uwgeodynamicsrc.template

### MATPLOTLIBRC FORMAT

# This is a sample UWGeodynamics configuration file - you can find a copy
# of it on your system in
# site-packages/uwgeodynamics/uwgeo-data/uwgeodynamicsrc.  If you edit it
# there, please note that it will be overwritten in your next install.
# If you want to keep a permanent local copy that will not be
# overwritten, place it in the following location:
# unix/linux:
#     $HOME/.config/uwgeodynamics/uwgeodynamicsrc or
#     $XDG_CONFIG_HOME/uwgeodynamics/uwgeodynamicsrc (if $XDG_CONFIG_HOME is set)
# other platforms:
#     $HOME/.uwgeodynamics/uwgeodynamicsrc

#### CONFIGURATION BEGINS HERE

# Name of the model output directory
#
#output.directory : outputs
#
#
# Gravitational acceleration
#gravity : 9.81 meter / u.second**2
#
# Range of viscosities
#minimum.viscosity : 1e19 pascal * u.second
#maximum.viscosity : 1e25 pascal * second
#
# List of swarm variables
#swarm.variables  :  materialField ,  plasticStrain ,  viscosityField ,  densityField 

# List of mesh variables
#mesh.variables  :   velocityField ,  temperature ,  pressureField ,  strainRateField ,  projMaterialField ,  projViscosityField ,  projPlasticStrain ,  projDensityField 

# List of fields to output
#default.outputs  :  materialField ,  temperature ,  pressureField ,  plasticStrain ,  velocityField 
#
# List of default glucifer outputs
#glucifer.outputs  :  materialField ,  temperature ,  pressureField ,  plasticStrain ,  velocityField 
#
# swarm-layout number of particle per cell
#swarm.particles.per.cell : 50
#
# population control parameters
#popcontrol.aggressive  : True
#popcontrol.split.threshold  : 0.15
#popcontrol.max.splits  : 10
#popcontrol.particles.per.cell  : 50
#
# CFL condition
# CFL : 0.1
# Solver configuration
#solver  : mg
#penalty  : 0.0
#nonlinear.tolerance : 1e-2
#maximum.timestep  : 200000
#nonlinear.min.iterations : 3
#nonlinear.max.iterations : 500
#
# Scaling coefficients
#scaling.length : 1.0 meter
#scaling.mass : 1.0 kilogram
#scaling.time : 1.0 second
#scaling.temperature : 1.0 u.degK
#scaling.substance : 1.0 u.mole
#
# Common field units
#velocity.units  : centimeter / year
#temperature.units    : degK
#pressure.units  : pascal
#strain.rate  : 1.0 / second
#viscosity.units : pascal * second
#density.units : kilogram / meter**3
#
# Output field units
#viscosityField  : pascal * second
#densityField  : kilogram / metre**3
#velocityField  : centimeter / u.year
#temperature  : degK
#pressureField  : pascal
#strainRateField  : 1.0 / second
#projViscosityField   : pascal * second
#projDensityField  : kilogram / u.metre**3