAL\n\nImportedPlyThicknessType.FROM_TABLE\n\nImportedPlyThicknessType\nImportedPlyThicknessType.NOMINAL\nImportedPlyThicknessType.FROM_TABLE" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.elemental_data", - "href": "api/_autosummary/ansys.acp.core.Model.elemental_data.html#ansys.acp.core.Model.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property Model.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType", + "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.html#ansys.acp.core.ImportedPlyThicknessType", + "title": "ImportedPlyThicknessType > ImportedPlyThicknessType > ImportedPlyThicknessType", + "section": "ImportedPlyThicknessType > ImportedPlyThicknessType", + "text": "class ansys.acp.core.ImportedPlyThicknessType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how ply thickness is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nImportedPlyThicknessType.NOMINAL\n\n\n\nImportedPlyThicknessType.FROM_TABLE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.elemental_data", - "href": "api/_autosummary/ansys.acp.core.Model.elemental_data.html#examples-using-modelelemental_data", - "title": "elemental_data > Examples using Model.elemental_data", - "section": "Examples using Model.elemental_data", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Model.elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.Material.tsai_wu_constants", + "href": "api/_autosummary/ansys.acp.core.Material.tsai_wu_constants.html#tsai_wu_constants", + "title": "tsai_wu_constants", + "section": "tsai_wu_constants", + "text": "tsai_wu_constants" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_geometry", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_geometry.html#cut_off_geometry", - "title": "cut_off_geometry", - "section": "cut_off_geometry", - "text": "cut_off_geometry" + "objectID": "api/_autosummary/ansys.acp.core.Material.tsai_wu_constants", + "href": "api/_autosummary/ansys.acp.core.Material.tsai_wu_constants.html#ansys.acp.core.Material.tsai_wu_constants", + "title": "tsai_wu_constants > tsai_wu_constants > tsai_wu_constants", + "section": "tsai_wu_constants > tsai_wu_constants", + "text": "property Material.tsai_wu_constants: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_geometry", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.cut_off_geometry.html#ansys.acp.core.CutOffSelectionRule.cut_off_geometry", - "title": "cut_off_geometry > cut_off_geometry > cut_off_geometry", - "section": "cut_off_geometry > cut_off_geometry", - "text": "property CutOffSelectionRule.cut_off_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.volume", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.volume.html#volume", + "title": "volume", + "section": "volume", + "text": "volume" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.transverse_direction.html#transverse_direction", - "title": "transverse_direction", - "section": "transverse_direction", - "text": "transverse_direction" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.volume", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.volume.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.volume", + "title": "volume > volume > volume", + "section": "volume > volume", + "text": "ProductionPlyElementalData.volume: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyElementalData.transverse_direction.html#ansys.acp.core.mesh_data.ModelingPlyElementalData.transverse_direction", - "title": "transverse_direction > transverse_direction > transverse_direction", - "section": "transverse_direction > transverse_direction", - "text": "ModelingPlyElementalData.transverse_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType.GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.GEOMETRY.html#geometry", + "title": "GEOMETRY", + "section": "GEOMETRY", + "text": "GEOMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.imported_solid_models", - "href": "api/_autosummary/ansys.acp.core.Model.imported_solid_models.html#imported_solid_models", - "title": "imported_solid_models", - "section": "imported_solid_models", - "text": "imported_solid_models" + "objectID": "api/_autosummary/ansys.acp.core.CutOffRuleType.GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.CutOffRuleType.GEOMETRY.html#ansys.acp.core.CutOffRuleType.GEOMETRY", + "title": "GEOMETRY > GEOMETRY > GEOMETRY", + "section": "GEOMETRY > GEOMETRY", + "text": "CutOffRuleType.GEOMETRY = 'geometry'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.imported_solid_models", - "href": "api/_autosummary/ansys.acp.core.Model.imported_solid_models.html#ansys.acp.core.Model.imported_solid_models", - "title": "imported_solid_models > imported_solid_models > imported_solid_models", - "section": "imported_solid_models > imported_solid_models", - "text": "property Model.imported_solid_models: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.fabrics", - "href": "api/_autosummary/ansys.acp.core.Model.fabrics.html#fabrics", - "title": "fabrics", - "section": "fabrics", - "text": "fabrics" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.id", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.id.html#ansys.acp.core.SphericalSelectionRule.id", + "title": "id > id > id", + "section": "id > id", + "text": "property SphericalSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.fabrics", - "href": "api/_autosummary/ansys.acp.core.Model.fabrics.html#ansys.acp.core.Model.fabrics", - "title": "fabrics > fabrics > fabrics", - "section": "fabrics > fabrics", - "text": "property Model.fabrics: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.thickness", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.thickness.html#thickness", + "title": "thickness", + "section": "thickness", + "text": "thickness" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.fabrics", - "href": "api/_autosummary/ansys.acp.core.Model.fabrics.html#examples-using-modelfabrics", - "title": "fabrics > Examples using Model.fabrics", - "section": "Examples using Model.fabrics", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using Model.fabrics" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.thickness", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.thickness.html#ansys.acp.core.ImportedAnalysisPly.thickness", + "title": "thickness > thickness > thickness", + "section": "thickness > thickness", + "text": "property ImportedAnalysisPly.thickness: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH.html#imported_solid_model_solid_mesh", + "title": "IMPORTED_SOLID_MODEL_SOLID_MESH", + "section": "IMPORTED_SOLID_MODEL_SOLID_MESH", + "text": "IMPORTED_SOLID_MODEL_SOLID_MESH" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data.html#ansys.acp.core.ModelingPly.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property ModelingPly.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH.html#ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH", + "title": "IMPORTED_SOLID_MODEL_SOLID_MESH > IMPORTED_SOLID_MODEL_SOLID_MESH > IMPORTED_SOLID_MODEL_SOLID_MESH", + "section": "IMPORTED_SOLID_MODEL_SOLID_MESH > IMPORTED_SOLID_MODEL_SOLID_MESH", + "text": "ExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH = 16\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.elemental_data.html#examples-using-modelingplyelemental_data", - "title": "elemental_data > Examples using ModelingPly.elemental_data", - "section": "Examples using ModelingPly.elemental_data", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using ModelingPly.elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes.html#rosettes", + "title": "rosettes", + "section": "rosettes", + "text": "rosettes" }, { - "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE", - "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE.html#plane_stress_state", - "title": "PLANE_STRESS_STATE", - "section": "PLANE_STRESS_STATE", - "text": "PLANE_STRESS_STATE" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes.html#ansys.acp.core.OrientedSelectionSet.rosettes", + "title": "rosettes > rosettes > rosettes", + "section": "rosettes > rosettes", + "text": "property OrientedSelectionSet.rosettes: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE", - "href": "api/_autosummary/ansys.acp.core.StressStateType.PLANE_STRESS_STATE.html#ansys.acp.core.StressStateType.PLANE_STRESS_STATE", - "title": "PLANE_STRESS_STATE > PLANE_STRESS_STATE > PLANE_STRESS_STATE", - "section": "PLANE_STRESS_STATE > PLANE_STRESS_STATE", - "text": "StressStateType.PLANE_STRESS_STATE = 'plane_stress_state'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rosettes.html#examples-using-orientedselectionsetrosettes", + "title": "rosettes > Examples using OrientedSelectionSet.rosettes", + "section": "Examples using OrientedSelectionSet.rosettes", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using OrientedSelectionSet.rosettes" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.include_rule.html#include_rule", - "title": "include_rule", - "section": "include_rule", - "text": "include_rule" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.OFFSET", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.OFFSET.html#offset", + "title": "OFFSET", + "section": "OFFSET", + "text": "OFFSET" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.include_rule.html#ansys.acp.core.VariableOffsetSelectionRule.include_rule", - "title": "include_rule > include_rule > include_rule", - "section": "include_rule > include_rule", - "text": "property VariableOffsetSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.OFFSET", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.OFFSET.html#ansys.acp.core.ElementalDataType.OFFSET", + "title": "OFFSET > OFFSET > OFFSET", + "section": "OFFSET > OFFSET", + "text": "ElementalDataType.OFFSET = 'offset'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.field_variables.html#field_variables", - "title": "field_variables", - "section": "field_variables", - "text": "field_variables" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.start", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.start.html#start", + "title": "start", + "section": "start", + "text": "Start the product instance.\nRuntimeError – If the instance is already in the started state.\nRuntimeError – If the instance does not allow manual starting.\nstart" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableFabricFiberAngle.field_variables.html#ansys.acp.core.material_property_sets.VariableFabricFiberAngle.field_variables", - "title": "field_variables > field_variables > field_variables", - "section": "field_variables > field_variables", - "text": "property VariableFabricFiberAngle.field_variables: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.start", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.start.html#ansys.acp.core.ACPInstance.start", + "title": "start > start > start", + "section": "start > start", + "text": "ACPInstance.start()\n\nStart the product instance.\n\nRaises\n\nRuntimeError – If the instance is already in the started state.\n\nRuntimeError – If the instance does not allow manual starting.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule.html#create_parallel_selection_rule", - "title": "create_parallel_selection_rule", - "section": "create_parallel_selection_rule", - "text": "Instantiate a Parallel Selection Rule.\nname (str) – Name of the Parallel Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the Parallel Selection Rule.\ndirection (tuple[float, ...]) – Direction of the Parallel Selection Rule.\nlower_limit (float) – Negative distance of the Parallel Selection Rule.\nupper_limit (float) – Positive distance of the Parallel Selection Rule.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nParallelSelectionRule\nAdded in ACP server version 24.2.\ncreate_parallel_selection_rule\nuse_global_coordinate_system\nFalse" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", + "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED.html#minimum_distance_superposed", + "title": "MINIMUM_DISTANCE_SUPERPOSED", + "section": "MINIMUM_DISTANCE_SUPERPOSED", + "text": "MINIMUM_DISTANCE_SUPERPOSED" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule.html#ansys.acp.core.Model.create_parallel_selection_rule", - "title": "create_parallel_selection_rule > create_parallel_selection_rule > create_parallel_selection_rule", - "section": "create_parallel_selection_rule > create_parallel_selection_rule", - "text": "Model.create_parallel_selection_rule(*, name='ParallelSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), direction=(1.0, 0.0, 0.0), lower_limit=0.0, upper_limit=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Parallel Selection Rule.\n\nParameters\n\nname (str) – Name of the Parallel Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the Parallel Selection Rule.\n\ndirection (tuple[float, ...]) – Direction of the Parallel Selection Rule.\n\nlower_limit (float) – Negative distance of the Parallel Selection Rule.\n\nupper_limit (float) – Positive distance of the Parallel Selection Rule.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nReturn type\n\nParallelSelectionRule\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", + "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED.html#ansys.acp.core.LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED", + "title": "MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED", + "section": "MINIMUM_DISTANCE_SUPERPOSED > MINIMUM_DISTANCE_SUPERPOSED", + "text": "LayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED = 'minimum_distance_superposed'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule", - "href": "api/_autosummary/ansys.acp.core.Model.create_parallel_selection_rule.html#examples-using-modelcreate_parallel_selection_rule", - "title": "create_parallel_selection_rule > Examples using Model.create_parallel_selection_rule", - "section": "Examples using Model.create_parallel_selection_rule", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using Model.create_parallel_selection_rule" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.relative_merge_tolerance", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.relative_merge_tolerance.html#relative_merge_tolerance", + "title": "relative_merge_tolerance", + "section": "relative_merge_tolerance", + "text": "relative_merge_tolerance" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.mass", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.mass.html#mass", - "title": "mass", - "section": "mass", - "text": "mass" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.relative_merge_tolerance", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.relative_merge_tolerance.html#ansys.acp.core.CutOffGeometry.relative_merge_tolerance", + "title": "relative_merge_tolerance > relative_merge_tolerance > relative_merge_tolerance", + "section": "relative_merge_tolerance > relative_merge_tolerance", + "text": "property CutOffGeometry.relative_merge_tolerance: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.mass", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.mass.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.mass", - "title": "mass > mass > mass", - "section": "mass > mass", - "text": "AnalysisPlyElementalData.mass: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_cut_off_type", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_cut_off_type.html#ply_cut_off_type", + "title": "ply_cut_off_type", + "section": "ply_cut_off_type", + "text": "ply_cut_off_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu23", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu23.html#nu23", - "title": "nu23", - "section": "nu23", - "text": "nu23" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_cut_off_type", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.ply_cut_off_type.html#ansys.acp.core.CutOffSelectionRule.ply_cut_off_type", + "title": "ply_cut_off_type > ply_cut_off_type > ply_cut_off_type", + "section": "ply_cut_off_type > ply_cut_off_type", + "text": "property CutOffSelectionRule.ply_cut_off_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu23", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu23.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu23", - "title": "nu23 > nu23 > nu23", - "section": "nu23 > nu23", - "text": "property VariableEngineeringConstants.nu23: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G23", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G23.html#g23", + "title": "G23", + "section": "G23", + "text": "G23" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.drop_hanging_nodes", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.drop_hanging_nodes.html#drop_hanging_nodes", - "title": "drop_hanging_nodes", - "section": "drop_hanging_nodes", - "text": "drop_hanging_nodes" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G23", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.G23.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.G23", + "title": "G23 > G23 > G23", + "section": "G23 > G23", + "text": "property VariableEngineeringConstants.G23: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.drop_hanging_nodes", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.drop_hanging_nodes.html#ansys.acp.core.SolidModelExportSettings.drop_hanging_nodes", - "title": "drop_hanging_nodes > drop_hanging_nodes > drop_hanging_nodes", - "section": "drop_hanging_nodes > drop_hanging_nodes", - "text": "property SolidModelExportSettings.drop_hanging_nodes: Any\n\n!! processed by numpydoc !!" + "objectID": "user_guide/concepts/index", + "href": "user_guide/concepts/index.html#concepts", + "title": "Concepts", + "section": "Concepts", + "text": "These guides explain the PyACP concepts.\nConcepts" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.primary_plies", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.primary_plies.html#primary_plies", - "title": "primary_plies", - "section": "primary_plies", - "text": "primary_plies" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.status", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.primary_plies", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.primary_plies.html#ansys.acp.core.ButtJointSequence.primary_plies", - "title": "primary_plies > primary_plies > primary_plies", - "section": "primary_plies > primary_plies", - "text": "property ButtJointSequence.primary_plies: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.status", + "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.status.html#ansys.acp.core.ImportedAnalysisPly.status", + "title": "status > status > status", + "section": "status > status", + "text": "property ImportedAnalysisPly.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.parent", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.parent", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.parent.html#ansys.acp.core.ButtJointSequence.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property ButtJointSequence.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.node_labels.html#ansys.acp.core.mesh_data.ModelNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "ModelNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.mass", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.mass.html#mass", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.mass", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.mass.html#mass", "title": "mass", "section": "mass", "text": "mass" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.mass", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.mass.html#ansys.acp.core.mesh_data.ModelElementalData.mass", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.mass", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.mass.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.mass", "title": "mass > mass > mass", "section": "mass > mass", - "text": "ModelElementalData.mass: ScalarData[np.float64] | None = None\n\n" + "text": "AnalysisPlyElementalData.mass: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.binary_path", - "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.binary_path.html#binary_path", - "title": "binary_path", - "section": "binary_path", - "text": "binary_path" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isupper", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isupper.html#isupper", + "title": "isupper", + "section": "isupper", + "text": "Return True if the string is an uppercase string, False otherwise.\nA string is uppercase if all cased characters in the string are uppercase and\nthere is at least one cased character in the string.\nisupper" }, { - "objectID": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.binary_path", - "href": "api/_autosummary/ansys.acp.core.DirectLaunchConfig.binary_path.html#ansys.acp.core.DirectLaunchConfig.binary_path", - "title": "binary_path > binary_path > binary_path", - "section": "binary_path > binary_path", - "text": "DirectLaunchConfig.binary_path: str = ''\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isupper", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.isupper.html#ansys.acp.core.material_property_sets.PuckMaterialType.isupper", + "title": "isupper > isupper > isupper", + "section": "isupper > isupper", + "text": "PuckMaterialType.isupper(/)\n\nReturn True if the string is an uppercase string, False otherwise.\n\nA string is uppercase if all cased characters in the string are uppercase and\nthere is at least one cased character in the string.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.parent", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "examples/modeling_features/006-layup-thickness-definitions", + "href": "examples/modeling_features/006-layup-thickness-definitions.html#thickness-definition", + "title": "Thickness definition", + "section": "Thickness definition", + "text": "This example shows how the thickness of a ply can be defined by a geometry or a lookup table.\nThe example only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nThickness definition" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.parent", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.parent.html#ansys.acp.core.CADGeometry.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property CADGeometry.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/006-layup-thickness-definitions", + "href": "examples/modeling_features/006-layup-thickness-definitions.html#import-modules", + "title": "Thickness definition > Import modules", + "section": "Import modules", + "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent.path", - "href": "api/_autosummary/ansys.acp.core.CADComponent.path.html#path", - "title": "path", - "section": "path", - "text": "path" + "objectID": "examples/modeling_features/006-layup-thickness-definitions", + "href": "examples/modeling_features/006-layup-thickness-definitions.html#start-acp-and-load-the-model", + "title": "Thickness definition > Start ACP and load the model", + "section": "Start ACP and load the model", + "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nLoad the model from the input file.\nThis example’s input file contains a flat plate with a single ply.\nStart ACP and load the model" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADComponent.path", - "href": "api/_autosummary/ansys.acp.core.CADComponent.path.html#ansys.acp.core.CADComponent.path", - "title": "path > path > path", - "section": "path > path", - "text": "property CADComponent.path: Any\n\n!! processed by numpydoc !!" + "objectID": "examples/modeling_features/006-layup-thickness-definitions", + "href": "examples/modeling_features/006-layup-thickness-definitions.html#define-the-thickness-from-a-geometry", + "title": "Thickness definition > Define the thickness from a geometry", + "section": "Define the thickness from a geometry", + "text": "Add the solid geometry to the model that defines the thickness.\nCreate a virtual geometry from the CAD geometry.\nSet the thickness type to FROM_GEOMETRY and define the virtual geometry.\nPlot the ply thickness together with the geometry defining the thickness.\nDefine the thickness from a geometry\nFROM_GEOMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.html#constantdensity", - "title": "ConstantDensity", - "section": "ConstantDensity", - "text": "Constant density material property set.\nAdded in ACP server version 24.2.\nConstantDensity.rho\n\nConstantDensity\nConstantDensity.rho" + "objectID": "examples/modeling_features/006-layup-thickness-definitions", + "href": "examples/modeling_features/006-layup-thickness-definitions.html#define-the-thickness-from-a-lookup-table", + "title": "Thickness definition > Define the thickness from a lookup table", + "section": "Define the thickness from a lookup table", + "text": "Create the data for the lookup table.\nMake a 20x20 grid of points to define a thickness function on. In this example,\nthe mesh of the lookup table is finer than the finite element mesh, and the thickness\nis interpolated onto the finite element mesh.\nNote that the plate lies in the xz plane and the thickness is defined in the y direction.\nCreate a thickness that equals the distance to the center of the plate.\nCreate the point coordinates for the lookup table.\nThe y coordinate is always zero.\nNow you have a list of point coordinates:\nAnd the corresponding thickness values.\nCreate the lookup table and add the coordinates and thickness data.\nSet the thickness type to FROM_TABLE and assign the thickness column.\nPlot the ply thickness.\nTotal running time of the script: (0 minutes 5.804 seconds)\nDownload Jupyter notebook: 006-layup-thickness-definitions.ipynb\nDownload Python source code: 006-layup-thickness-definitions.py\nDownload zipped: 006-layup-thickness-definitions.zip\nGallery generated by Sphinx-Gallery\nDefine the thickness from a lookup table\nFROM_TABLE\nDownload Jupyter notebook: 006-layup-thickness-definitions.ipynb\nDownload Python source code: 006-layup-thickness-definitions.py\nDownload zipped: 006-layup-thickness-definitions.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.html#ansys.acp.core.material_property_sets.ConstantDensity", - "title": "ConstantDensity > ConstantDensity > ConstantDensity", - "section": "ConstantDensity > ConstantDensity", - "text": "class ansys.acp.core.material_property_sets.ConstantDensity(*, rho=0.0, _parent_object=None, _attribute_path=None)\n\nConstant density material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantDensity.rho\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo.html#objectinfo", + "title": "ObjectInfo", + "section": "ObjectInfo", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nInterface definition for ObjectInfo messages.\nThe ObjectInfo message contains the full information about an object.\nObjectInfo" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantDensity.html#examples-using-constantdensity", - "title": "ConstantDensity > Examples using ConstantDensity", - "section": "Examples using ConstantDensity", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ConstantDensity" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo.html#ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo", + "title": "ObjectInfo > ObjectInfo > ObjectInfo", + "section": "ObjectInfo > ObjectInfo", + "text": "class ansys.acp.core._tree_objects._grpc_helpers.protocols.ObjectInfo(*args, **kwargs)\n\nInterface definition for ObjectInfo messages.\n\nThe ObjectInfo message contains the full information about an object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers.html#number_of_layers", - "title": "number_of_layers", - "section": "number_of_layers", - "text": "number_of_layers" + "objectID": "user_guide/howto/index", + "href": "user_guide/howto/index.html#how-to-guides", + "title": "How-to guides", + "section": "How-to guides", + "text": "These short guides teach you how to use particular features of PyACP.\nHow-to guides" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers.html#ansys.acp.core.ModelingPly.number_of_layers", - "title": "number_of_layers > number_of_layers > number_of_layers", - "section": "number_of_layers > number_of_layers", - "text": "property ModelingPly.number_of_layers: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology", + "href": "api/_autosummary/ansys.acp.core.ElementTechnology.html#elementtechnology", + "title": "ElementTechnology", + "section": "ElementTechnology", + "text": "Options for the element technology used in a layup mapping object.\nElementTechnology.LAYERED_ELEMENT\n\nElementTechnology.REINFORCING\n\nElementTechnology\nElementTechnology.LAYERED_ELEMENT\nElementTechnology.REINFORCING" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.number_of_layers.html#examples-using-modelingplynumber_of_layers", - "title": "number_of_layers > Examples using ModelingPly.number_of_layers", - "section": "Examples using ModelingPly.number_of_layers", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using ModelingPly.number_of_layers" + "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology", + "href": "api/_autosummary/ansys.acp.core.ElementTechnology.html#ansys.acp.core.ElementTechnology", + "title": "ElementTechnology > ElementTechnology > ElementTechnology", + "section": "ElementTechnology > ElementTechnology", + "text": "class ansys.acp.core.ElementTechnology(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the element technology used in a layup mapping object.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nElementTechnology.LAYERED_ELEMENT\n\n\n\nElementTechnology.REINFORCING\n\n\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.ElementTechnology", + "href": "api/_autosummary/ansys.acp.core.ElementTechnology.html#examples-using-elementtechnology", + "title": "ElementTechnology > Examples using ElementTechnology", + "section": "Examples using ElementTechnology", + "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using ElementTechnology" }, { - "objectID": "examples/modeling_features/001-materials", - "href": "examples/modeling_features/001-materials.html#materials", - "title": "Materials", - "section": "Materials", - "text": "This example demonstrates how to create the different type of materials, import,\nor export them. It only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nACP distinguishes between four types of material:\nRaw Material that defines the mechanical properties of the material.\nFabric is where a material can be associated with a set thickness.\nStackup is used to combine fabrics into a non-crimp fabric, such as a [0 45 90] combination.\nSublaminate is used to group fabrics and stackups for frequently used lay-ups.\nFabrics, Stackups and Sublaminates can be used to create plies. It is recommended to look a the\nAnsys help for more information on the different types of materials.\nImport the standard library and third-party dependencies.\nImport the PyACP dependencies.\nMaterials" + "objectID": "api/_autosummary/ansys.acp.core.Model.delete", + "href": "api/_autosummary/ansys.acp.core.Model.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "examples/modeling_features/001-materials", - "href": "examples/modeling_features/001-materials.html#start-acp-and-load-the-model", - "title": "Materials > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "%%\nGet the example file from the server.\nLaunch the PyACP server and connect to it.\nImport the model from the input file.\nStart ACP and load the model" + "objectID": "api/_autosummary/ansys.acp.core.Model.delete", + "href": "api/_autosummary/ansys.acp.core.Model.delete.html#ansys.acp.core.Model.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "Model.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "examples/modeling_features/001-materials", - "href": "examples/modeling_features/001-materials.html#create-a-material", - "title": "Materials > Create a Material", - "section": "Create a Material", - "text": "%%\nCreate property sets elastic constants, strain and stress limits.\nCreate a uni-directional (UD) material\nCreate a Material" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.orientation", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.orientation.html#orientation", + "title": "orientation", + "section": "orientation", + "text": "orientation" }, { - "objectID": "examples/modeling_features/001-materials", - "href": "examples/modeling_features/001-materials.html#create-a-fabric", - "title": "Materials > Create a Fabric", - "section": "Create a Fabric", - "text": "Create a fabric with a thickness of 0.2 mmm. A material can be used for\nmultiple fabrics.\nCreate a Fabric" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.orientation", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.orientation.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.orientation", + "title": "orientation > orientation > orientation", + "section": "orientation > orientation", + "text": "ProductionPlyElementalData.orientation: VectorData | None = None\n\n" }, { - "objectID": "examples/modeling_features/001-materials", - "href": "examples/modeling_features/001-materials.html#create-a-stackup", - "title": "Materials > Create a Stackup", - "section": "Create a Stackup", - "text": "Create a non-crimped fabric. In that case a biax.\nCreate a Stackup" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "examples/modeling_features/001-materials", - "href": "examples/modeling_features/001-materials.html#create-a-sub-laminate", - "title": "Materials > Create a Sub-Laminate", - "section": "Create a Sub-Laminate", - "text": "A Sublaminate is a group of fabrics and stackups which eases the modeling\nif the same sequence of materials is used multiple times.\nThe final material sequence of this Sublaminate is\n[E-Glass -45°, E-Glass 45°, E-Glass 90°, E-Glass 45°, E-Glass -45°].\nCreate a Sub-Laminate" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.parent.html#ansys.acp.core.GeometricalSelectionRule.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property GeometricalSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/001-materials", - "href": "examples/modeling_features/001-materials.html#import-and-export-materials", - "title": "Materials > Import and Export Materials", - "section": "Import and Export Materials", - "text": "Materials can be imported and exported from and to external sources.\nBy default, materials are loaded from the CDB file when the model is loaded.\nAn alternative is to load materials from an Engineering Data\nfile via Model.import_materials().\nSome workflows require the materials to be exported to an XML file.\nTotal running time of the script: (0 minutes 8.207 seconds)\nDownload Jupyter notebook: 001-materials.ipynb\nDownload Python source code: 001-materials.py\nDownload zipped: 001-materials.zip\nGallery generated by Sphinx-Gallery\nImport and Export Materials\nModel.import_materials()\nDownload Jupyter notebook: 001-materials.ipynb\nDownload Python source code: 001-materials.py\nDownload zipped: 001-materials.zip" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.all_elements", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.all_elements.html#all_elements", + "title": "all_elements", + "section": "all_elements", + "text": "all_elements" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.name", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.all_elements", + "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.all_elements.html#ansys.acp.core.ShellMappingProperties.all_elements", + "title": "all_elements > all_elements > all_elements", + "section": "all_elements > all_elements", + "text": "ShellMappingProperties.all_elements: bool = True\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.name", - "href": "api/_autosummary/ansys.acp.core.FieldDefinition.name.html#ansys.acp.core.FieldDefinition.name", - "title": "name > name > name", - "section": "name > name", - "text": "property FieldDefinition.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.full_mapping", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.full_mapping.html#full_mapping", + "title": "full_mapping", + "section": "full_mapping", + "text": "full_mapping" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.full_mapping", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.full_mapping.html#ansys.acp.core.FieldDefinition.full_mapping", + "title": "full_mapping > full_mapping > full_mapping", + "section": "full_mapping > full_mapping", + "text": "property FieldDefinition.full_mapping: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.clone", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.clone.html#ansys.acp.core.BooleanSelectionRule.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "BooleanSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.html#cadgeometry", + "title": "CADGeometry", + "section": "CADGeometry", + "text": "Instantiate a CAD Geometry.\nname (str) – Name of the CAD Geometry.\nexternal_path (str) – Path to the CAD file.\nscale_factor (float) – Scale factor applied to the CAD geometry.\nuse_default_precision (bool) – Whether to use the default precision value.\nprecision (float) – Precision of geometrical operations such as intersection points, thickness sampling, etc.\nuse_default_offset (bool) – Whether to use the default offset value.\noffset (float) – Offset value used to analyze the surface’s coverage regarding the mesh.\nAdded in ACP server version 24.2.\nCADGeometry.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nCADGeometry.delete()\nDelete the object.\nCADGeometry.refresh(path)\nReload the geometry from its external source.\nCADGeometry.store(parent)\nStore the object on the server.\nCADGeometry.external_path\n\nCADGeometry.id\nIdentifier of the object, used for example as key in maps.\nCADGeometry.locked\n\nCADGeometry.name\nThe name of the object.\nCADGeometry.offset\n\nCADGeometry.parent\nThe parent of the object.\nCADGeometry.precision\n\nCADGeometry.root_shapes\n\nCADGeometry.scale_factor\n\nCADGeometry.status\n\nCADGeometry.use_default_offset\n\nCADGeometry.use_default_precision\n\nCADGeometry.visualization_mesh\nSurface mesh for visualization.\nCADGeometry\nCADGeometry.clone\nCADGeometry.delete\nCADGeometry.refresh\nCADGeometry.store\nCADGeometry.external_path\nCADGeometry.id\nCADGeometry.locked\nCADGeometry.name\nCADGeometry.offset\nCADGeometry.parent\nCADGeometry.precision\nCADGeometry.root_shapes\nCADGeometry.scale_factor\nCADGeometry.status\nCADGeometry.use_default_offset\nCADGeometry.use_default_precision\nCADGeometry.visualization_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObject", - "href": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObject.html#treeobject", - "title": "TreeObject", - "section": "TreeObject", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nBase class for ACP objects which can be modified or deleted.\nTreeObject" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.html#ansys.acp.core.CADGeometry", + "title": "CADGeometry > CADGeometry > CADGeometry", + "section": "CADGeometry > CADGeometry", + "text": "class ansys.acp.core.CADGeometry(*, name='CADGeometry', external_path='', scale_factor=1.0, use_default_precision=True, precision=0.001, use_default_offset=True, offset=0.0)\n\nInstantiate a CAD Geometry.\n\nParameters\n\nname (str) – Name of the CAD Geometry.\n\nexternal_path (str) – Path to the CAD file.\n\nscale_factor (float) – Scale factor applied to the CAD geometry.\n\nuse_default_precision (bool) – Whether to use the default precision value.\n\nprecision (float) – Precision of geometrical operations such as intersection points, thickness sampling, etc.\n\nuse_default_offset (bool) – Whether to use the default offset value.\n\noffset (float) – Offset value used to analyze the surface’s coverage regarding the mesh.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCADGeometry.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nCADGeometry.delete()\n\nDelete the object.\n\nCADGeometry.refresh(path)\n\nReload the geometry from its external source.\n\nCADGeometry.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCADGeometry.external_path\n\n\n\nCADGeometry.id\n\nIdentifier of the object, used for example as key in maps.\n\nCADGeometry.locked\n\n\n\nCADGeometry.name\n\nThe name of the object.\n\nCADGeometry.offset\n\n\n\nCADGeometry.parent\n\nThe parent of the object.\n\nCADGeometry.precision\n\n\n\nCADGeometry.root_shapes\n\n\n\nCADGeometry.scale_factor\n\n\n\nCADGeometry.status\n\n\n\nCADGeometry.use_default_offset\n\n\n\nCADGeometry.use_default_precision\n\n\n\nCADGeometry.visualization_mesh\n\nSurface mesh for visualization.\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObject", - "href": "api/_autosummary/ansys.acp.core._tree_objects.base.TreeObject.html#ansys.acp.core._tree_objects.base.TreeObject", - "title": "TreeObject > TreeObject > TreeObject", - "section": "TreeObject > TreeObject", - "text": "class ansys.acp.core._tree_objects.base.TreeObject(name='')\n\nBase class for ACP objects which can be modified or deleted.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.html#examples-using-cadgeometry", + "title": "CADGeometry > Examples using CADGeometry", + "section": "Examples using CADGeometry", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using CADGeometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.OFFSET", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.OFFSET.html#offset", - "title": "OFFSET", - "section": "OFFSET", - "text": "OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.active", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.OFFSET", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.OFFSET.html#ansys.acp.core.ElementalDataType.OFFSET", - "title": "OFFSET > OFFSET > OFFSET", - "section": "OFFSET > OFFSET", - "text": "ElementalDataType.OFFSET = 'offset'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.active", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.active.html#ansys.acp.core.CutOffGeometry.active", + "title": "active > active > active", + "section": "active > active", + "text": "property CutOffGeometry.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.html#importedanalysisply", - "title": "ImportedAnalysisPly", - "section": "ImportedAnalysisPly", - "text": "Instantiate an Imported Analysis Ply.\nname (str) – The name of the Imported Analysis Ply.\nmaterial (Material) – Material of the Imported Analysis ply.\nangle (float) – Angle of the Analysis ply in degrees.\nthickness (float) – Thickness of the ply.\nactive_in_post_mode (bool) – If False, deactivates the failure analysis for this ply during post-processing.\nAdded in ACP server version 25.1.\nImportedAnalysisPly.active_in_post_mode\n\nImportedAnalysisPly.angle\n\nImportedAnalysisPly.id\nIdentifier of the object, used for example as key in maps.\nImportedAnalysisPly.material\n\nImportedAnalysisPly.name\nThe name of the object.\nImportedAnalysisPly.parent\nThe parent of the object.\nImportedAnalysisPly.solid_mesh\nSolid mesh associated with the object.\nImportedAnalysisPly.status\n\nImportedAnalysisPly.thickness\n\nImportedAnalysisPly\nImportedAnalysisPly.active_in_post_mode\nImportedAnalysisPly.angle\nImportedAnalysisPly.id\nImportedAnalysisPly.material\nImportedAnalysisPly.name\nImportedAnalysisPly.parent\nImportedAnalysisPly.solid_mesh\nImportedAnalysisPly.status\nImportedAnalysisPly.thickness" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.html#importedsolidmodelelementaldata", + "title": "ImportedSolidModelElementalData", + "section": "ImportedSolidModelElementalData", + "text": "Represents elemental data for an imported solid model.\nImportedSolidModelElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nImportedSolidModelElementalData.element_labels\n\nImportedSolidModelElementalData\nImportedSolidModelElementalData.get_pyvista_mesh\nImportedSolidModelElementalData.element_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.html#ansys.acp.core.ImportedAnalysisPly", - "title": "ImportedAnalysisPly > ImportedAnalysisPly > ImportedAnalysisPly", - "section": "ImportedAnalysisPly > ImportedAnalysisPly", - "text": "class ansys.acp.core.ImportedAnalysisPly\n\nInstantiate an Imported Analysis Ply.\n\nParameters\n\nname (str) – The name of the Imported Analysis Ply.\n\nmaterial (Material) – Material of the Imported Analysis ply.\n\nangle (float) – Angle of the Analysis ply in degrees.\n\nthickness (float) – Thickness of the ply.\n\nactive_in_post_mode (bool) – If False, deactivates the failure analysis for this ply during post-processing.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedAnalysisPly.active_in_post_mode\n\n\n\nImportedAnalysisPly.angle\n\n\n\nImportedAnalysisPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nImportedAnalysisPly.material\n\n\n\nImportedAnalysisPly.name\n\nThe name of the object.\n\nImportedAnalysisPly.parent\n\nThe parent of the object.\n\nImportedAnalysisPly.solid_mesh\n\nSolid mesh associated with the object.\n\nImportedAnalysisPly.status\n\n\n\nImportedAnalysisPly.thickness\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelElementalData.html#ansys.acp.core.mesh_data.ImportedSolidModelElementalData", + "title": "ImportedSolidModelElementalData > ImportedSolidModelElementalData > ImportedSolidModelElementalData", + "section": "ImportedSolidModelElementalData > ImportedSolidModelElementalData", + "text": "class ansys.acp.core.mesh_data.ImportedSolidModelElementalData(element_labels)\n\nRepresents elemental data for an imported solid model.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nImportedSolidModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedSolidModelElementalData.element_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.html#examples-using-importedanalysisply", - "title": "ImportedAnalysisPly > Examples using ImportedAnalysisPly", - "section": "Examples using ImportedAnalysisPly", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ImportedAnalysisPly" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#compatibility", + "title": "Compatibility", + "section": "Compatibility", + "text": "Compatibility" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.element_technology", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.element_technology.html#element_technology", - "title": "element_technology", - "section": "element_technology", - "text": "element_technology" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#server-version-compatibility", + "title": "Compatibility > Server version compatibility", + "section": "Server version compatibility", + "text": "PyACP is compatible with all versions of the ACP gRPC server since version 2024R2.\nHowever, some features are not available when using older versions of the server.\nVersion 2025R1 is the first full release of the ACP gRPC server, which makes\nalmost all features of ACP available through PyACP.\nServer version compatibility" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.element_technology", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.element_technology.html#ansys.acp.core.LayupMappingObject.element_technology", - "title": "element_technology > element_technology > element_technology", - "section": "element_technology > element_technology", - "text": "property LayupMappingObject.element_technology: Any\n\n!! processed by numpydoc !!" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#added-in-2025r1", + "title": "Compatibility > Added in 2025R1", + "section": "Added in 2025R1", + "text": "The following features were added in version 2025R1 of the ACP gRPC server.\nAdded in 2025R1" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_1.html#e1_1", - "title": "E1_1", - "section": "E1_1", - "text": "E1_1" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#tree-objects", + "title": "Compatibility > Tree objects", + "section": "Tree objects", + "text": "ButtJointSequence\nCutOffGeometry\nExtrusionGuide\nFieldDefinition\nImportedAnalysisPly\nImportedModelingPly\nImportedProductionPly\nImportedSolidModel\nInterfaceLayer\nLayupMappingObject\nSamplingPoint\nSectionCut\nSnapToGeometry\nSolidElementSet\nSolidModel\nTree objects\nButtJointSequence\nCutOffGeometry\nExtrusionGuide\nFieldDefinition\nImportedAnalysisPly\nImportedModelingPly\nImportedProductionPly\nImportedSolidModel\nInterfaceLayer\nLayupMappingObject\nSamplingPoint\nSectionCut\nSnapToGeometry\nSolidElementSet\nSolidModel" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_1.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.E1_1", - "title": "E1_1 > E1_1 > E1_1", - "section": "E1_1 > E1_1", - "text": "property VariableWovenCharacterization.E1_1: Any\n\n!! processed by numpydoc !!" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#methods", + "title": "Compatibility > Methods", + "section": "Methods", + "text": "Model.import_hdf5_composite_cae()\nModel.export_hdf5_composite_cae()\nModel.import_materials()\nModel.export_modeling_ply_geometries()\nMethods\nModel.import_hdf5_composite_cae()\nModel.export_hdf5_composite_cae()\nModel.import_materials()\nModel.export_modeling_ply_geometries()" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.CUSTOM", - "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.CUSTOM.html#custom", - "title": "CUSTOM", - "section": "CUSTOM", - "text": "CUSTOM" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#other-features", + "title": "Compatibility > Other features", + "section": "Other features", + "text": "Mesh attributes for classes other than the Model class.\nThe .shell_mesh and .solid_mesh attributes.\nOther features\nModel\n.shell_mesh\n.solid_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.CUSTOM", - "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.CUSTOM.html#ansys.acp.core.CutOffMaterialHandling.CUSTOM", - "title": "CUSTOM > CUSTOM > CUSTOM", - "section": "CUSTOM > CUSTOM", - "text": "CutOffMaterialHandling.CUSTOM = 'custom'\n\n" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#upgrading-pyacp", + "title": "Compatibility > Upgrading PyACP", + "section": "Upgrading PyACP", + "text": "The following section describes how to upgrade to newer versions of PyACP.\nUpgrading PyACP" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.interpolation_options.html#interpolation_options", - "title": "interpolation_options", - "section": "interpolation_options", - "text": "interpolation_options" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#upgrading-from-the-beta-version", + "title": "Compatibility > Upgrading from the beta version", + "section": "Upgrading from the beta version", + "text": "The beta version of PyACP did not yet provide a stable API. Consequently, some\nbackwards-incompatible changes were made in the first stable release to improve\nthe API.\nIf you encounter any difficulties upgrading from the beta version, feel free to\nopen an issue on the PyACP GitHub\nrepository.\nUpgrading from the beta version" + }, + { + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#removed-features", + "title": "Compatibility > Removed features", + "section": "Removed features", + "text": "The ACPWorkflow class for managing file up- and download was removed. Instead,\nfile up- and download is now managed automatically by default. You can directly\nuse the ACPInstance.import_model() method for importing models, and methods\nsuch as Model.save(), Model.export_analysis_model(), or\nModel.export_hdf5_composite_cae() for saving / exporting data.\nSee the file management section for more information.\nThe get_composite_post_processing_files function was removed, since it only\ncovered the shell workflow. Instead, you can directly use the ansys.dpf.composites\nAPI, as shown in the workflow examples.\nRemoved features\nACPWorkflow\nACPInstance.import_model()\nModel.save()\nModel.export_analysis_model()\nModel.export_hdf5_composite_cae()\nget_composite_post_processing_files\nansys.dpf.composites" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.interpolation_options", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.interpolation_options.html#ansys.acp.core.material_property_sets.VariableStressLimits.interpolation_options", - "title": "interpolation_options > interpolation_options > interpolation_options", - "section": "interpolation_options > interpolation_options", - "text": "property VariableStressLimits.interpolation_options: Any\n\n!! processed by numpydoc !!" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#new-submodules", + "title": "Compatibility > New submodules", + "section": "New submodules", + "text": "Some features were moved into submodules instead of being exposed at the top level\nansys.acp.core module:\nElemental, nodal, and mesh data types were moved to the ansys.acp.core.mesh_data submodule.\nThe example_helpers submodule was moved to the ansys.acp.core.extras submodule.\nThe get_dpf_unit_system function was moved to the ansys.acp.core.dpf_integration_helpers submodule.\nNew submodules\nansys.acp.core\nansys.acp.core.mesh_data\nexample_helpers\nansys.acp.core.extras\nget_dpf_unit_system\nansys.acp.core.dpf_integration_helpers" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule.html#template_rule", - "title": "template_rule", - "section": "template_rule", - "text": "Whether the selection rule is a template rule.\ntemplate_rule" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#renamed-classes", + "title": "Compatibility > Renamed classes", + "section": "Renamed classes", + "text": "The following classes were renamed:\nACP renamed to ACPInstance.\nDrapingMaterialType renamed to DrapingMaterialModel.\nStatusType renamed to Status.\nDimensionType renamed to PhysicalDimension.\nCutoffMaterialType renamed to CutOffMaterialType.\nCutoffRuleType renamed to CutOffRuleType.\nCutoffSelectionRule renamed to CutOffSelectionRule.\nCutoffSelectionRuleElementalData renamed to CutOffSelectionRuleElementalData and moved to ansys.acp.core.mesh_data.\nCutoffSelectionRuleNodalData renamed to CutOffSelectionRuleNodalData and moved to ansys.acp.core.mesh_data.\nPlyCutoffType renamed to PlyCutOffType.\nDropoffMaterialType renamed to DropOffMaterialType.\nRenamed classes\nACP\nACPInstance\nDrapingMaterialType\nDrapingMaterialModel\nStatusType\nStatus\nDimensionType\nPhysicalDimension\nCutoffMaterialType\nCutOffMaterialType\nCutoffRuleType\nCutOffRuleType\nCutoffSelectionRule\nCutOffSelectionRule\nCutoffSelectionRuleElementalData\nCutOffSelectionRuleElementalData\nansys.acp.core.mesh_data\nCutoffSelectionRuleNodalData\nCutOffSelectionRuleNodalData\nansys.acp.core.mesh_data\nPlyCutoffType\nPlyCutOffType\nDropoffMaterialType\nDropOffMaterialType" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule.html#ansys.acp.core.LinkedSelectionRule.template_rule", - "title": "template_rule > template_rule > template_rule", - "section": "template_rule > template_rule", - "text": "property LinkedSelectionRule.template_rule: bool\n\nWhether the selection rule is a template rule.\n\n!! processed by numpydoc !!" + "objectID": "user_guide/compatibility", + "href": "user_guide/compatibility.html#renamed-attributes", + "title": "Compatibility > Renamed attributes", + "section": "Renamed attributes", + "text": "The following attributes were renamed:\ndimension_type renamed to physical_dimension on the LookUpTable1DColumn and LookUpTable3DColumn classes.\ndraping_type renamed to draping on the ModelingPly class.\ninclude_rule_type renamed to include_rule on all selection rule classes.\nrelative_rule_type renamed to relative_rule on all selection rule classes.\nRenamed attributes\ndimension_type\nphysical_dimension\nLookUpTable1DColumn\nLookUpTable3DColumn\ndraping_type\ndraping\nModelingPly\ninclude_rule_type\ninclude_rule\nrelative_rule_type\nrelative_rule" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.template_rule.html#examples-using-linkedselectionruletemplate_rule", - "title": "template_rule > Examples using LinkedSelectionRule.template_rule", - "section": "Examples using LinkedSelectionRule.template_rule", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LinkedSelectionRule.template_rule" + "objectID": "api/_autosummary/ansys.acp.core.Model.imported_solid_models", + "href": "api/_autosummary/ansys.acp.core.Model.imported_solid_models.html#imported_solid_models", + "title": "imported_solid_models", + "section": "imported_solid_models", + "text": "imported_solid_models" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.delete", - "href": "api/_autosummary/ansys.acp.core.Model.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.Model.imported_solid_models", + "href": "api/_autosummary/ansys.acp.core.Model.imported_solid_models.html#ansys.acp.core.Model.imported_solid_models", + "title": "imported_solid_models > imported_solid_models > imported_solid_models", + "section": "imported_solid_models > imported_solid_models", + "text": "property Model.imported_solid_models: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.delete", - "href": "api/_autosummary/ansys.acp.core.Model.delete.html#ansys.acp.core.Model.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "Model.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.COG", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.COG.html#cog", + "title": "COG", + "section": "COG", + "text": "COG" }, { - "objectID": "api/_autosummary/ansys.acp.core.ArrowType", - "href": "api/_autosummary/ansys.acp.core.ArrowType.html#arrowtype", - "title": "ArrowType", - "section": "ArrowType", - "text": "Options for the type of arrow to be created for directions in the ply geometry export.\nArrowType.NO_ARROW\n\nArrowType.HALF_ARROW\n\nArrowType.STANDARD_ARROW\n\nArrowType\nArrowType.NO_ARROW\nArrowType.HALF_ARROW\nArrowType.STANDARD_ARROW" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.COG", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.COG.html#ansys.acp.core.ElementalDataType.COG", + "title": "COG > COG > COG", + "section": "COG > COG", + "text": "ElementalDataType.COG = 'cog'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ArrowType", - "href": "api/_autosummary/ansys.acp.core.ArrowType.html#ansys.acp.core.ArrowType", - "title": "ArrowType > ArrowType > ArrowType", - "section": "ArrowType > ArrowType", - "text": "class ansys.acp.core.ArrowType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the type of arrow to be created for directions in the ply geometry export.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nArrowType.NO_ARROW\n\n\n\nArrowType.HALF_ARROW\n\n\n\nArrowType.STANDARD_ARROW\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.models", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.models.html#models", + "title": "models", + "section": "models", + "text": "Models currently loaded on the server.\nNote that the models are listed in arbitrary order.\nmodels" }, { - "objectID": "examples/modeling_features/005-ply-direction-lookup-table", - "href": "examples/modeling_features/005-ply-direction-lookup-table.html#direction-definition", - "title": "Direction definition", - "section": "Direction definition", - "text": "This example shows how to define directions from lookup tables. They can be either\nreference directions for oriented selection sets or draping angles for modeling plies.\nThe example only shows the PyACP part of the setup. For a complete composite analysis,\nsee pymapdl_workflow_example.\nDirection definition" + "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.models", + "href": "api/_autosummary/ansys.acp.core.ACPInstance.models.html#ansys.acp.core.ACPInstance.models", + "title": "models > models > models", + "section": "models > models", + "text": "property ACPInstance.models: tuple[Model, ...]\n\nModels currently loaded on the server.\n\nNote that the models are listed in arbitrary order.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/005-ply-direction-lookup-table", - "href": "examples/modeling_features/005-ply-direction-lookup-table.html#import-modules", - "title": "Direction definition > Import modules", - "section": "Import modules", - "text": "Import the standard library and third-party dependencies.\nImport the PyACP dependencies.\nImport modules" + "objectID": "api/_autosummary/ansys.acp.core.SubShape.path", + "href": "api/_autosummary/ansys.acp.core.SubShape.path.html#path", + "title": "path", + "section": "path", + "text": "Topological path of the sub-shape within the CAD geometry.\npath" }, { - "objectID": "examples/modeling_features/005-ply-direction-lookup-table", - "href": "examples/modeling_features/005-ply-direction-lookup-table.html#start-acp-and-load-the-model", - "title": "Direction definition > Start ACP and load the model", - "section": "Start ACP and load the model", - "text": "Get the example file from the server.\nLaunch the PyACP server and connect to it.\nImport the model from the input file.\nThis example’s input file contains a flat plate.\nStart ACP and load the model" + "objectID": "api/_autosummary/ansys.acp.core.SubShape.path", + "href": "api/_autosummary/ansys.acp.core.SubShape.path.html#ansys.acp.core.SubShape.path", + "title": "path > path > path", + "section": "path > path", + "text": "property SubShape.path: str\n\nTopological path of the sub-shape within the CAD geometry.\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/005-ply-direction-lookup-table", - "href": "examples/modeling_features/005-ply-direction-lookup-table.html#setup-materials-and-oriented-selection-set", - "title": "Direction definition > Setup materials and oriented selection set", - "section": "Setup materials and oriented selection set", - "text": "Create a material and fabric.\nCreate a parallel rosette.\nCreate an oriented selection set (OSS) and assign the rosette.\nPlot the orientation and reference direction of the OSS.\nThe reference direction is defined by the rosette.\nSetup materials and oriented selection set" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.edge_set", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.edge_set.html#edge_set", + "title": "edge_set", + "section": "edge_set", + "text": "edge_set" }, { - "objectID": "examples/modeling_features/005-ply-direction-lookup-table", - "href": "examples/modeling_features/005-ply-direction-lookup-table.html#define-reference-direction-from-lookup-table", - "title": "Direction definition > Define reference direction from lookup table", - "section": "Define reference direction from lookup table", - "text": "Create a 3D lookup table to store the direction and angle corrections.\nCreate a grid of points on the plate where the lookup table values are stored.\nCompute the directions tangential to circles around the point (0,0,0).\nCreate the lookup table and add the direction data.\nAssign the lookup table to the OSS.\nPlot the orientation and the reference direction of the OSS.\nReset the OSS so that it may use the rosette again for the reference direction.\nDefine reference direction from lookup table" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.edge_set", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.edge_set.html#ansys.acp.core.ExtrusionGuide.edge_set", + "title": "edge_set > edge_set > edge_set", + "section": "edge_set > edge_set", + "text": "property ExtrusionGuide.edge_set: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/modeling_features/005-ply-direction-lookup-table", - "href": "examples/modeling_features/005-ply-direction-lookup-table.html#define-draping-angles-from-lookup-table", - "title": "Direction definition > Define draping angles from lookup table", - "section": "Define draping angles from lookup table", - "text": "%%\nCompute a correction angle to define circular fiber paths.\nCompute the transverse correction angle, assuming a constant shear angle of -30°.\nCreate a modeling ply with the angle corrections.\nPlot the directions of the modeling ply. First, plot the directions without correction angles.\nNext, plot the draped directions, including the correction angles, from the lookup table.\nTotal running time of the script: (0 minutes 4.013 seconds)\nDownload Jupyter notebook: 005-ply-direction-lookup-table.ipynb\nDownload Python source code: 005-ply-direction-lookup-table.py\nDownload zipped: 005-ply-direction-lookup-table.zip\nGallery generated by Sphinx-Gallery\nDefine draping angles from lookup table\nDownload Jupyter notebook: 005-ply-direction-lookup-table.ipynb\nDownload Python source code: 005-ply-direction-lookup-table.py\nDownload zipped: 005-ply-direction-lookup-table.zip" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC", + "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC.html#isotropic", + "title": "ISOTROPIC", + "section": "ISOTROPIC", + "text": "ISOTROPIC" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.mesh.html#mesh", - "title": "mesh", - "section": "mesh", - "text": "Full mesh associated with the object.\nmesh" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC", + "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC.html#ansys.acp.core.PlyType.ISOTROPIC", + "title": "ISOTROPIC > ISOTROPIC > ISOTROPIC", + "section": "ISOTROPIC > ISOTROPIC", + "text": "PlyType.ISOTROPIC = 'isotropic'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.mesh", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.mesh.html#ansys.acp.core.SphericalSelectionRule.mesh", - "title": "mesh > mesh > mesh", - "section": "mesh > mesh", - "text": "property SphericalSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC", + "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC.html#examples-using-plytypeisotropic", + "title": "ISOTROPIC > Examples using PlyType.ISOTROPIC", + "section": "Examples using PlyType.ISOTROPIC", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using PlyType.ISOTROPIC" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.scale_factor", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.scale_factor.html#scale_factor", - "title": "scale_factor", - "section": "scale_factor", - "text": "scale_factor" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_material", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_material.html#base_material", + "title": "base_material", + "section": "base_material", + "text": "base_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.scale_factor", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.scale_factor.html#ansys.acp.core.CADGeometry.scale_factor", - "title": "scale_factor > scale_factor > scale_factor", - "section": "scale_factor > scale_factor", - "text": "property CADGeometry.scale_factor: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_material", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_material.html#ansys.acp.core.LayupMappingObject.base_material", + "title": "base_material > base_material > base_material", + "section": "base_material > base_material", + "text": "property LayupMappingObject.base_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.element_sets", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.element_sets.html#element_sets", - "title": "element_sets", - "section": "element_sets", - "text": "element_sets" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.use_global_coordinate_system", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.use_global_coordinate_system.html#use_global_coordinate_system", + "title": "use_global_coordinate_system", + "section": "use_global_coordinate_system", + "text": "use_global_coordinate_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.element_sets", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.element_sets.html#ansys.acp.core.ShellMappingProperties.element_sets", - "title": "element_sets > element_sets > element_sets", - "section": "element_sets > element_sets", - "text": "ShellMappingProperties.element_sets: Sequence[ElementSet] = ()\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.use_global_coordinate_system", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.use_global_coordinate_system.html#ansys.acp.core.CylindricalSelectionRule.use_global_coordinate_system", + "title": "use_global_coordinate_system > use_global_coordinate_system > use_global_coordinate_system", + "section": "use_global_coordinate_system > use_global_coordinate_system", + "text": "property CylindricalSelectionRule.use_global_coordinate_system: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.id", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.shell_mesh.html#ansys.acp.core.ParallelSelectionRule.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property ParallelSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.id", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.id.html#ansys.acp.core.VirtualGeometry.id", + "title": "id > id > id", + "section": "id > id", + "text": "property VirtualGeometry.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.ply_type", - "href": "api/_autosummary/ansys.acp.core.Material.ply_type.html#ply_type", - "title": "ply_type", - "section": "ply_type", - "text": "ply_type" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_field_definition", + "href": "api/_autosummary/ansys.acp.core.Model.create_field_definition.html#create_field_definition", + "title": "create_field_definition", + "section": "create_field_definition", + "text": "Instantiate a Field Definition.\nA field definition is used to configure the state of variable materials.\nFor instance, a Lookup Table can be used to define the distribution of a\nstate of material field (e.g. degradation). The field definition allows\nto define the material field per element or per ply and element.\nNote: Field definitions are currently only supported through (Py)Mechanical.\nThe direct interface of PyACP to (Py)MADL ignores field definitions.\nname (str) – Name of the field definition.\nactive (bool) – Inactive field definitions are ignored.\nfield_variable_name (str) – Links the material field to a field variable name.\nThe field variable name must be defined in the material properties.\nNote that the Temperature and Shear Angle field variables are not available\nfor Field Definitions. Temperature is defined through the solution and Shear Angle\nis defined via draping calculations.\nscope_entities (Sequence[ElementSet | OrientedSelectionSet | ModelingPly]) – Define the scope of the field definition. You can use a combination\nof Element Sets and Oriented Selection Sets for elemental scope.\nFor ply-wise field definitions, a combination of Modeling Plies can be selected.\nNote that the field definition is only applied to the Analysis Plies attached to\nthe Modeling Plies. A combination of elemental and ply-wise definition is not supported.\nscalar_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Select the scalar Look-Up Table column from which the state of the field\nvariable is interpolated from.\nfull_mapping (bool) – Specify to include the shell offset of each analysis ply for the interpolation process.\nThe default is to interpolate the state of the field variables at the shell element centroid.\nFor solid elements, the position of each analysis ply is automatically considered.\nFieldDefinition\nAdded in ACP server version 25.1.\ncreate_field_definition\nTemperature\nShear Angle" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.ply_type", - "href": "api/_autosummary/ansys.acp.core.Material.ply_type.html#ansys.acp.core.Material.ply_type", - "title": "ply_type > ply_type > ply_type", - "section": "ply_type > ply_type", - "text": "property Material.ply_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_field_definition", + "href": "api/_autosummary/ansys.acp.core.Model.create_field_definition.html#ansys.acp.core.Model.create_field_definition", + "title": "create_field_definition > create_field_definition > create_field_definition", + "section": "create_field_definition > create_field_definition", + "text": "Model.create_field_definition(*, name='FieldDefinition', active=True, field_variable_name='', scope_entities=(), scalar_field=None, full_mapping=False)\n\nInstantiate a Field Definition.\n\nA field definition is used to configure the state of variable materials.\nFor instance, a Lookup Table can be used to define the distribution of a\nstate of material field (e.g. degradation). The field definition allows\nto define the material field per element or per ply and element.\n\nNote: Field definitions are currently only supported through (Py)Mechanical.\nThe direct interface of PyACP to (Py)MADL ignores field definitions.\n\nParameters\n\nname (str) – Name of the field definition.\n\nactive (bool) – Inactive field definitions are ignored.\n\nfield_variable_name (str) – Links the material field to a field variable name.\nThe field variable name must be defined in the material properties.\nNote that the Temperature and Shear Angle field variables are not available\nfor Field Definitions. Temperature is defined through the solution and Shear Angle\nis defined via draping calculations.\n\nscope_entities (Sequence[ElementSet | OrientedSelectionSet | ModelingPly]) – Define the scope of the field definition. You can use a combination\nof Element Sets and Oriented Selection Sets for elemental scope.\nFor ply-wise field definitions, a combination of Modeling Plies can be selected.\nNote that the field definition is only applied to the Analysis Plies attached to\nthe Modeling Plies. A combination of elemental and ply-wise definition is not supported.\n\nscalar_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – Select the scalar Look-Up Table column from which the state of the field\nvariable is interpolated from.\n\nfull_mapping (bool) – Specify to include the shell offset of each analysis ply for the interpolation process.\nThe default is to interpolate the state of the field variables at the shell element centroid.\nFor solid elements, the position of each analysis ply is automatically considered.\n\nReturn type\n\nFieldDefinition\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.ply_type", - "href": "api/_autosummary/ansys.acp.core.Material.ply_type.html#examples-using-materialply_type", - "title": "ply_type > Examples using Material.ply_type", - "section": "Examples using Material.ply_type", - "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Material.ply_type" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.delete", + "href": "api/_autosummary/ansys.acp.core.Stackup.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.name", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + { + "objectID": "api/_autosummary/ansys.acp.core.Stackup.delete", + "href": "api/_autosummary/ansys.acp.core.Stackup.delete.html#ansys.acp.core.Stackup.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "Stackup.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.name", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.name.html#ansys.acp.core.ImportedProductionPly.name", - "title": "name > name > name", - "section": "name > name", - "text": "property ImportedProductionPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_modeling_ply_geometries", + "href": "api/_autosummary/ansys.acp.core.Model.export_modeling_ply_geometries.html#export_modeling_ply_geometries", + "title": "export_modeling_ply_geometries", + "section": "export_modeling_ply_geometries", + "text": "Write ply geometries to a STEP, IGES, or STL file.\npath (str | PathLike[str]) – File path to save the geometries to.\nmodeling_plies (Iterable[ModelingPly] | None) – List of modeling plies whose geometries should be exported. If not\nprovided, the geometries of all modeling plies in the model are exported.\nformat (PlyGeometryExportFormat) – Format of the created file. Can be one of \"STEP\", \"IGES\",\nor \"STL\".\noffset_type (OffsetType) – Determines how the ply offset is calculated. Can be one of\n\"NO_OFFSET\", \"BOTTOM_OFFSET\", \"MIDDLE_OFFSET\", or\n\"TOP_OFFSET\".\ninclude_surface (bool) – Whether to include the ply surface in the exported geometry.\ninclude_boundary (bool) – Whether to include the ply boundary in the exported geometry.\ninclude_first_material_direction (bool) – Whether to include the first material direction in the exported geometry.\ninclude_second_material_direction (bool) – Whether to include the second material direction in the exported geometry.\narrow_length (float | None) – Size of the arrow used to represent the material directions. By default, the\nsquare root of the average element area is used.\narrow_type (ArrowType) – Type of the arrow used to represent the material directions. Can be\none of \"NO_ARROW\", \"HALF_ARROW\", or \"STANDARD_ARROW\".\nexport_modeling_ply_geometries\n\"STEP\"\n\"IGES\"\n\"STL\"\n\"NO_OFFSET\"\n\"BOTTOM_OFFSET\"\n\"MIDDLE_OFFSET\"\n\"TOP_OFFSET\"\n\"NO_ARROW\"\n\"HALF_ARROW\"\n\"STANDARD_ARROW\"" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.CreatableTreeObject", - "href": "api/_autosummary/ansys.acp.core._tree_objects.base.CreatableTreeObject.html#creatabletreeobject", - "title": "CreatableTreeObject", - "section": "CreatableTreeObject", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nBase class for ACP objects which can be created.\nCreatableTreeObject" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_modeling_ply_geometries", + "href": "api/_autosummary/ansys.acp.core.Model.export_modeling_ply_geometries.html#ansys.acp.core.Model.export_modeling_ply_geometries", + "title": "export_modeling_ply_geometries > export_modeling_ply_geometries > export_modeling_ply_geometries", + "section": "export_modeling_ply_geometries > export_modeling_ply_geometries", + "text": "Model.export_modeling_ply_geometries(path, *, modeling_plies=None, format='step', offset_type='middle_offset', include_surface=True, include_boundary=True, include_first_material_direction=True, include_second_material_direction=True, arrow_length=None, arrow_type='no_arrow')\n\nWrite ply geometries to a STEP, IGES, or STL file.\n\nParameters\n\npath (str | PathLike[str]) – File path to save the geometries to.\n\nmodeling_plies (Iterable[ModelingPly] | None) – List of modeling plies whose geometries should be exported. If not\nprovided, the geometries of all modeling plies in the model are exported.\n\nformat (PlyGeometryExportFormat) – Format of the created file. Can be one of \"STEP\", \"IGES\",\nor \"STL\".\n\noffset_type (OffsetType) – Determines how the ply offset is calculated. Can be one of\n\"NO_OFFSET\", \"BOTTOM_OFFSET\", \"MIDDLE_OFFSET\", or\n\"TOP_OFFSET\".\n\ninclude_surface (bool) – Whether to include the ply surface in the exported geometry.\n\ninclude_boundary (bool) – Whether to include the ply boundary in the exported geometry.\n\ninclude_first_material_direction (bool) – Whether to include the first material direction in the exported geometry.\n\ninclude_second_material_direction (bool) – Whether to include the second material direction in the exported geometry.\n\narrow_length (float | None) – Size of the arrow used to represent the material directions. By default, the\nsquare root of the average element area is used.\n\narrow_type (ArrowType) – Type of the arrow used to represent the material directions. Can be\none of \"NO_ARROW\", \"HALF_ARROW\", or \"STANDARD_ARROW\".\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects.base.CreatableTreeObject", - "href": "api/_autosummary/ansys.acp.core._tree_objects.base.CreatableTreeObject.html#ansys.acp.core._tree_objects.base.CreatableTreeObject", - "title": "CreatableTreeObject > CreatableTreeObject > CreatableTreeObject", - "section": "CreatableTreeObject > CreatableTreeObject", - "text": "class ansys.acp.core._tree_objects.base.CreatableTreeObject(name='')\n\nBase class for ACP objects which can be created.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.delete.html#ansys.acp.core.ImportedSolidModel.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "ImportedSolidModel.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetElementalData.element_labels.html#ansys.acp.core.mesh_data.SolidElementSetElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "SolidElementSetElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/material_property_sets", + "href": "api/material_property_sets.html#material-property-sets", + "title": "Material property sets", + "section": "Material property sets", + "text": "ConstantDensity(*[, rho, _parent_object, ...])\nConstant density material property set.\nConstantEngineeringConstants(*[, ...])\nConstant engineering constants material property set.\nConstantFabricFiberAngle(*[, ...])\nConstant fabric fiber angle material property set.\nConstantLaRCConstants(*[, ...])\nConstant LaRC failure criterion properties.\nConstantPuckConstants(*[, p_21_pos, ...])\nConstant Puck constants material property set.\nConstantStrainLimits(*[, _parent_object, ...])\nConstant strain limits material property set.\nConstantStressLimits(*[, _parent_object, ...])\nConstant stress limits material property set.\nConstantTsaiWuConstants(*[, XY, XZ, YZ, ...])\nConstant Tsai-Wu constants material property set.\nConstantWovenCharacterization(*[, ...])\nConstant woven characterization material property set.\nConstantWovenStressLimits(*[, Xc, Yc, Zc, ...])\nConstant stress limits property set for woven materials.\nFieldVariable(name, values, default, ...)\nDefines field variables for variable material properties.\nInterpolationOptions(algorithm, cached, ...)\nDefines the interpolation options for variable materials.\nPuckMaterialType(cls, value[, names, ...])\nPossible Puck material types.\nVariableDensity(*[, _parent_object, ...])\nVariable density material property set.\nVariableEngineeringConstants(*[, ...])\nVariable engineering constants material property set.\nVariableFabricFiberAngle(*[, ...])\nVariable fabric fiber angle material property set.\nVariableLaRCConstants(*[, _parent_object, ...])\nVariable LaRC failure criterion properties.\nVariablePuckConstants(*[, _parent_object, ...])\nVariable Puck constants material property set.\nVariableStrainLimits(*[, _parent_object, ...])\nVariable strain limits material property set.\nVariableStressLimits(*[, _parent_object, ...])\nVariable stress limits material property set.\nVariableTsaiWuConstants(*[, _parent_object, ...])\nVariable Tsai-Wu constants material property set.\nVariableWovenCharacterization(*[, ...])\nVariable woven characterization material property set.\nVariableWovenStressLimits(*[, ...])\nVariable stress limits property set for woven materials.\nMaterial property sets\nConstantDensity\nConstantEngineeringConstants\nConstantFabricFiberAngle\nConstantLaRCConstants\nConstantPuckConstants\nConstantStrainLimits\nConstantStressLimits\nConstantTsaiWuConstants\nConstantWovenCharacterization\nConstantWovenStressLimits\nFieldVariable\nInterpolationOptions\nPuckMaterialType\nVariableDensity\nVariableEngineeringConstants\nVariableFabricFiberAngle\nVariableLaRCConstants\nVariablePuckConstants\nVariableStrainLimits\nVariableStressLimits\nVariableTsaiWuConstants\nVariableWovenCharacterization\nVariableWovenStressLimits" }, { - "objectID": "api/_autosummary/ansys.acp.core.Status", - "href": "api/_autosummary/ansys.acp.core.Status.html#status", - "title": "Status", - "section": "Status", - "text": "Options for the update status of an object.\nStatus.UNKNOWN\n\nStatus.UPTODATE\n\nStatus.NOTUPTODATE\n\nStatus\nStatus.UNKNOWN\nStatus.UPTODATE\nStatus.NOTUPTODATE" + "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_ONLY", + "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_ONLY.html#tension_only", + "title": "TENSION_ONLY", + "section": "TENSION_ONLY", + "text": "TENSION_ONLY" }, { - "objectID": "api/_autosummary/ansys.acp.core.Status", - "href": "api/_autosummary/ansys.acp.core.Status.html#ansys.acp.core.Status", - "title": "Status > Status > Status", - "section": "Status > Status", - "text": "class ansys.acp.core.Status(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the update status of an object.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nStatus.UNKNOWN\n\n\n\nStatus.UPTODATE\n\n\n\nStatus.NOTUPTODATE\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_ONLY", + "href": "api/_autosummary/ansys.acp.core.ReinforcingBehavior.TENSION_ONLY.html#ansys.acp.core.ReinforcingBehavior.TENSION_ONLY", + "title": "TENSION_ONLY > TENSION_ONLY > TENSION_ONLY", + "section": "TENSION_ONLY > TENSION_ONLY", + "text": "ReinforcingBehavior.TENSION_ONLY = 'tension_only'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.unit_system", - "href": "api/_autosummary/ansys.acp.core.Model.unit_system.html#unit_system", - "title": "unit_system", - "section": "unit_system", - "text": "unit_system" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.material", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.material.html#material", + "title": "material", + "section": "material", + "text": "material" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.unit_system", - "href": "api/_autosummary/ansys.acp.core.Model.unit_system.html#ansys.acp.core.Model.unit_system", - "title": "unit_system > unit_system > unit_system", - "section": "unit_system > unit_system", - "text": "property Model.unit_system: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly.material", + "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.material.html#ansys.acp.core.ImportedProductionPly.material", + "title": "material > material > material", + "section": "material > material", + "text": "property ImportedProductionPly.material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.unit_system", - "href": "api/_autosummary/ansys.acp.core.Model.unit_system.html#examples-using-modelunit_system", - "title": "unit_system > Examples using Model.unit_system", - "section": "Examples using Model.unit_system", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nExamples using Model.unit_system" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZt.html#ezt", + "title": "eZt", + "section": "eZt", + "text": "eZt" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_section_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_section_index.html#use_default_section_index", - "title": "use_default_section_index", - "section": "use_default_section_index", - "text": "use_default_section_index" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStrainLimits.eZt.html#ansys.acp.core.material_property_sets.VariableStrainLimits.eZt", + "title": "eZt > eZt > eZt", + "section": "eZt > eZt", + "text": "property VariableStrainLimits.eZt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_section_index", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_section_index.html#ansys.acp.core.SolidModelExportSettings.use_default_section_index", - "title": "use_default_section_index > use_default_section_index > use_default_section_index", - "section": "use_default_section_index > use_default_section_index", - "text": "property SolidModelExportSettings.use_default_section_index: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.html#booleanoperationtype", + "title": "BooleanOperationType", + "section": "BooleanOperationType", + "text": "Options for combining selection rules.\nBooleanOperationType.INTERSECT\n\nBooleanOperationType.ADD\n\nBooleanOperationType.REMOVE\n\nBooleanOperationType\nBooleanOperationType.INTERSECT\nBooleanOperationType.ADD\nBooleanOperationType.REMOVE" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_direction.html#draped_transverse_direction", - "title": "draped_transverse_direction", - "section": "draped_transverse_direction", - "text": "draped_transverse_direction" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.html#ansys.acp.core.BooleanOperationType", + "title": "BooleanOperationType > BooleanOperationType > BooleanOperationType", + "section": "BooleanOperationType > BooleanOperationType", + "text": "class ansys.acp.core.BooleanOperationType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for combining selection rules.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nBooleanOperationType.INTERSECT\n\n\n\nBooleanOperationType.ADD\n\n\n\nBooleanOperationType.REMOVE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_direction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.draped_transverse_direction", - "title": "draped_transverse_direction > draped_transverse_direction > draped_transverse_direction", - "section": "draped_transverse_direction > draped_transverse_direction", - "text": "ProductionPlyElementalData.draped_transverse_direction: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.BooleanOperationType", + "href": "api/_autosummary/ansys.acp.core.BooleanOperationType.html#examples-using-booleanoperationtype", + "title": "BooleanOperationType > Examples using BooleanOperationType", + "section": "Examples using BooleanOperationType", + "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using BooleanOperationType" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.external_path", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.external_path.html#external_path", - "title": "external_path", - "section": "external_path", - "text": "external_path" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.external_path", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.external_path.html#ansys.acp.core.CADGeometry.external_path", - "title": "external_path > external_path > external_path", - "section": "external_path > external_path", - "text": "property CADGeometry.external_path: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.elemental_data", + "href": "api/_autosummary/ansys.acp.core.ModelingGroup.elemental_data.html#ansys.acp.core.ModelingGroup.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property ModelingGroup.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.add_fabric", - "href": "api/_autosummary/ansys.acp.core.Stackup.add_fabric.html#add_fabric", - "title": "add_fabric", - "section": "add_fabric", - "text": "Add a FabricWithAngle to the Stackup.\nSee FabricWithAngle for the available parameters.\nFabricWithAngle\nadd_fabric\nFabricWithAngle" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.partition", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.partition.html#partition", + "title": "partition", + "section": "partition", + "text": "Partition the string into three parts using the given separator.\nThis will search for the separator in the string. If the separator is found,\nreturns a 3-tuple containing the part before the separator, the separator\nitself, and the part after it.\nIf the separator is not found, returns a 3-tuple containing the original string\nand two empty strings.\npartition" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.add_fabric", - "href": "api/_autosummary/ansys.acp.core.Stackup.add_fabric.html#ansys.acp.core.Stackup.add_fabric", - "title": "add_fabric > add_fabric > add_fabric", - "section": "add_fabric > add_fabric", - "text": "Stackup.add_fabric(fabric, angle=0.0)\n\nAdd a FabricWithAngle to the Stackup.\n\nSee FabricWithAngle for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nFabricWithAngle" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.partition", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.partition.html#ansys.acp.core.material_property_sets.PuckMaterialType.partition", + "title": "partition > partition > partition", + "section": "partition > partition", + "text": "PuckMaterialType.partition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nThis will search for the separator in the string. If the separator is found,\nreturns a 3-tuple containing the part before the separator, the separator\nitself, and the part after it.\n\nIf the separator is not found, returns a 3-tuple containing the original string\nand two empty strings.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.html#cylindricalselectionrule", - "title": "CylindricalSelectionRule", - "section": "CylindricalSelectionRule", - "text": "Instantiate a Cylindrical Selection Rule.\nname (str) – Name of the Cylindrical Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the Cylindrical Selection Rule.\ndirection (tuple[float, ...]) – Direction of the Cylindrical Selection Rule.\nradius (float) – Radius of the cylinder.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nAdded in ACP server version 24.2.\nCylindricalSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nCylindricalSelectionRule.delete()\nDelete the object.\nCylindricalSelectionRule.store(parent)\nStore the object on the server.\nCylindricalSelectionRule.direction\n\nCylindricalSelectionRule.elemental_data\n\nCylindricalSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nCylindricalSelectionRule.include_rule\n\nCylindricalSelectionRule.mesh\nFull mesh associated with the object.\nCylindricalSelectionRule.name\nThe name of the object.\nCylindricalSelectionRule.nodal_data\n\nCylindricalSelectionRule.origin\n\nCylindricalSelectionRule.parent\nThe parent of the object.\nCylindricalSelectionRule.radius\n\nCylindricalSelectionRule.relative_rule\n\nCylindricalSelectionRule.rosette\n\nCylindricalSelectionRule.shell_mesh\nShell mesh associated with the object.\nCylindricalSelectionRule.status\n\nCylindricalSelectionRule.use_global_coordinate_system\n\nCylindricalSelectionRule\nuse_global_coordinate_system\nFalse\nCylindricalSelectionRule.clone\nCylindricalSelectionRule.delete\nCylindricalSelectionRule.store\nCylindricalSelectionRule.direction\nCylindricalSelectionRule.elemental_data\nCylindricalSelectionRule.id\nCylindricalSelectionRule.include_rule\nCylindricalSelectionRule.mesh\nCylindricalSelectionRule.name\nCylindricalSelectionRule.nodal_data\nCylindricalSelectionRule.origin\nCylindricalSelectionRule.parent\nCylindricalSelectionRule.radius\nCylindricalSelectionRule.relative_rule\nCylindricalSelectionRule.rosette\nCylindricalSelectionRule.shell_mesh\nCylindricalSelectionRule.status\nCylindricalSelectionRule.use_global_coordinate_system" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.unit_system", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.unit_system.html#unit_system", + "title": "unit_system", + "section": "unit_system", + "text": "unit_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.html#ansys.acp.core.CylindricalSelectionRule", - "title": "CylindricalSelectionRule > CylindricalSelectionRule > CylindricalSelectionRule", - "section": "CylindricalSelectionRule > CylindricalSelectionRule", - "text": "class ansys.acp.core.CylindricalSelectionRule(*, name='CylindricalSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 1.0), radius=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Cylindrical Selection Rule.\n\nParameters\n\nname (str) – Name of the Cylindrical Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the Cylindrical Selection Rule.\n\ndirection (tuple[float, ...]) – Direction of the Cylindrical Selection Rule.\n\nradius (float) – Radius of the cylinder.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nCylindricalSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nCylindricalSelectionRule.delete()\n\nDelete the object.\n\nCylindricalSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nCylindricalSelectionRule.direction\n\n\n\nCylindricalSelectionRule.elemental_data\n\n\n\nCylindricalSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nCylindricalSelectionRule.include_rule\n\n\n\nCylindricalSelectionRule.mesh\n\nFull mesh associated with the object.\n\nCylindricalSelectionRule.name\n\nThe name of the object.\n\nCylindricalSelectionRule.nodal_data\n\n\n\nCylindricalSelectionRule.origin\n\n\n\nCylindricalSelectionRule.parent\n\nThe parent of the object.\n\nCylindricalSelectionRule.radius\n\n\n\nCylindricalSelectionRule.relative_rule\n\n\n\nCylindricalSelectionRule.rosette\n\n\n\nCylindricalSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nCylindricalSelectionRule.status\n\n\n\nCylindricalSelectionRule.use_global_coordinate_system\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.unit_system", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.unit_system.html#ansys.acp.core.ImportedSolidModel.unit_system", + "title": "unit_system > unit_system > unit_system", + "section": "unit_system > unit_system", + "text": "property ImportedSolidModel.unit_system: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.html#examples-using-cylindricalselectionrule", - "title": "CylindricalSelectionRule > Examples using CylindricalSelectionRule", - "section": "Examples using CylindricalSelectionRule", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using CylindricalSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.check", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.check.html#check", - "title": "check", - "section": "check", - "text": "Check if the ACP instance is running.\ntimeout (float | None) – Time to wait for the ACP instance to respond, in seconds. Note that\nthere is no guarantee that check returns within this time.\nInstead, this parameter is used as a hint to the underlying\nimplementation.\nbool\ncheck\ncheck" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.store.html#ansys.acp.core.CutOffSelectionRule.store", + "title": "store > store > store", + "section": "store > store", + "text": "CutOffSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.check", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.check.html#ansys.acp.core.ACPInstance.check", - "title": "check > check > check", - "section": "check > check", - "text": "ACPInstance.check(timeout=None)\n\nCheck if the ACP instance is running.\n\nParameters\n\ntimeout (float | None) – Time to wait for the ACP instance to respond, in seconds. Note that\nthere is no guarantee that check returns within this time.\nInstead, this parameter is used as a hint to the underlying\nimplementation.\n\nReturn type\n\nbool\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.store", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.delete", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.delete.html#delete", - "title": "delete", - "section": "delete", - "text": "Delete the object.\ndelete" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.store", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.store.html#ansys.acp.core.LookUpTable3D.store", + "title": "store > store > store", + "section": "store > store", + "text": "LookUpTable3D.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.delete", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.delete.html#ansys.acp.core.ButtJointSequence.delete", - "title": "delete > delete > delete", - "section": "delete > delete", - "text": "ButtJointSequence.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE", + "href": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE.html#by_reference", + "title": "BY_REFERENCE", + "section": "BY_REFERENCE", + "text": "BY_REFERENCE" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.thickness", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE", + "href": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE.html#ansys.acp.core.EdgeSetType.BY_REFERENCE", + "title": "BY_REFERENCE > BY_REFERENCE > BY_REFERENCE", + "section": "BY_REFERENCE > BY_REFERENCE", + "text": "EdgeSetType.BY_REFERENCE = 'by_reference'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.thickness", - "href": "api/_autosummary/ansys.acp.core.ImportedAnalysisPly.thickness.html#ansys.acp.core.ImportedAnalysisPly.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "property ImportedAnalysisPly.thickness: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE", + "href": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE.html#examples-using-edgesettypeby_reference", + "title": "BY_REFERENCE > Examples using EdgeSetType.BY_REFERENCE", + "section": "Examples using EdgeSetType.BY_REFERENCE", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using EdgeSetType.BY_REFERENCE" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.material", - "href": "api/_autosummary/ansys.acp.core.Fabric.material.html#material", - "title": "material", - "section": "material", - "text": "material" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_2.html#g23_2", + "title": "G23_2", + "section": "G23_2", + "text": "G23_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.material", - "href": "api/_autosummary/ansys.acp.core.Fabric.material.html#ansys.acp.core.Fabric.material", - "title": "material > material > material", - "section": "material > material", - "text": "property Fabric.material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_2.html#ansys.acp.core.material_property_sets.VariableWovenCharacterization.G23_2", + "title": "G23_2 > G23_2 > G23_2", + "section": "G23_2 > G23_2", + "text": "property VariableWovenCharacterization.G23_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zc.html#zc", - "title": "Zc", - "section": "Zc", - "text": "Zc" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.active", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zc", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStressLimits.Zc.html#ansys.acp.core.material_property_sets.ConstantStressLimits.Zc", - "title": "Zc > Zc > Zc", - "section": "Zc > Zc", - "text": "property ConstantStressLimits.Zc: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.active", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.active.html#ansys.acp.core.ImportedSolidModel.active", + "title": "active > active > active", + "section": "active > active", + "text": "property ImportedSolidModel.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType", - "href": "api/_autosummary/ansys.acp.core.SensorType.html#sensortype", - "title": "SensorType", - "section": "SensorType", - "text": "Options for the type of sensor.\nSensorType.SENSOR_BY_AREA\n\nSensorType.SENSOR_BY_MATERIAL\n\nSensorType.SENSOR_BY_PLIES\n\nSensorType.SENSOR_BY_SOLID_MODEL\n\nSensorType\nSensorType.SENSOR_BY_AREA\nSensorType.SENSOR_BY_MATERIAL\nSensorType.SENSOR_BY_PLIES\nSensorType.SENSOR_BY_SOLID_MODEL" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.thin_ply_thickness_limit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.thin_ply_thickness_limit.html#thin_ply_thickness_limit", + "title": "thin_ply_thickness_limit", + "section": "thin_ply_thickness_limit", + "text": "thin_ply_thickness_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType", - "href": "api/_autosummary/ansys.acp.core.SensorType.html#ansys.acp.core.SensorType", - "title": "SensorType > SensorType > SensorType", - "section": "SensorType > SensorType", - "text": "class ansys.acp.core.SensorType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the type of sensor.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSensorType.SENSOR_BY_AREA\n\n\n\nSensorType.SENSOR_BY_MATERIAL\n\n\n\nSensorType.SENSOR_BY_PLIES\n\n\n\nSensorType.SENSOR_BY_SOLID_MODEL\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.thin_ply_thickness_limit", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.thin_ply_thickness_limit.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants.thin_ply_thickness_limit", + "title": "thin_ply_thickness_limit > thin_ply_thickness_limit > thin_ply_thickness_limit", + "section": "thin_ply_thickness_limit > thin_ply_thickness_limit", + "text": "property ConstantLaRCConstants.thin_ply_thickness_limit: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType", - "href": "api/_autosummary/ansys.acp.core.SensorType.html#examples-using-sensortype", - "title": "SensorType > Examples using SensorType", - "section": "Examples using SensorType", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using SensorType" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.get_example_file", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.get_example_file.html#get_example_file", - "title": "get_example_file", - "section": "get_example_file", - "text": "Download an example file from the example-data repo to the working directory.\nexample_key (ExampleKeys) – Key for the example file.\nworking_directory (Path) – Working directory to download the example file to.\nPath\nget_example_file" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.store.html#ansys.acp.core.SphericalSelectionRule.store", + "title": "store > store > store", + "section": "store > store", + "text": "SphericalSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.get_example_file", - "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.get_example_file.html#ansys.acp.core.extras.example_helpers.get_example_file", - "title": "get_example_file > get_example_file > get_example_file", - "section": "get_example_file > get_example_file", - "text": "ansys.acp.core.extras.example_helpers.get_example_file(example_key, working_directory)\n\nDownload an example file from the example-data repo to the working directory.\n\nParameters\n\nexample_key (ExampleKeys) – Key for the example file.\n\nworking_directory (Path) – Working directory to download the example file to.\n\nReturn type\n\nPath\n\n!! processed by numpydoc !!" + "objectID": "api/tree_objects", + "href": "api/tree_objects.html#acp-objects", + "title": "ACP objects", + "section": "ACP objects", + "text": "AnalysisPly()\nInstantiate an Analysis Ply.\nBooleanSelectionRule(*[, name, ...])\nInstantiate a Boolean Selection Rule.\nButtJointSequence(*[, name, active, ...])\nInstantiate a ButtJointSequence.\nCADComponent()\nInstantiate a CAD Component.\nCADGeometry(*[, name, external_path, ...])\nInstantiate a CAD Geometry.\nCutOffGeometry(*[, name, active, ...])\nInstantiate a cut-off geometry.\nCutOffSelectionRule(*[, name, ...])\nInstantiate a Cut-Off Selection Rule.\nCylindricalSelectionRule(*[, name, ...])\nInstantiate a Cylindrical Selection Rule.\nEdgeSet(*[, name, edge_set_type, ...])\nInstantiate an edge set.\nElementSet(*[, name, middle_offset, ...])\nInstantiate an Element Set.\nExtrusionGuide(*[, name, active, edge_set, ...])\nInstantiate an Extrusion Guide of a Solid Model.\nFabric(*[, name, material, thickness, ...])\nInstantiate a Fabric.\nFieldDefinition(*[, name, active, ...])\nInstantiate a Field Definition.\nGeometricalSelectionRule(*[, name, ...])\nInstantiate a Geometrical Selection Rule.\nImportedAnalysisPly()\nInstantiate an Imported Analysis Ply.\nImportedModelingGroup(*[, name])\nInstantiate an imported modeling group.\nImportedModelingPly(*[, name, active, ...])\nInstantiate an Imported Modeling Ply.\nImportedProductionPly()\nInstantiate an Imported Production Ply.\nImportedSolidModel(*[, name, active, ...])\nInstantiate an imported solid model.\nInterfaceLayer(*[, name, global_ply_nr, ...])\nInstantiate an interface layer.\nLayupMappingObject(*[, name, active, ...])\nInstantiate a layup mapping object.\nLookUpTable1D(*[, name, origin, direction])\nInstantiate a 1D Look-Up Table.\nLookUpTable1DColumn(*[, name, value_type, ...])\nInstantiate a Column of a 1D Look-Up Table.\nLookUpTable3D(*[, name, ...])\nInstantiate a 3D Look-Up Table.\nLookUpTable3DColumn(*[, name, value_type, ...])\nInstantiate a Column of a 3D Look-Up Table.\nMaterial(*[, name, ply_type, density, ...])\nInstantiate a Material.\nModel(*[, name, use_nodal_thicknesses, ...])\nDefines an ACP Model.\nModelingGroup(*[, name])\nInstantiate a modeling group.\nModelingPly(*[, name, ply_material, ...])\nInstantiate a Modeling Ply.\nOrientedSelectionSet(*[, name, ...])\nInstantiate an Oriented Selection Set.\nParallelSelectionRule(*[, name, ...])\nInstantiate a Parallel Selection Rule.\nProductionPly()\nInstantiate a Production Ply.\nRosette(*[, name, rosette_type, origin, ...])\nInstantiate a Rosette.\nSamplingPoint(*[, name, point, direction, ...])\nInstantiate a Sampling Point.\nSectionCut(*[, name, active, origin, ...])\nInstantiate a Section Cut.\nSensor(*[, name, sensor_type, active, entities])\nInstantiate a Sensor.\nSnapToGeometry(*[, name, active, ...])\nInstantiate a snap-to geometry.\nSolidElementSet()\nInstantiate a Solid Element Set.\nSolidModel(*[, name, active, element_sets, ...])\nInstantiate a solid model.\nSphericalSelectionRule(*[, name, ...])\nInstantiate a Spherical Selection Rule.\nStackup(*[, name, symmetry, topdown, ...])\nInstantiate a Stackup.\nSubLaminate(*[, name, symmetry, topdown, ...])\nInstantiate a SubLaminate.\nTubeSelectionRule(*[, name, edge_set, ...])\nInstantiate a Tube Selection Rule.\nVariableOffsetSelectionRule(*[, name, ...])\nInstantiate a Variable Offset Selection Rule.\nVirtualGeometry(*[, name, cad_components, ...])\nInstantiate a Virtual Geometry.\nACP objects\nAnalysisPly\nBooleanSelectionRule\nButtJointSequence\nCADComponent\nCADGeometry\nCutOffGeometry\nCutOffSelectionRule\nCylindricalSelectionRule\nEdgeSet\nElementSet\nExtrusionGuide\nFabric\nFieldDefinition\nGeometricalSelectionRule\nImportedAnalysisPly\nImportedModelingGroup\nImportedModelingPly\nImportedProductionPly\nImportedSolidModel\nInterfaceLayer\nLayupMappingObject\nLookUpTable1D\nLookUpTable1DColumn\nLookUpTable3D\nLookUpTable3DColumn\nMaterial\nModel\nModelingGroup\nModelingPly\nOrientedSelectionSet\nParallelSelectionRule\nProductionPly\nRosette\nSamplingPoint\nSectionCut\nSensor\nSnapToGeometry\nSolidElementSet\nSolidModel\nSphericalSelectionRule\nStackup\nSubLaminate\nTubeSelectionRule\nVariableOffsetSelectionRule\nVirtualGeometry" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#compatibility", - "title": "Compatibility", - "section": "Compatibility", - "text": "Compatibility" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL.html#sensor_by_material", + "title": "SENSOR_BY_MATERIAL", + "section": "SENSOR_BY_MATERIAL", + "text": "SENSOR_BY_MATERIAL" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#server-version-compatibility", - "title": "Compatibility > Server version compatibility", - "section": "Server version compatibility", - "text": "PyACP is compatible with all versions of the ACP gRPC server since version 2024R2.\nHowever, some features are not available when using older versions of the server.\nVersion 2025R1 is the first full release of the ACP gRPC server, which makes\nalmost all features of ACP available through PyACP.\nServer version compatibility" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL.html#ansys.acp.core.SensorType.SENSOR_BY_MATERIAL", + "title": "SENSOR_BY_MATERIAL > SENSOR_BY_MATERIAL > SENSOR_BY_MATERIAL", + "section": "SENSOR_BY_MATERIAL > SENSOR_BY_MATERIAL", + "text": "SensorType.SENSOR_BY_MATERIAL = 'sensor_by_material'\n\n" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#added-in-2025r1", - "title": "Compatibility > Added in 2025R1", - "section": "Added in 2025R1", - "text": "The following features were added in version 2025R1 of the ACP gRPC server.\nAdded in 2025R1" + "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL", + "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL.html#examples-using-sensortypesensor_by_material", + "title": "SENSOR_BY_MATERIAL > Examples using SensorType.SENSOR_BY_MATERIAL", + "section": "Examples using SensorType.SENSOR_BY_MATERIAL", + "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using SensorType.SENSOR_BY_MATERIAL" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#tree-objects", - "title": "Compatibility > Tree objects", - "section": "Tree objects", - "text": "ButtJointSequence\nCutOffGeometry\nExtrusionGuide\nFieldDefinition\nImportedAnalysisPly\nImportedModelingPly\nImportedProductionPly\nImportedSolidModel\nInterfaceLayer\nLayupMappingObject\nSamplingPoint\nSectionCut\nSnapToGeometry\nSolidElementSet\nSolidModel\nTree objects\nButtJointSequence\nCutOffGeometry\nExtrusionGuide\nFieldDefinition\nImportedAnalysisPly\nImportedModelingPly\nImportedProductionPly\nImportedSolidModel\nInterfaceLayer\nLayupMappingObject\nSamplingPoint\nSectionCut\nSnapToGeometry\nSolidElementSet\nSolidModel" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_2.html#fracture_toughness_mode_2", + "title": "fracture_toughness_mode_2", + "section": "fracture_toughness_mode_2", + "text": "fracture_toughness_mode_2" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#methods", - "title": "Compatibility > Methods", - "section": "Methods", - "text": "Model.import_hdf5_composite_cae()\nModel.export_hdf5_composite_cae()\nModel.import_materials()\nModel.export_modeling_ply_geometries()\nMethods\nModel.import_hdf5_composite_cae()\nModel.export_hdf5_composite_cae()\nModel.import_materials()\nModel.export_modeling_ply_geometries()" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_2.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_2", + "title": "fracture_toughness_mode_2 > fracture_toughness_mode_2 > fracture_toughness_mode_2", + "section": "fracture_toughness_mode_2 > fracture_toughness_mode_2", + "text": "property VariableLaRCConstants.fracture_toughness_mode_2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#other-features", - "title": "Compatibility > Other features", - "section": "Other features", - "text": "Mesh attributes for classes other than the Model class.\nThe .shell_mesh and .solid_mesh attributes.\nOther features\nModel\n.shell_mesh\n.solid_mesh" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rotation_angle", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rotation_angle.html#rotation_angle", + "title": "rotation_angle", + "section": "rotation_angle", + "text": "rotation_angle" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#upgrading-pyacp", - "title": "Compatibility > Upgrading PyACP", - "section": "Upgrading PyACP", - "text": "The following section describes how to upgrade to newer versions of PyACP.\nUpgrading PyACP" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rotation_angle", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.rotation_angle.html#ansys.acp.core.OrientedSelectionSet.rotation_angle", + "title": "rotation_angle > rotation_angle > rotation_angle", + "section": "rotation_angle > rotation_angle", + "text": "property OrientedSelectionSet.rotation_angle: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#upgrading-from-the-beta-version", - "title": "Compatibility > Upgrading from the beta version", - "section": "Upgrading from the beta version", - "text": "The beta version of PyACP did not yet provide a stable API. Consequently, some\nbackwards-incompatible changes were made in the first stable release to improve\nthe API.\nIf you encounter any difficulties upgrading from the beta version, feel free to\nopen an issue on the PyACP GitHub\nrepository.\nUpgrading from the beta version" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.nodal_data.html#nodal_data", + "title": "nodal_data", + "section": "nodal_data", + "text": "nodal_data" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#removed-features", - "title": "Compatibility > Removed features", - "section": "Removed features", - "text": "The ACPWorkflow class for managing file up- and download was removed. Instead,\nfile up- and download is now managed automatically by default. You can directly\nuse the ACPInstance.import_model() method for importing models, and methods\nsuch as Model.save(), Model.export_analysis_model(), or\nModel.export_hdf5_composite_cae() for saving / exporting data.\nSee the file management section for more information.\nThe get_composite_post_processing_files function was removed, since it only\ncovered the shell workflow. Instead, you can directly use the ansys.dpf.composites\nAPI, as shown in the workflow examples.\nRemoved features\nACPWorkflow\nACPInstance.import_model()\nModel.save()\nModel.export_analysis_model()\nModel.export_hdf5_composite_cae()\nget_composite_post_processing_files\nansys.dpf.composites" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.nodal_data", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.nodal_data.html#ansys.acp.core.CutOffSelectionRule.nodal_data", + "title": "nodal_data > nodal_data > nodal_data", + "section": "nodal_data > nodal_data", + "text": "property CutOffSelectionRule.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#new-submodules", - "title": "Compatibility > New submodules", - "section": "New submodules", - "text": "Some features were moved into submodules instead of being exposed at the top level\nansys.acp.core module:\nElemental, nodal, and mesh data types were moved to the ansys.acp.core.mesh_data submodule.\nThe example_helpers submodule was moved to the ansys.acp.core.extras submodule.\nThe get_dpf_unit_system function was moved to the ansys.acp.core.dpf_integration_helpers submodule.\nNew submodules\nansys.acp.core\nansys.acp.core.mesh_data\nexample_helpers\nansys.acp.core.extras\nget_dpf_unit_system\nansys.acp.core.dpf_integration_helpers" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.html#orientedselectionsetnodaldata", + "title": "OrientedSelectionSetNodalData", + "section": "OrientedSelectionSetNodalData", + "text": "Represents nodal data for an Oriented Selection Set.\nOrientedSelectionSetNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nOrientedSelectionSetNodalData.node_labels\n\nOrientedSelectionSetNodalData\nOrientedSelectionSetNodalData.get_pyvista_mesh\nOrientedSelectionSetNodalData.node_labels" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#renamed-classes", - "title": "Compatibility > Renamed classes", - "section": "Renamed classes", - "text": "The following classes were renamed:\nACP renamed to ACPInstance.\nDrapingMaterialType renamed to DrapingMaterialModel.\nStatusType renamed to Status.\nDimensionType renamed to PhysicalDimension.\nCutoffMaterialType renamed to CutOffMaterialType.\nCutoffRuleType renamed to CutOffRuleType.\nCutoffSelectionRule renamed to CutOffSelectionRule.\nCutoffSelectionRuleElementalData renamed to CutOffSelectionRuleElementalData and moved to ansys.acp.core.mesh_data.\nCutoffSelectionRuleNodalData renamed to CutOffSelectionRuleNodalData and moved to ansys.acp.core.mesh_data.\nPlyCutoffType renamed to PlyCutOffType.\nDropoffMaterialType renamed to DropOffMaterialType.\nRenamed classes\nACP\nACPInstance\nDrapingMaterialType\nDrapingMaterialModel\nStatusType\nStatus\nDimensionType\nPhysicalDimension\nCutoffMaterialType\nCutOffMaterialType\nCutoffRuleType\nCutOffRuleType\nCutoffSelectionRule\nCutOffSelectionRule\nCutoffSelectionRuleElementalData\nCutOffSelectionRuleElementalData\nansys.acp.core.mesh_data\nCutoffSelectionRuleNodalData\nCutOffSelectionRuleNodalData\nansys.acp.core.mesh_data\nPlyCutoffType\nPlyCutOffType\nDropoffMaterialType\nDropOffMaterialType" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.OrientedSelectionSetNodalData.html#ansys.acp.core.mesh_data.OrientedSelectionSetNodalData", + "title": "OrientedSelectionSetNodalData > OrientedSelectionSetNodalData > OrientedSelectionSetNodalData", + "section": "OrientedSelectionSetNodalData > OrientedSelectionSetNodalData", + "text": "class ansys.acp.core.mesh_data.OrientedSelectionSetNodalData(node_labels)\n\nRepresents nodal data for an Oriented Selection Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nOrientedSelectionSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nOrientedSelectionSetNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "user_guide/compatibility", - "href": "user_guide/compatibility.html#renamed-attributes", - "title": "Compatibility > Renamed attributes", - "section": "Renamed attributes", - "text": "The following attributes were renamed:\ndimension_type renamed to physical_dimension on the LookUpTable1DColumn and LookUpTable3DColumn classes.\ndraping_type renamed to draping on the ModelingPly class.\ninclude_rule_type renamed to include_rule on all selection rule classes.\nrelative_rule_type renamed to relative_rule on all selection rule classes.\nRenamed attributes\ndimension_type\nphysical_dimension\nLookUpTable1DColumn\nLookUpTable3DColumn\ndraping_type\ndraping\nModelingPly\ninclude_rule_type\ninclude_rule\nrelative_rule_type\nrelative_rule" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5.html#imported_solid_model_acph5", + "title": "IMPORTED_SOLID_MODEL_ACPH5", + "section": "IMPORTED_SOLID_MODEL_ACPH5", + "text": "IMPORTED_SOLID_MODEL_ACPH5" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.field_variables.html#field_variables", - "title": "field_variables", - "section": "field_variables", - "text": "field_variables" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5.html#ansys.acp.core.extras.example_helpers.ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5", + "title": "IMPORTED_SOLID_MODEL_ACPH5 > IMPORTED_SOLID_MODEL_ACPH5 > IMPORTED_SOLID_MODEL_ACPH5", + "section": "IMPORTED_SOLID_MODEL_ACPH5 > IMPORTED_SOLID_MODEL_ACPH5", + "text": "ExampleKeys.IMPORTED_SOLID_MODEL_ACPH5 = 15\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.field_variables", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.field_variables.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.field_variables", - "title": "field_variables > field_variables > field_variables", - "section": "field_variables > field_variables", - "text": "property VariableLaRCConstants.field_variables: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.direction", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.direction.html#direction", + "title": "direction", + "section": "direction", + "text": "direction" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.direction", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.direction.html#ansys.acp.core.LookUpTable1D.direction", + "title": "direction > direction > direction", + "section": "direction > direction", + "text": "property LookUpTable1D.direction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.html#importedplythicknesstype", - "title": "ImportedPlyThicknessType", - "section": "ImportedPlyThicknessType", - "text": "Options for how ply thickness is defined.\nImportedPlyThicknessType.NOMINAL\n\nImportedPlyThicknessType.FROM_TABLE\n\nImportedPlyThicknessType\nImportedPlyThicknessType.NOMINAL\nImportedPlyThicknessType.FROM_TABLE" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.html#scalardata", + "title": "ScalarData", + "section": "ScalarData", + "text": "Class that encapsulates scalar data.\nScalarData.get_pyvista_mesh(mesh)\nConvert the mesh data to a PyVista object.\nScalarData.component_name\nName of the component.\nScalarData.values\nScalar data values as a numpy array.\nScalarData\nScalarData.get_pyvista_mesh\nScalarData.component_name\nScalarData.values" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.html#ansys.acp.core.ImportedPlyThicknessType", - "title": "ImportedPlyThicknessType > ImportedPlyThicknessType > ImportedPlyThicknessType", - "section": "ImportedPlyThicknessType > ImportedPlyThicknessType", - "text": "class ansys.acp.core.ImportedPlyThicknessType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how ply thickness is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nImportedPlyThicknessType.NOMINAL\n\n\n\nImportedPlyThicknessType.FROM_TABLE\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.html#ansys.acp.core.mesh_data.ScalarData", + "title": "ScalarData > ScalarData > ScalarData", + "section": "ScalarData > ScalarData", + "text": "class ansys.acp.core.mesh_data.ScalarData(field_names, labels, values, component_name)\n\nClass that encapsulates scalar data.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nScalarData.get_pyvista_mesh(mesh)\n\nConvert the mesh data to a PyVista object.\n\n\n\nAttributes\n\n\n\n\n\n\n\nScalarData.component_name\n\nName of the component.\n\nScalarData.values\n\nScalar data values as a numpy array.\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.clone", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export", + "href": "api/_autosummary/ansys.acp.core.SolidModel.export.html#export", + "title": "export", + "section": "export", + "text": "Export the solid model to a file.\npath (str | PathLike[str]) – Path to the file where the solid model is saved.\nformat (SolidModelExportFormat) – Format of the exported file. Available formats are \"ansys:h5\"\nand \"ansys:cdb\".\nexport\n\"ansys:h5\"\n\"ansys:cdb\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.clone", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.clone.html#ansys.acp.core.LookUpTable1DColumn.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "LookUpTable1DColumn.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.export", + "href": "api/_autosummary/ansys.acp.core.SolidModel.export.html#ansys.acp.core.SolidModel.export", + "title": "export > export > export", + "section": "export > export", + "text": "SolidModel.export(path, *, format)\n\nExport the solid model to a file.\n\nParameters\n\npath (str | PathLike[str]) – Path to the file where the solid model is saved.\n\nformat (SolidModelExportFormat) – Format of the exported file. Available formats are \"ansys:h5\"\nand \"ansys:cdb\".\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.name", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.name.html#name", + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.name", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.name.html#name", "title": "name", "section": "name", "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.name", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.name.html#ansys.acp.core.LayupMappingObject.name", + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.name", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.name.html#ansys.acp.core.CADGeometry.name", "title": "name > name > name", "section": "name > name", - "text": "property LayupMappingObject.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_1.html#g23_1", - "title": "G23_1", - "section": "G23_1", - "text": "G23_1" + "text": "property CADGeometry.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_1", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_1", - "title": "G23_1 > G23_1 > G23_1", - "section": "G23_1 > G23_1", - "text": "property ConstantWovenCharacterization.G23_1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.use_offset_correction", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.use_offset_correction.html#use_offset_correction", + "title": "use_offset_correction", + "section": "use_offset_correction", + "text": "use_offset_correction" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.thickness", - "href": "api/_autosummary/ansys.acp.core.Stackup.thickness.html#thickness", - "title": "thickness", - "section": "thickness", - "text": "thickness" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.use_offset_correction", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.use_offset_correction.html#ansys.acp.core.VariableOffsetSelectionRule.use_offset_correction", + "title": "use_offset_correction > use_offset_correction > use_offset_correction", + "section": "use_offset_correction > use_offset_correction", + "text": "property VariableOffsetSelectionRule.use_offset_correction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.thickness", - "href": "api/_autosummary/ansys.acp.core.Stackup.thickness.html#ansys.acp.core.Stackup.thickness", - "title": "thickness > thickness > thickness", - "section": "thickness > thickness", - "text": "property Stackup.thickness: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET.html#middle_offset", - "title": "MIDDLE_OFFSET", - "section": "MIDDLE_OFFSET", - "text": "MIDDLE_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.name", + "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.name.html#ansys.acp.core.VariableOffsetSelectionRule.name", + "title": "name > name > name", + "section": "name > name", + "text": "property VariableOffsetSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET.html#ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET", - "title": "MIDDLE_OFFSET > MIDDLE_OFFSET > MIDDLE_OFFSET", - "section": "MIDDLE_OFFSET > MIDDLE_OFFSET", - "text": "ImportedPlyOffsetType.MIDDLE_OFFSET = 'middle_offset'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyOffsetType.MIDDLE_OFFSET.html#examples-using-importedplyoffsettypemiddle_offset", - "title": "MIDDLE_OFFSET > Examples using ImportedPlyOffsetType.MIDDLE_OFFSET", - "section": "Examples using ImportedPlyOffsetType.MIDDLE_OFFSET", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedPlyOffsetType.MIDDLE_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.status", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.status.html#ansys.acp.core.TubeSelectionRule.status", + "title": "status > status > status", + "section": "status > status", + "text": "property TubeSelectionRule.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.warping_limit", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.warping_limit.html#warping_limit", - "title": "warping_limit", - "section": "warping_limit", - "text": "warping_limit" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.name", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.warping_limit", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.warping_limit.html#ansys.acp.core.ImportedSolidModel.warping_limit", - "title": "warping_limit > warping_limit > warping_limit", - "section": "warping_limit > warping_limit", - "text": "property ImportedSolidModel.warping_limit: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.name", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.name.html#ansys.acp.core.ModelingPly.name", + "title": "name > name > name", + "section": "name > name", + "text": "property ModelingPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.recursive_copy", - "href": "api/_autosummary/ansys.acp.core.recursive_copy.html#recursive_copy", - "title": "recursive_copy", - "section": "recursive_copy", - "text": "Recursively copy a tree of ACP objects.\nThis function copies a tree of ACP objects, starting from the given source objects.\nThe copied tree includes all child objects. Linked objects (such as a Fabric linked to\nby a Modeling Ply) can optionally be included, controlled by the\nlinked_object_handling argument.\nTo specify where the new objects should be stored, you must provide a dictionary\nin the parent_mapping argument. The keys of the dictionary are the original\nparent objects, and the values are the new parent objects.\nNote that this mapping may need to contain parent objects that are not direct parents\nof the source objects, if another branch of the tree is included via linked objects.\nThe parent_mapping argument can also include objects which are part of the\nsource_objects list. In this case, the function will not create a new object for\nthe parent, but will use the existing object instead.\nThe function returns a dict mapping the original objects to the newly created\nobjects.\nOnly attributes supported by PyACP are copied to the new objects.\nsource_objects (Iterable[CreatableTreeObject]) – The starting point of the tree to copy.\nparent_mapping (dict[TreeObject, TreeObject]) – A list of tuples defining where the new objects are stored. Each tuple contains\nthe original parent object as the first element and the new parent object as the\nsecond element.\nlinked_object_handling (LinkedObjectHandling | str) – Defines how linked objects are handled. An example of a linked object is a Fabric\nlinked to by a Modeling Ply.The following options are available:\"keep\": Keep linking to the original objects, and do not\ncopy them (unless they are otherwise included in the tree).\n\n\"copy\": Copy the linked objects, and replace the links.\n\n\"discard\": Discard object links.Note that when copying objects between two models, only the \"copy\" and\n\"discard\" options are valid. If you wish to use links to existing objects,\nthe \"copy\" option can be used, specifying how links should be replaced in\nthe parent_mapping argument.\nDefines how linked objects are handled. An example of a linked object is a Fabric\nlinked to by a Modeling Ply.\nThe following options are available:\n\"keep\": Keep linking to the original objects, and do not\ncopy them (unless they are otherwise included in the tree).\n\"copy\": Copy the linked objects, and replace the links.\n\"discard\": Discard object links.\nNote that when copying objects between two models, only the \"copy\" and\n\"discard\" options are valid. If you wish to use links to existing objects,\nthe \"copy\" option can be used, specifying how links should be replaced in\nthe parent_mapping argument.\nA mapping of the newly created objects. The keys are the original objects,\nand the values are the new objects.\ndict[CreatableTreeObject, CreatableTreeObject]\nTo copy all Modeling Groups and associated definitions from one model to another,\nyou can use the following code:\nTo copy all definitions from one model to another, you can use the following code:\nrecursive_copy\nlinked_object_handling\nparent_mapping\nparent_mapping\nsource_objects\ndict\n\"keep\"\n\"copy\"\n\"discard\"\n\"copy\"\n\"discard\"\n\"copy\"\nparent_mapping" + "objectID": "api/_autosummary/ansys.acp.core.Model.materials", + "href": "api/_autosummary/ansys.acp.core.Model.materials.html#materials", + "title": "materials", + "section": "materials", + "text": "materials" }, { - "objectID": "api/_autosummary/ansys.acp.core.recursive_copy", - "href": "api/_autosummary/ansys.acp.core.recursive_copy.html#ansys.acp.core.recursive_copy", - "title": "recursive_copy > recursive_copy > recursive_copy", - "section": "recursive_copy > recursive_copy", - "text": "ansys.acp.core.recursive_copy(*, source_objects, parent_mapping, linked_object_handling='keep')\n\nRecursively copy a tree of ACP objects.\n\nThis function copies a tree of ACP objects, starting from the given source objects.\nThe copied tree includes all child objects. Linked objects (such as a Fabric linked to\nby a Modeling Ply) can optionally be included, controlled by the\nlinked_object_handling argument.\n\nTo specify where the new objects should be stored, you must provide a dictionary\nin the parent_mapping argument. The keys of the dictionary are the original\nparent objects, and the values are the new parent objects.\nNote that this mapping may need to contain parent objects that are not direct parents\nof the source objects, if another branch of the tree is included via linked objects.\n\nThe parent_mapping argument can also include objects which are part of the\nsource_objects list. In this case, the function will not create a new object for\nthe parent, but will use the existing object instead.\n\nThe function returns a dict mapping the original objects to the newly created\nobjects.\n\nOnly attributes supported by PyACP are copied to the new objects.\n\nParameters\n\nsource_objects (Iterable[CreatableTreeObject]) – The starting point of the tree to copy.\n\nparent_mapping (dict[TreeObject, TreeObject]) – A list of tuples defining where the new objects are stored. Each tuple contains\nthe original parent object as the first element and the new parent object as the\nsecond element.\n\nlinked_object_handling (LinkedObjectHandling | str) – Defines how linked objects are handled. An example of a linked object is a Fabric\nlinked to by a Modeling Ply.The following options are available:\"keep\": Keep linking to the original objects, and do not\ncopy them (unless they are otherwise included in the tree).\n\n\"copy\": Copy the linked objects, and replace the links.\n\n\"discard\": Discard object links.Note that when copying objects between two models, only the \"copy\" and\n\"discard\" options are valid. If you wish to use links to existing objects,\nthe \"copy\" option can be used, specifying how links should be replaced in\nthe parent_mapping argument.\n\nReturns\n\nA mapping of the newly created objects. The keys are the original objects,\nand the values are the new objects.\n\nReturn type\n\ndict[CreatableTreeObject, CreatableTreeObject]\n\nExamples\n\nTo copy all Modeling Groups and associated definitions from one model to another,\nyou can use the following code:\n\nimport ansys.acp.core as pyacp\n\nmodel1 = ... # loaded in some way\nmodel2 = ... # loaded in some way\n\npyacp.recursive_copy(\n source_objects=model1.modeling_groups.values(),\n parent_mapping={model1: model2},\n linked_object_handling=\"copy\",\n)\n\nTo copy all definitions from one model to another, you can use the following code:\n\nimport ansys.acp.core as pyacp\n\nmodel1 = ... # loaded in some way\nmodel2 = ... # loaded in some way\n\npyacp.recursive_copy(\n source_objects=[model1],\n parent_mapping={model1: model2},\n linked_object_handling=\"copy\",\n)\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.materials", + "href": "api/_autosummary/ansys.acp.core.Model.materials.html#ansys.acp.core.Model.materials", + "title": "materials > materials > materials", + "section": "materials > materials", + "text": "property Model.materials: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.Model.materials", + "href": "api/_autosummary/ansys.acp.core.Model.materials.html#examples-using-modelmaterials", + "title": "materials > Examples using Model.materials", + "section": "Examples using Model.materials", + "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Model.materials" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ModelElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ModelElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosettes", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosettes.html#rosettes", + "title": "rosettes", + "section": "rosettes", + "text": "rosettes" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL.html#sensor_by_material", - "title": "SENSOR_BY_MATERIAL", - "section": "SENSOR_BY_MATERIAL", - "text": "SENSOR_BY_MATERIAL" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosettes", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosettes.html#ansys.acp.core.ImportedModelingPly.rosettes", + "title": "rosettes > rosettes > rosettes", + "section": "rosettes > rosettes", + "text": "property ImportedModelingPly.rosettes: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL.html#ansys.acp.core.SensorType.SENSOR_BY_MATERIAL", - "title": "SENSOR_BY_MATERIAL > SENSOR_BY_MATERIAL > SENSOR_BY_MATERIAL", - "section": "SENSOR_BY_MATERIAL > SENSOR_BY_MATERIAL", - "text": "SensorType.SENSOR_BY_MATERIAL = 'sensor_by_material'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling", + "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.html#linkedobjecthandling", + "title": "LinkedObjectHandling", + "section": "LinkedObjectHandling", + "text": "Defines options for handling linked objects when copying a tree of ACP objects.\nLinkedObjectHandling.KEEP\n\nLinkedObjectHandling.COPY\n\nLinkedObjectHandling.DISCARD\n\nLinkedObjectHandling\nLinkedObjectHandling.KEEP\nLinkedObjectHandling.COPY\nLinkedObjectHandling.DISCARD" }, { - "objectID": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL", - "href": "api/_autosummary/ansys.acp.core.SensorType.SENSOR_BY_MATERIAL.html#examples-using-sensortypesensor_by_material", - "title": "SENSOR_BY_MATERIAL > Examples using SensorType.SENSOR_BY_MATERIAL", - "section": "Examples using SensorType.SENSOR_BY_MATERIAL", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using SensorType.SENSOR_BY_MATERIAL" + "objectID": "api/_autosummary/ansys.acp.core.LinkedObjectHandling", + "href": "api/_autosummary/ansys.acp.core.LinkedObjectHandling.html#ansys.acp.core.LinkedObjectHandling", + "title": "LinkedObjectHandling > LinkedObjectHandling > LinkedObjectHandling", + "section": "LinkedObjectHandling > LinkedObjectHandling", + "text": "class ansys.acp.core.LinkedObjectHandling(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDefines options for handling linked objects when copying a tree of ACP objects.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nLinkedObjectHandling.KEEP\n\n\n\nLinkedObjectHandling.COPY\n\n\n\nLinkedObjectHandling.DISCARD\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.fabric_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.Material.fabric_fiber_angle.html#fabric_fiber_angle", - "title": "fabric_fiber_angle", - "section": "fabric_fiber_angle", - "text": "fabric_fiber_angle" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.analysis_plies", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.analysis_plies.html#analysis_plies", + "title": "analysis_plies", + "section": "analysis_plies", + "text": "analysis_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.Material.fabric_fiber_angle", - "href": "api/_autosummary/ansys.acp.core.Material.fabric_fiber_angle.html#ansys.acp.core.Material.fabric_fiber_angle", - "title": "fabric_fiber_angle > fabric_fiber_angle > fabric_fiber_angle", - "section": "fabric_fiber_angle > fabric_fiber_angle", - "text": "property Material.fabric_fiber_angle: TC | TV | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.analysis_plies", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.analysis_plies.html#ansys.acp.core.ProductionPly.analysis_plies", + "title": "analysis_plies > analysis_plies > analysis_plies", + "section": "analysis_plies > analysis_plies", + "text": "property ProductionPly.analysis_plies: Mapping[ValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.YZ", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.YZ.html#yz", - "title": "YZ", - "section": "YZ", - "text": "YZ" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.status", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.YZ", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.YZ.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants.YZ", - "title": "YZ > YZ > YZ", - "section": "YZ > YZ", - "text": "property VariableTsaiWuConstants.YZ: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.status", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.status.html#ansys.acp.core.LookUpTable1D.status", + "title": "status > status > status", + "section": "status > status", + "text": "property LookUpTable1D.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_top_sets", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_top_sets.html#drop_off_disabled_on_top_sets", - "title": "drop_off_disabled_on_top_sets", - "section": "drop_off_disabled_on_top_sets", - "text": "drop_off_disabled_on_top_sets" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.ORIENTATION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.ORIENTATION.html#orientation", + "title": "ORIENTATION", + "section": "ORIENTATION", + "text": "ORIENTATION" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_top_sets", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_disabled_on_top_sets.html#ansys.acp.core.DropOffSettings.drop_off_disabled_on_top_sets", - "title": "drop_off_disabled_on_top_sets > drop_off_disabled_on_top_sets > drop_off_disabled_on_top_sets", - "section": "drop_off_disabled_on_top_sets > drop_off_disabled_on_top_sets", - "text": "property DropOffSettings.drop_off_disabled_on_top_sets: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.ORIENTATION", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.ORIENTATION.html#ansys.acp.core.ElementalDataType.ORIENTATION", + "title": "ORIENTATION > ORIENTATION > ORIENTATION", + "section": "ORIENTATION > ORIENTATION", + "text": "ElementalDataType.ORIENTATION = 'orientation'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_CDB", + "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_CDB.html#ansys_cdb", + "title": "ANSYS_CDB", + "section": "ANSYS_CDB", + "text": "ANSYS_CDB" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "AnalysisPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_CDB", + "href": "api/_autosummary/ansys.acp.core.SolidModelImportFormat.ANSYS_CDB.html#ansys.acp.core.SolidModelImportFormat.ANSYS_CDB", + "title": "ANSYS_CDB > ANSYS_CDB > ANSYS_CDB", + "section": "ANSYS_CDB > ANSYS_CDB", + "text": "SolidModelImportFormat.ANSYS_CDB = 'ansys:cdb'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.name", - "href": "api/_autosummary/ansys.acp.core.SectionCut.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.active_in_post_mode", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.active_in_post_mode.html#active_in_post_mode", + "title": "active_in_post_mode", + "section": "active_in_post_mode", + "text": "active_in_post_mode" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.name", - "href": "api/_autosummary/ansys.acp.core.SectionCut.name.html#ansys.acp.core.SectionCut.name", - "title": "name > name > name", - "section": "name > name", - "text": "property SectionCut.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.AnalysisPly.active_in_post_mode", + "href": "api/_autosummary/ansys.acp.core.AnalysisPly.active_in_post_mode.html#ansys.acp.core.AnalysisPly.active_in_post_mode", + "title": "active_in_post_mode > active_in_post_mode > active_in_post_mode", + "section": "active_in_post_mode > active_in_post_mode", + "text": "property AnalysisPly.active_in_post_mode: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_angle_under_compression", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_angle_under_compression.html#fracture_angle_under_compression", - "title": "fracture_angle_under_compression", - "section": "fracture_angle_under_compression", - "text": "fracture_angle_under_compression" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_GEOMETRY.html#by_geometry", + "title": "BY_GEOMETRY", + "section": "BY_GEOMETRY", + "text": "BY_GEOMETRY" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_angle_under_compression", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_angle_under_compression.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_angle_under_compression", - "title": "fracture_angle_under_compression > fracture_angle_under_compression > fracture_angle_under_compression", - "section": "fracture_angle_under_compression > fracture_angle_under_compression", - "text": "property VariableLaRCConstants.fracture_angle_under_compression: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_GEOMETRY", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.BY_GEOMETRY.html#ansys.acp.core.ExtrusionGuideType.BY_GEOMETRY", + "title": "BY_GEOMETRY > BY_GEOMETRY > BY_GEOMETRY", + "section": "BY_GEOMETRY > BY_GEOMETRY", + "text": "ExtrusionGuideType.BY_GEOMETRY = 'by_geometry'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.data", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.data.html#data", - "title": "data", - "section": "data", - "text": "data" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.mesh.html#mesh", + "title": "mesh", + "section": "mesh", + "text": "Full mesh associated with the object.\nmesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.data", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.data.html#ansys.acp.core.LookUpTable1DColumn.data", - "title": "data > data > data", - "section": "data > data", - "text": "property LookUpTable1DColumn.data: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.mesh", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.mesh.html#ansys.acp.core.GeometricalSelectionRule.mesh", + "title": "mesh > mesh > mesh", + "section": "mesh > mesh", + "text": "property GeometricalSelectionRule.mesh: MeshData\n\nFull mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.status", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.DIRECT", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.DIRECT.html#direct", + "title": "DIRECT", + "section": "DIRECT", + "text": "DIRECT" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.status", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.status.html#ansys.acp.core.SamplingPoint.status", - "title": "status > status > status", - "section": "status > status", - "text": "property SamplingPoint.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.DIRECT", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.DIRECT.html#ansys.acp.core.LaunchMode.DIRECT", + "title": "DIRECT > DIRECT > DIRECT", + "section": "DIRECT > DIRECT", + "text": "LaunchMode.DIRECT = 'direct'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.MKS", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.MKS.html#mks", - "title": "MKS", - "section": "MKS", - "text": "MKS" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest.html#createrequest", + "title": "CreateRequest", + "section": "CreateRequest", + "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nInterface definition for CreateRequest messages.\nThe CreateRequest message is used to create a new object in a collection.\nCreateRequest" }, { - "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.MKS", - "href": "api/_autosummary/ansys.acp.core.UnitSystemType.MKS.html#ansys.acp.core.UnitSystemType.MKS", - "title": "MKS > MKS > MKS", - "section": "MKS > MKS", - "text": "UnitSystemType.MKS = 'mks'\n\n" + "objectID": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest", + "href": "api/_autosummary/ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest.html#ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest", + "title": "CreateRequest > CreateRequest > CreateRequest", + "section": "CreateRequest > CreateRequest", + "text": "class ansys.acp.core._tree_objects._grpc_helpers.protocols.CreateRequest(collection_path, name, properties)\n\nInterface definition for CreateRequest messages.\n\nThe CreateRequest message is used to create a new object in a collection.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.html#samplingpoint", - "title": "SamplingPoint", - "section": "SamplingPoint", - "text": "Instantiate a Sampling Point.\nname (str) – Name of the sampling point.\npoint (tuple[float, float, float]) – Coordinates of the sampling point.\ndirection (tuple[float, float, float]) – Direction of the sampling point.\nuse_default_reference_direction (bool) – Whether to use the element coordinate system when computing the laminate\nproperties (CLT).\nrosette (Rosette | None) – Rosette defining the coordinate system used when computing the laminate\nproperties (CLT). Only used when use_default_reference_direction is False.\noffset_is_middle (bool) – Activate this option to offset the reference surface to the mid-plane of the\nlaminate for the computation of the ABD matrices and laminate properties (CLT).\nconsider_coupling_effect (bool) – Whether the computation of the laminate engineering constants should consider\nthe coupling effect if the B-Matrix of the ABD-Matrix is not zero. Computation\nof the ABD matrices is not affected by this parameter.\nAdded in ACP server version 25.1.\nSamplingPoint.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSamplingPoint.delete()\nDelete the object.\nSamplingPoint.store(parent)\nStore the object on the server.\nSamplingPoint.consider_coupling_effect\n\nSamplingPoint.direction\n\nSamplingPoint.id\nIdentifier of the object, used for example as key in maps.\nSamplingPoint.locked\n\nSamplingPoint.name\nThe name of the object.\nSamplingPoint.offset_is_middle\n\nSamplingPoint.parent\nThe parent of the object.\nSamplingPoint.point\n\nSamplingPoint.reference_direction\nLocal x-direction used in the computation of laminate properties (CLT).\nSamplingPoint.rosette\n\nSamplingPoint.status\n\nSamplingPoint.use_default_reference_direction\n\nSamplingPoint\nuse_default_reference_direction\nSamplingPoint.clone\nSamplingPoint.delete\nSamplingPoint.store\nSamplingPoint.consider_coupling_effect\nSamplingPoint.direction\nSamplingPoint.id\nSamplingPoint.locked\nSamplingPoint.name\nSamplingPoint.offset_is_middle\nSamplingPoint.parent\nSamplingPoint.point\nSamplingPoint.reference_direction\nSamplingPoint.rosette\nSamplingPoint.status\nSamplingPoint.use_default_reference_direction" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.delete", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.html#ansys.acp.core.SamplingPoint", - "title": "SamplingPoint > SamplingPoint > SamplingPoint", - "section": "SamplingPoint > SamplingPoint", - "text": "class ansys.acp.core.SamplingPoint(*, name='SamplingPoint', point=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 0.0), use_default_reference_direction=True, rosette=None, offset_is_middle=True, consider_coupling_effect=True)\n\nInstantiate a Sampling Point.\n\nParameters\n\nname (str) – Name of the sampling point.\n\npoint (tuple[float, float, float]) – Coordinates of the sampling point.\n\ndirection (tuple[float, float, float]) – Direction of the sampling point.\n\nuse_default_reference_direction (bool) – Whether to use the element coordinate system when computing the laminate\nproperties (CLT).\n\nrosette (Rosette | None) – Rosette defining the coordinate system used when computing the laminate\nproperties (CLT). Only used when use_default_reference_direction is False.\n\noffset_is_middle (bool) – Activate this option to offset the reference surface to the mid-plane of the\nlaminate for the computation of the ABD matrices and laminate properties (CLT).\n\nconsider_coupling_effect (bool) – Whether the computation of the laminate engineering constants should consider\nthe coupling effect if the B-Matrix of the ABD-Matrix is not zero. Computation\nof the ABD matrices is not affected by this parameter.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSamplingPoint.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSamplingPoint.delete()\n\nDelete the object.\n\nSamplingPoint.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSamplingPoint.consider_coupling_effect\n\n\n\nSamplingPoint.direction\n\n\n\nSamplingPoint.id\n\nIdentifier of the object, used for example as key in maps.\n\nSamplingPoint.locked\n\n\n\nSamplingPoint.name\n\nThe name of the object.\n\nSamplingPoint.offset_is_middle\n\n\n\nSamplingPoint.parent\n\nThe parent of the object.\n\nSamplingPoint.point\n\n\n\nSamplingPoint.reference_direction\n\nLocal x-direction used in the computation of laminate properties (CLT).\n\nSamplingPoint.rosette\n\n\n\nSamplingPoint.status\n\n\n\nSamplingPoint.use_default_reference_direction\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.delete", + "href": "api/_autosummary/ansys.acp.core.SubLaminate.delete.html#ansys.acp.core.SubLaminate.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "SubLaminate.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.use_offset_correction", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.use_offset_correction.html#use_offset_correction", - "title": "use_offset_correction", - "section": "use_offset_correction", - "text": "use_offset_correction" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.use_default_search_radius", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.use_default_search_radius.html#use_default_search_radius", + "title": "use_default_search_radius", + "section": "use_default_search_radius", + "text": "use_default_search_radius" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.use_offset_correction", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.use_offset_correction.html#ansys.acp.core.VariableOffsetSelectionRule.use_offset_correction", - "title": "use_offset_correction > use_offset_correction > use_offset_correction", - "section": "use_offset_correction > use_offset_correction", - "text": "property VariableOffsetSelectionRule.use_offset_correction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.use_default_search_radius", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.use_default_search_radius.html#ansys.acp.core.LookUpTable3D.use_default_search_radius", + "title": "use_default_search_radius > use_default_search_radius > use_default_search_radius", + "section": "use_default_search_radius > use_default_search_radius", + "text": "property LookUpTable3D.use_default_search_radius: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.locked", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.locked.html#locked", - "title": "locked", - "section": "locked", - "text": "locked" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_material", + "href": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_material.html#cut_off_material", + "title": "cut_off_material", + "section": "cut_off_material", + "text": "cut_off_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.locked", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.locked.html#ansys.acp.core.CADGeometry.locked", - "title": "locked > locked > locked", - "section": "locked > locked", - "text": "property CADGeometry.locked: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_material", + "href": "api/_autosummary/ansys.acp.core.SolidModel.cut_off_material.html#ansys.acp.core.SolidModel.cut_off_material", + "title": "cut_off_material > cut_off_material > cut_off_material", + "section": "cut_off_material > cut_off_material", + "text": "property SolidModel.cut_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.get_pyvista_mesh.html#get_pyvista_mesh", "title": "get_pyvista_mesh", "section": "get_pyvista_mesh", "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.get_pyvista_mesh", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ModelNodalData.get_pyvista_mesh", "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ParallelSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.FROM_TABLE", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.FROM_TABLE.html#from_table", - "title": "FROM_TABLE", - "section": "FROM_TABLE", - "text": "FROM_TABLE" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.FROM_TABLE", - "href": "api/_autosummary/ansys.acp.core.ImportedPlyThicknessType.FROM_TABLE.html#ansys.acp.core.ImportedPlyThicknessType.FROM_TABLE", - "title": "FROM_TABLE > FROM_TABLE > FROM_TABLE", - "section": "FROM_TABLE > FROM_TABLE", - "text": "ImportedPlyThicknessType.FROM_TABLE = 'from_table'\n\n" + "text": "ModelNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.area_price", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.area_price.html#area_price", - "title": "area_price", - "section": "area_price", - "text": "area_price" + "objectID": "api/plot_utils", + "href": "api/plot_utils.html#plot-utilities", + "title": "Plot utilities", + "section": "Plot utilities", + "text": "get_directions_plotter(*, model[, mesh, ...])\nGet a pyvista plotter that shows the specified directions on the mesh.\nPlot utilities\nget_directions_plotter" }, { - "objectID": "api/_autosummary/ansys.acp.core.SubLaminate.area_price", - "href": "api/_autosummary/ansys.acp.core.SubLaminate.area_price.html#ansys.acp.core.SubLaminate.area_price", - "title": "area_price > area_price > area_price", - "section": "area_price > area_price", - "text": "property SubLaminate.area_price: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA.html#mpa", + "title": "MPA", + "section": "MPA", + "text": "MPA" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.casefold", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.casefold.html#casefold", - "title": "casefold", - "section": "casefold", - "text": "Return a version of the string suitable for caseless comparisons.\ncasefold" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA.html#ansys.acp.core.UnitSystemType.MPA", + "title": "MPA > MPA > MPA", + "section": "MPA > MPA", + "text": "UnitSystemType.MPA = 'mpa'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.casefold", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.casefold.html#ansys.acp.core.LaunchMode.casefold", - "title": "casefold > casefold > casefold", - "section": "casefold > casefold", - "text": "LaunchMode.casefold(/)\n\nReturn a version of the string suitable for caseless comparisons.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.MPA.html#examples-using-unitsystemtypempa", + "title": "MPA > Examples using UnitSystemType.MPA", + "section": "Examples using UnitSystemType.MPA", + "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using UnitSystemType.MPA" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.parent", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.parent.html#parent", + "objectID": "api/_autosummary/ansys.acp.core.Model.parent", + "href": "api/_autosummary/ansys.acp.core.Model.parent.html#parent", "title": "parent", "section": "parent", "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.parent", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.parent.html#ansys.acp.core.LookUpTable3DColumn.parent", + "objectID": "api/_autosummary/ansys.acp.core.Model.parent", + "href": "api/_autosummary/ansys.acp.core.Model.parent.html#ansys.acp.core.Model.parent", "title": "parent > parent > parent", "section": "parent > parent", - "text": "property LookUpTable3DColumn.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "text": "property Model.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.price", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.price.html#price", - "title": "price", - "section": "price", - "text": "price" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_1.html#fracture_toughness_mode_1", + "title": "fracture_toughness_mode_1", + "section": "fracture_toughness_mode_1", + "text": "fracture_toughness_mode_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.price", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.price.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.price", - "title": "price > price > price", - "section": "price > price", - "text": "ProductionPlyElementalData.price: ScalarData[np.float64] | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_1.html#ansys.acp.core.material_property_sets.VariableLaRCConstants.fracture_toughness_mode_1", + "title": "fracture_toughness_mode_1 > fracture_toughness_mode_1 > fracture_toughness_mode_1", + "section": "fracture_toughness_mode_1 > fracture_toughness_mode_1", + "text": "property VariableLaRCConstants.fracture_toughness_mode_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED.html#minimum_angle_superposed", - "title": "MINIMUM_ANGLE_SUPERPOSED", - "section": "MINIMUM_ANGLE_SUPERPOSED", - "text": "MINIMUM_ANGLE_SUPERPOSED" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_material_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_material_index.html#use_default_material_index", + "title": "use_default_material_index", + "section": "use_default_material_index", + "text": "use_default_material_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED.html#ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED", - "title": "MINIMUM_ANGLE_SUPERPOSED > MINIMUM_ANGLE_SUPERPOSED > MINIMUM_ANGLE_SUPERPOSED", - "section": "MINIMUM_ANGLE_SUPERPOSED > MINIMUM_ANGLE_SUPERPOSED", - "text": "RosetteSelectionMethod.MINIMUM_ANGLE_SUPERPOSED = 'minimum_angle_superposed'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_material_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_material_index.html#ansys.acp.core.SolidModelExportSettings.use_default_material_index", + "title": "use_default_material_index > use_default_material_index > use_default_material_index", + "section": "use_default_material_index > use_default_material_index", + "text": "property SolidModelExportSettings.use_default_material_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.AREA", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.AREA.html#area", - "title": "AREA", - "section": "AREA", - "text": "AREA" + "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STEP", + "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STEP.html#step", + "title": "STEP", + "section": "STEP", + "text": "STEP" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.AREA", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.AREA.html#ansys.acp.core.ElementalDataType.AREA", - "title": "AREA > AREA > AREA", - "section": "AREA > AREA", - "text": "ElementalDataType.AREA = 'area'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STEP", + "href": "api/_autosummary/ansys.acp.core.PlyGeometryExportFormat.STEP.html#ansys.acp.core.PlyGeometryExportFormat.STEP", + "title": "STEP > STEP > STEP", + "section": "STEP > STEP", + "text": "PlyGeometryExportFormat.STEP = 'step'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.status", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/dpf_integration_helpers", + "href": "api/dpf_integration_helpers.html#dpf-integration-helpers", + "title": "DPF integration helpers", + "section": "DPF integration helpers", + "text": "get_dpf_unit_system(unit_system)\nConvert pyACP unit system to DPF unit system.\nDPF integration helpers\nget_dpf_unit_system" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.status", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.status.html#ansys.acp.core.EdgeSet.status", - "title": "status > status > status", - "section": "status > status", - "text": "property EdgeSet.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.MATERIAL_SPECIFIC", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.MATERIAL_SPECIFIC.html#material_specific", + "title": "MATERIAL_SPECIFIC", + "section": "MATERIAL_SPECIFIC", + "text": "MATERIAL_SPECIFIC" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.html#lookuptable3dcolumn", - "title": "LookUpTable3DColumn", - "section": "LookUpTable3DColumn", - "text": "Instantiate a Column of a 3D Look-Up Table.\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\ndata (ndarray[tuple[int, ...], dtype[float64]] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\nAdded in ACP server version 24.2.\nLookUpTable3DColumn.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nLookUpTable3DColumn.delete()\nDelete the object.\nLookUpTable3DColumn.store(parent)\nStore the object on the server.\nLookUpTable3DColumn.data\n\nLookUpTable3DColumn.id\nIdentifier of the object, used for example as key in maps.\nLookUpTable3DColumn.name\nThe name of the object.\nLookUpTable3DColumn.parent\nThe parent of the object.\nLookUpTable3DColumn.physical_dimension\n\nLookUpTable3DColumn.value_type\n\nLookUpTable3DColumn\nvalue_type\nvalue_type\nLocation\nLookUpTable3DColumn.clone\nLookUpTable3DColumn.delete\nLookUpTable3DColumn.store\nLookUpTable3DColumn.data\nLookUpTable3DColumn.id\nLookUpTable3DColumn.name\nLookUpTable3DColumn.parent\nLookUpTable3DColumn.physical_dimension\nLookUpTable3DColumn.value_type" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.MATERIAL_SPECIFIC", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.MATERIAL_SPECIFIC.html#ansys.acp.core.material_property_sets.PuckMaterialType.MATERIAL_SPECIFIC", + "title": "MATERIAL_SPECIFIC > MATERIAL_SPECIFIC > MATERIAL_SPECIFIC", + "section": "MATERIAL_SPECIFIC > MATERIAL_SPECIFIC", + "text": "PuckMaterialType.MATERIAL_SPECIFIC = 'material-specific'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.html#ansys.acp.core.LookUpTable3DColumn", - "title": "LookUpTable3DColumn > LookUpTable3DColumn > LookUpTable3DColumn", - "section": "LookUpTable3DColumn > LookUpTable3DColumn", - "text": "class ansys.acp.core.LookUpTable3DColumn(*, name='LookUpTable3DColumn', value_type='scalar', physical_dimension='dimensionless', data=None)\n\nInstantiate a Column of a 3D Look-Up Table.\n\nParameters\n\nvalue_type (LookUpTableColumnValueType) – Determines whether the column data is scalar (one entry per row) or\ndirectional (three entries per row).\nNote that the value_type can only be set when constructing the\ncolumn, and is read-only afterwards.\n\nphysical_dimension (PhysicalDimension) – Dimensionality (such as time, length, force, …) of the column data.\n\ndata (ndarray[tuple[int, ...], dtype[float64]] | None) – The column data. The shape of the data must match the value_type\nand the length of the Location column of the parent look-up\ntable.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nLookUpTable3DColumn.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nLookUpTable3DColumn.delete()\n\nDelete the object.\n\nLookUpTable3DColumn.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nLookUpTable3DColumn.data\n\n\n\nLookUpTable3DColumn.id\n\nIdentifier of the object, used for example as key in maps.\n\nLookUpTable3DColumn.name\n\nThe name of the object.\n\nLookUpTable3DColumn.parent\n\nThe parent of the object.\n\nLookUpTable3DColumn.physical_dimension\n\n\n\nLookUpTable3DColumn.value_type\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.field_variable_name", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.field_variable_name.html#field_variable_name", + "title": "field_variable_name", + "section": "field_variable_name", + "text": "field_variable_name" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DColumn.html#examples-using-lookuptable3dcolumn", - "title": "LookUpTable3DColumn > Examples using LookUpTable3DColumn", - "section": "Examples using LookUpTable3DColumn", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using LookUpTable3DColumn" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.field_variable_name", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.field_variable_name.html#ansys.acp.core.FieldDefinition.field_variable_name", + "title": "field_variable_name > field_variable_name > field_variable_name", + "section": "field_variable_name > field_variable_name", + "text": "property FieldDefinition.field_variable_name: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.solid_element_sets", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.solid_element_sets.html#solid_element_sets", - "title": "solid_element_sets", - "section": "solid_element_sets", - "text": "solid_element_sets" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.origin", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.origin.html#origin", + "title": "origin", + "section": "origin", + "text": "origin" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.solid_element_sets", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.solid_element_sets.html#ansys.acp.core.LayupMappingObject.solid_element_sets", - "title": "solid_element_sets > solid_element_sets > solid_element_sets", - "section": "solid_element_sets > solid_element_sets", - "text": "property LayupMappingObject.solid_element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.origin", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.origin.html#ansys.acp.core.ParallelSelectionRule.origin", + "title": "origin > origin > origin", + "section": "origin > origin", + "text": "property ParallelSelectionRule.origin: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.html#variablestresslimits", - "title": "VariableStressLimits", - "section": "VariableStressLimits", - "text": "Variable stress limits material property set.\nAdded in ACP server version 24.2.\nVariableStressLimits.Sxy\n\nVariableStressLimits.Sxz\n\nVariableStressLimits.Syz\n\nVariableStressLimits.Xc\n\nVariableStressLimits.Xt\n\nVariableStressLimits.Yc\n\nVariableStressLimits.Yt\n\nVariableStressLimits.Zc\n\nVariableStressLimits.Zt\n\nVariableStressLimits.effective_stress\n\nVariableStressLimits.field_variables\n\nVariableStressLimits.interpolation_options\n\nVariableStressLimits\nVariableStressLimits.Sxy\nVariableStressLimits.Sxz\nVariableStressLimits.Syz\nVariableStressLimits.Xc\nVariableStressLimits.Xt\nVariableStressLimits.Yc\nVariableStressLimits.Yt\nVariableStressLimits.Zc\nVariableStressLimits.Zt\nVariableStressLimits.effective_stress\nVariableStressLimits.field_variables\nVariableStressLimits.interpolation_options" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.center", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.center.html#center", + "title": "center", + "section": "center", + "text": "Return a centered string of length width.\nPadding is done using the specified fill character (default is a space).\ncenter" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.html#ansys.acp.core.material_property_sets.VariableStressLimits", - "title": "VariableStressLimits > VariableStressLimits > VariableStressLimits", - "section": "VariableStressLimits > VariableStressLimits", - "text": "class ansys.acp.core.material_property_sets.VariableStressLimits(*, _parent_object=None, _attribute_path=None)\n\nVariable stress limits material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariableStressLimits.Sxy\n\n\n\nVariableStressLimits.Sxz\n\n\n\nVariableStressLimits.Syz\n\n\n\nVariableStressLimits.Xc\n\n\n\nVariableStressLimits.Xt\n\n\n\nVariableStressLimits.Yc\n\n\n\nVariableStressLimits.Yt\n\n\n\nVariableStressLimits.Zc\n\n\n\nVariableStressLimits.Zt\n\n\n\nVariableStressLimits.effective_stress\n\n\n\nVariableStressLimits.field_variables\n\n\n\nVariableStressLimits.interpolation_options\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.center", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.center.html#ansys.acp.core.LaunchMode.center", + "title": "center > center > center", + "section": "center > center", + "text": "LaunchMode.center(width, fillchar=' ', /)\n\nReturn a centered string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.angles", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.angles.html#angles", - "title": "angles", - "section": "angles", - "text": "angles" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.status", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.angles", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.angles.html#ansys.acp.core.VariableOffsetSelectionRule.angles", - "title": "angles > angles > angles", - "section": "angles > angles", - "text": "property VariableOffsetSelectionRule.angles: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.status", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.status.html#ansys.acp.core.ModelingPly.status", + "title": "status > status > status", + "section": "status > status", + "text": "property ModelingPly.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.store", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.topdown", + "href": "api/_autosummary/ansys.acp.core.Stackup.topdown.html#topdown", + "title": "topdown", + "section": "topdown", + "text": "topdown" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.store", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.store.html#ansys.acp.core.LayupMappingObject.store", - "title": "store > store > store", - "section": "store > store", - "text": "LayupMappingObject.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.topdown", + "href": "api/_autosummary/ansys.acp.core.Stackup.topdown.html#ansys.acp.core.Stackup.topdown", + "title": "topdown > topdown > topdown", + "section": "topdown > topdown", + "text": "property Stackup.topdown: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.start", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.start.html#start", - "title": "start", - "section": "start", - "text": "Start the product instance.\nRuntimeError – If the instance is already in the started state.\nRuntimeError – If the instance does not allow manual starting.\nstart" + "objectID": "api/_autosummary/ansys.acp.core.Model.draping_offset_correction", + "href": "api/_autosummary/ansys.acp.core.Model.draping_offset_correction.html#draping_offset_correction", + "title": "draping_offset_correction", + "section": "draping_offset_correction", + "text": "draping_offset_correction" }, { - "objectID": "api/_autosummary/ansys.acp.core.ACPInstance.start", - "href": "api/_autosummary/ansys.acp.core.ACPInstance.start.html#ansys.acp.core.ACPInstance.start", - "title": "start > start > start", - "section": "start > start", - "text": "ACPInstance.start()\n\nStart the product instance.\n\nRaises\n\nRuntimeError – If the instance is already in the started state.\n\nRuntimeError – If the instance does not allow manual starting.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.draping_offset_correction", + "href": "api/_autosummary/ansys.acp.core.Model.draping_offset_correction.html#ansys.acp.core.Model.draping_offset_correction", + "title": "draping_offset_correction > draping_offset_correction > draping_offset_correction", + "section": "draping_offset_correction > draping_offset_correction", + "text": "property Model.draping_offset_correction: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.html#productionplyelementaldata", - "title": "ProductionPlyElementalData", - "section": "ProductionPlyElementalData", - "text": "Represents elemental data for a Production Ply.\nProductionPlyElementalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nProductionPlyElementalData.area\n\nProductionPlyElementalData.cog\n\nProductionPlyElementalData.design_angle\n\nProductionPlyElementalData.draped_fiber_angle\n\nProductionPlyElementalData.draped_fiber_direction\n\nProductionPlyElementalData.draped_transverse_angle\n\nProductionPlyElementalData.draped_transverse_direction\n\nProductionPlyElementalData.fiber_direction\n\nProductionPlyElementalData.mass\n\nProductionPlyElementalData.normal\n\nProductionPlyElementalData.offset\n\nProductionPlyElementalData.orientation\n\nProductionPlyElementalData.price\n\nProductionPlyElementalData.reference_direction\n\nProductionPlyElementalData.relative_thickness_correction\n\nProductionPlyElementalData.shear_angle\n\nProductionPlyElementalData.thickness\n\nProductionPlyElementalData.transverse_direction\n\nProductionPlyElementalData.volume\n\nProductionPlyElementalData.element_labels\n\nProductionPlyElementalData\nProductionPlyElementalData.get_pyvista_mesh\nProductionPlyElementalData.area\nProductionPlyElementalData.cog\nProductionPlyElementalData.design_angle\nProductionPlyElementalData.draped_fiber_angle\nProductionPlyElementalData.draped_fiber_direction\nProductionPlyElementalData.draped_transverse_angle\nProductionPlyElementalData.draped_transverse_direction\nProductionPlyElementalData.fiber_direction\nProductionPlyElementalData.mass\nProductionPlyElementalData.normal\nProductionPlyElementalData.offset\nProductionPlyElementalData.orientation\nProductionPlyElementalData.price\nProductionPlyElementalData.reference_direction\nProductionPlyElementalData.relative_thickness_correction\nProductionPlyElementalData.shear_angle\nProductionPlyElementalData.thickness\nProductionPlyElementalData.transverse_direction\nProductionPlyElementalData.volume\nProductionPlyElementalData.element_labels" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.solid_element_sets", + "href": "api/_autosummary/ansys.acp.core.SolidModel.solid_element_sets.html#solid_element_sets", + "title": "solid_element_sets", + "section": "solid_element_sets", + "text": "solid_element_sets" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.html#ansys.acp.core.mesh_data.ProductionPlyElementalData", - "title": "ProductionPlyElementalData > ProductionPlyElementalData > ProductionPlyElementalData", - "section": "ProductionPlyElementalData > ProductionPlyElementalData", - "text": "class ansys.acp.core.mesh_data.ProductionPlyElementalData(element_labels, normal=None, orientation=None, reference_direction=None, fiber_direction=None, draped_fiber_direction=None, transverse_direction=None, draped_transverse_direction=None, thickness=None, relative_thickness_correction=None, design_angle=None, shear_angle=None, draped_fiber_angle=None, draped_transverse_angle=None, area=None, price=None, volume=None, mass=None, offset=None, cog=None)\n\nRepresents elemental data for a Production Ply.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nProductionPlyElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nProductionPlyElementalData.area\n\n\n\nProductionPlyElementalData.cog\n\n\n\nProductionPlyElementalData.design_angle\n\n\n\nProductionPlyElementalData.draped_fiber_angle\n\n\n\nProductionPlyElementalData.draped_fiber_direction\n\n\n\nProductionPlyElementalData.draped_transverse_angle\n\n\n\nProductionPlyElementalData.draped_transverse_direction\n\n\n\nProductionPlyElementalData.fiber_direction\n\n\n\nProductionPlyElementalData.mass\n\n\n\nProductionPlyElementalData.normal\n\n\n\nProductionPlyElementalData.offset\n\n\n\nProductionPlyElementalData.orientation\n\n\n\nProductionPlyElementalData.price\n\n\n\nProductionPlyElementalData.reference_direction\n\n\n\nProductionPlyElementalData.relative_thickness_correction\n\n\n\nProductionPlyElementalData.shear_angle\n\n\n\nProductionPlyElementalData.thickness\n\n\n\nProductionPlyElementalData.transverse_direction\n\n\n\nProductionPlyElementalData.volume\n\n\n\nProductionPlyElementalData.element_labels\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.solid_element_sets", + "href": "api/_autosummary/ansys.acp.core.SolidModel.solid_element_sets.html#ansys.acp.core.SolidModel.solid_element_sets", + "title": "solid_element_sets > solid_element_sets > solid_element_sets", + "section": "solid_element_sets > solid_element_sets", + "text": "property SolidModel.solid_element_sets: Mapping[ValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.REFERENCE_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.REFERENCE_DIRECTION.html#reference_direction", - "title": "REFERENCE_DIRECTION", - "section": "REFERENCE_DIRECTION", - "text": "REFERENCE_DIRECTION" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.html#constantfabricfiberangle", + "title": "ConstantFabricFiberAngle", + "section": "ConstantFabricFiberAngle", + "text": "Constant fabric fiber angle material property set.\nDefines the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\nAdded in ACP server version 24.2.\nConstantFabricFiberAngle.fabric_fiber_angle\n\nConstantFabricFiberAngle\nConstantFabricFiberAngle.fabric_fiber_angle" }, - { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.REFERENCE_DIRECTION", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.REFERENCE_DIRECTION.html#ansys.acp.core.ElementalDataType.REFERENCE_DIRECTION", - "title": "REFERENCE_DIRECTION > REFERENCE_DIRECTION > REFERENCE_DIRECTION", - "section": "REFERENCE_DIRECTION > REFERENCE_DIRECTION", - "text": "ElementalDataType.REFERENCE_DIRECTION = 'reference_direction'\n\n" + { + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantFabricFiberAngle.html#ansys.acp.core.material_property_sets.ConstantFabricFiberAngle", + "title": "ConstantFabricFiberAngle > ConstantFabricFiberAngle > ConstantFabricFiberAngle", + "section": "ConstantFabricFiberAngle > ConstantFabricFiberAngle", + "text": "class ansys.acp.core.material_property_sets.ConstantFabricFiberAngle(*, fabric_fiber_angle=0.0, _parent_object=None, _attribute_path=None)\n\nConstant fabric fiber angle material property set.\n\nDefines the rotation angle between the material coordinate system and the fiber direction.\nOnly used for shear dependent material properties which are provided by Material Designer.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantFabricFiberAngle.fabric_fiber_angle\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.node_labels.html#node_labels", + "title": "node_labels", + "section": "node_labels", + "text": "node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.store", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.store.html#ansys.acp.core.CutOffSelectionRule.store", - "title": "store > store > store", - "section": "store > store", - "text": "CutOffSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.node_labels", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.node_labels.html#ansys.acp.core.mesh_data.ParallelSelectionRuleNodalData.node_labels", + "title": "node_labels > node_labels > node_labels", + "section": "node_labels > node_labels", + "text": "ParallelSelectionRuleNodalData.node_labels: ScalarData[np.int32]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.splitlines", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.splitlines.html#splitlines", - "title": "splitlines", - "section": "splitlines", - "text": "Return a list of the lines in the string, breaking at line boundaries.\nLine breaks are not included in the resulting list unless keepends is given and\ntrue.\nsplitlines" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.CARBON", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.CARBON.html#carbon", + "title": "CARBON", + "section": "CARBON", + "text": "CARBON" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.splitlines", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.splitlines.html#ansys.acp.core.material_property_sets.PuckMaterialType.splitlines", - "title": "splitlines > splitlines > splitlines", - "section": "splitlines > splitlines", - "text": "PuckMaterialType.splitlines(/, keepends=False)\n\nReturn a list of the lines in the string, breaking at line boundaries.\n\nLine breaks are not included in the resulting list unless keepends is given and\ntrue.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.CARBON", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.CARBON.html#ansys.acp.core.material_property_sets.PuckMaterialType.CARBON", + "title": "CARBON > CARBON > CARBON", + "section": "CARBON > CARBON", + "text": "PuckMaterialType.CARBON = 'carbon'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu23", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu23.html#nu23", - "title": "nu23", - "section": "nu23", - "text": "nu23" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu23", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu23.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.nu23", - "title": "nu23 > nu23 > nu23", - "section": "nu23 > nu23", - "text": "property ConstantEngineeringConstants.nu23: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.elemental_data.html#ansys.acp.core.TubeSelectionRule.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property TubeSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.clone", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.html#constantlarcconstants", + "title": "ConstantLaRCConstants", + "section": "ConstantLaRCConstants", + "text": "Constant LaRC failure criterion properties.\nAdded in ACP server version 24.2.\nConstantLaRCConstants.fracture_angle_under_compression\n\nConstantLaRCConstants.fracture_toughness_mode_1\n\nConstantLaRCConstants.fracture_toughness_mode_2\n\nConstantLaRCConstants.fracture_toughness_ratio\n\nConstantLaRCConstants.thin_ply_thickness_limit\n\nConstantLaRCConstants\nConstantLaRCConstants.fracture_angle_under_compression\nConstantLaRCConstants.fracture_toughness_mode_1\nConstantLaRCConstants.fracture_toughness_mode_2\nConstantLaRCConstants.fracture_toughness_ratio\nConstantLaRCConstants.thin_ply_thickness_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.clone", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.clone.html#ansys.acp.core.LayupMappingObject.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "LayupMappingObject.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantLaRCConstants.html#ansys.acp.core.material_property_sets.ConstantLaRCConstants", + "title": "ConstantLaRCConstants > ConstantLaRCConstants > ConstantLaRCConstants", + "section": "ConstantLaRCConstants > ConstantLaRCConstants", + "text": "class ansys.acp.core.material_property_sets.ConstantLaRCConstants(*, fracture_angle_under_compression=53.0, fracture_toughness_ratio=0.0, fracture_toughness_mode_1=0.0, fracture_toughness_mode_2=0.0, thin_ply_thickness_limit=0.0, _parent_object=None, _attribute_path=None)\n\nConstant LaRC failure criterion properties.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantLaRCConstants.fracture_angle_under_compression\n\n\n\nConstantLaRCConstants.fracture_toughness_mode_1\n\n\n\nConstantLaRCConstants.fracture_toughness_mode_2\n\n\n\nConstantLaRCConstants.fracture_toughness_ratio\n\n\n\nConstantLaRCConstants.thin_ply_thickness_limit\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType", - "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.html#thicknessfieldtype", - "title": "ThicknessFieldType", - "section": "ThicknessFieldType", - "text": "Options for how thickness from a table is defined.\nThicknessFieldType.ABSOLUTE_VALUES\n\nThicknessFieldType.RELATIVE_SCALING_FACTOR\n\nThicknessFieldType\nThicknessFieldType.ABSOLUTE_VALUES\nThicknessFieldType.RELATIVE_SCALING_FACTOR" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.status", + "href": "api/_autosummary/ansys.acp.core.Sensor.status.html#status", + "title": "status", + "section": "status", + "text": "status" }, { - "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType", - "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.html#ansys.acp.core.ThicknessFieldType", - "title": "ThicknessFieldType > ThicknessFieldType > ThicknessFieldType", - "section": "ThicknessFieldType > ThicknessFieldType", - "text": "class ansys.acp.core.ThicknessFieldType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how thickness from a table is defined.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nThicknessFieldType.ABSOLUTE_VALUES\n\n\n\nThicknessFieldType.RELATIVE_SCALING_FACTOR\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.status", + "href": "api/_autosummary/ansys.acp.core.Sensor.status.html#ansys.acp.core.Sensor.status", + "title": "status > status > status", + "section": "status > status", + "text": "property Sensor.status: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.html#scalardata", - "title": "ScalarData", - "section": "ScalarData", - "text": "Class that encapsulates scalar data.\nScalarData.get_pyvista_mesh(mesh)\nConvert the mesh data to a PyVista object.\nScalarData.component_name\nName of the component.\nScalarData.values\nScalar data values as a numpy array.\nScalarData\nScalarData.get_pyvista_mesh\nScalarData.component_name\nScalarData.values" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material", + "href": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material.html#cut_off_material", + "title": "cut_off_material", + "section": "cut_off_material", + "text": "cut_off_material" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ScalarData.html#ansys.acp.core.mesh_data.ScalarData", - "title": "ScalarData > ScalarData > ScalarData", - "section": "ScalarData > ScalarData", - "text": "class ansys.acp.core.mesh_data.ScalarData(field_names, labels, values, component_name)\n\nClass that encapsulates scalar data.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nScalarData.get_pyvista_mesh(mesh)\n\nConvert the mesh data to a PyVista object.\n\n\n\nAttributes\n\n\n\n\n\n\n\nScalarData.component_name\n\nName of the component.\n\nScalarData.values\n\nScalar data values as a numpy array.\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material", + "href": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material.html#ansys.acp.core.Stackup.cut_off_material", + "title": "cut_off_material > cut_off_material > cut_off_material", + "section": "cut_off_material > cut_off_material", + "text": "property Stackup.cut_off_material: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.ANALYSIS_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.ANALYSIS_PLY_WISE.html#analysis_ply_wise", - "title": "ANALYSIS_PLY_WISE", - "section": "ANALYSIS_PLY_WISE", - "text": "ANALYSIS_PLY_WISE" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.ljust", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.ljust.html#ljust", + "title": "ljust", + "section": "ljust", + "text": "Return a left-justified string of length width.\nPadding is done using the specified fill character (default is a space).\nljust" }, { - "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.ANALYSIS_PLY_WISE", - "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.ANALYSIS_PLY_WISE.html#ansys.acp.core.ExtrusionMethod.ANALYSIS_PLY_WISE", - "title": "ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE", - "section": "ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE", - "text": "ExtrusionMethod.ANALYSIS_PLY_WISE = 'analysis_ply_wise'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.ljust", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.ljust.html#ansys.acp.core.LaunchMode.ljust", + "title": "ljust > ljust > ljust", + "section": "ljust > ljust", + "text": "LaunchMode.ljust(width, fillchar=' ', /)\n\nReturn a left-justified string of length width.\n\nPadding is done using the specified fill character (default is a space).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.StressStateType", - "href": "api/_autosummary/ansys.acp.core.StressStateType.html#stressstatetype", - "title": "StressStateType", - "section": "StressStateType", - "text": "Specifies if the reinforcing elements should behave like a link, membrane, or shell element (with or without bending).\nStressStateType.UNIAXIAL_STRESS_STATE\n\nStressStateType.PLANE_STRESS_STATE\n\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS\n\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS\n\nStressStateType\nStressStateType.UNIAXIAL_STRESS_STATE\nStressStateType.PLANE_STRESS_STATE\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.clone", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.StressStateType", - "href": "api/_autosummary/ansys.acp.core.StressStateType.html#ansys.acp.core.StressStateType", - "title": "StressStateType > StressStateType > StressStateType", - "section": "StressStateType > StressStateType", - "text": "class ansys.acp.core.StressStateType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nSpecifies if the reinforcing elements should behave like a link, membrane, or shell element (with or without bending).\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nStressStateType.UNIAXIAL_STRESS_STATE\n\n\n\nStressStateType.PLANE_STRESS_STATE\n\n\n\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_STIFFNESS\n\n\n\nStressStateType.PLANE_STRESS_STATE_WITH_TRANSVERSE_SHEAR_AND_BENDING_STIFFNESS\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuide.clone", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuide.clone.html#ansys.acp.core.ExtrusionGuide.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "ExtrusionGuide.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.get_model_tree", - "href": "api/_autosummary/ansys.acp.core.get_model_tree.html#get_model_tree", - "title": "get_model_tree", - "section": "get_model_tree", - "text": "Get a tree representation of the model.\nReturns the root node.\nmodel (Model) – ACP model.\nhide_empty (bool) – Whether to hide empty collections.\nNode\nget_model_tree" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.parent", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.get_model_tree", - "href": "api/_autosummary/ansys.acp.core.get_model_tree.html#ansys.acp.core.get_model_tree", - "title": "get_model_tree > get_model_tree > get_model_tree", - "section": "get_model_tree > get_model_tree", - "text": "ansys.acp.core.get_model_tree(model, *, hide_empty=True)\n\nGet a tree representation of the model.\n\nReturns the root node.\n\nParameters\n\nmodel (Model) – ACP model.\n\nhide_empty (bool) – Whether to hide empty collections.\n\nReturn type\n\nNode\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3D.parent", + "href": "api/_autosummary/ansys.acp.core.LookUpTable3D.parent.html#ansys.acp.core.LookUpTable3D.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property LookUpTable3D.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.add_selection_rule", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.add_selection_rule.html#add_selection_rule", - "title": "add_selection_rule", - "section": "add_selection_rule", - "text": "Add a LinkedSelectionRule to the ModelingPly.\nSee LinkedSelectionRule for the available parameters.\nLinkedSelectionRule\nadd_selection_rule\nLinkedSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.add_selection_rule", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.add_selection_rule.html#ansys.acp.core.ModelingPly.add_selection_rule", - "title": "add_selection_rule > add_selection_rule > add_selection_rule", - "section": "add_selection_rule > add_selection_rule", - "text": "ModelingPly.add_selection_rule(selection_rule, *, operation_type='intersect', template_rule=False, parameter_1=0.0, parameter_2=0.0)\n\nAdd a LinkedSelectionRule to the ModelingPly.\n\nSee LinkedSelectionRule for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nLinkedSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.parent", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.parent.html#ansys.acp.core.TubeSelectionRule.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property TubeSelectionRule.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_method", + "href": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_method.html#extrusion_method", + "title": "extrusion_method", + "section": "extrusion_method", + "text": "extrusion_method" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ModelingPlyNodalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ModelingPlyNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_method", + "href": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_method.html#ansys.acp.core.SolidModel.extrusion_method", + "title": "extrusion_method > extrusion_method > extrusion_method", + "section": "extrusion_method > extrusion_method", + "text": "property SolidModel.extrusion_method: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format.html#format", + "title": "format", + "section": "format", + "text": "Return a formatted version of S, using substitutions from args and kwargs.\nThe substitutions are identified by braces (‘{’ and ‘}’).\nformat" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.name", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.name.html#ansys.acp.core.BooleanSelectionRule.name", - "title": "name > name > name", - "section": "name > name", - "text": "property BooleanSelectionRule.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.format.html#ansys.acp.core.material_property_sets.PuckMaterialType.format", + "title": "format > format > format", + "section": "format > format", + "text": "PuckMaterialType.format(*args, **kwargs) -> str\n\nReturn a formatted version of S, using substitutions from args and kwargs.\nThe substitutions are identified by braces (‘{’ and ‘}’).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.element_sets", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.element_sets.html#element_sets", - "title": "element_sets", - "section": "element_sets", - "text": "element_sets" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType.RELATIVE_SCALING_FACTOR", + "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.RELATIVE_SCALING_FACTOR.html#relative_scaling_factor", + "title": "RELATIVE_SCALING_FACTOR", + "section": "RELATIVE_SCALING_FACTOR", + "text": "RELATIVE_SCALING_FACTOR" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.element_sets", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.element_sets.html#ansys.acp.core.OrientedSelectionSet.element_sets", - "title": "element_sets > element_sets > element_sets", - "section": "element_sets > element_sets", - "text": "property OrientedSelectionSet.element_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ThicknessFieldType.RELATIVE_SCALING_FACTOR", + "href": "api/_autosummary/ansys.acp.core.ThicknessFieldType.RELATIVE_SCALING_FACTOR.html#ansys.acp.core.ThicknessFieldType.RELATIVE_SCALING_FACTOR", + "title": "RELATIVE_SCALING_FACTOR > RELATIVE_SCALING_FACTOR > RELATIVE_SCALING_FACTOR", + "section": "RELATIVE_SCALING_FACTOR > RELATIVE_SCALING_FACTOR", + "text": "ThicknessFieldType.RELATIVE_SCALING_FACTOR = 'relative_scaling_factor'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.UNDEFINED", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.UNDEFINED.html#undefined", + "title": "UNDEFINED", + "section": "UNDEFINED", + "text": "UNDEFINED" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ModelingPlyNodalData.node_labels.html#ansys.acp.core.mesh_data.ModelingPlyNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "ModelingPlyNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.UNDEFINED", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.UNDEFINED.html#ansys.acp.core.UnitSystemType.UNDEFINED", + "title": "UNDEFINED > UNDEFINED > UNDEFINED", + "section": "UNDEFINED > UNDEFINED", + "text": "UnitSystemType.UNDEFINED = 'undefined'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.modeling_ply_area", - "href": "api/_autosummary/ansys.acp.core.Sensor.modeling_ply_area.html#modeling_ply_area", - "title": "modeling_ply_area", - "section": "modeling_ply_area", - "text": "The surface area of all Modeling Plies of the selected entity.\nmodeling_ply_area" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.element_technology", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.element_technology.html#element_technology", + "title": "element_technology", + "section": "element_technology", + "text": "element_technology" }, { - "objectID": "api/_autosummary/ansys.acp.core.Sensor.modeling_ply_area", - "href": "api/_autosummary/ansys.acp.core.Sensor.modeling_ply_area.html#ansys.acp.core.Sensor.modeling_ply_area", - "title": "modeling_ply_area > modeling_ply_area > modeling_ply_area", - "section": "modeling_ply_area > modeling_ply_area", - "text": "property Sensor.modeling_ply_area: Any\n\nThe surface area of all Modeling Plies of the selected entity.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.element_technology", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.element_technology.html#ansys.acp.core.LayupMappingObject.element_technology", + "title": "element_technology > element_technology > element_technology", + "section": "element_technology > element_technology", + "text": "property LayupMappingObject.element_technology: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingType.INTERNAL_DRAPING", - "href": "api/_autosummary/ansys.acp.core.DrapingType.INTERNAL_DRAPING.html#internal_draping", - "title": "INTERNAL_DRAPING", - "section": "INTERNAL_DRAPING", - "text": "INTERNAL_DRAPING" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.html#constantstrainlimits", + "title": "ConstantStrainLimits", + "section": "ConstantStrainLimits", + "text": "Constant strain limits material property set.\nAdded in ACP server version 24.2.\nConstantStrainLimits.from_isotropic_constants(*)\nCreate an isotropic strain limits property set.\nConstantStrainLimits.from_orthotropic_constants(*)\nCreate an orthotropic strain limits property set.\nConstantStrainLimits.eSxy\n\nConstantStrainLimits.eSxz\n\nConstantStrainLimits.eSyz\n\nConstantStrainLimits.eXc\n\nConstantStrainLimits.eXt\n\nConstantStrainLimits.eYc\n\nConstantStrainLimits.eYt\n\nConstantStrainLimits.eZc\n\nConstantStrainLimits.eZt\n\nConstantStrainLimits.effective_strain\n\nConstantStrainLimits\nConstantStrainLimits.from_isotropic_constants\nConstantStrainLimits.from_orthotropic_constants\nConstantStrainLimits.eSxy\nConstantStrainLimits.eSxz\nConstantStrainLimits.eSyz\nConstantStrainLimits.eXc\nConstantStrainLimits.eXt\nConstantStrainLimits.eYc\nConstantStrainLimits.eYt\nConstantStrainLimits.eZc\nConstantStrainLimits.eZt\nConstantStrainLimits.effective_strain" }, { - "objectID": "api/_autosummary/ansys.acp.core.DrapingType.INTERNAL_DRAPING", - "href": "api/_autosummary/ansys.acp.core.DrapingType.INTERNAL_DRAPING.html#ansys.acp.core.DrapingType.INTERNAL_DRAPING", - "title": "INTERNAL_DRAPING > INTERNAL_DRAPING > INTERNAL_DRAPING", - "section": "INTERNAL_DRAPING > INTERNAL_DRAPING", - "text": "DrapingType.INTERNAL_DRAPING = 'internal_draping'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantStrainLimits.html#ansys.acp.core.material_property_sets.ConstantStrainLimits", + "title": "ConstantStrainLimits > ConstantStrainLimits > ConstantStrainLimits", + "section": "ConstantStrainLimits > ConstantStrainLimits", + "text": "class ansys.acp.core.material_property_sets.ConstantStrainLimits(*, _parent_object=None, _attribute_path=None, _pb_object=None)\n\nConstant strain limits material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nConstantStrainLimits.from_isotropic_constants(*)\n\nCreate an isotropic strain limits property set.\n\nConstantStrainLimits.from_orthotropic_constants(*)\n\nCreate an orthotropic strain limits property set.\n\n\n\nAttributes\n\n\n\n\n\n\n\nConstantStrainLimits.eSxy\n\n\n\nConstantStrainLimits.eSxz\n\n\n\nConstantStrainLimits.eSyz\n\n\n\nConstantStrainLimits.eXc\n\n\n\nConstantStrainLimits.eXt\n\n\n\nConstantStrainLimits.eYc\n\n\n\nConstantStrainLimits.eYt\n\n\n\nConstantStrainLimits.eZc\n\n\n\nConstantStrainLimits.eZt\n\n\n\nConstantStrainLimits.effective_strain\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_mesh_size", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_mesh_size.html#draping_mesh_size", - "title": "draping_mesh_size", - "section": "draping_mesh_size", - "text": "draping_mesh_size" + "objectID": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_1", + "href": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_1.html#woven_puck_constants_1", + "title": "woven_puck_constants_1", + "section": "woven_puck_constants_1", + "text": "woven_puck_constants_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_mesh_size", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping_mesh_size.html#ansys.acp.core.OrientedSelectionSet.draping_mesh_size", - "title": "draping_mesh_size > draping_mesh_size > draping_mesh_size", - "section": "draping_mesh_size > draping_mesh_size", - "text": "property OrientedSelectionSet.draping_mesh_size: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_1", + "href": "api/_autosummary/ansys.acp.core.Material.woven_puck_constants_1.html#ansys.acp.core.Material.woven_puck_constants_1", + "title": "woven_puck_constants_1 > woven_puck_constants_1 > woven_puck_constants_1", + "section": "woven_puck_constants_1 > woven_puck_constants_1", + "text": "property Material.woven_puck_constants_1: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.direction", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.direction.html#direction", - "title": "direction", - "section": "direction", - "text": "direction" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material_handling", + "href": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material_handling.html#cut_off_material_handling", + "title": "cut_off_material_handling", + "section": "cut_off_material_handling", + "text": "cut_off_material_handling" }, { - "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.direction", - "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.direction.html#ansys.acp.core.SphericalSelectionRule.direction", - "title": "direction > direction > direction", - "section": "direction > direction", - "text": "property SphericalSelectionRule.direction: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material_handling", + "href": "api/_autosummary/ansys.acp.core.Stackup.cut_off_material_handling.html#ansys.acp.core.Stackup.cut_off_material_handling", + "title": "cut_off_material_handling > cut_off_material_handling > cut_off_material_handling", + "section": "cut_off_material_handling > cut_off_material_handling", + "text": "property Stackup.cut_off_material_handling: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel", - "href": "api/_autosummary/ansys.acp.core.SolidModel.html#solidmodel", - "title": "SolidModel", - "section": "SolidModel", - "text": "Instantiate a solid model.\nname (str) – Name of the solid model.\nactive (bool) – Inactive solid models are not computed, and ignored in the analysis.\nelement_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets determining the extent of\nthe solid model.\nextrusion_method (ExtrusionMethod) – Determines how plies are bundled in the layered solid elements.\nmax_element_thickness (float) – Maximum thickness of the layered solid elements. A new element is\nintroduced if the thickness exceeds this value.\nOnly used if the extrusion_method is one of SPECIFY_THICKNESS,\nMATERIAL_WISE, or SANDWICH_WISE.\nply_group_pointers (Iterable[ModelingPly]) – Explicitly defines modeling plies where a new element is introduced.\nOnly used if the extrusion_method is USER_DEFINED.\noffset_direction_type (SolidModelOffsetDirectionType) – Determines how the extrusion direction is defined. With SHELL_NORMAL,\nthe normal direction of the shell is used during the entire extrusion.\nWith SURFACE_NORMAL, the offset direction is re-evaluated based\non the surface of the solid model during the extrusion.\nskip_elements_without_plies (bool) – If True, elements without plies are automatically removed from the\nregion of extrusion. This means that no drop-off elements are created\nfor these elements.\ndrop_off_material (Material | None) – This material is assigned to the layered solid drop-off elements if\ndrop_off_material_handling is set to GLOBAL in the fabric\ndefinition.\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\ndelete_bad_elements (bool) – If True, a final element check is performed to remove erroneous elements.\nwarping_limit (float) – Maximum allowable warping limit used in the element shape check. Elements\nwith a warping limit exceeding this value are removed.\nOnly used if delete_bad_elements is True.\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are removed.\nWith the default value of 0, only inverted or zero-volume elements\nare removed.\nOnly used if delete_bad_elements is True.\ndrop_off_settings (DropOffSettings) – Determines how drop-off elements are handled in the solid model extrusion.\nexport_settings (SolidModelExportSettings) – Defines the settings for exporting the solid model.\nAdded in ACP server version 25.1.\nSolidModel.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nSolidModel.create_cut_off_geometry(*[, ...])\nInstantiate a cut-off geometry.\nSolidModel.create_extrusion_guide(*[, name, ...])\nInstantiate an Extrusion Guide of a Solid Model.\nSolidModel.create_snap_to_geometry(*[, ...])\nInstantiate a snap-to geometry.\nSolidModel.delete()\nDelete the object.\nSolidModel.export(path, *, format)\nExport the solid model to a file.\nSolidModel.export_skin(path, *, format)\nExport the skin of the solid model to a file.\nSolidModel.store(parent)\nStore the object on the server.\nSolidModel.active\n\nSolidModel.analysis_plies\n\nSolidModel.cut_off_geometries\n\nSolidModel.cut_off_material\n\nSolidModel.delete_bad_elements\n\nSolidModel.drop_off_material\n\nSolidModel.drop_off_settings\n\nSolidModel.element_sets\n\nSolidModel.elemental_data\n\nSolidModel.export_settings\n\nSolidModel.extrusion_guides\n\nSolidModel.extrusion_method\n\nSolidModel.id\nIdentifier of the object, used for example as key in maps.\nSolidModel.locked\n\nSolidModel.max_element_thickness\n\nSolidModel.minimum_volume\n\nSolidModel.name\nThe name of the object.\nSolidModel.nodal_data\n\nSolidModel.offset_direction_type\n\nSolidModel.parent\nThe parent of the object.\nSolidModel.ply_group_pointers\n\nSolidModel.skip_elements_without_plies\n\nSolidModel.snap_to_geometries\n\nSolidModel.solid_element_sets\n\nSolidModel.status\n\nSolidModel.warping_limit\n\nSolidModel\nextrusion_method\nSPECIFY_THICKNESS\nMATERIAL_WISE\nSANDWICH_WISE\nextrusion_method\nUSER_DEFINED\nSHELL_NORMAL\nSURFACE_NORMAL\ndrop_off_material_handling\nGLOBAL\ncut_off_material_handling\nGLOBAL\ndelete_bad_elements\n0\ndelete_bad_elements\nSolidModel.clone\nSolidModel.create_cut_off_geometry\nSolidModel.create_extrusion_guide\nSolidModel.create_snap_to_geometry\nSolidModel.delete\nSolidModel.export\nSolidModel.export_skin\nSolidModel.store\nSolidModel.active\nSolidModel.analysis_plies\nSolidModel.cut_off_geometries\nSolidModel.cut_off_material\nSolidModel.delete_bad_elements\nSolidModel.drop_off_material\nSolidModel.drop_off_settings\nSolidModel.element_sets\nSolidModel.elemental_data\nSolidModel.export_settings\nSolidModel.extrusion_guides\nSolidModel.extrusion_method\nSolidModel.id\nSolidModel.locked\nSolidModel.max_element_thickness\nSolidModel.minimum_volume\nSolidModel.name\nSolidModel.nodal_data\nSolidModel.offset_direction_type\nSolidModel.parent\nSolidModel.ply_group_pointers\nSolidModel.skip_elements_without_plies\nSolidModel.snap_to_geometries\nSolidModel.solid_element_sets\nSolidModel.status\nSolidModel.warping_limit" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.volume", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.volume.html#volume", + "title": "volume", + "section": "volume", + "text": "volume" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel", - "href": "api/_autosummary/ansys.acp.core.SolidModel.html#ansys.acp.core.SolidModel", - "title": "SolidModel > SolidModel > SolidModel", - "section": "SolidModel > SolidModel", - "text": "class ansys.acp.core.SolidModel(*, name='SolidModel', active=True, element_sets=(), extrusion_method='analysis_ply_wise', max_element_thickness=1.0, ply_group_pointers=(), offset_direction_type='shell_normal', skip_elements_without_plies=False, drop_off_material=None, cut_off_material=None, delete_bad_elements=True, warping_limit=0.4, minimum_volume=0.0, drop_off_settings=, export_settings=)\n\nInstantiate a solid model.\n\nParameters\n\nname (str) – Name of the solid model.\n\nactive (bool) – Inactive solid models are not computed, and ignored in the analysis.\n\nelement_sets (Iterable[ElementSet | OrientedSelectionSet]) – Element sets or oriented selection sets determining the extent of\nthe solid model.\n\nextrusion_method (ExtrusionMethod) – Determines how plies are bundled in the layered solid elements.\n\nmax_element_thickness (float) – Maximum thickness of the layered solid elements. A new element is\nintroduced if the thickness exceeds this value.\nOnly used if the extrusion_method is one of SPECIFY_THICKNESS,\nMATERIAL_WISE, or SANDWICH_WISE.\n\nply_group_pointers (Iterable[ModelingPly]) – Explicitly defines modeling plies where a new element is introduced.\nOnly used if the extrusion_method is USER_DEFINED.\n\noffset_direction_type (SolidModelOffsetDirectionType) – Determines how the extrusion direction is defined. With SHELL_NORMAL,\nthe normal direction of the shell is used during the entire extrusion.\nWith SURFACE_NORMAL, the offset direction is re-evaluated based\non the surface of the solid model during the extrusion.\n\nskip_elements_without_plies (bool) – If True, elements without plies are automatically removed from the\nregion of extrusion. This means that no drop-off elements are created\nfor these elements.\n\ndrop_off_material (Material | None) – This material is assigned to the layered solid drop-off elements if\ndrop_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\ncut_off_material (Material | None) – This material is assigned to the degenerated solid cut-off elements if\ncut_off_material_handling is set to GLOBAL in the fabric\ndefinition.\n\ndelete_bad_elements (bool) – If True, a final element check is performed to remove erroneous elements.\n\nwarping_limit (float) – Maximum allowable warping limit used in the element shape check. Elements\nwith a warping limit exceeding this value are removed.\nOnly used if delete_bad_elements is True.\n\nminimum_volume (float) – Solid elements with a volume smaller or equal to this value are removed.\nWith the default value of 0, only inverted or zero-volume elements\nare removed.\nOnly used if delete_bad_elements is True.\n\ndrop_off_settings (DropOffSettings) – Determines how drop-off elements are handled in the solid model extrusion.\n\nexport_settings (SolidModelExportSettings) – Defines the settings for exporting the solid model.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSolidModel.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nSolidModel.create_cut_off_geometry(*[, ...])\n\nInstantiate a cut-off geometry.\n\nSolidModel.create_extrusion_guide(*[, name, ...])\n\nInstantiate an Extrusion Guide of a Solid Model.\n\nSolidModel.create_snap_to_geometry(*[, ...])\n\nInstantiate a snap-to geometry.\n\nSolidModel.delete()\n\nDelete the object.\n\nSolidModel.export(path, *, format)\n\nExport the solid model to a file.\n\nSolidModel.export_skin(path, *, format)\n\nExport the skin of the solid model to a file.\n\nSolidModel.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidModel.active\n\n\n\nSolidModel.analysis_plies\n\n\n\nSolidModel.cut_off_geometries\n\n\n\nSolidModel.cut_off_material\n\n\n\nSolidModel.delete_bad_elements\n\n\n\nSolidModel.drop_off_material\n\n\n\nSolidModel.drop_off_settings\n\n\n\nSolidModel.element_sets\n\n\n\nSolidModel.elemental_data\n\n\n\nSolidModel.export_settings\n\n\n\nSolidModel.extrusion_guides\n\n\n\nSolidModel.extrusion_method\n\n\n\nSolidModel.id\n\nIdentifier of the object, used for example as key in maps.\n\nSolidModel.locked\n\n\n\nSolidModel.max_element_thickness\n\n\n\nSolidModel.minimum_volume\n\n\n\nSolidModel.name\n\nThe name of the object.\n\nSolidModel.nodal_data\n\n\n\nSolidModel.offset_direction_type\n\n\n\nSolidModel.parent\n\nThe parent of the object.\n\nSolidModel.ply_group_pointers\n\n\n\nSolidModel.skip_elements_without_plies\n\n\n\nSolidModel.snap_to_geometries\n\n\n\nSolidModel.solid_element_sets\n\n\n\nSolidModel.status\n\n\n\nSolidModel.warping_limit\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.volume", + "href": "api/_autosummary/ansys.acp.core.mesh_data.AnalysisPlyElementalData.volume.html#ansys.acp.core.mesh_data.AnalysisPlyElementalData.volume", + "title": "volume > volume > volume", + "section": "volume > volume", + "text": "AnalysisPlyElementalData.volume: ScalarData[np.float64] | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel", - "href": "api/_autosummary/ansys.acp.core.SolidModel.html#examples-using-solidmodel", - "title": "SolidModel > Examples using SolidModel", - "section": "Examples using SolidModel", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SolidModel" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.html#extrusionmethod", + "title": "ExtrusionMethod", + "section": "ExtrusionMethod", + "text": "Extrusion method used in a solid model.\nExtrusionMethod.ANALYSIS_PLY_WISE\n\nExtrusionMethod.MONOLITHIC\n\nExtrusionMethod.PRODUCTION_PLY_WISE\n\nExtrusionMethod.MODELING_PLY_WISE\n\nExtrusionMethod.SPECIFY_THICKNESS\n\nExtrusionMethod.MATERIAL_WISE\n\nExtrusionMethod.USER_DEFINED\n\nExtrusionMethod.SANDWICH_WISE\n\nExtrusionMethod\nExtrusionMethod.ANALYSIS_PLY_WISE\nExtrusionMethod.MONOLITHIC\nExtrusionMethod.PRODUCTION_PLY_WISE\nExtrusionMethod.MODELING_PLY_WISE\nExtrusionMethod.SPECIFY_THICKNESS\nExtrusionMethod.MATERIAL_WISE\nExtrusionMethod.USER_DEFINED\nExtrusionMethod.SANDWICH_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry", - "href": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry.html#create_cut_off_geometry", - "title": "create_cut_off_geometry", - "section": "create_cut_off_geometry", - "text": "Instantiate a cut-off geometry.\nname (str) – Name of the cut-off geometry.\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\nCutOffGeometry\nAdded in ACP server version 25.1.\ncreate_cut_off_geometry" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.html#ansys.acp.core.ExtrusionMethod", + "title": "ExtrusionMethod > ExtrusionMethod > ExtrusionMethod", + "section": "ExtrusionMethod > ExtrusionMethod", + "text": "class ansys.acp.core.ExtrusionMethod(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nExtrusion method used in a solid model.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nExtrusionMethod.ANALYSIS_PLY_WISE\n\n\n\nExtrusionMethod.MONOLITHIC\n\n\n\nExtrusionMethod.PRODUCTION_PLY_WISE\n\n\n\nExtrusionMethod.MODELING_PLY_WISE\n\n\n\nExtrusionMethod.SPECIFY_THICKNESS\n\n\n\nExtrusionMethod.MATERIAL_WISE\n\n\n\nExtrusionMethod.USER_DEFINED\n\n\n\nExtrusionMethod.SANDWICH_WISE\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry", - "href": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry.html#ansys.acp.core.SolidModel.create_cut_off_geometry", - "title": "create_cut_off_geometry > create_cut_off_geometry > create_cut_off_geometry", - "section": "create_cut_off_geometry > create_cut_off_geometry", - "text": "SolidModel.create_cut_off_geometry(*, name='CutOffGeometry', active=True, cad_geometry=None, orientation_type='up', relative_merge_tolerance=0.1)\n\nInstantiate a cut-off geometry.\n\nParameters\n\nname (str) – Name of the cut-off geometry.\n\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\n\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\n\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\n\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\n\nReturn type\n\nCutOffGeometry\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.locked", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.locked.html#locked", + "title": "locked", + "section": "locked", + "text": "locked" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry", - "href": "api/_autosummary/ansys.acp.core.SolidModel.create_cut_off_geometry.html#examples-using-solidmodelcreate_cut_off_geometry", - "title": "create_cut_off_geometry > Examples using SolidModel.create_cut_off_geometry", - "section": "Examples using SolidModel.create_cut_off_geometry", - "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using SolidModel.create_cut_off_geometry" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.locked", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.locked.html#ansys.acp.core.ImportedSolidModel.locked", + "title": "locked > locked > locked", + "section": "locked > locked", + "text": "property ImportedSolidModel.locked: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin", - "href": "api/_autosummary/ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin.html#solidmodelexportmixin", - "title": "SolidModelExportMixin", - "section": "SolidModelExportMixin", - "text": "This is an internal object. It should not be used directly, and subject to change without notice.\nMixin class for adding export functionality to the solid model and imported solid model classes.\nSolidModelExportMixin" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MODELING_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MODELING_PLY_WISE.html#modeling_ply_wise", + "title": "MODELING_PLY_WISE", + "section": "MODELING_PLY_WISE", + "text": "MODELING_PLY_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin", - "href": "api/_autosummary/ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin.html#ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin", - "title": "SolidModelExportMixin > SolidModelExportMixin > SolidModelExportMixin", - "section": "SolidModelExportMixin > SolidModelExportMixin", - "text": "class ansys.acp.core._tree_objects._solid_model_export.SolidModelExportMixin(name='')\n\nMixin class for adding export functionality to the solid model and imported solid model classes.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MODELING_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.ExtrusionMethod.MODELING_PLY_WISE.html#ansys.acp.core.ExtrusionMethod.MODELING_PLY_WISE", + "title": "MODELING_PLY_WISE > MODELING_PLY_WISE > MODELING_PLY_WISE", + "section": "MODELING_PLY_WISE > MODELING_PLY_WISE", + "text": "ExtrusionMethod.MODELING_PLY_WISE = 'modeling_ply_wise'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.endswith", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.endswith.html#endswith", - "title": "endswith", - "section": "endswith", - "text": "Return True if S ends with the specified suffix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nsuffix can also be a tuple of strings to try.\nendswith" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod", + "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.html#layupmappingrosetteselectionmethod", + "title": "LayupMappingRosetteSelectionMethod", + "section": "LayupMappingRosetteSelectionMethod", + "text": "Options for how the rosette is selected in the layup mapping.\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE\n\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\n\nLayupMappingRosetteSelectionMethod\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.endswith", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.endswith.html#ansys.acp.core.material_property_sets.PuckMaterialType.endswith", - "title": "endswith > endswith > endswith", - "section": "endswith > endswith", - "text": "PuckMaterialType.endswith(suffix, [start, [end]]) -> bool\n\nReturn True if S ends with the specified suffix, False otherwise.\nWith optional start, test S beginning at that position.\nWith optional end, stop comparing S at that position.\nsuffix can also be a tuple of strings to try.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod", + "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.html#ansys.acp.core.LayupMappingRosetteSelectionMethod", + "title": "LayupMappingRosetteSelectionMethod > LayupMappingRosetteSelectionMethod > LayupMappingRosetteSelectionMethod", + "section": "LayupMappingRosetteSelectionMethod > LayupMappingRosetteSelectionMethod", + "text": "class ansys.acp.core.LayupMappingRosetteSelectionMethod(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for how the rosette is selected in the layup mapping.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE\n\n\n\nLayupMappingRosetteSelectionMethod.MINIMUM_DISTANCE_SUPERPOSED\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.node_labels.html#node_labels", - "title": "node_labels", - "section": "node_labels", - "text": "node_labels" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod", + "href": "api/_autosummary/ansys.acp.core.LayupMappingRosetteSelectionMethod.html#examples-using-layupmappingrosetteselectionmethod", + "title": "LayupMappingRosetteSelectionMethod > Examples using LayupMappingRosetteSelectionMethod", + "section": "Examples using LayupMappingRosetteSelectionMethod", + "text": "sphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using LayupMappingRosetteSelectionMethod" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.node_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ImportedSolidModelNodalData.node_labels.html#ansys.acp.core.mesh_data.ImportedSolidModelNodalData.node_labels", - "title": "node_labels > node_labels > node_labels", - "section": "node_labels > node_labels", - "text": "ImportedSolidModelNodalData.node_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.MASS", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.MASS.html#mass", + "title": "MASS", + "section": "MASS", + "text": "MASS" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE", - "href": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE.html#by_reference", - "title": "BY_REFERENCE", - "section": "BY_REFERENCE", - "text": "BY_REFERENCE" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.MASS", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.MASS.html#ansys.acp.core.ElementalDataType.MASS", + "title": "MASS > MASS > MASS", + "section": "MASS > MASS", + "text": "ElementalDataType.MASS = 'mass'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE", - "href": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE.html#ansys.acp.core.EdgeSetType.BY_REFERENCE", - "title": "BY_REFERENCE > BY_REFERENCE > BY_REFERENCE", - "section": "BY_REFERENCE > BY_REFERENCE", - "text": "EdgeSetType.BY_REFERENCE = 'by_reference'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XY", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XY.html#xy", + "title": "XY", + "section": "XY", + "text": "XY" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE", - "href": "api/_autosummary/ansys.acp.core.EdgeSetType.BY_REFERENCE.html#examples-using-edgesettypeby_reference", - "title": "BY_REFERENCE > Examples using EdgeSetType.BY_REFERENCE", - "section": "Examples using EdgeSetType.BY_REFERENCE", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using EdgeSetType.BY_REFERENCE" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XY", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XY.html#ansys.acp.core.material_property_sets.VariableTsaiWuConstants.XY", + "title": "XY > XY > XY", + "section": "XY > XY", + "text": "property VariableTsaiWuConstants.XY: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.reference_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.reference_direction.html#reference_direction", + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.reference_direction", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.reference_direction.html#reference_direction", "title": "reference_direction", "section": "reference_direction", - "text": "reference_direction" + "text": "Local x-direction used in the computation of laminate properties (CLT).\nreference_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.reference_direction", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyElementalData.reference_direction.html#ansys.acp.core.mesh_data.ProductionPlyElementalData.reference_direction", + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.reference_direction", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.reference_direction.html#ansys.acp.core.SamplingPoint.reference_direction", "title": "reference_direction > reference_direction > reference_direction", "section": "reference_direction > reference_direction", - "text": "ProductionPlyElementalData.reference_direction: VectorData | None = None\n\n" + "text": "property SamplingPoint.reference_direction: Any\n\nLocal x-direction used in the computation of laminate properties (CLT).\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.shell_mesh.html#shell_mesh", + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.ElementSet.shell_mesh.html#shell_mesh", "title": "shell_mesh", "section": "shell_mesh", "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.shell_mesh.html#ansys.acp.core.GeometricalSelectionRule.shell_mesh", + "objectID": "api/_autosummary/ansys.acp.core.ElementSet.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.ElementSet.shell_mesh.html#ansys.acp.core.ElementSet.shell_mesh", "title": "shell_mesh > shell_mesh > shell_mesh", "section": "shell_mesh > shell_mesh", - "text": "property GeometricalSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "text": "property ElementSet.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_cut_off_geometry", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_cut_off_geometry.html#create_cut_off_geometry", - "title": "create_cut_off_geometry", - "section": "create_cut_off_geometry", - "text": "Instantiate a cut-off geometry.\nname (str) – Name of the cut-off geometry.\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\nCutOffGeometry\nAdded in ACP server version 25.1.\ncreate_cut_off_geometry" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rfind", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rfind.html#rfind", + "title": "rfind", + "section": "rfind", + "text": "Return the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nReturn -1 on failure.\nrfind" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_cut_off_geometry", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.create_cut_off_geometry.html#ansys.acp.core.ImportedSolidModel.create_cut_off_geometry", - "title": "create_cut_off_geometry > create_cut_off_geometry > create_cut_off_geometry", - "section": "create_cut_off_geometry > create_cut_off_geometry", - "text": "ImportedSolidModel.create_cut_off_geometry(*, name='CutOffGeometry', active=True, cad_geometry=None, orientation_type='up', relative_merge_tolerance=0.1)\n\nInstantiate a cut-off geometry.\n\nParameters\n\nname (str) – Name of the cut-off geometry.\n\nactive (bool) – Inactive cut-off geometries are not used in the solid model extrusion.\n\ncad_geometry (VirtualGeometry | None) – The geometry defining the cut-off.\n\norientation_type (CutOffGeometryOrientationType) – Determines the cutting orientation of a surface/body geometry. Allows to\nswitch between include and exclude.\n\nrelative_merge_tolerance (float) – Set the merging tolerance for neighboring nodes relative to the element size.\n\nReturn type\n\nCutOffGeometry\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rfind", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.rfind.html#ansys.acp.core.material_property_sets.PuckMaterialType.rfind", + "title": "rfind > rfind > rfind", + "section": "rfind > rfind", + "text": "PuckMaterialType.rfind(sub, [start, [end]]) -> int\n\nReturn the highest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nReturn -1 on failure.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.delete", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.delete.html#delete", + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.delete.html#delete", "title": "delete", "section": "delete", "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.delete", - "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.delete.html#ansys.acp.core.SnapToGeometry.delete", + "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.delete.html#ansys.acp.core.ParallelSelectionRule.delete", "title": "delete > delete > delete", "section": "delete > delete", - "text": "SnapToGeometry.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isalpha", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isalpha.html#isalpha", - "title": "isalpha", - "section": "isalpha", - "text": "Return True if the string is an alphabetic string, False otherwise.\nA string is alphabetic if all characters in the string are alphabetic and there\nis at least one character in the string.\nisalpha" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.isalpha", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.isalpha.html#ansys.acp.core.LaunchMode.isalpha", - "title": "isalpha > isalpha > isalpha", - "section": "isalpha > isalpha", - "text": "LaunchMode.isalpha(/)\n\nReturn True if the string is an alphabetic string, False otherwise.\n\nA string is alphabetic if all characters in the string are alphabetic and there\nis at least one character in the string.\n\n!! processed by numpydoc !!" - }, - { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosettes", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosettes.html#rosettes", - "title": "rosettes", - "section": "rosettes", - "text": "rosettes" + "text": "ParallelSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosettes", - "href": "api/_autosummary/ansys.acp.core.ImportedModelingPly.rosettes.html#ansys.acp.core.ImportedModelingPly.rosettes", - "title": "rosettes > rosettes > rosettes", - "section": "rosettes > rosettes", - "text": "property ImportedModelingPly.rosettes: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.elemental_data.html#elemental_data", + "title": "elemental_data", + "section": "elemental_data", + "text": "elemental_data" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosette_selection_method", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosette_selection_method.html#base_element_rosette_selection_method", - "title": "base_element_rosette_selection_method", - "section": "base_element_rosette_selection_method", - "text": "base_element_rosette_selection_method" + "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.elemental_data", + "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.elemental_data.html#ansys.acp.core.CylindricalSelectionRule.elemental_data", + "title": "elemental_data > elemental_data > elemental_data", + "section": "elemental_data > elemental_data", + "text": "property CylindricalSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosette_selection_method", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.base_element_rosette_selection_method.html#ansys.acp.core.LayupMappingObject.base_element_rosette_selection_method", - "title": "base_element_rosette_selection_method > base_element_rosette_selection_method > base_element_rosette_selection_method", - "section": "base_element_rosette_selection_method > base_element_rosette_selection_method", - "text": "property LayupMappingObject.base_element_rosette_selection_method: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.html#solidelementsetnodaldata", + "title": "SolidElementSetNodalData", + "section": "SolidElementSetNodalData", + "text": "Represents nodal data for a Solid Element Set.\nSolidElementSetNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSolidElementSetNodalData.node_labels\n\nSolidElementSetNodalData\nSolidElementSetNodalData.get_pyvista_mesh\nSolidElementSetNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidElementSetNodalData.html#ansys.acp.core.mesh_data.SolidElementSetNodalData", + "title": "SolidElementSetNodalData > SolidElementSetNodalData > SolidElementSetNodalData", + "section": "SolidElementSetNodalData > SolidElementSetNodalData", + "text": "class ansys.acp.core.mesh_data.SolidElementSetNodalData(node_labels)\n\nRepresents nodal data for a Solid Element Set.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSolidElementSetNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSolidElementSetNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.elemental_data.html#ansys.acp.core.ModelingGroup.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property ModelingGroup.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.ply_offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.ply_offset.html#ply_offset", + "title": "ply_offset", + "section": "ply_offset", + "text": "ply_offset" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION.html#linear_triangulation", - "title": "LINEAR_TRIANGULATION", - "section": "LINEAR_TRIANGULATION", - "text": "LINEAR_TRIANGULATION" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.ply_offset", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ProductionPlyNodalData.ply_offset.html#ansys.acp.core.mesh_data.ProductionPlyNodalData.ply_offset", + "title": "ply_offset > ply_offset > ply_offset", + "section": "ply_offset > ply_offset", + "text": "ProductionPlyNodalData.ply_offset: VectorData\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION", - "href": "api/_autosummary/ansys.acp.core.LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION.html#ansys.acp.core.LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION", - "title": "LINEAR_TRIANGULATION > LINEAR_TRIANGULATION > LINEAR_TRIANGULATION", - "section": "LINEAR_TRIANGULATION > LINEAR_TRIANGULATION", - "text": "LookUpTable3DInterpolationAlgorithm.LINEAR_TRIANGULATION = 'linear_triangulation'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_solsh_elements", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_solsh_elements.html#use_solsh_elements", + "title": "use_solsh_elements", + "section": "use_solsh_elements", + "text": "use_solsh_elements" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material_handling", - "href": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material_handling.html#cut_off_material_handling", - "title": "cut_off_material_handling", - "section": "cut_off_material_handling", - "text": "cut_off_material_handling" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_solsh_elements", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_solsh_elements.html#ansys.acp.core.SolidModelExportSettings.use_solsh_elements", + "title": "use_solsh_elements > use_solsh_elements > use_solsh_elements", + "section": "use_solsh_elements > use_solsh_elements", + "text": "property SolidModelExportSettings.use_solsh_elements: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material_handling", - "href": "api/_autosummary/ansys.acp.core.Fabric.cut_off_material_handling.html#ansys.acp.core.Fabric.cut_off_material_handling", - "title": "cut_off_material_handling > cut_off_material_handling > cut_off_material_handling", - "section": "cut_off_material_handling > cut_off_material_handling", - "text": "property Fabric.cut_off_material_handling: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.clone", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.in_plane_reference_direction1", - "href": "api/_autosummary/ansys.acp.core.SectionCut.in_plane_reference_direction1.html#in_plane_reference_direction1", - "title": "in_plane_reference_direction1", - "section": "in_plane_reference_direction1", - "text": "in_plane_reference_direction1" + "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.clone", + "href": "api/_autosummary/ansys.acp.core.EdgeSet.clone.html#ansys.acp.core.EdgeSet.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "EdgeSet.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.in_plane_reference_direction1", - "href": "api/_autosummary/ansys.acp.core.SectionCut.in_plane_reference_direction1.html#ansys.acp.core.SectionCut.in_plane_reference_direction1", - "title": "in_plane_reference_direction1 > in_plane_reference_direction1 > in_plane_reference_direction1", - "section": "in_plane_reference_direction1 > in_plane_reference_direction1", - "text": "property SectionCut.in_plane_reference_direction1: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.partition", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.partition.html#partition", - "title": "partition", - "section": "partition", - "text": "Partition the string into three parts using the given separator.\nThis will search for the separator in the string. If the separator is found,\nreturns a 3-tuple containing the part before the separator, the separator\nitself, and the part after it.\nIf the separator is not found, returns a 3-tuple containing the original string\nand two empty strings.\npartition" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.clone.html#ansys.acp.core.CutOffSelectionRule.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "CutOffSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.partition", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.partition.html#ansys.acp.core.LaunchMode.partition", - "title": "partition > partition > partition", - "section": "partition > partition", - "text": "LaunchMode.partition(sep, /)\n\nPartition the string into three parts using the given separator.\n\nThis will search for the separator in the string. If the separator is found,\nreturns a 3-tuple containing the part before the separator, the separator\nitself, and the part after it.\n\nIf the separator is not found, returns a 3-tuple containing the original string\nand two empty strings.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yt.html#yt", + "title": "Yt", + "section": "Yt", + "text": "Yt" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yt", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Yt.html#ansys.acp.core.material_property_sets.VariableStressLimits.Yt", + "title": "Yt > Yt > Yt", + "section": "Yt > Yt", + "text": "property VariableStressLimits.Yt: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.id", - "href": "api/_autosummary/ansys.acp.core.CylindricalSelectionRule.id.html#ansys.acp.core.CylindricalSelectionRule.id", - "title": "id > id > id", - "section": "id > id", - "text": "property CylindricalSelectionRule.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.PRICE", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.PRICE.html#price", + "title": "PRICE", + "section": "PRICE", + "text": "PRICE" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.minimum_analysis_ply_thickness", - "href": "api/_autosummary/ansys.acp.core.Model.minimum_analysis_ply_thickness.html#minimum_analysis_ply_thickness", - "title": "minimum_analysis_ply_thickness", - "section": "minimum_analysis_ply_thickness", - "text": "minimum_analysis_ply_thickness" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.PRICE", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.PRICE.html#ansys.acp.core.ElementalDataType.PRICE", + "title": "PRICE > PRICE > PRICE", + "section": "PRICE > PRICE", + "text": "ElementalDataType.PRICE = 'price'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.minimum_analysis_ply_thickness", - "href": "api/_autosummary/ansys.acp.core.Model.minimum_analysis_ply_thickness.html#ansys.acp.core.Model.minimum_analysis_ply_thickness", - "title": "minimum_analysis_ply_thickness > minimum_analysis_ply_thickness > minimum_analysis_ply_thickness", - "section": "minimum_analysis_ply_thickness > minimum_analysis_ply_thickness", - "text": "property Model.minimum_analysis_ply_thickness: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.warping_limit", + "href": "api/_autosummary/ansys.acp.core.SolidModel.warping_limit.html#warping_limit", + "title": "warping_limit", + "section": "warping_limit", + "text": "warping_limit" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCutType", - "href": "api/_autosummary/ansys.acp.core.SectionCutType.html#sectioncuttype", - "title": "SectionCutType", - "section": "SectionCutType", - "text": "Determines whether the section cut is extruded by modeling ply, production ply, or analysis ply.\nSectionCutType.MODELING_PLY_WISE\n\nSectionCutType.PRODUCTION_PLY_WISE\n\nSectionCutType.ANALYSIS_PLY_WISE\n\nSectionCutType\nSectionCutType.MODELING_PLY_WISE\nSectionCutType.PRODUCTION_PLY_WISE\nSectionCutType.ANALYSIS_PLY_WISE" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.warping_limit", + "href": "api/_autosummary/ansys.acp.core.SolidModel.warping_limit.html#ansys.acp.core.SolidModel.warping_limit", + "title": "warping_limit > warping_limit > warping_limit", + "section": "warping_limit > warping_limit", + "text": "property SolidModel.warping_limit: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCutType", - "href": "api/_autosummary/ansys.acp.core.SectionCutType.html#ansys.acp.core.SectionCutType", - "title": "SectionCutType > SectionCutType > SectionCutType", - "section": "SectionCutType > SectionCutType", - "text": "class ansys.acp.core.SectionCutType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nDetermines whether the section cut is extruded by modeling ply, production ply, or analysis ply.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nSectionCutType.MODELING_PLY_WISE\n\n\n\nSectionCutType.PRODUCTION_PLY_WISE\n\n\n\nSectionCutType.ANALYSIS_PLY_WISE\n\n\n\n" + "objectID": "sg_execution_times", + "href": "sg_execution_times.html#computation-times", + "title": "Computation times", + "section": "Computation times", + "text": "03:31.651 total execution time for 19 files from all galleries:\nExample\nTime\nMem (MB)\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py (../../examples/use_cases/01-optimizing-ply-angles.py)\n00:53.136\n0.0\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py (../../examples/workflows/02-advanced-pymapdl-workflow.py)\n00:29.975\n0.0\nsphx_glr_examples_modeling_features_007-sensor.py (../../examples/modeling_features/007-sensor.py)\n00:25.371\n0.0\nsphx_glr_examples_modeling_features_031-imported-solid-model.py (../../examples/modeling_features/031-imported-solid-model.py)\n00:20.137\n0.0\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py (../../examples/modeling_features/010-sandwich-panel-layup.py)\n00:10.930\n0.0\nsphx_glr_examples_modeling_features_001-materials.py (../../examples/modeling_features/001-materials.py)\n00:10.503\n0.0\nsphx_glr_examples_workflows_01-pymapdl-workflow.py (../../examples/workflows/01-pymapdl-workflow.py)\n00:10.246\n0.0\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py (../../examples/modeling_features/002-rosettes-ply-directions.py)\n00:08.664\n0.0\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py (../../examples/modeling_features/004-advanced-selection-rules.py)\n00:06.969\n0.0\nsphx_glr_examples_modeling_features_020-solid_model.py (../../examples/modeling_features/020-solid_model.py)\n00:06.663\n0.0\nsphx_glr_examples_modeling_features_030-imported-plies.py (../../examples/modeling_features/030-imported-plies.py)\n00:06.149\n0.0\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py (../../examples/modeling_features/003-simple-selection-rules.py)\n00:06.034\n0.0\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py (../../examples/modeling_features/050-composite_cae_h5.py)\n00:05.975\n0.0\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py (../../examples/modeling_features/006-layup-thickness-definitions.py)\n00:05.804\n0.0\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py (../../examples/modeling_features/005-ply-direction-lookup-table.py)\n00:05.095\n0.0\nsphx_glr_examples_workflows_03-pymechanical-shell-workflow.py (../../examples/workflows/03-pymechanical-shell-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_04-pymechanical-solid-workflow.py (../../examples/workflows/04-pymechanical-solid-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_05-pymechanical-to-cdb-workflow.py (../../examples/workflows/05-pymechanical-to-cdb-workflow.py)\n00:00.000\n0.0\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py (../../examples/workflows/06-cdb-to-pymechanical-workflow.py)\n00:00.000\n0.0\nComputation times\n../../examples/use_cases/01-optimizing-ply-angles.py\n../../examples/workflows/02-advanced-pymapdl-workflow.py\n../../examples/modeling_features/007-sensor.py\n../../examples/modeling_features/031-imported-solid-model.py\n../../examples/modeling_features/010-sandwich-panel-layup.py\n../../examples/modeling_features/001-materials.py\n../../examples/workflows/01-pymapdl-workflow.py\n../../examples/modeling_features/002-rosettes-ply-directions.py\n../../examples/modeling_features/004-advanced-selection-rules.py\n../../examples/modeling_features/020-solid_model.py\n../../examples/modeling_features/030-imported-plies.py\n../../examples/modeling_features/003-simple-selection-rules.py\n../../examples/modeling_features/050-composite_cae_h5.py\n../../examples/modeling_features/006-layup-thickness-definitions.py\n../../examples/modeling_features/005-ply-direction-lookup-table.py\n../../examples/workflows/03-pymechanical-shell-workflow.py\n../../examples/workflows/04-pymechanical-solid-workflow.py\n../../examples/workflows/05-pymechanical-to-cdb-workflow.py\n../../examples/workflows/06-cdb-to-pymechanical-workflow.py" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.html#variablepuckconstants", - "title": "VariablePuckConstants", - "section": "VariablePuckConstants", - "text": "Variable Puck constants material property set.\nAdded in ACP server version 24.2.\nVariablePuckConstants.M\n\nVariablePuckConstants.field_variables\n\nVariablePuckConstants.interface_weakening_factor\n\nVariablePuckConstants.interpolation_options\n\nVariablePuckConstants.mat_type\n\nVariablePuckConstants.p_21_neg\n\nVariablePuckConstants.p_21_pos\n\nVariablePuckConstants.p_22_neg\n\nVariablePuckConstants.p_22_pos\n\nVariablePuckConstants.s\n\nVariablePuckConstants\nVariablePuckConstants.M\nVariablePuckConstants.field_variables\nVariablePuckConstants.interface_weakening_factor\nVariablePuckConstants.interpolation_options\nVariablePuckConstants.mat_type\nVariablePuckConstants.p_21_neg\nVariablePuckConstants.p_21_pos\nVariablePuckConstants.p_22_neg\nVariablePuckConstants.p_22_pos\nVariablePuckConstants.s" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.clone", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.html#ansys.acp.core.material_property_sets.VariablePuckConstants", - "title": "VariablePuckConstants > VariablePuckConstants > VariablePuckConstants", - "section": "VariablePuckConstants > VariablePuckConstants", - "text": "class ansys.acp.core.material_property_sets.VariablePuckConstants(*, _parent_object=None, _attribute_path=None)\n\nVariable Puck constants material property set.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nVariablePuckConstants.M\n\n\n\nVariablePuckConstants.field_variables\n\n\n\nVariablePuckConstants.interface_weakening_factor\n\n\n\nVariablePuckConstants.interpolation_options\n\n\n\nVariablePuckConstants.mat_type\n\n\n\nVariablePuckConstants.p_21_neg\n\n\n\nVariablePuckConstants.p_21_pos\n\n\n\nVariablePuckConstants.p_22_neg\n\n\n\nVariablePuckConstants.p_22_pos\n\n\n\nVariablePuckConstants.s\n\n\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.clone", + "href": "api/_autosummary/ansys.acp.core.ImportedModelingGroup.clone.html#ansys.acp.core.ImportedModelingGroup.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "ImportedModelingGroup.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.shell_mesh.html#shell_mesh", + "title": "shell_mesh", + "section": "shell_mesh", + "text": "Shell mesh associated with the object.\nshell_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data.html#ansys.acp.core.ModelingPly.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property ModelingPly.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.shell_mesh", + "href": "api/_autosummary/ansys.acp.core.ProductionPly.shell_mesh.html#ansys.acp.core.ProductionPly.shell_mesh", + "title": "shell_mesh > shell_mesh > shell_mesh", + "section": "shell_mesh > shell_mesh", + "text": "property ProductionPly.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.nodal_data.html#examples-using-modelingplynodal_data", - "title": "nodal_data > Examples using ModelingPly.nodal_data", - "section": "Examples using ModelingPly.nodal_data", - "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using ModelingPly.nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_element_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_element_index.html#use_default_element_index", + "title": "use_default_element_index", + "section": "use_default_element_index", + "text": "use_default_element_index" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.use_default_draping_mesh_size", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.use_default_draping_mesh_size.html#use_default_draping_mesh_size", - "title": "use_default_draping_mesh_size", - "section": "use_default_draping_mesh_size", - "text": "use_default_draping_mesh_size" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_element_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_element_index.html#ansys.acp.core.SolidModelExportSettings.use_default_element_index", + "title": "use_default_element_index > use_default_element_index > use_default_element_index", + "section": "use_default_element_index > use_default_element_index", + "text": "property SolidModelExportSettings.use_default_element_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.use_default_draping_mesh_size", - "href": "api/_autosummary/ansys.acp.core.ModelingPly.use_default_draping_mesh_size.html#ansys.acp.core.ModelingPly.use_default_draping_mesh_size", - "title": "use_default_draping_mesh_size > use_default_draping_mesh_size > use_default_draping_mesh_size", - "section": "use_default_draping_mesh_size > use_default_draping_mesh_size", - "text": "property ModelingPly.use_default_draping_mesh_size: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.ELEMENT_SETS", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.ELEMENT_SETS.html#element_sets", + "title": "ELEMENT_SETS", + "section": "ELEMENT_SETS", + "text": "ELEMENT_SETS" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.drop_hanging_nodes", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.drop_hanging_nodes.html#drop_hanging_nodes", - "title": "drop_hanging_nodes", - "section": "drop_hanging_nodes", - "text": "drop_hanging_nodes" + "objectID": "api/_autosummary/ansys.acp.core.IgnorableEntity.ELEMENT_SETS", + "href": "api/_autosummary/ansys.acp.core.IgnorableEntity.ELEMENT_SETS.html#ansys.acp.core.IgnorableEntity.ELEMENT_SETS", + "title": "ELEMENT_SETS > ELEMENT_SETS > ELEMENT_SETS", + "section": "ELEMENT_SETS > ELEMENT_SETS", + "text": "IgnorableEntity.ELEMENT_SETS = 'element_sets'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.drop_hanging_nodes", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModelExportSettings.drop_hanging_nodes.html#ansys.acp.core.ImportedSolidModelExportSettings.drop_hanging_nodes", - "title": "drop_hanging_nodes > drop_hanging_nodes > drop_hanging_nodes", - "section": "drop_hanging_nodes > drop_hanging_nodes", - "text": "property ImportedSolidModelExportSettings.drop_hanging_nodes: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_sampling_point", + "href": "api/_autosummary/ansys.acp.core.Model.create_sampling_point.html#create_sampling_point", + "title": "create_sampling_point", + "section": "create_sampling_point", + "text": "Instantiate a Sampling Point.\nname (str) – Name of the sampling point.\npoint (tuple[float, float, float]) – Coordinates of the sampling point.\ndirection (tuple[float, float, float]) – Direction of the sampling point.\nuse_default_reference_direction (bool) – Whether to use the element coordinate system when computing the laminate\nproperties (CLT).\nrosette (Rosette | None) – Rosette defining the coordinate system used when computing the laminate\nproperties (CLT). Only used when use_default_reference_direction is False.\noffset_is_middle (bool) – Activate this option to offset the reference surface to the mid-plane of the\nlaminate for the computation of the ABD matrices and laminate properties (CLT).\nconsider_coupling_effect (bool) – Whether the computation of the laminate engineering constants should consider\nthe coupling effect if the B-Matrix of the ABD-Matrix is not zero. Computation\nof the ABD matrices is not affected by this parameter.\nSamplingPoint\nAdded in ACP server version 25.1.\ncreate_sampling_point\nuse_default_reference_direction" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.small_hole_threshold", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.small_hole_threshold.html#small_hole_threshold", - "title": "small_hole_threshold", - "section": "small_hole_threshold", - "text": "small_hole_threshold" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_sampling_point", + "href": "api/_autosummary/ansys.acp.core.Model.create_sampling_point.html#ansys.acp.core.Model.create_sampling_point", + "title": "create_sampling_point > create_sampling_point > create_sampling_point", + "section": "create_sampling_point > create_sampling_point", + "text": "Model.create_sampling_point(*, name='SamplingPoint', point=(0.0, 0.0, 0.0), direction=(0.0, 0.0, 0.0), use_default_reference_direction=True, rosette=None, offset_is_middle=True, consider_coupling_effect=True)\n\nInstantiate a Sampling Point.\n\nParameters\n\nname (str) – Name of the sampling point.\n\npoint (tuple[float, float, float]) – Coordinates of the sampling point.\n\ndirection (tuple[float, float, float]) – Direction of the sampling point.\n\nuse_default_reference_direction (bool) – Whether to use the element coordinate system when computing the laminate\nproperties (CLT).\n\nrosette (Rosette | None) – Rosette defining the coordinate system used when computing the laminate\nproperties (CLT). Only used when use_default_reference_direction is False.\n\noffset_is_middle (bool) – Activate this option to offset the reference surface to the mid-plane of the\nlaminate for the computation of the ABD matrices and laminate properties (CLT).\n\nconsider_coupling_effect (bool) – Whether the computation of the laminate engineering constants should consider\nthe coupling effect if the B-Matrix of the ABD-Matrix is not zero. Computation\nof the ABD matrices is not affected by this parameter.\n\nReturn type\n\nSamplingPoint\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ShellMappingProperties.small_hole_threshold", - "href": "api/_autosummary/ansys.acp.core.ShellMappingProperties.small_hole_threshold.html#ansys.acp.core.ShellMappingProperties.small_hole_threshold", - "title": "small_hole_threshold > small_hole_threshold > small_hole_threshold", - "section": "small_hole_threshold > small_hole_threshold", - "text": "ShellMappingProperties.small_hole_threshold: float = 0.0\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_2", + "href": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_2.html#woven_stress_limits_2", + "title": "woven_stress_limits_2", + "section": "woven_stress_limits_2", + "text": "woven_stress_limits_2" }, { - "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle", - "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.html#fabricwithangle", - "title": "FabricWithAngle", - "section": "FabricWithAngle", - "text": "Defines a fabric of a stackup.\nfabric (Fabric) – Link to an existing fabric.\nangle (float) – Orientation angle in degree of the fabric with respect to the reference direction.\nAdded in ACP server version 24.2.\nFabricWithAngle.clone()\nCreate a new unstored FabricWithAngle with the same properties.\nFabricWithAngle.angle\nOrientation angle in degree of the fabric with respect to the reference direction.\nFabricWithAngle.fabric\nLinked fabric.\nFabricWithAngle\nFabricWithAngle.clone\nFabricWithAngle.angle\nFabricWithAngle.fabric" + "objectID": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_2", + "href": "api/_autosummary/ansys.acp.core.Material.woven_stress_limits_2.html#ansys.acp.core.Material.woven_stress_limits_2", + "title": "woven_stress_limits_2 > woven_stress_limits_2 > woven_stress_limits_2", + "section": "woven_stress_limits_2 > woven_stress_limits_2", + "text": "property Material.woven_stress_limits_2: TC | TV | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle", - "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.html#ansys.acp.core.FabricWithAngle", - "title": "FabricWithAngle > FabricWithAngle > FabricWithAngle", - "section": "FabricWithAngle > FabricWithAngle", - "text": "class ansys.acp.core.FabricWithAngle(fabric, angle=0.0)\n\nDefines a fabric of a stackup.\n\nParameters\n\nfabric (Fabric) – Link to an existing fabric.\n\nangle (float) – Orientation angle in degree of the fabric with respect to the reference direction.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nFabricWithAngle.clone()\n\nCreate a new unstored FabricWithAngle with the same properties.\n\n\n\nAttributes\n\n\n\n\n\n\n\nFabricWithAngle.angle\n\nOrientation angle in degree of the fabric with respect to the reference direction.\n\nFabricWithAngle.fabric\n\nLinked fabric.\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.rosette", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.rosette.html#rosette", + "title": "rosette", + "section": "rosette", + "text": "rosette" }, { - "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle", - "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.html#examples-using-fabricwithangle", - "title": "FabricWithAngle > Examples using FabricWithAngle", - "section": "Examples using FabricWithAngle", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nExamples using FabricWithAngle" + "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.rosette", + "href": "api/_autosummary/ansys.acp.core.SamplingPoint.rosette.html#ansys.acp.core.SamplingPoint.rosette", + "title": "rosette > rosette > rosette", + "section": "rosette > rosette", + "text": "property SamplingPoint.rosette: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.shell_mesh.html#shell_mesh", - "title": "shell_mesh", - "section": "shell_mesh", - "text": "Shell mesh associated with the object.\nshell_mesh" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_analysis_model", + "href": "api/_autosummary/ansys.acp.core.Model.export_analysis_model.html#export_analysis_model", + "title": "export_analysis_model", + "section": "export_analysis_model", + "text": "Save the analysis model to a CDB file.\npath (str | PathLike[str]) – Target file path. E.g. /tmp/ACPAnalysisModel.cdb\nexport_analysis_model" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.shell_mesh", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.shell_mesh.html#ansys.acp.core.CutOffSelectionRule.shell_mesh", - "title": "shell_mesh > shell_mesh > shell_mesh", - "section": "shell_mesh > shell_mesh", - "text": "property CutOffSelectionRule.shell_mesh: MeshData\n\nShell mesh associated with the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_analysis_model", + "href": "api/_autosummary/ansys.acp.core.Model.export_analysis_model.html#ansys.acp.core.Model.export_analysis_model", + "title": "export_analysis_model > export_analysis_model > export_analysis_model", + "section": "export_analysis_model > export_analysis_model", + "text": "Model.export_analysis_model(path)\n\nSave the analysis model to a CDB file.\n\nParameters\n\npath (str | PathLike[str]) – Target file path. E.g. /tmp/ACPAnalysisModel.cdb\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.islower", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.islower.html#islower", - "title": "islower", - "section": "islower", - "text": "Return True if the string is a lowercase string, False otherwise.\nA string is lowercase if all cased characters in the string are lowercase and\nthere is at least one cased character in the string.\nislower" + "objectID": "api/_autosummary/ansys.acp.core.Model.export_analysis_model", + "href": "api/_autosummary/ansys.acp.core.Model.export_analysis_model.html#examples-using-modelexport_analysis_model", + "title": "export_analysis_model > Examples using Model.export_analysis_model", + "section": "Examples using Model.export_analysis_model", + "text": "sphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.export_analysis_model" }, { - "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.islower", - "href": "api/_autosummary/ansys.acp.core.LaunchMode.islower.html#ansys.acp.core.LaunchMode.islower", - "title": "islower > islower > islower", - "section": "islower > islower", - "text": "LaunchMode.islower(/)\n\nReturn True if the string is a lowercase string, False otherwise.\n\nA string is lowercase if all cased characters in the string are lowercase and\nthere is at least one cased character in the string.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE", + "href": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE.html#edge_wise", + "title": "EDGE_WISE", + "section": "EDGE_WISE", + "text": "EDGE_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.parent", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.parent.html#parent", - "title": "parent", - "section": "parent", - "text": "The parent of the object.\nparent" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE", + "href": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE.html#ansys.acp.core.RosetteType.EDGE_WISE", + "title": "EDGE_WISE > EDGE_WISE > EDGE_WISE", + "section": "EDGE_WISE > EDGE_WISE", + "text": "RosetteType.EDGE_WISE = 'edge_wise'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.parent", - "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.parent.html#ansys.acp.core.LayupMappingObject.parent", - "title": "parent > parent > parent", - "section": "parent > parent", - "text": "property LayupMappingObject.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE", + "href": "api/_autosummary/ansys.acp.core.RosetteType.EDGE_WISE.html#examples-using-rosettetypeedge_wise", + "title": "EDGE_WISE > Examples using RosetteType.EDGE_WISE", + "section": "Examples using RosetteType.EDGE_WISE", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nExamples using RosetteType.EDGE_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.name", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.primary_plies", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.primary_plies.html#primary_plies", + "title": "primary_plies", + "section": "primary_plies", + "text": "primary_plies" }, { - "objectID": "api/_autosummary/ansys.acp.core.SamplingPoint.name", - "href": "api/_autosummary/ansys.acp.core.SamplingPoint.name.html#ansys.acp.core.SamplingPoint.name", - "title": "name > name > name", - "section": "name > name", - "text": "property SamplingPoint.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.primary_plies", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.primary_plies.html#ansys.acp.core.ButtJointSequence.primary_plies", + "title": "primary_plies > primary_plies > primary_plies", + "section": "primary_plies > primary_plies", + "text": "property ButtJointSequence.primary_plies: EdgePropertyList[GenericEdgePropertyType]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry", - "href": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry.html#create_virtual_geometry", - "title": "create_virtual_geometry", - "section": "create_virtual_geometry", - "text": "Instantiate a Virtual Geometry.\nThe virtual geometry can be created from a set of CAD components or from a set of SubShapes.\nCombining CAD Components and SubShapes is not allowed.\nname (str) – Name of the Virtual Geometry.\ncad_components (Iterable[CADComponent] | None) – CAD Components that make up the virtual geometry.\nsub_shapes (Iterable[SubShape] | None) – SubShapes that make up the virtual geometry.\nVirtualGeometry\nAdded in ACP server version 24.2.\ncreate_virtual_geometry" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_thickness_correction", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_thickness_correction.html#draping_thickness_correction", + "title": "draping_thickness_correction", + "section": "draping_thickness_correction", + "text": "draping_thickness_correction" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry", - "href": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry.html#ansys.acp.core.Model.create_virtual_geometry", - "title": "create_virtual_geometry > create_virtual_geometry > create_virtual_geometry", - "section": "create_virtual_geometry > create_virtual_geometry", - "text": "Model.create_virtual_geometry(*, name='VirtualGeometry', cad_components=None, sub_shapes=None)\n\nInstantiate a Virtual Geometry.\n\nThe virtual geometry can be created from a set of CAD components or from a set of SubShapes.\nCombining CAD Components and SubShapes is not allowed.\n\nParameters\n\nname (str) – Name of the Virtual Geometry.\n\ncad_components (Iterable[CADComponent] | None) – CAD Components that make up the virtual geometry.\n\nsub_shapes (Iterable[SubShape] | None) – SubShapes that make up the virtual geometry.\n\nReturn type\n\nVirtualGeometry\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.draping_thickness_correction", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.draping_thickness_correction.html#ansys.acp.core.ModelingPly.draping_thickness_correction", + "title": "draping_thickness_correction > draping_thickness_correction > draping_thickness_correction", + "section": "draping_thickness_correction > draping_thickness_correction", + "text": "property ModelingPly.draping_thickness_correction: Any\n\n!! processed by numpydoc !!" }, - { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry", - "href": "api/_autosummary/ansys.acp.core.Model.create_virtual_geometry.html#examples-using-modelcreate_virtual_geometry", - "title": "create_virtual_geometry > Examples using Model.create_virtual_geometry", - "section": "Examples using Model.create_virtual_geometry", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using Model.create_virtual_geometry" + { + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.cad_geometry", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.cad_geometry.html#cad_geometry", + "title": "cad_geometry", + "section": "cad_geometry", + "text": "cad_geometry" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC", - "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC.html#isotropic", - "title": "ISOTROPIC", - "section": "ISOTROPIC", - "text": "ISOTROPIC" + "objectID": "api/_autosummary/ansys.acp.core.CutOffGeometry.cad_geometry", + "href": "api/_autosummary/ansys.acp.core.CutOffGeometry.cad_geometry.html#ansys.acp.core.CutOffGeometry.cad_geometry", + "title": "cad_geometry > cad_geometry > cad_geometry", + "section": "cad_geometry > cad_geometry", + "text": "property CutOffGeometry.cad_geometry: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC", - "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC.html#ansys.acp.core.PlyType.ISOTROPIC", - "title": "ISOTROPIC > ISOTROPIC > ISOTROPIC", - "section": "ISOTROPIC > ISOTROPIC", - "text": "PlyType.ISOTROPIC = 'isotropic'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.minimum_volume", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.minimum_volume.html#minimum_volume", + "title": "minimum_volume", + "section": "minimum_volume", + "text": "minimum_volume" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC", - "href": "api/_autosummary/ansys.acp.core.PlyType.ISOTROPIC.html#examples-using-plytypeisotropic", - "title": "ISOTROPIC > Examples using PlyType.ISOTROPIC", - "section": "Examples using PlyType.ISOTROPIC", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using PlyType.ISOTROPIC" + "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.minimum_volume", + "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.minimum_volume.html#ansys.acp.core.ImportedSolidModel.minimum_volume", + "title": "minimum_volume > minimum_volume > minimum_volume", + "section": "minimum_volume > minimum_volume", + "text": "property ImportedSolidModel.minimum_volume: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType", - "href": "api/_autosummary/ansys.acp.core.PlyType.html#plytype", - "title": "PlyType", - "section": "PlyType", - "text": "Options for the material type of a ply.\nPlyType.REGULAR\n\nPlyType.WOVEN\n\nPlyType.ORTHOTROPIC_HOMOGENEOUS_CORE\n\nPlyType.ISOTROPIC_HOMOGENEOUS_CORE\n\nPlyType.HONEYCOMB_CORE\n\nPlyType.ISOTROPIC\n\nPlyType.UNDEFINED\n\nPlyType.ADHESIVE\n\nPlyType\nPlyType.REGULAR\nPlyType.WOVEN\nPlyType.ORTHOTROPIC_HOMOGENEOUS_CORE\nPlyType.ISOTROPIC_HOMOGENEOUS_CORE\nPlyType.HONEYCOMB_CORE\nPlyType.ISOTROPIC\nPlyType.UNDEFINED\nPlyType.ADHESIVE" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STL", + "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STL.html#stl", + "title": "STL", + "section": "STL", + "text": "STL" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType", - "href": "api/_autosummary/ansys.acp.core.PlyType.html#ansys.acp.core.PlyType", - "title": "PlyType > PlyType > PlyType", - "section": "PlyType > PlyType", - "text": "class ansys.acp.core.PlyType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nOptions for the material type of a ply.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nPlyType.REGULAR\n\n\n\nPlyType.WOVEN\n\n\n\nPlyType.ORTHOTROPIC_HOMOGENEOUS_CORE\n\n\n\nPlyType.ISOTROPIC_HOMOGENEOUS_CORE\n\n\n\nPlyType.HONEYCOMB_CORE\n\n\n\nPlyType.ISOTROPIC\n\n\n\nPlyType.UNDEFINED\n\n\n\nPlyType.ADHESIVE\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STL", + "href": "api/_autosummary/ansys.acp.core.SolidModelSkinExportFormat.STL.html#ansys.acp.core.SolidModelSkinExportFormat.STL", + "title": "STL > STL > STL", + "section": "STL > STL", + "text": "SolidModelSkinExportFormat.STL = 'stl'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.PlyType", - "href": "api/_autosummary/ansys.acp.core.PlyType.html#examples-using-plytype", - "title": "PlyType > Examples using PlyType", - "section": "Examples using PlyType", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using PlyType" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.html#extrusionguidetype", + "title": "ExtrusionGuideType", + "section": "ExtrusionGuideType", + "text": "Extrusion guide type used in an extrusion guide (solid model).\nExtrusionGuideType.BY_GEOMETRY\n\nExtrusionGuideType.BY_DIRECTION\n\nExtrusionGuideType\nExtrusionGuideType.BY_GEOMETRY\nExtrusionGuideType.BY_DIRECTION" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xt.html#xt", - "title": "Xt", - "section": "Xt", - "text": "Xt" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.html#ansys.acp.core.ExtrusionGuideType", + "title": "ExtrusionGuideType > ExtrusionGuideType > ExtrusionGuideType", + "section": "ExtrusionGuideType > ExtrusionGuideType", + "text": "class ansys.acp.core.ExtrusionGuideType(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nExtrusion guide type used in an extrusion guide (solid model).\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nExtrusionGuideType.BY_GEOMETRY\n\n\n\nExtrusionGuideType.BY_DIRECTION\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xt", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Xt.html#ansys.acp.core.material_property_sets.VariableStressLimits.Xt", - "title": "Xt > Xt > Xt", - "section": "Xt > Xt", - "text": "property VariableStressLimits.Xt: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ExtrusionGuideType", + "href": "api/_autosummary/ansys.acp.core.ExtrusionGuideType.html#examples-using-extrusionguidetype", + "title": "ExtrusionGuideType > Examples using ExtrusionGuideType", + "section": "Examples using ExtrusionGuideType", + "text": "sphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nExamples using ExtrusionGuideType" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu13", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu13.html#nu13", - "title": "nu13", - "section": "nu13", - "text": "nu13" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.interface_weakening_factor", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.interface_weakening_factor.html#interface_weakening_factor", + "title": "interface_weakening_factor", + "section": "interface_weakening_factor", + "text": "interface_weakening_factor" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu13", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu13.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.nu13", - "title": "nu13 > nu13 > nu13", - "section": "nu13 > nu13", - "text": "property VariableEngineeringConstants.nu13: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.interface_weakening_factor", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.interface_weakening_factor.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.interface_weakening_factor", + "title": "interface_weakening_factor > interface_weakening_factor > interface_weakening_factor", + "section": "interface_weakening_factor > interface_weakening_factor", + "text": "property ConstantPuckConstants.interface_weakening_factor: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.angle", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.angle.html#angle", - "title": "angle", - "section": "angle", - "text": "angle" + "objectID": "user_guide/howto/file_management", + "href": "user_guide/howto/file_management.html#manage-input-and-output-files", + "title": "Manage input and output files", + "section": "Manage input and output files", + "text": "When defining your workflow using PyACP and other tools, you may need control\nover where the input and output files are stored. There are two main ways to\nmanage files: auto-transfer mode and manual file management.\nWhen using a local ACP instance (\"direct\" launch mode), the auto-transfer\nand manual modes are identical, as long as the current working directory is\nnot changed after launching the ACP instance.\nManage input and output files\n\"direct\"" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.angle", - "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.angle.html#ansys.acp.core.CutOffSelectionRule.angle", - "title": "angle > angle > angle", - "section": "angle > angle", - "text": "property CutOffSelectionRule.angle: Any\n\n!! processed by numpydoc !!" + "objectID": "user_guide/howto/file_management", + "href": "user_guide/howto/file_management.html#auto-transfer-mode", + "title": "Manage input and output files > Auto-transfer mode", + "section": "Auto-transfer mode", + "text": "When passing the auto_transfer_files=True parameter to launch_acp()\n(the default behavior), PyACP automatically uploads files to the ACP instance\nand downloads output files to the local machine.\nPaths passed to the PyACP functions are all paths on the local machine. They\ncan be either absolute paths, or relative to the current working directory of\nthe Python instance.\nThe only exception is the external_path attribute of the CADGeometry\nand ImportedSolidModel classes. This attribute refers to a path on the\nserver side. It can again be an absolute path, or relative to the ACP instance’s\nworking directory.\nYou can instead use the CADGeometry.refresh() and\nImportedSolidModel.refresh() methods to define the input file, which also\nhandles the upload automatically.\nOn local ACP instances, the up- and download methods simply convert the\npaths to be relative to the ACP instance’s working directory if needed.\nAuto-transfer mode\nauto_transfer_files=True\nlaunch_acp()\nexternal_path\nCADGeometry\nImportedSolidModel\nCADGeometry.refresh()\nImportedSolidModel.refresh()" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.algorithm", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.algorithm.html#algorithm", - "title": "algorithm", - "section": "algorithm", - "text": "algorithm" + "objectID": "user_guide/howto/file_management", + "href": "user_guide/howto/file_management.html#loading-input-files", + "title": "Manage input and output files > Loading input files", + "section": "Loading input files", + "text": "To load an input file, pass its path on your local machine to the\nimport_model() method:\nLoading input files\nimport_model()" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.algorithm", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.InterpolationOptions.algorithm.html#ansys.acp.core.material_property_sets.InterpolationOptions.algorithm", - "title": "algorithm > algorithm > algorithm", - "section": "algorithm > algorithm", - "text": "InterpolationOptions.algorithm: str\n\n" + "objectID": "user_guide/howto/file_management", + "href": "user_guide/howto/file_management.html#getting-output-files", + "title": "Manage input and output files > Getting output files", + "section": "Getting output files", + "text": "When getting output files, pass the desired path on your local machine to the\nexport / save method.\nGetting output files" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants.html#from_isotropic_constants", - "title": "from_isotropic_constants", - "section": "from_isotropic_constants", - "text": "Create an isotropic engineering constants property set.\nE (float) – Young’s modulus.\nnu (float) – Poisson’s ratio.\nAn isotropic engineering constants property set.\nSelf\nfrom_isotropic_constants" + "objectID": "user_guide/howto/file_management", + "href": "user_guide/howto/file_management.html#manual-file-management", + "title": "Manage input and output files > Manual file management", + "section": "Manual file management", + "text": "When passing auto_transfer_files=False to launch_acp(), PyACP does not\nautomatically upload or download files.\nIn this case, you need to manually manage the up- and download of files, as\ndescribed in the following sections.\nManual file management\nauto_transfer_files=False\nlaunch_acp()" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants.html#ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants", - "title": "from_isotropic_constants > from_isotropic_constants > from_isotropic_constants", - "section": "from_isotropic_constants > from_isotropic_constants", - "text": "classmethod ConstantEngineeringConstants.from_isotropic_constants(*, E=0.0, nu=0.0)\n\nCreate an isotropic engineering constants property set.\n\nParameters\n\nE (float) – Young’s modulus.\n\nnu (float) – Poisson’s ratio.\n\nReturns\n\nAn isotropic engineering constants property set.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "user_guide/howto/file_management", + "href": "user_guide/howto/file_management.html#loading-input-files", + "title": "Manage input and output files > Loading input files", + "section": "Loading input files", + "text": "You can manually load the input_file.cdb file to the ACP instance by\nusing the upload_file() method:\nThis method returns the path of the uploaded file on the server. You can\nuse the path to create a model:\nLoading input files\ninput_file.cdb\nupload_file()" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantEngineeringConstants.from_isotropic_constants.html#examples-using-constantengineeringconstantsfrom_isotropic_constants", - "title": "from_isotropic_constants > Examples using ConstantEngineeringConstants.from_isotropic_constants", - "section": "Examples using ConstantEngineeringConstants.from_isotropic_constants", - "text": "sphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ConstantEngineeringConstants.from_isotropic_constants" + "objectID": "user_guide/howto/file_management", + "href": "user_guide/howto/file_management.html#getting-output-files", + "title": "Manage input and output files > Getting output files", + "section": "Getting output files", + "text": "To get the ACPH5 file, it must be stored on the server. You can\nmanually do that using the model’s save() method:\nThen, you can download the file using the download_file() method of the ACP\ninstance:\nGetting output files\nsave()\ndownload_file()" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.NORMAL", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.NORMAL.html#normal", - "title": "NORMAL", - "section": "NORMAL", - "text": "NORMAL" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.parent", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.NORMAL", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.NORMAL.html#ansys.acp.core.ElementalDataType.NORMAL", - "title": "NORMAL > NORMAL > NORMAL", - "section": "NORMAL > NORMAL", - "text": "ElementalDataType.NORMAL = 'normal'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.parent", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.parent.html#ansys.acp.core.FieldDefinition.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property FieldDefinition.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.id", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E2.html#e2", + "title": "E2", + "section": "E2", + "text": "E2" }, { - "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1D.id", - "href": "api/_autosummary/ansys.acp.core.LookUpTable1D.id.html#ansys.acp.core.LookUpTable1D.id", - "title": "id > id > id", - "section": "id > id", - "text": "property LookUpTable1D.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E2", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableEngineeringConstants.E2.html#ansys.acp.core.material_property_sets.VariableEngineeringConstants.E2", + "title": "E2 > E2 > E2", + "section": "E2 > E2", + "text": "property VariableEngineeringConstants.E2: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ElementSet.nodal_data.html#nodal_data", - "title": "nodal_data", - "section": "nodal_data", - "text": "nodal_data" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.active", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.active.html#active", + "title": "active", + "section": "active", + "text": "active" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementSet.nodal_data", - "href": "api/_autosummary/ansys.acp.core.ElementSet.nodal_data.html#ansys.acp.core.ElementSet.nodal_data", - "title": "nodal_data > nodal_data > nodal_data", - "section": "nodal_data > nodal_data", - "text": "property ElementSet.nodal_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SnapToGeometry.active", + "href": "api/_autosummary/ansys.acp.core.SnapToGeometry.active.html#ansys.acp.core.SnapToGeometry.active", + "title": "active > active > active", + "section": "active > active", + "text": "property SnapToGeometry.active: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.origin", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.origin.html#origin", - "title": "origin", - "section": "origin", - "text": "origin" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.uMKS", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.uMKS.html#umks", + "title": "uMKS", + "section": "uMKS", + "text": "uMKS" }, { - "objectID": "api/_autosummary/ansys.acp.core.EdgeSet.origin", - "href": "api/_autosummary/ansys.acp.core.EdgeSet.origin.html#ansys.acp.core.EdgeSet.origin", - "title": "origin > origin > origin", - "section": "origin > origin", - "text": "property EdgeSet.origin: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.UnitSystemType.uMKS", + "href": "api/_autosummary/ansys.acp.core.UnitSystemType.uMKS.html#ansys.acp.core.UnitSystemType.uMKS", + "title": "uMKS > uMKS > uMKS", + "section": "uMKS > uMKS", + "text": "UnitSystemType.uMKS = 'umks'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES.html#directions_from_tabular_values", - "title": "DIRECTIONS_FROM_TABULAR_VALUES", - "section": "DIRECTIONS_FROM_TABULAR_VALUES", - "text": "DIRECTIONS_FROM_TABULAR_VALUES" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set", + "href": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set.html#create_oriented_selection_set", + "title": "create_oriented_selection_set", + "section": "create_oriented_selection_set", + "text": "Instantiate an Oriented Selection Set.\nname (str) – The name of the Oriented Selection Set.\nelement_sets (Sequence[ElementSet]) – Element Sets on which the Oriented Selection Set is defined.\norientation_point (tuple[float, float, float]) – The Orientation Point of the Oriented Selection Set.\norientation_direction (tuple[float, float, float]) – The Orientation Direction of the Oriented Element set.\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\nselection_rules (Sequence[ParallelSelectionRule | CylindricalSelectionRule | SphericalSelectionRule | TubeSelectionRule | GeometricalSelectionRule | VariableOffsetSelectionRule | BooleanSelectionRule]) – Selection Rules which may limit the extent of the Oriented Selection Set.\ndraping (bool) – If True, activate draping to adjust the reference directions.\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\nauto_draping_direction (bool) – If True, the reference direction of the Oriented Selection Set at\nthe seed point is used as draping direction.\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\ndraping_material_model (DrapingMaterialModel) – Chooses between different draping formulations.\ndraping_ud_coefficient (float) – Value between 0 and 1 which determines the amount of deformation\nin the transverse direction if the draping material model is set to\nDrapingMaterialModel.UD.\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\nreference_direction_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – A 3D lookup table column that defines the reference directions.\nOrientedSelectionSet\nAdded in ACP server version 24.2.\ncreate_oriented_selection_set\nTrue\nTrue\nauto_draping_direction\nFalse\n-1.\n0\n1\nDrapingMaterialModel.UD" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES.html#ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", - "title": "DIRECTIONS_FROM_TABULAR_VALUES > DIRECTIONS_FROM_TABULAR_VALUES > DIRECTIONS_FROM_TABULAR_VALUES", - "section": "DIRECTIONS_FROM_TABULAR_VALUES > DIRECTIONS_FROM_TABULAR_VALUES", - "text": "RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES = 'directions_from_tabular_values'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set", + "href": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set.html#ansys.acp.core.Model.create_oriented_selection_set", + "title": "create_oriented_selection_set > create_oriented_selection_set > create_oriented_selection_set", + "section": "create_oriented_selection_set > create_oriented_selection_set", + "text": "Model.create_oriented_selection_set(*, name='OrientedSelectionSet', element_sets=(), orientation_point=(0.0, 0.0, 0.0), orientation_direction=(0.0, 0.0, 0.0), rosettes=(), rosette_selection_method='minimum_angle', selection_rules=(), draping=False, draping_seed_point=(0.0, 0.0, 0.0), auto_draping_direction=True, draping_direction=(0.0, 0.0, 1.0), use_default_draping_mesh_size=True, draping_mesh_size=0.0, draping_material_model='woven', draping_ud_coefficient=0.0, rotation_angle=0.0, reference_direction_field=None)\n\nInstantiate an Oriented Selection Set.\n\nParameters\n\nname (str) – The name of the Oriented Selection Set.\n\nelement_sets (Sequence[ElementSet]) – Element Sets on which the Oriented Selection Set is defined.\n\norientation_point (tuple[float, float, float]) – The Orientation Point of the Oriented Selection Set.\n\norientation_direction (tuple[float, float, float]) – The Orientation Direction of the Oriented Element set.\n\nrosettes (Sequence[Rosette]) – Rosettes of the Oriented Selection Set.\n\nrosette_selection_method (RosetteSelectionMethod) – Selection Method for Rosettes of the Oriented Selection Set.\n\nselection_rules (Sequence[ParallelSelectionRule | CylindricalSelectionRule | SphericalSelectionRule | TubeSelectionRule | GeometricalSelectionRule | VariableOffsetSelectionRule | BooleanSelectionRule]) – Selection Rules which may limit the extent of the Oriented Selection Set.\n\ndraping (bool) – If True, activate draping to adjust the reference directions.\n\ndraping_seed_point (tuple[float, float, float]) – Starting point of the draping algorithm.\n\nauto_draping_direction (bool) – If True, the reference direction of the Oriented Selection Set at\nthe seed point is used as draping direction.\n\ndraping_direction (tuple[float, float, float]) – Set the primary draping direction for the draping algorithm. Only used if\nauto_draping_direction is False.\n\ndraping_mesh_size (float) – Defines the mesh size for the draping algorithm. If set to -1., the\nmesh size is automatically determined based on the average element size.\n\ndraping_material_model (DrapingMaterialModel) – Chooses between different draping formulations.\n\ndraping_ud_coefficient (float) – Value between 0 and 1 which determines the amount of deformation\nin the transverse direction if the draping material model is set to\nDrapingMaterialModel.UD.\n\nrotation_angle (float) – Angle in degrees by which the initial reference directions are rotated around the orientations.\n\nreference_direction_field (LookUpTable1DColumn | LookUpTable3DColumn | None) – A 3D lookup table column that defines the reference directions.\n\nReturn type\n\nOrientedSelectionSet\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES.html#examples-using-rosetteselectionmethoddirections_from_tabular_values", - "title": "DIRECTIONS_FROM_TABULAR_VALUES > Examples using RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", - "section": "Examples using RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nExamples using RosetteSelectionMethod.DIRECTIONS_FROM_TABULAR_VALUES" + "objectID": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set", + "href": "api/_autosummary/ansys.acp.core.Model.create_oriented_selection_set.html#examples-using-modelcreate_oriented_selection_set", + "title": "create_oriented_selection_set > Examples using Model.create_oriented_selection_set", + "section": "Examples using Model.create_oriented_selection_set", + "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model.create_oriented_selection_set" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.element_labels.html#element_labels", - "title": "element_labels", - "section": "element_labels", - "text": "element_labels" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.element_labels", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SolidModelElementalData.element_labels.html#ansys.acp.core.mesh_data.SolidModelElementalData.element_labels", - "title": "element_labels > element_labels > element_labels", - "section": "element_labels > element_labels", - "text": "SolidModelElementalData.element_labels: ScalarData[np.int32]\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.delete", + "href": "api/_autosummary/ansys.acp.core.CutOffSelectionRule.delete.html#ansys.acp.core.CutOffSelectionRule.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "CutOffSelectionRule.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.id", - "href": "api/_autosummary/ansys.acp.core.Fabric.id.html#id", - "title": "id", - "section": "id", - "text": "Identifier of the object, used for example as key in maps.\nid" + "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.clone", + "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored FabricWithAngle with the same properties.\nSelf\nclone" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.id", - "href": "api/_autosummary/ansys.acp.core.Fabric.id.html#ansys.acp.core.Fabric.id", - "title": "id > id > id", - "section": "id > id", - "text": "property Fabric.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.FabricWithAngle.clone", + "href": "api/_autosummary/ansys.acp.core.FabricWithAngle.clone.html#ansys.acp.core.FabricWithAngle.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "FabricWithAngle.clone()\n\nCreate a new unstored FabricWithAngle with the same properties.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSelf" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.GLOBAL", - "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.GLOBAL.html#global", - "title": "GLOBAL", - "section": "GLOBAL", - "text": "GLOBAL" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.UNKNOWN", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.UNKNOWN.html#unknown", + "title": "UNKNOWN", + "section": "UNKNOWN", + "text": "UNKNOWN" }, { - "objectID": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.GLOBAL", - "href": "api/_autosummary/ansys.acp.core.CutOffMaterialHandling.GLOBAL.html#ansys.acp.core.CutOffMaterialHandling.GLOBAL", - "title": "GLOBAL > GLOBAL > GLOBAL", - "section": "GLOBAL > GLOBAL", - "text": "CutOffMaterialHandling.GLOBAL = 'global'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.UNKNOWN", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometryDimension.UNKNOWN.html#ansys.acp.core.VirtualGeometryDimension.UNKNOWN", + "title": "UNKNOWN > UNKNOWN > UNKNOWN", + "section": "UNKNOWN > UNKNOWN", + "text": "VirtualGeometryDimension.UNKNOWN = 'unknown'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.name", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.name.html#name", - "title": "name", - "section": "name", - "text": "The name of the object.\nname" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interface_weakening_factor", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interface_weakening_factor.html#interface_weakening_factor", + "title": "interface_weakening_factor", + "section": "interface_weakening_factor", + "text": "interface_weakening_factor" }, { - "objectID": "api/_autosummary/ansys.acp.core.ProductionPly.name", - "href": "api/_autosummary/ansys.acp.core.ProductionPly.name.html#ansys.acp.core.ProductionPly.name", - "title": "name > name > name", - "section": "name > name", - "text": "property ProductionPly.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interface_weakening_factor", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariablePuckConstants.interface_weakening_factor.html#ansys.acp.core.material_property_sets.VariablePuckConstants.interface_weakening_factor", + "title": "interface_weakening_factor > interface_weakening_factor > interface_weakening_factor", + "section": "interface_weakening_factor > interface_weakening_factor", + "text": "property VariablePuckConstants.interface_weakening_factor: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE.html#minimum_angle", - "title": "MINIMUM_ANGLE", - "section": "MINIMUM_ANGLE", - "text": "MINIMUM_ANGLE" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.add_sub_shape", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.add_sub_shape.html#add_sub_shape", + "title": "add_sub_shape", + "section": "add_sub_shape", + "text": "Add a SubShape to the VirtualGeometry.\nSee SubShape for the available parameters.\nSubShape\nadd_sub_shape\nSubShape" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE.html#ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE", - "title": "MINIMUM_ANGLE > MINIMUM_ANGLE > MINIMUM_ANGLE", - "section": "MINIMUM_ANGLE > MINIMUM_ANGLE", - "text": "RosetteSelectionMethod.MINIMUM_ANGLE = 'minimum_angle'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.VirtualGeometry.add_sub_shape", + "href": "api/_autosummary/ansys.acp.core.VirtualGeometry.add_sub_shape.html#ansys.acp.core.VirtualGeometry.add_sub_shape", + "title": "add_sub_shape > add_sub_shape > add_sub_shape", + "section": "add_sub_shape > add_sub_shape", + "text": "VirtualGeometry.add_sub_shape(cad_geometry, path)\n\nAdd a SubShape to the VirtualGeometry.\n\nSee SubShape for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nSubShape" }, { - "objectID": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE", - "href": "api/_autosummary/ansys.acp.core.RosetteSelectionMethod.MINIMUM_ANGLE.html#examples-using-rosetteselectionmethodminimum_angle", - "title": "MINIMUM_ANGLE > Examples using RosetteSelectionMethod.MINIMUM_ANGLE", - "section": "Examples using RosetteSelectionMethod.MINIMUM_ANGLE", - "text": "sphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using RosetteSelectionMethod.MINIMUM_ANGLE" + "objectID": "api/_autosummary/ansys.acp.core.Model.save", + "href": "api/_autosummary/ansys.acp.core.Model.save.html#save", + "title": "save", + "section": "save", + "text": "Save ACP Model (.acph5).\npath (str | PathLike[str]) – File path.\nsave_cache (bool) – Whether to store the update results such as Analysis Plies and solid models.\nsave" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Syz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Syz.html#syz", - "title": "Syz", - "section": "Syz", - "text": "Syz" + "objectID": "api/_autosummary/ansys.acp.core.Model.save", + "href": "api/_autosummary/ansys.acp.core.Model.save.html#ansys.acp.core.Model.save", + "title": "save > save > save", + "section": "save > save", + "text": "Model.save(path, *, save_cache=True)\n\nSave ACP Model (.acph5).\n\nParameters\n\npath (str | PathLike[str]) – File path.\n\nsave_cache (bool) – Whether to store the update results such as Analysis Plies and solid models.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Syz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableStressLimits.Syz.html#ansys.acp.core.material_property_sets.VariableStressLimits.Syz", - "title": "Syz > Syz > Syz", - "section": "Syz > Syz", - "text": "property VariableStressLimits.Syz: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.save", + "href": "api/_autosummary/ansys.acp.core.Model.save.html#examples-using-modelsave", + "title": "save > Examples using Model.save", + "section": "Examples using Model.save", + "text": "sphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Model.save" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1.html#parameter_1", - "title": "parameter_1", - "section": "parameter_1", - "text": "First template parameter of the selection rule.\nparameter_1" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.origin", + "href": "api/_autosummary/ansys.acp.core.SectionCut.origin.html#origin", + "title": "origin", + "section": "origin", + "text": "origin" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1.html#ansys.acp.core.LinkedSelectionRule.parameter_1", - "title": "parameter_1 > parameter_1 > parameter_1", - "section": "parameter_1 > parameter_1", - "text": "property LinkedSelectionRule.parameter_1: float\n\nFirst template parameter of the selection rule.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCut.origin", + "href": "api/_autosummary/ansys.acp.core.SectionCut.origin.html#ansys.acp.core.SectionCut.origin", + "title": "origin > origin > origin", + "section": "origin > origin", + "text": "property SectionCut.origin: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1", - "href": "api/_autosummary/ansys.acp.core.LinkedSelectionRule.parameter_1.html#examples-using-linkedselectionruleparameter_1", - "title": "parameter_1 > Examples using LinkedSelectionRule.parameter_1", - "section": "Examples using LinkedSelectionRule.parameter_1", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nExamples using LinkedSelectionRule.parameter_1" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scale_factor", - "href": "api/_autosummary/ansys.acp.core.SectionCut.scale_factor.html#scale_factor", - "title": "scale_factor", - "section": "scale_factor", - "text": "scale_factor" + "objectID": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.clone", + "href": "api/_autosummary/ansys.acp.core.SphericalSelectionRule.clone.html#ansys.acp.core.SphericalSelectionRule.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "SphericalSelectionRule.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SectionCut.scale_factor", - "href": "api/_autosummary/ansys.acp.core.SectionCut.scale_factor.html#ansys.acp.core.SectionCut.scale_factor", - "title": "scale_factor > scale_factor > scale_factor", - "section": "scale_factor > scale_factor", - "text": "property SectionCut.scale_factor: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.index", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.index.html#index", + "title": "index", + "section": "index", + "text": "Return the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\nRaises ValueError when the substring is not found.\nindex" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType.NO_OFFSET", - "href": "api/_autosummary/ansys.acp.core.OffsetType.NO_OFFSET.html#no_offset", - "title": "NO_OFFSET", - "section": "NO_OFFSET", - "text": "NO_OFFSET" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.index", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.PuckMaterialType.index.html#ansys.acp.core.material_property_sets.PuckMaterialType.index", + "title": "index > index > index", + "section": "index > index", + "text": "PuckMaterialType.index(sub, [start, [end]]) -> int\n\nReturn the lowest index in S where substring sub is found,\nsuch that sub is contained within S[start:end]. Optional\narguments start and end are interpreted as in slice notation.\n\nRaises ValueError when the substring is not found.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OffsetType.NO_OFFSET", - "href": "api/_autosummary/ansys.acp.core.OffsetType.NO_OFFSET.html#ansys.acp.core.OffsetType.NO_OFFSET", - "title": "NO_OFFSET > NO_OFFSET > NO_OFFSET", - "section": "NO_OFFSET > NO_OFFSET", - "text": "OffsetType.NO_OFFSET = 'no_offset'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.field_variables.html#field_variables", + "title": "field_variables", + "section": "field_variables", + "text": "field_variables" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.clone", - "href": "api/_autosummary/ansys.acp.core.Fabric.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.field_variables", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.field_variables.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.field_variables", + "title": "field_variables > field_variables > field_variables", + "section": "field_variables > field_variables", + "text": "property VariableWovenStressLimits.field_variables: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric.clone", - "href": "api/_autosummary/ansys.acp.core.Fabric.clone.html#ansys.acp.core.Fabric.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "Fabric.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.normal.html#normal", + "title": "normal", + "section": "normal", + "text": "normal" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.normal", + "href": "api/_autosummary/ansys.acp.core.mesh_data.ElementSetElementalData.normal.html#ansys.acp.core.mesh_data.ElementSetElementalData.normal", + "title": "normal > normal > normal", + "section": "normal > normal", + "text": "ElementSetElementalData.normal: VectorData | None = None\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Status.NOTUPTODATE", - "href": "api/_autosummary/ansys.acp.core.Status.NOTUPTODATE.html#notuptodate", - "title": "NOTUPTODATE", - "section": "NOTUPTODATE", - "text": "NOTUPTODATE" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.store.html#store", + "title": "store", + "section": "store", + "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" }, { - "objectID": "api/_autosummary/ansys.acp.core.Status.NOTUPTODATE", - "href": "api/_autosummary/ansys.acp.core.Status.NOTUPTODATE.html#ansys.acp.core.Status.NOTUPTODATE", - "title": "NOTUPTODATE > NOTUPTODATE > NOTUPTODATE", - "section": "NOTUPTODATE > NOTUPTODATE", - "text": "Status.NOTUPTODATE = 'NOTUPTODATE'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.store", + "href": "api/_autosummary/ansys.acp.core.GeometricalSelectionRule.store.html#ansys.acp.core.GeometricalSelectionRule.store", + "title": "store > store > store", + "section": "store > store", + "text": "GeometricalSelectionRule.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.get_directions_plotter", - "href": "api/_autosummary/ansys.acp.core.get_directions_plotter.html#get_directions_plotter", - "title": "get_directions_plotter", - "section": "get_directions_plotter", - "text": "Get a pyvista plotter that shows the specified directions on the mesh.\nmodel (Model) – ACP model. Determines the average element size used for scaling the\narrows. Unless explicitly specified, the model also determines the\nmesh to plot.\nmesh (MeshData | None) – Mesh defining the scope of the plot. If not provided, the full mesh\nof the model is used.\ncomponents (Sequence[VectorData | None]) – List of components to plot.\nculling_factor (int) – If set to a value other than 1, add only every n-th data\npoint to the PyVista object. This is useful especially for\nvector data, where the arrows can be too dense.\nlength_factor (float) – Factor to scale the length of the arrows.\nkwargs (Any) – Keyword arguments passed to the PyVista object constructor.\nPlotter\nget_directions_plotter\n1" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_CDB", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_CDB.html#ansys_cdb", + "title": "ANSYS_CDB", + "section": "ANSYS_CDB", + "text": "ANSYS_CDB" }, { - "objectID": "api/_autosummary/ansys.acp.core.get_directions_plotter", - "href": "api/_autosummary/ansys.acp.core.get_directions_plotter.html#ansys.acp.core.get_directions_plotter", - "title": "get_directions_plotter > get_directions_plotter > get_directions_plotter", - "section": "get_directions_plotter > get_directions_plotter", - "text": "ansys.acp.core.get_directions_plotter(*, model, mesh=None, components, culling_factor=1, length_factor=1.0, **kwargs)\n\nGet a pyvista plotter that shows the specified directions on the mesh.\n\nParameters\n\nmodel (Model) – ACP model. Determines the average element size used for scaling the\narrows. Unless explicitly specified, the model also determines the\nmesh to plot.\n\nmesh (MeshData | None) – Mesh defining the scope of the plot. If not provided, the full mesh\nof the model is used.\n\ncomponents (Sequence[VectorData | None]) – List of components to plot.\n\nculling_factor (int) – If set to a value other than 1, add only every n-th data\npoint to the PyVista object. This is useful especially for\nvector data, where the arrows can be too dense.\n\nlength_factor (float) – Factor to scale the length of the arrows.\n\nkwargs (Any) – Keyword arguments passed to the PyVista object constructor.\n\nReturn type\n\nPlotter\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_CDB", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportFormat.ANSYS_CDB.html#ansys.acp.core.SolidModelExportFormat.ANSYS_CDB", + "title": "ANSYS_CDB > ANSYS_CDB > ANSYS_CDB", + "section": "ANSYS_CDB > ANSYS_CDB", + "text": "SolidModelExportFormat.ANSYS_CDB = 'ansys:cdb'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.get_directions_plotter", - "href": "api/_autosummary/ansys.acp.core.get_directions_plotter.html#examples-using-get_directions_plotter", - "title": "get_directions_plotter > Examples using get_directions_plotter", - "section": "Examples using get_directions_plotter", - "text": "sphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_workflows_06-cdb-to-pymechanical-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using get_directions_plotter" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.html#sphericalselectionrulenodaldata", + "title": "SphericalSelectionRuleNodalData", + "section": "SphericalSelectionRuleNodalData", + "text": "Represents nodal data for a Spherical Selection Rule.\nSphericalSelectionRuleNodalData.get_pyvista_mesh(mesh)\nGet a pyvista mesh with all data.\nSphericalSelectionRuleNodalData.node_labels\n\nSphericalSelectionRuleNodalData\nSphericalSelectionRuleNodalData.get_pyvista_mesh\nSphericalSelectionRuleNodalData.node_labels" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model", - "href": "api/_autosummary/ansys.acp.core.Model.html#model", - "title": "Model", - "section": "Model", - "text": "Defines an ACP Model.\nWrapper for accessing an ACP Model residing on a server.\nname (str) – The name of the model.\nuse_nodal_thicknesses (bool) – Defines whether to use nodal thicknesses or element thicknesses.\ndraping_offset_correction (bool) – Defines whether to consider lay-up thickness in draping analysis.\nangle_tolerance (float) – Section computation angle tolerance (in degree).\nrelative_thickness_tolerance (float) – Section computation relative thickness tolerance.\nminimum_analysis_ply_thickness (float) – Section computation minimum analysis ply thickness (in length\nunit of model).\nAdded in ACP server version 24.2.\nModel.create_boolean_selection_rule(*[, ...])\nInstantiate a Boolean Selection Rule.\nModel.create_cad_geometry(*[, name, ...])\nInstantiate a CAD Geometry.\nModel.create_cut_off_selection_rule(*[, ...])\nInstantiate a Cut-Off Selection Rule.\nModel.create_cylindrical_selection_rule(*[, ...])\nInstantiate a Cylindrical Selection Rule.\nModel.create_edge_set(*[, name, ...])\nInstantiate an edge set.\nModel.create_element_set(*[, name, ...])\nInstantiate an Element Set.\nModel.create_fabric(*[, name, material, ...])\nInstantiate a Fabric.\nModel.create_field_definition(*[, name, ...])\nInstantiate a Field Definition.\nModel.create_geometrical_selection_rule(*[, ...])\nInstantiate a Geometrical Selection Rule.\nModel.create_imported_modeling_group(*[, name])\nInstantiate an imported modeling group.\nModel.create_imported_solid_model(*[, name, ...])\nInstantiate an imported solid model.\nModel.create_lookup_table_1d(*[, name, ...])\nInstantiate a 1D Look-Up Table.\nModel.create_lookup_table_3d(*[, name, ...])\nInstantiate a 3D Look-Up Table.\nModel.create_material(*[, name, ply_type, ...])\nInstantiate a Material.\nModel.create_modeling_group(*[, name])\nInstantiate a modeling group.\nModel.create_oriented_selection_set(*[, ...])\nInstantiate an Oriented Selection Set.\nModel.create_parallel_selection_rule(*[, ...])\nInstantiate a Parallel Selection Rule.\nModel.create_rosette(*[, name, ...])\nInstantiate a Rosette.\nModel.create_sampling_point(*[, name, ...])\nInstantiate a Sampling Point.\nModel.create_section_cut(*[, name, active, ...])\nInstantiate a Section Cut.\nModel.create_sensor(*[, name, sensor_type, ...])\nInstantiate a Sensor.\nModel.create_solid_model(*[, name, active, ...])\nInstantiate a solid model.\nModel.create_spherical_selection_rule(*[, ...])\nInstantiate a Spherical Selection Rule.\nModel.create_stackup(*[, name, symmetry, ...])\nInstantiate a Stackup.\nModel.create_sublaminate(*[, name, ...])\nInstantiate a SubLaminate.\nModel.create_tube_selection_rule(*[, name, ...])\nInstantiate a Tube Selection Rule.\nModel.create_variable_offset_selection_rule(*)\nInstantiate a Variable Offset Selection Rule.\nModel.create_virtual_geometry(*[, name, ...])\nInstantiate a Virtual Geometry.\nModel.delete()\nDelete the object.\nModel.export_analysis_model(path)\nSave the analysis model to a CDB file.\nModel.export_hdf5_composite_cae(path, *[, ...])\nExport the lay-up to the HDF5 Composite CAE format.\nModel.export_materials(path)\nWrite materials to a XML (MatML) file.\nModel.export_modeling_ply_geometries(path, *)\nWrite ply geometries to a STEP, IGES, or STL file.\nModel.export_shell_composite_definitions(path)\nExport the lay-up of the shell as HDF5 used by DPF Composites or Mechanical.\nModel.import_hdf5_composite_cae(path[, ...])\nImport the lay-up from an HDF5 Composite CAE file.\nModel.import_materials(matml_path, *[, ...])\nImport materials from a MatML file.\nModel.save(path, *[, save_cache])\nSave ACP Model (.acph5).\nModel.update(*[, relations_only])\nUpdate the model.\nModel.angle_tolerance\n\nModel.average_element_size\n\nModel.boolean_selection_rules\n\nModel.cad_geometries\n\nModel.cut_off_selection_rules\n\nModel.cylindrical_selection_rules\n\nModel.draping_offset_correction\n\nModel.edge_sets\n\nModel.element_sets\n\nModel.elemental_data\n\nModel.fabrics\n\nModel.field_definitions\n\nModel.geometrical_selection_rules\n\nModel.imported_modeling_groups\n\nModel.imported_solid_models\n\nModel.lookup_tables_1d\n\nModel.lookup_tables_3d\n\nModel.materials\n\nModel.mesh\nFull mesh associated with the object.\nModel.minimum_analysis_ply_thickness\n\nModel.modeling_groups\n\nModel.name\nThe name of the object.\nModel.nodal_data\n\nModel.oriented_selection_sets\n\nModel.parallel_selection_rules\n\nModel.parent\nThe parent of the object.\nModel.relative_thickness_tolerance\n\nModel.rosettes\n\nModel.sampling_points\n\nModel.section_cuts\n\nModel.sensors\n\nModel.shell_mesh\nShell mesh associated with the object.\nModel.solid_mesh\nSolid mesh associated with the object.\nModel.solid_models\n\nModel.spherical_selection_rules\n\nModel.stackups\n\nModel.sublaminates\n\nModel.tube_selection_rules\n\nModel.unit_system\n\nModel.use_nodal_thicknesses\n\nModel.variable_offset_selection_rules\n\nModel.virtual_geometries\n\nModel\nModel.create_boolean_selection_rule\nModel.create_cad_geometry\nModel.create_cut_off_selection_rule\nModel.create_cylindrical_selection_rule\nModel.create_edge_set\nModel.create_element_set\nModel.create_fabric\nModel.create_field_definition\nModel.create_geometrical_selection_rule\nModel.create_imported_modeling_group\nModel.create_imported_solid_model\nModel.create_lookup_table_1d\nModel.create_lookup_table_3d\nModel.create_material\nModel.create_modeling_group\nModel.create_oriented_selection_set\nModel.create_parallel_selection_rule\nModel.create_rosette\nModel.create_sampling_point\nModel.create_section_cut\nModel.create_sensor\nModel.create_solid_model\nModel.create_spherical_selection_rule\nModel.create_stackup\nModel.create_sublaminate\nModel.create_tube_selection_rule\nModel.create_variable_offset_selection_rule\nModel.create_virtual_geometry\nModel.delete\nModel.export_analysis_model\nModel.export_hdf5_composite_cae\nModel.export_materials\nModel.export_modeling_ply_geometries\nModel.export_shell_composite_definitions\nModel.import_hdf5_composite_cae\nModel.import_materials\nModel.save\nModel.update\nModel.angle_tolerance\nModel.average_element_size\nModel.boolean_selection_rules\nModel.cad_geometries\nModel.cut_off_selection_rules\nModel.cylindrical_selection_rules\nModel.draping_offset_correction\nModel.edge_sets\nModel.element_sets\nModel.elemental_data\nModel.fabrics\nModel.field_definitions\nModel.geometrical_selection_rules\nModel.imported_modeling_groups\nModel.imported_solid_models\nModel.lookup_tables_1d\nModel.lookup_tables_3d\nModel.materials\nModel.mesh\nModel.minimum_analysis_ply_thickness\nModel.modeling_groups\nModel.name\nModel.nodal_data\nModel.oriented_selection_sets\nModel.parallel_selection_rules\nModel.parent\nModel.relative_thickness_tolerance\nModel.rosettes\nModel.sampling_points\nModel.section_cuts\nModel.sensors\nModel.shell_mesh\nModel.solid_mesh\nModel.solid_models\nModel.spherical_selection_rules\nModel.stackups\nModel.sublaminates\nModel.tube_selection_rules\nModel.unit_system\nModel.use_nodal_thicknesses\nModel.variable_offset_selection_rules\nModel.virtual_geometries" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData", + "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData.html#ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData", + "title": "SphericalSelectionRuleNodalData > SphericalSelectionRuleNodalData > SphericalSelectionRuleNodalData", + "section": "SphericalSelectionRuleNodalData > SphericalSelectionRuleNodalData", + "text": "class ansys.acp.core.mesh_data.SphericalSelectionRuleNodalData(node_labels)\n\nRepresents nodal data for a Spherical Selection Rule.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nSphericalSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\n\n\nAttributes\n\n\n\n\n\n\n\nSphericalSelectionRuleNodalData.node_labels\n\n\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model", - "href": "api/_autosummary/ansys.acp.core.Model.html#ansys.acp.core.Model", - "title": "Model > Model > Model", - "section": "Model > Model", - "text": "class ansys.acp.core.Model(*, name='ACP Model', use_nodal_thicknesses=False, draping_offset_correction=False, angle_tolerance=1.0, relative_thickness_tolerance=0.01, minimum_analysis_ply_thickness=1e-06)\n\nDefines an ACP Model.\n\nWrapper for accessing an ACP Model residing on a server.\n\nParameters\n\nname (str) – The name of the model.\n\nuse_nodal_thicknesses (bool) – Defines whether to use nodal thicknesses or element thicknesses.\n\ndraping_offset_correction (bool) – Defines whether to consider lay-up thickness in draping analysis.\n\nangle_tolerance (float) – Section computation angle tolerance (in degree).\n\nrelative_thickness_tolerance (float) – Section computation relative thickness tolerance.\n\nminimum_analysis_ply_thickness (float) – Section computation minimum analysis ply thickness (in length\nunit of model).\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nModel.create_boolean_selection_rule(*[, ...])\n\nInstantiate a Boolean Selection Rule.\n\nModel.create_cad_geometry(*[, name, ...])\n\nInstantiate a CAD Geometry.\n\nModel.create_cut_off_selection_rule(*[, ...])\n\nInstantiate a Cut-Off Selection Rule.\n\nModel.create_cylindrical_selection_rule(*[, ...])\n\nInstantiate a Cylindrical Selection Rule.\n\nModel.create_edge_set(*[, name, ...])\n\nInstantiate an edge set.\n\nModel.create_element_set(*[, name, ...])\n\nInstantiate an Element Set.\n\nModel.create_fabric(*[, name, material, ...])\n\nInstantiate a Fabric.\n\nModel.create_field_definition(*[, name, ...])\n\nInstantiate a Field Definition.\n\nModel.create_geometrical_selection_rule(*[, ...])\n\nInstantiate a Geometrical Selection Rule.\n\nModel.create_imported_modeling_group(*[, name])\n\nInstantiate an imported modeling group.\n\nModel.create_imported_solid_model(*[, name, ...])\n\nInstantiate an imported solid model.\n\nModel.create_lookup_table_1d(*[, name, ...])\n\nInstantiate a 1D Look-Up Table.\n\nModel.create_lookup_table_3d(*[, name, ...])\n\nInstantiate a 3D Look-Up Table.\n\nModel.create_material(*[, name, ply_type, ...])\n\nInstantiate a Material.\n\nModel.create_modeling_group(*[, name])\n\nInstantiate a modeling group.\n\nModel.create_oriented_selection_set(*[, ...])\n\nInstantiate an Oriented Selection Set.\n\nModel.create_parallel_selection_rule(*[, ...])\n\nInstantiate a Parallel Selection Rule.\n\nModel.create_rosette(*[, name, ...])\n\nInstantiate a Rosette.\n\nModel.create_sampling_point(*[, name, ...])\n\nInstantiate a Sampling Point.\n\nModel.create_section_cut(*[, name, active, ...])\n\nInstantiate a Section Cut.\n\nModel.create_sensor(*[, name, sensor_type, ...])\n\nInstantiate a Sensor.\n\nModel.create_solid_model(*[, name, active, ...])\n\nInstantiate a solid model.\n\nModel.create_spherical_selection_rule(*[, ...])\n\nInstantiate a Spherical Selection Rule.\n\nModel.create_stackup(*[, name, symmetry, ...])\n\nInstantiate a Stackup.\n\nModel.create_sublaminate(*[, name, ...])\n\nInstantiate a SubLaminate.\n\nModel.create_tube_selection_rule(*[, name, ...])\n\nInstantiate a Tube Selection Rule.\n\nModel.create_variable_offset_selection_rule(*)\n\nInstantiate a Variable Offset Selection Rule.\n\nModel.create_virtual_geometry(*[, name, ...])\n\nInstantiate a Virtual Geometry.\n\nModel.delete()\n\nDelete the object.\n\nModel.export_analysis_model(path)\n\nSave the analysis model to a CDB file.\n\nModel.export_hdf5_composite_cae(path, *[, ...])\n\nExport the lay-up to the HDF5 Composite CAE format.\n\nModel.export_materials(path)\n\nWrite materials to a XML (MatML) file.\n\nModel.export_modeling_ply_geometries(path, *)\n\nWrite ply geometries to a STEP, IGES, or STL file.\n\nModel.export_shell_composite_definitions(path)\n\nExport the lay-up of the shell as HDF5 used by DPF Composites or Mechanical.\n\nModel.import_hdf5_composite_cae(path[, ...])\n\nImport the lay-up from an HDF5 Composite CAE file.\n\nModel.import_materials(matml_path, *[, ...])\n\nImport materials from a MatML file.\n\nModel.save(path, *[, save_cache])\n\nSave ACP Model (.acph5).\n\nModel.update(*[, relations_only])\n\nUpdate the model.\n\n\n\nAttributes\n\n\n\n\n\n\n\nModel.angle_tolerance\n\n\n\nModel.average_element_size\n\n\n\nModel.boolean_selection_rules\n\n\n\nModel.cad_geometries\n\n\n\nModel.cut_off_selection_rules\n\n\n\nModel.cylindrical_selection_rules\n\n\n\nModel.draping_offset_correction\n\n\n\nModel.edge_sets\n\n\n\nModel.element_sets\n\n\n\nModel.elemental_data\n\n\n\nModel.fabrics\n\n\n\nModel.field_definitions\n\n\n\nModel.geometrical_selection_rules\n\n\n\nModel.imported_modeling_groups\n\n\n\nModel.imported_solid_models\n\n\n\nModel.lookup_tables_1d\n\n\n\nModel.lookup_tables_3d\n\n\n\nModel.materials\n\n\n\nModel.mesh\n\nFull mesh associated with the object.\n\nModel.minimum_analysis_ply_thickness\n\n\n\nModel.modeling_groups\n\n\n\nModel.name\n\nThe name of the object.\n\nModel.nodal_data\n\n\n\nModel.oriented_selection_sets\n\n\n\nModel.parallel_selection_rules\n\n\n\nModel.parent\n\nThe parent of the object.\n\nModel.relative_thickness_tolerance\n\n\n\nModel.rosettes\n\n\n\nModel.sampling_points\n\n\n\nModel.section_cuts\n\n\n\nModel.sensors\n\n\n\nModel.shell_mesh\n\nShell mesh associated with the object.\n\nModel.solid_mesh\n\nSolid mesh associated with the object.\n\nModel.solid_models\n\n\n\nModel.spherical_selection_rules\n\n\n\nModel.stackups\n\n\n\nModel.sublaminates\n\n\n\nModel.tube_selection_rules\n\n\n\nModel.unit_system\n\n\n\nModel.use_nodal_thicknesses\n\n\n\nModel.variable_offset_selection_rules\n\n\n\nModel.virtual_geometries\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.add_selection_rule", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.add_selection_rule.html#add_selection_rule", + "title": "add_selection_rule", + "section": "add_selection_rule", + "text": "Add a LinkedSelectionRule to the BooleanSelectionRule.\nSee LinkedSelectionRule for the available parameters.\nLinkedSelectionRule\nadd_selection_rule\nLinkedSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model", - "href": "api/_autosummary/ansys.acp.core.Model.html#examples-using-model", - "title": "Model > Examples using Model", - "section": "Examples using Model", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_020-solid_model.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nsphx_glr_examples_use_cases_01-optimizing-ply-angles.py\nExamples using Model" + "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.add_selection_rule", + "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.add_selection_rule.html#ansys.acp.core.BooleanSelectionRule.add_selection_rule", + "title": "add_selection_rule > add_selection_rule > add_selection_rule", + "section": "add_selection_rule > add_selection_rule", + "text": "BooleanSelectionRule.add_selection_rule(selection_rule, *, operation_type='intersect', template_rule=False, parameter_1=0.0, parameter_2=0.0)\n\nAdd a LinkedSelectionRule to the BooleanSelectionRule.\n\nSee LinkedSelectionRule for the available parameters.\n\n!! processed by numpydoc !!\n\nReturn type\n\nLinkedSelectionRule" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Syz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Syz.html#syz", - "title": "Syz", - "section": "Syz", - "text": "Syz" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_1.html#g23_1", + "title": "G23_1", + "section": "G23_1", + "text": "G23_1" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Syz", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Syz.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Syz", - "title": "Syz > Syz > Syz", - "section": "Syz > Syz", - "text": "property VariableWovenStressLimits.Syz: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_1", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_1.html#ansys.acp.core.material_property_sets.ConstantWovenCharacterization.G23_1", + "title": "G23_1 > G23_1 > G23_1", + "section": "G23_1 > G23_1", + "text": "property ConstantWovenCharacterization.G23_1: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.html#importedproductionply", - "title": "ImportedProductionPly", - "section": "ImportedProductionPly", - "text": "Instantiate an Imported Production Ply.\nname (str) – The name of the imported production ply.\nmaterial (Material) – Material of the imported production ply.\nangle (float) – Angle of the imported production ply in degrees.\nthickness (float) – Thickness of the imported production ply in degrees.\nAdded in ACP server version 25.1.\nImportedProductionPly.angle\n\nImportedProductionPly.id\nIdentifier of the object, used for example as key in maps.\nImportedProductionPly.imported_analysis_plies\n\nImportedProductionPly.material\n\nImportedProductionPly.name\nThe name of the object.\nImportedProductionPly.parent\nThe parent of the object.\nImportedProductionPly.status\n\nImportedProductionPly.thickness\n\nImportedProductionPly\nImportedProductionPly.angle\nImportedProductionPly.id\nImportedProductionPly.imported_analysis_plies\nImportedProductionPly.material\nImportedProductionPly.name\nImportedProductionPly.parent\nImportedProductionPly.status\nImportedProductionPly.thickness" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_precision", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_precision.html#use_default_precision", + "title": "use_default_precision", + "section": "use_default_precision", + "text": "use_default_precision" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.html#ansys.acp.core.ImportedProductionPly", - "title": "ImportedProductionPly > ImportedProductionPly > ImportedProductionPly", - "section": "ImportedProductionPly > ImportedProductionPly", - "text": "class ansys.acp.core.ImportedProductionPly\n\nInstantiate an Imported Production Ply.\n\nParameters\n\nname (str) – The name of the imported production ply.\n\nmaterial (Material) – Material of the imported production ply.\n\nangle (float) – Angle of the imported production ply in degrees.\n\nthickness (float) – Thickness of the imported production ply in degrees.\n\nAdded in ACP server version 25.1.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\n\n\nAttributes\n\n\n\n\n\n\n\nImportedProductionPly.angle\n\n\n\nImportedProductionPly.id\n\nIdentifier of the object, used for example as key in maps.\n\nImportedProductionPly.imported_analysis_plies\n\n\n\nImportedProductionPly.material\n\n\n\nImportedProductionPly.name\n\nThe name of the object.\n\nImportedProductionPly.parent\n\nThe parent of the object.\n\nImportedProductionPly.status\n\n\n\nImportedProductionPly.thickness\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_precision", + "href": "api/_autosummary/ansys.acp.core.CADGeometry.use_default_precision.html#ansys.acp.core.CADGeometry.use_default_precision", + "title": "use_default_precision > use_default_precision > use_default_precision", + "section": "use_default_precision > use_default_precision", + "text": "property CADGeometry.use_default_precision: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedProductionPly", - "href": "api/_autosummary/ansys.acp.core.ImportedProductionPly.html#examples-using-importedproductionply", - "title": "ImportedProductionPly > Examples using ImportedProductionPly", - "section": "Examples using ImportedProductionPly", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nExamples using ImportedProductionPly" + "objectID": "api/server", + "href": "api/server.html#server-management", + "title": "Server management", + "section": "Server management", + "text": "ACPInstance(*, server, channel, ...)\nControl an ACP instance.\nConnectLaunchConfig([url_acp, url_filetransfer])\nConfiguration options for attaching to an existing ACP server.\nDirectLaunchConfig([binary_path, ...])\nConfiguration options for launching ACP as a sub-process.\nDockerComposeLaunchConfig([image_name_acp, ...])\nConfiguration options for launching ACP through docker compose.\nlaunch_acp([config, launch_mode, timeout, ...])\nLaunch an ACP instance.\nLaunchMode(cls, value[, names, module, ...])\nAvailable launch modes for ACP.\nServer management\nACPInstance\nConnectLaunchConfig\nDirectLaunchConfig\nDockerComposeLaunchConfig\nlaunch_acp\nLaunchMode" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.THICKNESS", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.THICKNESS.html#thickness", - "title": "THICKNESS", - "section": "THICKNESS", - "text": "THICKNESS" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.parent", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.THICKNESS", - "href": "api/_autosummary/ansys.acp.core.ElementalDataType.THICKNESS.html#ansys.acp.core.ElementalDataType.THICKNESS", - "title": "THICKNESS > THICKNESS > THICKNESS", - "section": "THICKNESS > THICKNESS", - "text": "ElementalDataType.THICKNESS = 'thickness'\n\n" + "objectID": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.parent", + "href": "api/_autosummary/ansys.acp.core.LookUpTable1DColumn.parent.html#ansys.acp.core.LookUpTable1DColumn.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property LookUpTable1DColumn.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", - "title": "get_pyvista_mesh", - "section": "get_pyvista_mesh", - "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head_extension", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head_extension.html#head_extension", + "title": "head_extension", + "section": "head_extension", + "text": "head_extension" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.ParallelSelectionRuleElementalData.get_pyvista_mesh", - "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", - "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "ParallelSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head_extension", + "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.head_extension.html#ansys.acp.core.TubeSelectionRule.head_extension", + "title": "head_extension > head_extension > head_extension", + "section": "head_extension > head_extension", + "text": "property TubeSelectionRule.head_extension: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#advanced-pymapdl-workflow", - "title": "Advanced PyMAPDL workflow", - "section": "Advanced PyMAPDL workflow", - "text": "This example shows how to define a composite lay-up with PyACP, solve the resulting\nmodel with PyMAPDL, and run a failure analysis with PyDPF - Composites.\nBegin with an MAPDL CDB file that contains the mesh, material data, and\nboundary conditions. Import the file to PyACP to define the lay-up, and then export the\nresulting model to PyMAPDL. Once the results are available, the RST file is loaded in\nPyDPF - Composites for postprocessing. The additional input files (material.xml\nand ACPCompositeDefinitions.h5) can also be stored with PyACP and passed to PyDPF - Composites.\nAdvanced PyMAPDL workflow\nmaterial.xml\nACPCompositeDefinitions.h5" + "objectID": "api/_autosummary/ansys.acp.core.Status.UPTODATE", + "href": "api/_autosummary/ansys.acp.core.Status.UPTODATE.html#uptodate", + "title": "UPTODATE", + "section": "UPTODATE", + "text": "UPTODATE" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#import-modules-and-start-acp", - "title": "Advanced PyMAPDL workflow > Import modules and start ACP", - "section": "Import modules and start ACP", - "text": "Import the standard library and third-party dependencies.\nImport the Ansys libraries.\nLaunch the PyACP server and connect to it.\nImport modules and start ACP" + "objectID": "api/_autosummary/ansys.acp.core.Status.UPTODATE", + "href": "api/_autosummary/ansys.acp.core.Status.UPTODATE.html#ansys.acp.core.Status.UPTODATE", + "title": "UPTODATE > UPTODATE > UPTODATE", + "section": "UPTODATE > UPTODATE", + "text": "Status.UPTODATE = 'UPTODATE'\n\n" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#get-example-input-files", - "title": "Advanced PyMAPDL workflow > Get example input files", - "section": "Get example input files", - "text": "Create a temporary working directory, and download the example input files\nto this directory.\nGet example input files" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_coordinate_system_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_coordinate_system_index.html#use_default_coordinate_system_index", + "title": "use_default_coordinate_system_index", + "section": "use_default_coordinate_system_index", + "text": "use_default_coordinate_system_index" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#load-mesh-and-materials-from-cdb-file", - "title": "Advanced PyMAPDL workflow > Load mesh and materials from CDB file", - "section": "Load mesh and materials from CDB file", - "text": "Load the CDB file into PyACP and set the unit system.\nVisualize the loaded mesh.\nLoad mesh and materials from CDB file" + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_coordinate_system_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.use_default_coordinate_system_index.html#ansys.acp.core.SolidModelExportSettings.use_default_coordinate_system_index", + "title": "use_default_coordinate_system_index > use_default_coordinate_system_index > use_default_coordinate_system_index", + "section": "use_default_coordinate_system_index > use_default_coordinate_system_index", + "text": "property SolidModelExportSettings.use_default_coordinate_system_index: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#build-composite-lay-up", - "title": "Advanced PyMAPDL workflow > Build Composite Lay-up", - "section": "Build Composite Lay-up", - "text": "Create the model (MPA unit system).\nBuild Composite Lay-up" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.AREA", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.AREA.html#area", + "title": "AREA", + "section": "AREA", + "text": "AREA" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#materials", - "title": "Advanced PyMAPDL workflow > Materials", - "section": "Materials", - "text": "Materials" + "objectID": "api/_autosummary/ansys.acp.core.ElementalDataType.AREA", + "href": "api/_autosummary/ansys.acp.core.ElementalDataType.AREA.html#ansys.acp.core.ElementalDataType.AREA", + "title": "AREA > AREA > AREA", + "section": "AREA > AREA", + "text": "ElementalDataType.AREA = 'area'\n\n" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#fabrics", - "title": "Advanced PyMAPDL workflow > Fabrics", - "section": "Fabrics", - "text": "Fabrics" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.delete", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.delete.html#delete", + "title": "delete", + "section": "delete", + "text": "Delete the object.\ndelete" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#rosettes", - "title": "Advanced PyMAPDL workflow > Rosettes", - "section": "Rosettes", - "text": "Rosettes" + "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.delete", + "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.delete.html#ansys.acp.core.ButtJointSequence.delete", + "title": "delete > delete > delete", + "section": "delete > delete", + "text": "ButtJointSequence.delete()\n\nDelete the object.\n\n!! processed by numpydoc !!\n\n" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SHELL", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SHELL.html#shell", + "title": "SHELL", + "section": "SHELL", + "text": "SHELL" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#oriented-selection-sets", - "title": "Advanced PyMAPDL workflow > Oriented Selection Sets", - "section": "Oriented Selection Sets", - "text": "Note that the element sets are imported from the initial mesh (CBD file).\nShow the orientations on the hull oriented selection set (OSS).\nNote that the model must be updated before the orientations are available.\nOriented Selection Sets" + "objectID": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SHELL", + "href": "api/_autosummary/ansys.acp.core.HDF5CompositeCAEProjectionMode.SHELL.html#ansys.acp.core.HDF5CompositeCAEProjectionMode.SHELL", + "title": "SHELL > SHELL > SHELL", + "section": "SHELL > SHELL", + "text": "HDF5CompositeCAEProjectionMode.SHELL = 'shell'\n\n" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#modeling-plies", - "title": "Advanced PyMAPDL workflow > Modeling Plies", - "section": "Modeling Plies", - "text": "Define plies for the hull, deck, and bulkhead.\nAdd plies to the keeltower.\nInspect the number of modeling groups and plies.\nShow the thickness of one of the plies.\nShow the ply offsets that are scaled by a factor of 200.\nShow the thickness of the entire lay-up.\nModeling Plies" + "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.MODELING_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.SectionCutType.MODELING_PLY_WISE.html#modeling_ply_wise", + "title": "MODELING_PLY_WISE", + "section": "MODELING_PLY_WISE", + "text": "MODELING_PLY_WISE" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#write-out-acp-model", - "title": "Advanced PyMAPDL workflow > Write out ACP Model", - "section": "Write out ACP Model", - "text": "Update and save the ACP model.\nSave the model as a CDB file for solving with PyMAPDL.\nWrite out ACP Model" + "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.MODELING_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.SectionCutType.MODELING_PLY_WISE.html#ansys.acp.core.SectionCutType.MODELING_PLY_WISE", + "title": "MODELING_PLY_WISE > MODELING_PLY_WISE > MODELING_PLY_WISE", + "section": "MODELING_PLY_WISE > MODELING_PLY_WISE", + "text": "SectionCutType.MODELING_PLY_WISE = 'modeling_ply_wise'\n\n" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#solve-with-pymapdl", - "title": "Advanced PyMAPDL workflow > Solve with PyMAPDL", - "section": "Solve with PyMAPDL", - "text": "Import PyMAPDL and connect to its server.\nLoad the CDB file into PyMAPDL.\nSolve the model.\nShow the displacements in postprocessing.\nSolve with PyMAPDL" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.html#examplekeys", + "title": "ExampleKeys", + "section": "ExampleKeys", + "text": "Keys for the example files.\nExampleKeys.BASIC_FLAT_PLATE_DAT\n\nExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT\n\nExampleKeys.BASIC_FLAT_PLATE_ACPH5\n\nExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB\n\nExampleKeys.RACE_CAR_NOSE_ACPH5\n\nExampleKeys.RACE_CAR_NOSE_STEP\n\nExampleKeys.CUT_OFF_GEOMETRY\n\nExampleKeys.RULE_GEOMETRY_TRIANGLE\n\nExampleKeys.THICKNESS_GEOMETRY\n\nExampleKeys.MINIMAL_FLAT_PLATE\n\nExampleKeys.OPTIMIZATION_EXAMPLE_DAT\n\nExampleKeys.CLASS40_AGDB\n\nExampleKeys.CLASS40_CDB\n\nExampleKeys.MATERIALS_XML\n\nExampleKeys.IMPORTED_SOLID_MODEL_ACPH5\n\nExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH\n\nExampleKeys.SNAP_TO_GEOMETRY\n\nExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL\n\nExampleKeys\nExampleKeys.BASIC_FLAT_PLATE_DAT\nExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT\nExampleKeys.BASIC_FLAT_PLATE_ACPH5\nExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB\nExampleKeys.RACE_CAR_NOSE_ACPH5\nExampleKeys.RACE_CAR_NOSE_STEP\nExampleKeys.CUT_OFF_GEOMETRY\nExampleKeys.RULE_GEOMETRY_TRIANGLE\nExampleKeys.THICKNESS_GEOMETRY\nExampleKeys.MINIMAL_FLAT_PLATE\nExampleKeys.OPTIMIZATION_EXAMPLE_DAT\nExampleKeys.CLASS40_AGDB\nExampleKeys.CLASS40_CDB\nExampleKeys.MATERIALS_XML\nExampleKeys.IMPORTED_SOLID_MODEL_ACPH5\nExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH\nExampleKeys.SNAP_TO_GEOMETRY\nExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL" }, { - "objectID": "examples/workflows/02-advanced-pymapdl-workflow", - "href": "examples/workflows/02-advanced-pymapdl-workflow.html#postprocessing-with-pydpf---composites", - "title": "Advanced PyMAPDL workflow > Postprocessing with PyDPF - Composites", - "section": "Postprocessing with PyDPF - Composites", - "text": "To postprocess the results, you must configure the imports, connect to the\nPyDPF - Composites server, and load its plugin.\nConnect to the server. The connect_to_or_start_server function\nautomatically loads the composites plugin.\nSpecify the combined failure criterion.\nCreate the composite model and configure its input.\nEvaluate the failure criteria.\nQuery and plot the results.\nTotal running time of the script: (0 minutes 27.369 seconds)\nDownload Jupyter notebook: 02-advanced-pymapdl-workflow.ipynb\nDownload Python source code: 02-advanced-pymapdl-workflow.py\nDownload zipped: 02-advanced-pymapdl-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocessing with PyDPF - Composites\nconnect_to_or_start_server\nDownload Jupyter notebook: 02-advanced-pymapdl-workflow.ipynb\nDownload Python source code: 02-advanced-pymapdl-workflow.py\nDownload zipped: 02-advanced-pymapdl-workflow.zip" + "objectID": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys", + "href": "api/_autosummary/ansys.acp.core.extras.example_helpers.ExampleKeys.html#ansys.acp.core.extras.example_helpers.ExampleKeys", + "title": "ExampleKeys > ExampleKeys > ExampleKeys", + "section": "ExampleKeys > ExampleKeys", + "text": "class ansys.acp.core.extras.example_helpers.ExampleKeys(cls, value, names=, *values, module=None, qualname=None, type=None, start=1, boundary=None)\n\nKeys for the example files.\n\n!! processed by numpydoc !!\n\nAttributes\n\n\n\n\n\n\n\nExampleKeys.BASIC_FLAT_PLATE_DAT\n\n\n\nExampleKeys.BASIC_FLAT_PLATE_REFINED_DAT\n\n\n\nExampleKeys.BASIC_FLAT_PLATE_ACPH5\n\n\n\nExampleKeys.BASIC_FLAT_PLATE_SOLID_MESH_CDB\n\n\n\nExampleKeys.RACE_CAR_NOSE_ACPH5\n\n\n\nExampleKeys.RACE_CAR_NOSE_STEP\n\n\n\nExampleKeys.CUT_OFF_GEOMETRY\n\n\n\nExampleKeys.RULE_GEOMETRY_TRIANGLE\n\n\n\nExampleKeys.THICKNESS_GEOMETRY\n\n\n\nExampleKeys.MINIMAL_FLAT_PLATE\n\n\n\nExampleKeys.OPTIMIZATION_EXAMPLE_DAT\n\n\n\nExampleKeys.CLASS40_AGDB\n\n\n\nExampleKeys.CLASS40_CDB\n\n\n\nExampleKeys.MATERIALS_XML\n\n\n\nExampleKeys.IMPORTED_SOLID_MODEL_ACPH5\n\n\n\nExampleKeys.IMPORTED_SOLID_MODEL_SOLID_MESH\n\n\n\nExampleKeys.SNAP_TO_GEOMETRY\n\n\n\nExampleKeys.CUT_OFF_GEOMETRY_SOLID_MODEL\n\n\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh.html#visualization_mesh", - "title": "visualization_mesh", - "section": "visualization_mesh", - "text": "Surface mesh for visualization.\nThe CAD Geometry’s surface represented as a triangle mesh.\nvisualization_mesh" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.id", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.id.html#id", + "title": "id", + "section": "id", + "text": "Identifier of the object, used for example as key in maps.\nid" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh.html#ansys.acp.core.CADGeometry.visualization_mesh", - "title": "visualization_mesh > visualization_mesh > visualization_mesh", - "section": "visualization_mesh > visualization_mesh", - "text": "property CADGeometry.visualization_mesh: TriangleMesh\n\nSurface mesh for visualization.\n\nThe CAD Geometry’s surface represented as a triangle mesh.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LayupMappingObject.id", + "href": "api/_autosummary/ansys.acp.core.LayupMappingObject.id.html#ansys.acp.core.LayupMappingObject.id", + "title": "id > id > id", + "section": "id > id", + "text": "property LayupMappingObject.id: Any\n\nIdentifier of the object, used for example as key in maps.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh", - "href": "api/_autosummary/ansys.acp.core.CADGeometry.visualization_mesh.html#examples-using-cadgeometryvisualization_mesh", - "title": "visualization_mesh > Examples using CADGeometry.visualization_mesh", - "section": "Examples using CADGeometry.visualization_mesh", - "text": "sphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using CADGeometry.visualization_mesh" + "objectID": "api/_autosummary/ansys.acp.core.DrapingType.INTERNAL_DRAPING", + "href": "api/_autosummary/ansys.acp.core.DrapingType.INTERNAL_DRAPING.html#internal_draping", + "title": "INTERNAL_DRAPING", + "section": "INTERNAL_DRAPING", + "text": "INTERNAL_DRAPING" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.interface_layers", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.interface_layers.html#interface_layers", - "title": "interface_layers", - "section": "interface_layers", - "text": "interface_layers" + "objectID": "api/_autosummary/ansys.acp.core.DrapingType.INTERNAL_DRAPING", + "href": "api/_autosummary/ansys.acp.core.DrapingType.INTERNAL_DRAPING.html#ansys.acp.core.DrapingType.INTERNAL_DRAPING", + "title": "INTERNAL_DRAPING > INTERNAL_DRAPING > INTERNAL_DRAPING", + "section": "INTERNAL_DRAPING > INTERNAL_DRAPING", + "text": "DrapingType.INTERNAL_DRAPING = 'internal_draping'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ModelingGroup.interface_layers", - "href": "api/_autosummary/ansys.acp.core.ModelingGroup.interface_layers.html#ansys.acp.core.ModelingGroup.interface_layers", - "title": "interface_layers > interface_layers > interface_layers", - "section": "interface_layers > interface_layers", - "text": "property ModelingGroup.interface_layers: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.join", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.join.html#join", + "title": "join", + "section": "join", + "text": "Concatenate any number of strings.\nThe string whose method is called is inserted in between each given string.\nThe result is returned as a new string.\nExample: ‘.’.join([‘ab’, ‘pq’, ‘rs’]) -> ‘ab.pq.rs’\njoin" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_sensor", - "href": "api/_autosummary/ansys.acp.core.Model.create_sensor.html#create_sensor", - "title": "create_sensor", - "section": "create_sensor", - "text": "Instantiate a Sensor.\nname (str) – Name of the sensor.\nsensor_type (SensorType) – Type of sensor: The sensor can be scoped by area, material, plies,\nor solid model.\nactive (bool) – Inactive sensors are not evaluated.\nentities (Sequence[Fabric | Stackup | SubLaminate | ElementSet | OrientedSelectionSet | ModelingPly]) – List of entities which define the sensor’s scope.\nSensor\nAdded in ACP server version 24.2.\ncreate_sensor" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.join", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.join.html#ansys.acp.core.LaunchMode.join", + "title": "join > join > join", + "section": "join > join", + "text": "LaunchMode.join(iterable, /)\n\nConcatenate any number of strings.\n\nThe string whose method is called is inserted in between each given string.\nThe result is returned as a new string.\n\nExample: ‘.’.join([‘ab’, ‘pq’, ‘rs’]) -> ‘ab.pq.rs’\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_sensor", - "href": "api/_autosummary/ansys.acp.core.Model.create_sensor.html#ansys.acp.core.Model.create_sensor", - "title": "create_sensor > create_sensor > create_sensor", - "section": "create_sensor > create_sensor", - "text": "Model.create_sensor(*, name='Sensor', sensor_type='sensor_by_area', active=True, entities=())\n\nInstantiate a Sensor.\n\nParameters\n\nname (str) – Name of the sensor.\n\nsensor_type (SensorType) – Type of sensor: The sensor can be scoped by area, material, plies,\nor solid model.\n\nactive (bool) – Inactive sensors are not evaluated.\n\nentities (Sequence[Fabric | Stackup | SubLaminate | ElementSet | OrientedSelectionSet | ModelingPly]) – List of entities which define the sensor’s scope.\n\nReturn type\n\nSensor\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", + "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#pymechanical-to-cdb-shell-workflow", + "title": "PyMechanical to CDB shell workflow", + "section": "PyMechanical to CDB shell workflow", + "text": "This example shows how to set up a workflow that uses PyMechanical to mesh the\ngeometry and define the load case, PyACP to define a layup, PyMAPDL to solve the\nmodel, and PyDPF - Composites to post-process the results.\nThis workflow does not suffer from the limitations of the PyACP to\nPyMechanical integration.\nPyMechanical to CDB shell workflow" }, { - "objectID": "api/_autosummary/ansys.acp.core.Model.create_sensor", - "href": "api/_autosummary/ansys.acp.core.Model.create_sensor.html#examples-using-modelcreate_sensor", - "title": "create_sensor > Examples using Model.create_sensor", - "section": "Examples using Model.create_sensor", - "text": "sphx_glr_examples_modeling_features_007-sensor.py\nsphx_glr_examples_modeling_features_007-sensor.py\nExamples using Model.create_sensor" + "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", + "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#import-modules-and-start-the-ansys-products", + "title": "PyMechanical to CDB shell workflow > Import modules and start the Ansys products", + "section": "Import modules and start the Ansys products", + "text": "Import the standard library and third-party dependencies.\nImport PyACP, PyMechanical, and PyDPF - Composites.\nStart the ACP, Mechanical, and DPF servers. We use a ThreadPoolExecutor\nto start them in parallel.\nImport modules and start the Ansys products\nThreadPoolExecutor" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_edge_sets", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_edge_sets.html#transferred_edge_sets", - "title": "transferred_edge_sets", - "section": "transferred_edge_sets", - "text": "transferred_edge_sets" + "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", + "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#get-example-input-files", + "title": "PyMechanical to CDB shell workflow > Get example input files", + "section": "Get example input files", + "text": "Create a temporary working directory, and download the example input files\nto this directory.\nGet example input files" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_edge_sets", - "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.transferred_edge_sets.html#ansys.acp.core.SolidModelExportSettings.transferred_edge_sets", - "title": "transferred_edge_sets > transferred_edge_sets > transferred_edge_sets", - "section": "transferred_edge_sets > transferred_edge_sets", - "text": "property SolidModelExportSettings.transferred_edge_sets: LinkedObjectList[ChildT]\n\n!! processed by numpydoc !!" + "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", + "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#generate-the-mesh-in-pymechanical", + "title": "PyMechanical to CDB shell workflow > Generate the mesh in PyMechanical", + "section": "Generate the mesh in PyMechanical", + "text": "Load the geometry into Mechanical, generate the mesh, and define the\nload case.\nGenerate the mesh in PyMechanical" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric", - "href": "api/_autosummary/ansys.acp.core.Fabric.html#fabric", - "title": "Fabric", - "section": "Fabric", - "text": "Instantiate a Fabric.\nname (str) – Name of the fabric.\nmaterial (Material | None) – Material of the fabric.\nthickness (float) – Thickness of the fabric.\narea_price (float) – Price per area of the fabric.\nignore_for_postprocessing (bool) – Enable this option that the failure computation skips all plies made of this fabric.\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\narea_weight – Weight per area of the fabric. Read only.\nAdded in ACP server version 24.2.\nFabric.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nFabric.delete()\nDelete the object.\nFabric.store(parent)\nStore the object on the server.\nFabric.area_price\n\nFabric.area_weight\n\nFabric.cut_off_material\n\nFabric.cut_off_material_handling\n\nFabric.draping_material_model\n\nFabric.draping_ud_coefficient\n\nFabric.drop_off_material\n\nFabric.drop_off_material_handling\n\nFabric.id\nIdentifier of the object, used for example as key in maps.\nFabric.ignore_for_postprocessing\n\nFabric.material\n\nFabric.name\nThe name of the object.\nFabric.parent\nThe parent of the object.\nFabric.status\n\nFabric.thickness\n\nFabric\nFabric.clone\nFabric.delete\nFabric.store\nFabric.area_price\nFabric.area_weight\nFabric.cut_off_material\nFabric.cut_off_material_handling\nFabric.draping_material_model\nFabric.draping_ud_coefficient\nFabric.drop_off_material\nFabric.drop_off_material_handling\nFabric.id\nFabric.ignore_for_postprocessing\nFabric.material\nFabric.name\nFabric.parent\nFabric.status\nFabric.thickness" + "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", + "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#set-up-the-acp-model", + "title": "PyMechanical to CDB shell workflow > Set up the ACP model", + "section": "Set up the ACP model", + "text": "Setup basic ACP lay-up based on the CDB file.\nSet up the ACP model" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric", - "href": "api/_autosummary/ansys.acp.core.Fabric.html#ansys.acp.core.Fabric", - "title": "Fabric > Fabric > Fabric", - "section": "Fabric > Fabric", - "text": "class ansys.acp.core.Fabric(*, name='Fabric', material=None, thickness=0.0, area_price=0.0, ignore_for_postprocessing=False, drop_off_material_handling='global', drop_off_material=None, cut_off_material_handling='computed', cut_off_material=None, draping_material_model='woven', draping_ud_coefficient=0.0)\n\nInstantiate a Fabric.\n\nParameters\n\nname (str) – Name of the fabric.\n\nmaterial (Material | None) – Material of the fabric.\n\nthickness (float) – Thickness of the fabric.\n\narea_price (float) – Price per area of the fabric.\n\nignore_for_postprocessing (bool) – Enable this option that the failure computation skips all plies made of this fabric.\n\ndrop_off_material_handling (DropOffMaterialHandling) – Defines the material of drop-off elements in the solid model extrusion.\n\ndrop_off_material (Material | None) – Specify the material of drop-off elements in the solid model.\n\ncut_off_material_handling (CutOffMaterialHandling) – Defines the material of cut-off elements in solid models if cut-off geometries are active.\n\ncut_off_material (Material | None) – Define the cut-off material if a ply with this material is shaped by a cut-off geometry.\n\ndraping_material_model (DrapingMaterialModel) – Specifies the draping model of the fabric.\n\ndraping_ud_coefficient (float) – Set the draping coefficient of the uni-directional draping model. Must be in the range of 0 to 1.\n\narea_weight – Weight per area of the fabric. Read only.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nFabric.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nFabric.delete()\n\nDelete the object.\n\nFabric.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nFabric.area_price\n\n\n\nFabric.area_weight\n\n\n\nFabric.cut_off_material\n\n\n\nFabric.cut_off_material_handling\n\n\n\nFabric.draping_material_model\n\n\n\nFabric.draping_ud_coefficient\n\n\n\nFabric.drop_off_material\n\n\n\nFabric.drop_off_material_handling\n\n\n\nFabric.id\n\nIdentifier of the object, used for example as key in maps.\n\nFabric.ignore_for_postprocessing\n\n\n\nFabric.material\n\n\n\nFabric.name\n\nThe name of the object.\n\nFabric.parent\n\nThe parent of the object.\n\nFabric.status\n\n\n\nFabric.thickness\n\n\n\n" + "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", + "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#update-and-save-the-acp-model", + "title": "PyMechanical to CDB shell workflow > Update and Save the ACP model", + "section": "Update and Save the ACP model", + "text": "Update and Save the ACP model" }, { - "objectID": "api/_autosummary/ansys.acp.core.Fabric", - "href": "api/_autosummary/ansys.acp.core.Fabric.html#examples-using-fabric", - "title": "Fabric > Examples using Fabric", - "section": "Examples using Fabric", - "text": "sphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_001-materials.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_002-rosettes-ply-directions.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_005-ply-direction-lookup-table.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_010-sandwich-panel-layup.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_01-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nsphx_glr_examples_workflows_02-advanced-pymapdl-workflow.py\nExamples using Fabric" + "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", + "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#solve-with-pymapdl", + "title": "PyMechanical to CDB shell workflow > Solve with PyMAPDL", + "section": "Solve with PyMAPDL", + "text": "Load the CDB file into PyMAPDL.\nSolve the model.\nShow the displacements in postprocessing.\nDownload the RST file for further postprocessing.\nSolve with PyMAPDL" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxy.html#sxy", - "title": "Sxy", - "section": "Sxy", - "text": "Sxy" + "objectID": "examples/workflows/05-pymechanical-to-cdb-workflow", + "href": "examples/workflows/05-pymechanical-to-cdb-workflow.html#postprocessing-with-pydpf---composites", + "title": "PyMechanical to CDB shell workflow > Postprocessing with PyDPF - Composites", + "section": "Postprocessing with PyDPF - Composites", + "text": "Specify the combined failure criterion.\nCreate the composite model and configure its input.\nEvaluate the failure criteria.\nQuery and plot the results.\nNote that the maximum IRF is different when compared to pymechanical_shell_example\nbecause ACP sets the ERESX,NO option in the CDB file. This option disables interpolation\nof the results from the integration point to the nodes.\nDownload Jupyter notebook: 05-pymechanical-to-cdb-workflow.ipynb\nDownload Python source code: 05-pymechanical-to-cdb-workflow.py\nDownload zipped: 05-pymechanical-to-cdb-workflow.zip\nGallery generated by Sphinx-Gallery\nPostprocessing with PyDPF - Composites\nERESX,NO\nDownload Jupyter notebook: 05-pymechanical-to-cdb-workflow.ipynb\nDownload Python source code: 05-pymechanical-to-cdb-workflow.py\nDownload zipped: 05-pymechanical-to-cdb-workflow.zip" }, { - "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxy", - "href": "api/_autosummary/ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxy.html#ansys.acp.core.material_property_sets.VariableWovenStressLimits.Sxy", - "title": "Sxy > Sxy > Sxy", - "section": "Sxy > Sxy", - "text": "property VariableWovenStressLimits.Sxy: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "title": "get_pyvista_mesh", + "section": "get_pyvista_mesh", + "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.get_pyvista_mesh", + "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", + "section": "get_pyvista_mesh > get_pyvista_mesh", + "text": "CylindricalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.elemental_data", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.elemental_data.html#ansys.acp.core.ImportedSolidModel.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property ImportedSolidModel.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.center_of_gravity", + "href": "api/_autosummary/ansys.acp.core.Sensor.center_of_gravity.html#center_of_gravity", + "title": "center_of_gravity", + "section": "center_of_gravity", + "text": "The center of gravity of the selected entity in the global coordinate system.\ncenter_of_gravity" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.offsets", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.offsets.html#offsets", - "title": "offsets", - "section": "offsets", - "text": "offsets" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.center_of_gravity", + "href": "api/_autosummary/ansys.acp.core.Sensor.center_of_gravity.html#ansys.acp.core.Sensor.center_of_gravity", + "title": "center_of_gravity > center_of_gravity > center_of_gravity", + "section": "center_of_gravity > center_of_gravity", + "text": "property Sensor.center_of_gravity: Any\n\nThe center of gravity of the selected entity in the global coordinate system.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.offsets", - "href": "api/_autosummary/ansys.acp.core.VariableOffsetSelectionRule.offsets.html#ansys.acp.core.VariableOffsetSelectionRule.offsets", - "title": "offsets > offsets > offsets", - "section": "offsets > offsets", - "text": "property VariableOffsetSelectionRule.offsets: CreatableFromResourcePath | None\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.clone", + "href": "api/_autosummary/ansys.acp.core.Sensor.clone.html#clone", + "title": "clone", + "section": "clone", + "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.secondary_plies", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.secondary_plies.html#secondary_plies", - "title": "secondary_plies", - "section": "secondary_plies", - "text": "secondary_plies" + "objectID": "api/_autosummary/ansys.acp.core.Sensor.clone", + "href": "api/_autosummary/ansys.acp.core.Sensor.clone.html#ansys.acp.core.Sensor.clone", + "title": "clone > clone > clone", + "section": "clone > clone", + "text": "Sensor.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.ANALYSIS_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.SectionCutType.ANALYSIS_PLY_WISE.html#analysis_ply_wise", + "title": "ANALYSIS_PLY_WISE", + "section": "ANALYSIS_PLY_WISE", + "text": "ANALYSIS_PLY_WISE" }, { - "objectID": "api/_autosummary/ansys.acp.core.ButtJointSequence.secondary_plies", - "href": "api/_autosummary/ansys.acp.core.ButtJointSequence.secondary_plies.html#ansys.acp.core.ButtJointSequence.secondary_plies", - "title": "secondary_plies > secondary_plies > secondary_plies", - "section": "secondary_plies > secondary_plies", - "text": "property ButtJointSequence.secondary_plies: LinkedObjectList[Any]\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SectionCutType.ANALYSIS_PLY_WISE", + "href": "api/_autosummary/ansys.acp.core.SectionCutType.ANALYSIS_PLY_WISE.html#ansys.acp.core.SectionCutType.ANALYSIS_PLY_WISE", + "title": "ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE", + "section": "ANALYSIS_PLY_WISE > ANALYSIS_PLY_WISE", + "text": "SectionCutType.ANALYSIS_PLY_WISE = 'analysis_ply_wise'\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.store", - "href": "api/_autosummary/ansys.acp.core.SolidModel.store.html#store", - "title": "store", - "section": "store", - "text": "Store the object on the server.\nparent (TreeObject) – Parent object to store the object under.\nstore" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.mat_type", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.mat_type.html#mat_type", + "title": "mat_type", + "section": "mat_type", + "text": "mat_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidModel.store", - "href": "api/_autosummary/ansys.acp.core.SolidModel.store.html#ansys.acp.core.SolidModel.store", - "title": "store > store > store", - "section": "store > store", - "text": "SolidModel.store(parent)\n\nStore the object on the server.\n\nParameters\n\nparent (TreeObject) – Parent object to store the object under.\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.mat_type", + "href": "api/_autosummary/ansys.acp.core.material_property_sets.ConstantPuckConstants.mat_type.html#ansys.acp.core.material_property_sets.ConstantPuckConstants.mat_type", + "title": "mat_type > mat_type > mat_type", + "section": "mat_type > mat_type", + "text": "property ConstantPuckConstants.mat_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.clone", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.clone.html#clone", - "title": "clone", - "section": "clone", - "text": "Create a new unstored object with the same properties.\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\nSelf\nclone\nTrue" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping.html#draping", + "title": "draping", + "section": "draping", + "text": "draping" }, { - "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.clone", - "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.clone.html#ansys.acp.core.OrientedSelectionSet.clone", - "title": "clone > clone > clone", - "section": "clone > clone", - "text": "OrientedSelectionSet.clone(*, unlink=False)\n\nCreate a new unstored object with the same properties.\n\nParameters\n\nunlink (bool) – If True, remove all links to other objects. This can be\nused to store the object to another model, where the links\nwould be invalid.\n\nReturn type\n\nSelf\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.draping.html#ansys.acp.core.OrientedSelectionSet.draping", + "title": "draping > draping > draping", + "section": "draping > draping", + "text": "property OrientedSelectionSet.draping: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.status", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.status.html#status", - "title": "status", - "section": "status", - "text": "status" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.lower", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.lower.html#lower", + "title": "lower", + "section": "lower", + "text": "Return a copy of the string converted to lowercase.\nlower" }, { - "objectID": "api/_autosummary/ansys.acp.core.SolidElementSet.status", - "href": "api/_autosummary/ansys.acp.core.SolidElementSet.status.html#ansys.acp.core.SolidElementSet.status", - "title": "status > status > status", - "section": "status > status", - "text": "property SolidElementSet.status: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.LaunchMode.lower", + "href": "api/_autosummary/ansys.acp.core.LaunchMode.lower.html#ansys.acp.core.LaunchMode.lower", + "title": "lower > lower > lower", + "section": "lower > lower", + "text": "LaunchMode.lower(/)\n\nReturn a copy of the string converted to lowercase.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.get_pyvista_mesh.html#get_pyvista_mesh", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.get_pyvista_mesh.html#get_pyvista_mesh", "title": "get_pyvista_mesh", "section": "get_pyvista_mesh", "text": "Get a pyvista mesh with all data.\nmesh (MeshData) – The mesh to which the data is associated.\nUnstructuredGrid\nget_pyvista_mesh" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.get_pyvista_mesh", - "href": "api/_autosummary/ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.SphericalSelectionRuleElementalData.get_pyvista_mesh", + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.get_pyvista_mesh", + "href": "api/_autosummary/ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.get_pyvista_mesh.html#ansys.acp.core.mesh_data.CutOffSelectionRuleNodalData.get_pyvista_mesh", "title": "get_pyvista_mesh > get_pyvista_mesh > get_pyvista_mesh", "section": "get_pyvista_mesh > get_pyvista_mesh", - "text": "SphericalSelectionRuleElementalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" + "text": "CutOffSelectionRuleNodalData.get_pyvista_mesh(mesh)\n\nGet a pyvista mesh with all data.\n\nParameters\n\nmesh (MeshData) – The mesh to which the data is associated.\n\nReturn type\n\nUnstructuredGrid\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.elemental_data.html#elemental_data", - "title": "elemental_data", - "section": "elemental_data", - "text": "elemental_data" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type.html#thickness_type", + "title": "thickness_type", + "section": "thickness_type", + "text": "thickness_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.TubeSelectionRule.elemental_data", - "href": "api/_autosummary/ansys.acp.core.TubeSelectionRule.elemental_data.html#ansys.acp.core.TubeSelectionRule.elemental_data", - "title": "elemental_data > elemental_data > elemental_data", - "section": "elemental_data > elemental_data", - "text": "property TubeSelectionRule.elemental_data: MeshDataT\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type.html#ansys.acp.core.ModelingPly.thickness_type", + "title": "thickness_type > thickness_type > thickness_type", + "section": "thickness_type > thickness_type", + "text": "property ModelingPly.thickness_type: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_type", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_type.html#drop_off_type", - "title": "drop_off_type", - "section": "drop_off_type", - "text": "drop_off_type" + "objectID": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type", + "href": "api/_autosummary/ansys.acp.core.ModelingPly.thickness_type.html#examples-using-modelingplythickness_type", + "title": "thickness_type > Examples using ModelingPly.thickness_type", + "section": "Examples using ModelingPly.thickness_type", + "text": "sphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nsphx_glr_examples_modeling_features_006-layup-thickness-definitions.py\nExamples using ModelingPly.thickness_type" }, { - "objectID": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_type", - "href": "api/_autosummary/ansys.acp.core.DropOffSettings.drop_off_type.html#ansys.acp.core.DropOffSettings.drop_off_type", - "title": "drop_off_type > drop_off_type > drop_off_type", - "section": "drop_off_type > drop_off_type", - "text": "property DropOffSettings.drop_off_type: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_types", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_types.html#element_types", + "title": "element_types", + "section": "element_types", + "text": "element_types" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh.html#import_initial_mesh", - "title": "import_initial_mesh", - "section": "import_initial_mesh", - "text": "Import the solid mesh and its element sets.\nimport_initial_mesh" + "objectID": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_types", + "href": "api/_autosummary/ansys.acp.core.mesh_data.MeshData.element_types.html#ansys.acp.core.mesh_data.MeshData.element_types", + "title": "element_types > element_types > element_types", + "section": "element_types > element_types", + "text": "MeshData.element_types: ndarray[tuple[int, ...], dtype[int32]]\n\n" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh.html#ansys.acp.core.ImportedSolidModel.import_initial_mesh", - "title": "import_initial_mesh > import_initial_mesh > import_initial_mesh", - "section": "import_initial_mesh > import_initial_mesh", - "text": "ImportedSolidModel.import_initial_mesh()\n\nImport the solid mesh and its element sets.\n\n!! processed by numpydoc !!\n\n" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.name", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.name.html#name", + "title": "name", + "section": "name", + "text": "The name of the object.\nname" }, { - "objectID": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh", - "href": "api/_autosummary/ansys.acp.core.ImportedSolidModel.import_initial_mesh.html#examples-using-importedsolidmodelimport_initial_mesh", - "title": "import_initial_mesh > Examples using ImportedSolidModel.import_initial_mesh", - "section": "Examples using ImportedSolidModel.import_initial_mesh", - "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using ImportedSolidModel.import_initial_mesh" + "objectID": "api/_autosummary/ansys.acp.core.FieldDefinition.name", + "href": "api/_autosummary/ansys.acp.core.FieldDefinition.name.html#ansys.acp.core.FieldDefinition.name", + "title": "name > name > name", + "section": "name > name", + "text": "property FieldDefinition.name: Any\n\nThe name of the object.\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material_handling", - "href": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material_handling.html#drop_off_material_handling", - "title": "drop_off_material_handling", - "section": "drop_off_material_handling", - "text": "drop_off_material_handling" + "objectID": "api/_autosummary/ansys.acp.core.Model.rosettes", + "href": "api/_autosummary/ansys.acp.core.Model.rosettes.html#rosettes", + "title": "rosettes", + "section": "rosettes", + "text": "rosettes" }, { - "objectID": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material_handling", - "href": "api/_autosummary/ansys.acp.core.Stackup.drop_off_material_handling.html#ansys.acp.core.Stackup.drop_off_material_handling", - "title": "drop_off_material_handling > drop_off_material_handling > drop_off_material_handling", - "section": "drop_off_material_handling > drop_off_material_handling", - "text": "property Stackup.drop_off_material_handling: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.Model.rosettes", + "href": "api/_autosummary/ansys.acp.core.Model.rosettes.html#ansys.acp.core.Model.rosettes", + "title": "rosettes > rosettes > rosettes", + "section": "rosettes > rosettes", + "text": "property Model.rosettes: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.include_rule.html#include_rule", - "title": "include_rule", - "section": "include_rule", - "text": "include_rule" + "objectID": "api/_autosummary/ansys.acp.core.Model.rosettes", + "href": "api/_autosummary/ansys.acp.core.Model.rosettes.html#examples-using-modelrosettes", + "title": "rosettes > Examples using Model.rosettes", + "section": "Examples using Model.rosettes", + "text": "sphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_030-imported-plies.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nsphx_glr_examples_modeling_features_031-imported-solid-model.py\nExamples using Model.rosettes" }, { - "objectID": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.include_rule", - "href": "api/_autosummary/ansys.acp.core.BooleanSelectionRule.include_rule.html#ansys.acp.core.BooleanSelectionRule.include_rule", - "title": "include_rule > include_rule > include_rule", - "section": "include_rule > include_rule", - "text": "property BooleanSelectionRule.include_rule: Any\n\n!! processed by numpydoc !!" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_guides", + "href": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_guides.html#extrusion_guides", + "title": "extrusion_guides", + "section": "extrusion_guides", + "text": "extrusion_guides" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.html#parallelselectionrule", - "title": "ParallelSelectionRule", - "section": "ParallelSelectionRule", - "text": "Instantiate a Parallel Selection Rule.\nname (str) – Name of the Parallel Selection Rule.\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\norigin (tuple[float, ...]) – Origin of the Parallel Selection Rule.\ndirection (tuple[float, ...]) – Direction of the Parallel Selection Rule.\nlower_limit (float) – Negative distance of the Parallel Selection Rule.\nupper_limit (float) – Positive distance of the Parallel Selection Rule.\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\nAdded in ACP server version 24.2.\nParallelSelectionRule.clone(*[, unlink])\nCreate a new unstored object with the same properties.\nParallelSelectionRule.delete()\nDelete the object.\nParallelSelectionRule.store(parent)\nStore the object on the server.\nParallelSelectionRule.direction\n\nParallelSelectionRule.elemental_data\n\nParallelSelectionRule.id\nIdentifier of the object, used for example as key in maps.\nParallelSelectionRule.include_rule\n\nParallelSelectionRule.lower_limit\n\nParallelSelectionRule.mesh\nFull mesh associated with the object.\nParallelSelectionRule.name\nThe name of the object.\nParallelSelectionRule.nodal_data\n\nParallelSelectionRule.origin\n\nParallelSelectionRule.parent\nThe parent of the object.\nParallelSelectionRule.relative_rule\n\nParallelSelectionRule.rosette\n\nParallelSelectionRule.shell_mesh\nShell mesh associated with the object.\nParallelSelectionRule.status\n\nParallelSelectionRule.upper_limit\n\nParallelSelectionRule.use_global_coordinate_system\n\nParallelSelectionRule\nuse_global_coordinate_system\nFalse\nParallelSelectionRule.clone\nParallelSelectionRule.delete\nParallelSelectionRule.store\nParallelSelectionRule.direction\nParallelSelectionRule.elemental_data\nParallelSelectionRule.id\nParallelSelectionRule.include_rule\nParallelSelectionRule.lower_limit\nParallelSelectionRule.mesh\nParallelSelectionRule.name\nParallelSelectionRule.nodal_data\nParallelSelectionRule.origin\nParallelSelectionRule.parent\nParallelSelectionRule.relative_rule\nParallelSelectionRule.rosette\nParallelSelectionRule.shell_mesh\nParallelSelectionRule.status\nParallelSelectionRule.upper_limit\nParallelSelectionRule.use_global_coordinate_system" + "objectID": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_guides", + "href": "api/_autosummary/ansys.acp.core.SolidModel.extrusion_guides.html#ansys.acp.core.SolidModel.extrusion_guides", + "title": "extrusion_guides > extrusion_guides > extrusion_guides", + "section": "extrusion_guides > extrusion_guides", + "text": "property SolidModel.extrusion_guides: MutableMapping[CreatableValueT]\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.html#ansys.acp.core.ParallelSelectionRule", - "title": "ParallelSelectionRule > ParallelSelectionRule > ParallelSelectionRule", - "section": "ParallelSelectionRule > ParallelSelectionRule", - "text": "class ansys.acp.core.ParallelSelectionRule(*, name='ParallelSelectionrule', use_global_coordinate_system=True, rosette=None, origin=(0.0, 0.0, 0.0), direction=(1.0, 0.0, 0.0), lower_limit=0.0, upper_limit=0.0, relative_rule=False, include_rule=True)\n\nInstantiate a Parallel Selection Rule.\n\nParameters\n\nname (str) – Name of the Parallel Selection Rule.\n\nuse_global_coordinate_system (bool) – Use global coordinate system for origin and direction.\n\nrosette (Rosette | None) – Rosette used for origin and direction. Only applies if\nuse_global_coordinate_system is False.\n\norigin (tuple[float, ...]) – Origin of the Parallel Selection Rule.\n\ndirection (tuple[float, ...]) – Direction of the Parallel Selection Rule.\n\nlower_limit (float) – Negative distance of the Parallel Selection Rule.\n\nupper_limit (float) – Positive distance of the Parallel Selection Rule.\n\nrelative_rule (bool) – If True, parameters are evaluated relative to size of the object.\n\ninclude_rule (bool) – Include or exclude area in rule. Setting this to False\ninverts the selection.\n\nAdded in ACP server version 24.2.\n\n!! processed by numpydoc !!\n\nMethods\n\n\n\n\n\n\n\nParallelSelectionRule.clone(*[, unlink])\n\nCreate a new unstored object with the same properties.\n\nParallelSelectionRule.delete()\n\nDelete the object.\n\nParallelSelectionRule.store(parent)\n\nStore the object on the server.\n\n\n\nAttributes\n\n\n\n\n\n\n\nParallelSelectionRule.direction\n\n\n\nParallelSelectionRule.elemental_data\n\n\n\nParallelSelectionRule.id\n\nIdentifier of the object, used for example as key in maps.\n\nParallelSelectionRule.include_rule\n\n\n\nParallelSelectionRule.lower_limit\n\n\n\nParallelSelectionRule.mesh\n\nFull mesh associated with the object.\n\nParallelSelectionRule.name\n\nThe name of the object.\n\nParallelSelectionRule.nodal_data\n\n\n\nParallelSelectionRule.origin\n\n\n\nParallelSelectionRule.parent\n\nThe parent of the object.\n\nParallelSelectionRule.relative_rule\n\n\n\nParallelSelectionRule.rosette\n\n\n\nParallelSelectionRule.shell_mesh\n\nShell mesh associated with the object.\n\nParallelSelectionRule.status\n\n\n\nParallelSelectionRule.upper_limit\n\n\n\nParallelSelectionRule.use_global_coordinate_system\n\n\n\n" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.use_default_draping_mesh_size", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.use_default_draping_mesh_size.html#use_default_draping_mesh_size", + "title": "use_default_draping_mesh_size", + "section": "use_default_draping_mesh_size", + "text": "use_default_draping_mesh_size" }, { - "objectID": "api/_autosummary/ansys.acp.core.ParallelSelectionRule", - "href": "api/_autosummary/ansys.acp.core.ParallelSelectionRule.html#examples-using-parallelselectionrule", - "title": "ParallelSelectionRule > Examples using ParallelSelectionRule", - "section": "Examples using ParallelSelectionRule", - "text": "sphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_003-simple-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_004-advanced-selection-rules.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nsphx_glr_examples_modeling_features_050-composite_cae_h5.py\nExamples using ParallelSelectionRule" + "objectID": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.use_default_draping_mesh_size", + "href": "api/_autosummary/ansys.acp.core.OrientedSelectionSet.use_default_draping_mesh_size.html#ansys.acp.core.OrientedSelectionSet.use_default_draping_mesh_size", + "title": "use_default_draping_mesh_size > use_default_draping_mesh_size > use_default_draping_mesh_size", + "section": "use_default_draping_mesh_size > use_default_draping_mesh_size", + "text": "property OrientedSelectionSet.use_default_draping_mesh_size: Any\n\n!! processed by numpydoc !!" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.normal.html#normal", - "title": "normal", - "section": "normal", - "text": "normal" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.parent", + "href": "api/_autosummary/ansys.acp.core.Stackup.parent.html#parent", + "title": "parent", + "section": "parent", + "text": "The parent of the object.\nparent" }, { - "objectID": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.normal", - "href": "api/_autosummary/ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.normal.html#ansys.acp.core.mesh_data.CylindricalSelectionRuleElementalData.normal", - "title": "normal > normal > normal", - "section": "normal > normal", - "text": "CylindricalSelectionRuleElementalData.normal: VectorData | None = None\n\n" + "objectID": "api/_autosummary/ansys.acp.core.Stackup.parent", + "href": "api/_autosummary/ansys.acp.core.Stackup.parent.html#ansys.acp.core.Stackup.parent", + "title": "parent > parent > parent", + "section": "parent > parent", + "text": "property Stackup.parent: CreatableFromResourcePath\n\nThe parent of the object.\n\n!! processed by numpydoc !!" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.element_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.element_index.html#element_index", + "title": "element_index", + "section": "element_index", + "text": "element_index" + }, + { + "objectID": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.element_index", + "href": "api/_autosummary/ansys.acp.core.SolidModelExportSettings.element_index.html#ansys.acp.core.SolidModelExportSettings.element_index", + "title": "element_index > element_index > element_index", + "section": "element_index > element_index", + "text": "property SolidModelExportSettings.element_index: Any\n\n!! processed by numpydoc !!" } ] \ No newline at end of file diff --git a/version/dev/examples/modeling_features/001-materials.html b/version/dev/examples/modeling_features/001-materials.html index 25208eb47..b7d5d41c4 100644 --- a/version/dev/examples/modeling_features/001-materials.html +++ b/version/dev/examples/modeling_features/001-materials.html @@ -720,7 +720,7 @@

Import and Export Materials
model.export_materials(path=WORKING_DIR / "exported_materials.xml")
-

Total running time of the script: (0 minutes 8.207 seconds)

+

Total running time of the script: (0 minutes 10.503 seconds)