protoDC2testnotebook.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": [
    "import sys, os\n",
    "import numpy as np\n",
    "import matplotlib.pyplot as plt\n",
    "%matplotlib inline"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": [
    "import sys\n",
    "sys.path.insert(0, '/global/common/cori/contrib/lsst/apps/anaconda/py2-envs/DESCQA/lib/python2.7/site-packages')"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": [
    "#!/global/common/cori/contrib/lsst/apps/anaconda/py2-envs/DESCQA/bin/python "
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": [
    "import subprocess\n",
    "assert u'lsst' in subprocess.check_output(['groups']).decode().split(), 'You need to be in the `lsst` group for this notebook to work'"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 5,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "('GCRCatalogs =', '0.6.9', '|', 'GCR =', '0.6.2')\n"
     ]
    }
   ],
   "source": [
    "import GCRCatalogs\n",
    "\n",
    "## check version\n",
    "print('GCRCatalogs =', GCRCatalogs.__version__, '|' ,'GCR =', GCRCatalogs.GCR.__version__)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 6,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "buzzard\n",
      "buzzard_high-res\n",
      "buzzard_test\n",
      "dc1\n",
      "protoDC2\n"
     ]
    }
   ],
   "source": [
    "## list all find available catlaogs, sorted by their name\n",
    "\n",
    "print('\\n'.join(sorted(GCRCatalogs.get_available_catalogs())))\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 7,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": [
    "## load 'protoDC2' catalog\n",
    "\n",
    "gc = GCRCatalogs.load_catalog('protoDC2')\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 8,
   "metadata": {
    "collapsed": false
   },
   "outputs": [],
   "source": [
    "data = gc.get_quantities(['mag_u_lsst', 'ra', 'dec','mag_i_lsst','redshift','stellar_mass'])\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "10022496\n"
     ]
    }
   ],
   "source": [
    "print len(data['ra'])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "(array([  993818.,  1058446.,  1017627.,  1018922.,   919843.,   922605.,\n",
       "          981588.,  1065746.,  1018159.,  1025742.]),\n",
       " array([-2.49999237, -1.9999939 , -1.49999542, -0.99999695, -0.49999847,\n",
       "         0.        ,  0.49999847,  0.99999695,  1.49999542,  1.9999939 ,\n",
       "         2.49999237]),\n",
       " <a list of 10 Patch objects>)"
      ]
     },
     "execution_count": 10,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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Ghl/cakdae2b9hDFJlgLnA2+eZq73qar7q2qsqsZWrFgxm9OUJJ2BYZ7yCvAAcLCq/mDg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\nSWSE9A7UAAAAAElFTkSuQmCC\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f2635f79790>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plt.hist(data['ra'])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "(array([  984380.,  1033200.,   944604.,   976762.,   965220.,  1021801.,\n",
       "         1044194.,  1033141.,  1010478.,  1008716.]),\n",
       " array([ -2.49999690e+00,  -1.99999726e+00,  -1.49999762e+00,\n",
       "         -9.99997973e-01,  -4.99998331e-01,   1.31130219e-06,\n",
       "          5.00000954e-01,   1.00000060e+00,   1.50000024e+00,\n",
       "          1.99999988e+00,   2.49999952e+00]),\n",
       " <a list of 10 Patch objects>)"
      ]
     },
     "execution_count": 11,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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D3a9otWNte3b9lD5JlgGXAG+dZaz3qaoHq2qsqsZWrlw5l9OUJJ2DYZ7yCvAQcLiqfndg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\nSVIX/x+ZpTXXyfWInAAAAABJRU5ErkJggg==\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f261ba07050>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plt.hist(data['dec'])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 32,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "Mag_true_Y_lsst_z0, \n",
      "Mag_true_g_lsst_z0, \n",
      "Mag_true_g_sdss_z0, \n",
      "Mag_true_i_lsst_z0, \n",
      "Mag_true_i_sdss_z0, \n",
      "Mag_true_r_lsst_z0, \n",
      "Mag_true_r_sdss_z0, \n",
      "Mag_true_u_lsst_z0, \n",
      "Mag_true_u_sdss_z0, \n",
      "Mag_true_z_lsst_z0, \n",
      "Mag_true_z_sdss_z0, \n",
      "bulge_sersic_index, \n",
      "convergence, \n",
      "dec, \n",
      "dec_true, \n",
      "disk_sersic_index, \n",
      "ellipticity_1, \n",
      "ellipticity_2, \n",
      "galaxy_id, \n",
      "halo_id, \n",
      "halo_mass, \n",
      "is_central, \n",
      "mag_Y_lsst, \n",
      "mag_g_lsst, \n",
      "mag_g_sdss, \n",
      "mag_i_lsst, \n",
      "mag_i_sdss, \n",
      "mag_r_lsst, \n",
      "mag_r_sdss, \n",
      "mag_u_lsst, \n",
      "mag_u_sdss, \n",
      "mag_z_lsst, \n",
      "mag_z_sdss, \n",
      "magnification, \n",
      "position_angle, \n",
      "position_x, \n",
      "position_y, \n",
      "position_z, \n",
      "ra, \n",
      "ra_true, \n",
      "redshift, \n",
      "redshift_true, \n",
      "shear_1, \n",
      "shear_2, \n",
      "size_bulge_true, \n",
      "size_disk_true, \n",
      "size_true, \n",
      "stellar_mass, \n",
      "velocity_x, \n",
      "velocity_y, \n",
      "velocity_z\n"
     ]
    }
   ],
   "source": [
    "print(', \\n'.join(sorted(gc.list_all_quantities())))\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 29,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "LSST_filters/diskLuminositiesStellar:LSST_g:observed\n",
      "LSST_filters/diskLuminositiesStellar:LSST_g:observed:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_g:rest\n",
      "LSST_filters/diskLuminositiesStellar:LSST_g:rest:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_i:observed\n",
      "LSST_filters/diskLuminositiesStellar:LSST_i:observed:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_i:rest\n",
      "LSST_filters/diskLuminositiesStellar:LSST_i:rest:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_r:observed\n",
      "LSST_filters/diskLuminositiesStellar:LSST_r:observed:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_r:rest\n",
      "LSST_filters/diskLuminositiesStellar:LSST_r:rest:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_u:observed\n",
      "LSST_filters/diskLuminositiesStellar:LSST_u:observed:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_u:rest\n",
      "LSST_filters/diskLuminositiesStellar:LSST_u:rest:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_y:observed\n",
      "LSST_filters/diskLuminositiesStellar:LSST_y:observed:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_y:rest\n",
      "LSST_filters/diskLuminositiesStellar:LSST_y:rest:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_z:observed\n",
      "LSST_filters/diskLuminositiesStellar:LSST_z:observed:dustAtlas\n",
      "LSST_filters/diskLuminositiesStellar:LSST_z:rest\n",
      "LSST_filters/diskLuminositiesStellar:LSST_z:rest:dustAtlas\n",
      "LSST_filters/magnitude:LSST_g:observed\n",
      "LSST_filters/magnitude:LSST_g:observed:dustAtlas\n",
      "LSST_filters/magnitude:LSST_g:rest\n",
      "LSST_filters/magnitude:LSST_g:rest:dustAtlas\n",
      "LSST_filters/magnitude:LSST_i:observed\n",
      "LSST_filters/magnitude:LSST_i:observed:dustAtlas\n",
      "LSST_filters/magnitude:LSST_i:rest\n",
      "LSST_filters/magnitude:LSST_i:rest:dustAtlas\n",
      "LSST_filters/magnitude:LSST_r:observed\n",
      "LSST_filters/magnitude:LSST_r:observed:dustAtlas\n",
      "LSST_filters/magnitude:LSST_r:rest\n",
      "LSST_filters/magnitude:LSST_r:rest:dustAtlas\n",
      "LSST_filters/magnitude:LSST_u:observed\n",
      "LSST_filters/magnitude:LSST_u:observed:dustAtlas\n",
      "LSST_filters/magnitude:LSST_u:rest\n",
      "LSST_filters/magnitude:LSST_u:rest:dustAtlas\n",
      "LSST_filters/magnitude:LSST_y:observed\n",
      "LSST_filters/magnitude:LSST_y:observed:dustAtlas\n",
      "LSST_filters/magnitude:LSST_y:rest\n",
      "LSST_filters/magnitude:LSST_y:rest:dustAtlas\n",
      "LSST_filters/magnitude:LSST_z:observed\n",
      "LSST_filters/magnitude:LSST_z:observed:dustAtlas\n",
      "LSST_filters/magnitude:LSST_z:rest\n",
      "LSST_filters/magnitude:LSST_z:rest:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_g:observed\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_g:observed:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_g:rest\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_g:rest:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_i:observed\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_i:observed:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_i:rest\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_i:rest:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_r:observed\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_r:observed:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_r:rest\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_r:rest:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_u:observed\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_u:observed:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_u:rest\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_u:rest:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_y:observed\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_y:observed:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_y:rest\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_y:rest:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_z:observed\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_z:observed:dustAtlas\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_z:rest\n",
      "LSST_filters/spheroidLuminositiesStellar:LSST_z:rest:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_g:observed\n",
      "LSST_filters/totalLuminositiesStellar:LSST_g:observed:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_g:rest\n",
      "LSST_filters/totalLuminositiesStellar:LSST_g:rest:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_i:observed\n",
      "LSST_filters/totalLuminositiesStellar:LSST_i:observed:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_i:rest\n",
      "LSST_filters/totalLuminositiesStellar:LSST_i:rest:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_r:observed\n",
      "LSST_filters/totalLuminositiesStellar:LSST_r:observed:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_r:rest\n",
      "LSST_filters/totalLuminositiesStellar:LSST_r:rest:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_u:observed\n",
      "LSST_filters/totalLuminositiesStellar:LSST_u:observed:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_u:rest\n",
      "LSST_filters/totalLuminositiesStellar:LSST_u:rest:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_y:observed\n",
      "LSST_filters/totalLuminositiesStellar:LSST_y:observed:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_y:rest\n",
      "LSST_filters/totalLuminositiesStellar:LSST_y:rest:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_z:observed\n",
      "LSST_filters/totalLuminositiesStellar:LSST_z:observed:dustAtlas\n",
      "LSST_filters/totalLuminositiesStellar:LSST_z:rest\n",
      "LSST_filters/totalLuminositiesStellar:LSST_z:rest:dustAtlas\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_g:observed\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_g:observed:dustAtlas\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_g:rest\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_g:rest:dustAtlas\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_i:observed\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_i:observed:dustAtlas\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_i:rest\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_i:rest:dustAtlas\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_r:observed\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_r:observed:dustAtlas\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_r:rest\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_r:rest:dustAtlas\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_u:observed\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_u:observed:dustAtlas\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_u:rest\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_u:rest:dustAtlas\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_z:observed\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_z:observed:dustAtlas\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_z:rest\n",
      "SDSS_filters/diskLuminositiesStellar:SDSS_z:rest:dustAtlas\n",
      "SDSS_filters/magnitude:SDSS_g:observed\n",
      "SDSS_filters/magnitude:SDSS_g:observed:dustAtlas\n",
      "SDSS_filters/magnitude:SDSS_g:rest\n",
      "SDSS_filters/magnitude:SDSS_g:rest:dustAtlas\n",
      "SDSS_filters/magnitude:SDSS_i:observed\n",
      "SDSS_filters/magnitude:SDSS_i:observed:dustAtlas\n",
      "SDSS_filters/magnitude:SDSS_i:rest\n",
      "SDSS_filters/magnitude:SDSS_i:rest:dustAtlas\n",
      "SDSS_filters/magnitude:SDSS_r:observed\n",
      "SDSS_filters/magnitude:SDSS_r:observed:dustAtlas\n",
      "SDSS_filters/magnitude:SDSS_r:rest\n",
      "SDSS_filters/magnitude:SDSS_r:rest:dustAtlas\n",
      "SDSS_filters/magnitude:SDSS_u:observed\n",
      "SDSS_filters/magnitude:SDSS_u:observed:dustAtlas\n",
      "SDSS_filters/magnitude:SDSS_u:rest\n",
      "SDSS_filters/magnitude:SDSS_u:rest:dustAtlas\n",
      "SDSS_filters/magnitude:SDSS_z:observed\n",
      "SDSS_filters/magnitude:SDSS_z:observed:dustAtlas\n",
      "SDSS_filters/magnitude:SDSS_z:rest\n",
      "SDSS_filters/magnitude:SDSS_z:rest:dustAtlas\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_g:observed\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_g:observed:dustAtlas\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_g:rest\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_g:rest:dustAtlas\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_i:observed\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_i:observed:dustAtlas\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_i:rest\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_i:rest:dustAtlas\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_r:observed\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_r:observed:dustAtlas\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_r:rest\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_r:rest:dustAtlas\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_u:observed\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_u:observed:dustAtlas\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_u:rest\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_u:rest:dustAtlas\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_z:observed\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_z:observed:dustAtlas\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_z:rest\n",
      "SDSS_filters/spheroidLuminositiesStellar:SDSS_z:rest:dustAtlas\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_g:observed\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_g:observed:dustAtlas\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_g:rest\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_g:rest:dustAtlas\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_i:observed\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_i:observed:dustAtlas\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_i:rest\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_i:rest:dustAtlas\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_r:observed\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_r:observed:dustAtlas\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_r:rest\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_r:rest:dustAtlas\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_u:observed\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_u:observed:dustAtlas\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_u:rest\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_u:rest:dustAtlas\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_z:observed\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_z:observed:dustAtlas\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_z:rest\n",
      "SDSS_filters/totalLuminositiesStellar:SDSS_z:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_1000_246:rest\n",
      "SEDs/diskLuminositiesStellar:SED_1000_246:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_11467_1710:rest\n",
      "SEDs/diskLuminositiesStellar:SED_11467_1710:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_1246_306:rest\n",
      "SEDs/diskLuminositiesStellar:SED_1246_306:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_13177_1966:rest\n",
      "SEDs/diskLuminositiesStellar:SED_13177_1966:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_15143_2259:rest\n",
      "SEDs/diskLuminositiesStellar:SED_15143_2259:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_1552_381:rest\n",
      "SEDs/diskLuminositiesStellar:SED_1552_381:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_17402_2596:rest\n",
      "SEDs/diskLuminositiesStellar:SED_17402_2596:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_1933_474:rest\n",
      "SEDs/diskLuminositiesStellar:SED_1933_474:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_2407_591:rest\n",
      "SEDs/diskLuminositiesStellar:SED_2407_591:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_2998_186:rest\n",
      "SEDs/diskLuminositiesStellar:SED_2998_186:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_3184_197:rest\n",
      "SEDs/diskLuminositiesStellar:SED_3184_197:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_3381_209:rest\n",
      "SEDs/diskLuminositiesStellar:SED_3381_209:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_3590_222:rest\n",
      "SEDs/diskLuminositiesStellar:SED_3590_222:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_3812_236:rest\n",
      "SEDs/diskLuminositiesStellar:SED_3812_236:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_4048_251:rest\n",
      "SEDs/diskLuminositiesStellar:SED_4048_251:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_4299_266:rest\n",
      "SEDs/diskLuminositiesStellar:SED_4299_266:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_4565_283:rest\n",
      "SEDs/diskLuminositiesStellar:SED_4565_283:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_4848_300:rest\n",
      "SEDs/diskLuminositiesStellar:SED_4848_300:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_5148_319:rest\n",
      "SEDs/diskLuminositiesStellar:SED_5148_319:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_5467_339:rest\n",
      "SEDs/diskLuminositiesStellar:SED_5467_339:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_5806_360:rest\n",
      "SEDs/diskLuminositiesStellar:SED_5806_360:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_6166_382:rest\n",
      "SEDs/diskLuminositiesStellar:SED_6166_382:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_6548_406:rest\n",
      "SEDs/diskLuminositiesStellar:SED_6548_406:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_6954_431:rest\n",
      "SEDs/diskLuminositiesStellar:SED_6954_431:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_7385_458:rest\n",
      "SEDs/diskLuminositiesStellar:SED_7385_458:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_7843_486:rest\n",
      "SEDs/diskLuminositiesStellar:SED_7843_486:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_8329_517:rest\n",
      "SEDs/diskLuminositiesStellar:SED_8329_517:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_8846_549:rest\n",
      "SEDs/diskLuminositiesStellar:SED_8846_549:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_9395_583:rest\n",
      "SEDs/diskLuminositiesStellar:SED_9395_583:rest:dustAtlas\n",
      "SEDs/diskLuminositiesStellar:SED_9978_1489:rest\n",
      "SEDs/diskLuminositiesStellar:SED_9978_1489:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_1000_246:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_1000_246:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_11467_1710:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_11467_1710:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_1246_306:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_1246_306:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_13177_1966:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_13177_1966:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_15143_2259:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_15143_2259:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_1552_381:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_1552_381:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_17402_2596:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_17402_2596:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_1933_474:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_1933_474:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_2407_591:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_2407_591:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_2998_186:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_2998_186:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_3184_197:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_3184_197:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_3381_209:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_3381_209:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_3590_222:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_3590_222:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_3812_236:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_3812_236:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_4048_251:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_4048_251:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_4299_266:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_4299_266:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_4565_283:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_4565_283:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_4848_300:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_4848_300:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_5148_319:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_5148_319:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_5467_339:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_5467_339:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_5806_360:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_5806_360:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_6166_382:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_6166_382:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_6548_406:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_6548_406:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_6954_431:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_6954_431:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_7385_458:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_7385_458:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_7843_486:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_7843_486:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_8329_517:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_8329_517:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_8846_549:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_8846_549:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_9395_583:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_9395_583:rest:dustAtlas\n",
      "SEDs/spheroidLuminositiesStellar:SED_9978_1489:rest\n",
      "SEDs/spheroidLuminositiesStellar:SED_9978_1489:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_1000_246:rest\n",
      "SEDs/totalLuminositiesStellar:SED_1000_246:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_11467_1710:rest\n",
      "SEDs/totalLuminositiesStellar:SED_11467_1710:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_1246_306:rest\n",
      "SEDs/totalLuminositiesStellar:SED_1246_306:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_13177_1966:rest\n",
      "SEDs/totalLuminositiesStellar:SED_13177_1966:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_15143_2259:rest\n",
      "SEDs/totalLuminositiesStellar:SED_15143_2259:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_1552_381:rest\n",
      "SEDs/totalLuminositiesStellar:SED_1552_381:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_17402_2596:rest\n",
      "SEDs/totalLuminositiesStellar:SED_17402_2596:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_1933_474:rest\n",
      "SEDs/totalLuminositiesStellar:SED_1933_474:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_2407_591:rest\n",
      "SEDs/totalLuminositiesStellar:SED_2407_591:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_2998_186:rest\n",
      "SEDs/totalLuminositiesStellar:SED_2998_186:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_3184_197:rest\n",
      "SEDs/totalLuminositiesStellar:SED_3184_197:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_3381_209:rest\n",
      "SEDs/totalLuminositiesStellar:SED_3381_209:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_3590_222:rest\n",
      "SEDs/totalLuminositiesStellar:SED_3590_222:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_3812_236:rest\n",
      "SEDs/totalLuminositiesStellar:SED_3812_236:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_4048_251:rest\n",
      "SEDs/totalLuminositiesStellar:SED_4048_251:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_4299_266:rest\n",
      "SEDs/totalLuminositiesStellar:SED_4299_266:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_4565_283:rest\n",
      "SEDs/totalLuminositiesStellar:SED_4565_283:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_4848_300:rest\n",
      "SEDs/totalLuminositiesStellar:SED_4848_300:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_5148_319:rest\n",
      "SEDs/totalLuminositiesStellar:SED_5148_319:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_5467_339:rest\n",
      "SEDs/totalLuminositiesStellar:SED_5467_339:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_5806_360:rest\n",
      "SEDs/totalLuminositiesStellar:SED_5806_360:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_6166_382:rest\n",
      "SEDs/totalLuminositiesStellar:SED_6166_382:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_6548_406:rest\n",
      "SEDs/totalLuminositiesStellar:SED_6548_406:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_6954_431:rest\n",
      "SEDs/totalLuminositiesStellar:SED_6954_431:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_7385_458:rest\n",
      "SEDs/totalLuminositiesStellar:SED_7385_458:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_7843_486:rest\n",
      "SEDs/totalLuminositiesStellar:SED_7843_486:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_8329_517:rest\n",
      "SEDs/totalLuminositiesStellar:SED_8329_517:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_8846_549:rest\n",
      "SEDs/totalLuminositiesStellar:SED_8846_549:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_9395_583:rest\n",
      "SEDs/totalLuminositiesStellar:SED_9395_583:rest:dustAtlas\n",
      "SEDs/totalLuminositiesStellar:SED_9978_1489:rest\n",
      "SEDs/totalLuminositiesStellar:SED_9978_1489:rest:dustAtlas\n",
      "ageStatisticsDiskIntegratedSFR\n",
      "ageStatisticsDiskTimeWeightedIntegratedSFR\n",
      "ageStatisticsSpheroidIntegratedSFR\n",
      "ageStatisticsSpheroidTimeWeightedIntegratedSFR\n",
      "blackHoleAccretionRate\n",
      "blackHoleMass\n",
      "convergence\n",
      "dec\n",
      "dec_true\n",
      "diskAbundancesStellarMetals\n",
      "diskMassStellar\n",
      "diskStarFormationRate\n",
      "diskVelocity\n",
      "emissionLines/diskLineLuminosity:balmerAlpha6563:rest\n",
      "emissionLines/diskLineLuminosity:balmerAlpha6563:rest:contam_nitrogenII6584\n",
      "emissionLines/diskLineLuminosity:balmerBeta4861:rest\n",
      "emissionLines/diskLineLuminosity:nitrogenII6584:rest\n",
      "emissionLines/diskLineLuminosity:oxygenII3726:rest\n",
      "emissionLines/diskLineLuminosity:oxygenII3729:rest\n",
      "emissionLines/diskLineLuminosity:oxygenIII4959:rest\n",
      "emissionLines/diskLineLuminosity:oxygenIII5007:rest\n",
      "emissionLines/diskLineLuminosity:sulfurII6716:rest\n",
      "emissionLines/diskLineLuminosity:sulfurII6731:rest\n",
      "emissionLines/spheroidLineLuminosity:balmerAlpha6563:rest\n",
      "emissionLines/spheroidLineLuminosity:balmerAlpha6563:rest:contam_nitrogenII6584\n",
      "emissionLines/spheroidLineLuminosity:balmerBeta4861:rest\n",
      "emissionLines/spheroidLineLuminosity:nitrogenII6584:rest\n",
      "emissionLines/spheroidLineLuminosity:oxygenII3726:rest\n",
      "emissionLines/spheroidLineLuminosity:oxygenII3729:rest\n",
      "emissionLines/spheroidLineLuminosity:oxygenIII4959:rest\n",
      "emissionLines/spheroidLineLuminosity:oxygenIII5007:rest\n",
      "emissionLines/spheroidLineLuminosity:sulfurII6716:rest\n",
      "emissionLines/spheroidLineLuminosity:sulfurII6731:rest\n",
      "emissionLines/totalLineLuminosity:balmerAlpha6563:rest\n",
      "emissionLines/totalLineLuminosity:balmerAlpha6563:rest:contam_nitrogenII6584\n",
      "emissionLines/totalLineLuminosity:balmerBeta4861:rest\n",
      "emissionLines/totalLineLuminosity:nitrogenII6584:rest\n",
      "emissionLines/totalLineLuminosity:oxygenII3726:rest\n",
      "emissionLines/totalLineLuminosity:oxygenII3729:rest\n",
      "emissionLines/totalLineLuminosity:oxygenIII4959:rest\n",
      "emissionLines/totalLineLuminosity:oxygenIII5007:rest\n",
      "emissionLines/totalLineLuminosity:sulfurII6716:rest\n",
      "emissionLines/totalLineLuminosity:sulfurII6731:rest\n",
      "galaxyID\n",
      "hostHaloEigenValue1\n",
      "hostHaloEigenValue2\n",
      "hostHaloEigenValue3\n",
      "hostHaloEigenValueReduced1\n",
      "hostHaloEigenValueReduced2\n",
      "hostHaloEigenValueReduced3\n",
      "hostHaloEigenVector1X\n",
      "hostHaloEigenVector1Y\n",
      "hostHaloEigenVector1Z\n",
      "hostHaloEigenVector2X\n",
      "hostHaloEigenVector2Y\n",
      "hostHaloEigenVector2Z\n",
      "hostHaloEigenVector3X\n",
      "hostHaloEigenVector3Y\n",
      "hostHaloEigenVector3Z\n",
      "hostHaloEigenVectorReduced1X\n",
      "hostHaloEigenVectorReduced1Y\n",
      "hostHaloEigenVectorReduced1Z\n",
      "hostHaloEigenVectorReduced2X\n",
      "hostHaloEigenVectorReduced2Y\n",
      "hostHaloEigenVectorReduced2Z\n",
      "hostHaloEigenVectorReduced3X\n",
      "hostHaloEigenVectorReduced3Y\n",
      "hostHaloEigenVectorReduced3Z\n",
      "hostHaloMass\n",
      "hostHaloSODMass\n",
      "hostHaloSODTag\n",
      "hostHaloTag\n",
      "hostIndex\n",
      "infallHaloMass\n",
      "infallHaloTag\n",
      "infallIndex\n",
      "isCentral\n",
      "lightConeRotation\n",
      "magnification\n",
      "morphology/diskAxisRatio\n",
      "morphology/diskEllipticity\n",
      "morphology/diskEllipticity1\n",
      "morphology/diskEllipticity2\n",
      "morphology/diskHalfLightRadius\n",
      "morphology/diskHalfLightRadiusArcsec\n",
      "morphology/diskMajorAxisArcsec\n",
      "morphology/diskMinorAxisArcsec\n",
      "morphology/diskRadiusArcsec\n",
      "morphology/diskScaleRadius\n",
      "morphology/diskSersicIndex\n",
      "morphology/inclination\n",
      "morphology/positionAngle\n",
      "morphology/spheroidAxisRatio\n",
      "morphology/spheroidEllipticity\n",
      "morphology/spheroidEllipticity1\n",
      "morphology/spheroidEllipticity2\n",
      "morphology/spheroidHalfLightRadius\n",
      "morphology/spheroidHalfLightRadiusArcsec\n",
      "morphology/spheroidMajorAxisArcsec\n",
      "morphology/spheroidMinorAxisArcsec\n",
      "morphology/spheroidRadiusArcsec\n",
      "morphology/spheroidScaleRadius\n",
      "morphology/spheroidSersicIndex\n",
      "morphology/totalEllipticity\n",
      "morphology/totalEllipticity1\n",
      "morphology/totalEllipticity2\n",
      "otherLuminosities/diskHeliumContinuumLuminosity\n",
      "otherLuminosities/diskLuminositiesStellar:B:rest\n",
      "otherLuminosities/diskLuminositiesStellar:B:rest:dustAtlas\n",
      "otherLuminosities/diskLuminositiesStellar:HeliumContinuum:rest\n",
      "otherLuminosities/diskLuminositiesStellar:HeliumContinuum:rest:dustAtlas\n",
      "otherLuminosities/diskLuminositiesStellar:Lyc:rest\n",
      "otherLuminosities/diskLuminositiesStellar:Lyc:rest:dustAtlas\n",
      "otherLuminosities/diskLuminositiesStellar:OxygenContinuum:rest\n",
      "otherLuminosities/diskLuminositiesStellar:OxygenContinuum:rest:dustAtlas\n",
      "otherLuminosities/diskLuminositiesStellar:V:rest\n",
      "otherLuminosities/diskLuminositiesStellar:V:rest:dustAtlas\n",
      "otherLuminosities/diskLymanContinuumLuminosity\n",
      "otherLuminosities/diskOxygenContinuumLuminosity\n",
      "otherLuminosities/spheroidHeliumContinuumLuminosity\n",
      "otherLuminosities/spheroidLuminositiesStellar:B:rest\n",
      "otherLuminosities/spheroidLuminositiesStellar:B:rest:dustAtlas\n",
      "otherLuminosities/spheroidLuminositiesStellar:HeliumContinuum:rest\n",
      "otherLuminosities/spheroidLuminositiesStellar:HeliumContinuum:rest:dustAtlas\n",
      "otherLuminosities/spheroidLuminositiesStellar:Lyc:rest\n",
      "otherLuminosities/spheroidLuminositiesStellar:Lyc:rest:dustAtlas\n",
      "otherLuminosities/spheroidLuminositiesStellar:OxygenContinuum:rest\n",
      "otherLuminosities/spheroidLuminositiesStellar:OxygenContinuum:rest:dustAtlas\n",
      "otherLuminosities/spheroidLuminositiesStellar:V:rest\n",
      "otherLuminosities/spheroidLuminositiesStellar:V:rest:dustAtlas\n",
      "otherLuminosities/spheroidLymanContinuumLuminosity\n",
      "otherLuminosities/spheroidOxygenContinuumLuminosity\n",
      "otherLuminosities/totalHeliumContinuumLuminosity\n",
      "otherLuminosities/totalLuminositiesStellar:B:rest\n",
      "otherLuminosities/totalLuminositiesStellar:B:rest:dustAtlas\n",
      "otherLuminosities/totalLuminositiesStellar:HeliumContinuum:rest\n",
      "otherLuminosities/totalLuminositiesStellar:HeliumContinuum:rest:dustAtlas\n",
      "otherLuminosities/totalLuminositiesStellar:Lyc:rest\n",
      "otherLuminosities/totalLuminositiesStellar:Lyc:rest:dustAtlas\n",
      "otherLuminosities/totalLuminositiesStellar:OxygenContinuum:rest\n",
      "otherLuminosities/totalLuminositiesStellar:OxygenContinuum:rest:dustAtlas\n",
      "otherLuminosities/totalLuminositiesStellar:V:rest\n",
      "otherLuminosities/totalLuminositiesStellar:V:rest:dustAtlas\n",
      "otherLuminosities/totalLymanContinuumLuminosity\n",
      "otherLuminosities/totalOxygenContinuumLuminosity\n",
      "peculiarVelocity\n",
      "placementType\n",
      "ra\n",
      "ra_true\n",
      "redshift\n",
      "redshiftHubble\n",
      "shear1\n",
      "shear2\n",
      "spheroidAbundancesStellarMetals\n",
      "spheroidMassStellar\n",
      "spheroidStarFormationRate\n",
      "spheroidVelocity\n",
      "spinSpin\n",
      "step\n",
      "totalAbundancesStellarMetals\n",
      "totalMassStellar\n",
      "totalStarFormationRate\n",
      "vx\n",
      "vy\n",
      "vz\n",
      "x\n",
      "y\n",
      "z\n"
     ]
    }
   ],
   "source": [
    "print('\\n'.join(sorted(gc.list_all_native_quantities())[:]))\n"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 14,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": [
    "moredata = gc.get_quantities(['totalMassStellar','totalStarFormationRate'])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 15,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "10022496\n"
     ]
    }
   ],
   "source": [
    "print len(moredata['totalMassStellar'])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 16,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": [
    "somezs = data['redshift']\n",
    "somesfr = moredata['totalStarFormationRate']"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 17,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<matplotlib.text.Text at 0x7f261b8c7790>"
      ]
     },
     "execution_count": 17,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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D8RPN7KTg35LeK6nlilgAAIC8S22Y1czukXSJpNPM7DlJN0sqSZJz7jZJn5X0JklfNDNJ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\n/Bj0Uqqk1wUQWVwEyDArCiFPc/8aRW1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Rn03f+MwliQS6LJ5bzBVo3HpsbMzt2bMn7WYA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\nNdjfyV4m0yGvvGUAAAAASUVORK5CYII=\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f261b952050>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig = plt.figure(figsize=(10,10))\n",
    "plt.scatter(somezs[:10000],somesfr[:10000])\n",
    "plt.xlabel(\"redshift\",fontsize=18)\n",
    "plt.ylabel(\"SFR\",fontsize=18)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 18,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<matplotlib.text.Text at 0x7f261b9bf450>"
      ]
     },
     "execution_count": 18,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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EAGZchx0AYA7244TDSQuJGXYAAOiaYAcAgI4JdgCgG5aAwLMJdgAA6JhgBwCAjgl2AADo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\nrkJggg==\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f261b87f190>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plt.figure(figsize=(12,12))\n",
    "plt.hist(data['redshift'],bins=500)\n",
    "plt.xlabel(\"redshift\",fontsize=18)\n",
    "plt.ylabel(\"N\",fontsize=18)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 19,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<matplotlib.text.Text at 0x7f2611959150>"
      ]
     },
     "execution_count": 19,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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d/cmdnBwAADtrq7uJ/11mbxdzIMnlSb6xqr7xYZbv7n7T8U4OAICddTSvGawk/+v09Ug6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\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f2611e7fe50>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "lgsfr = np.log10(moredata['totalStarFormationRate']+1.0)\n",
    "plt.figure(figsize=(10,10))\n",
    "plt.hist(lgsfr,bins=500)\n",
    "plt.xlabel(\"log (SFR+1)\",fontsize=18)\n",
    "plt.ylabel(\"N\",fontsize=18)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {
    "collapsed": false
   },
   "outputs": [],
   "source": []
  },
  {
   "cell_type": "code",
   "execution_count": 20,
   "metadata": {
    "collapsed": false
   },
   "outputs": [],
   "source": [
    "mstar = np.log10(moredata['totalMassStellar'])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 21,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<matplotlib.text.Text at 0x7f26103b00d0>"
      ]
     },
     "execution_count": 21,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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OWTnXO5M8ZWo1PDHJxd19U3ffnOTi3DmUAgAMYdnGDD60u6+dtj+f5KHT9tFJrprb7+qp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\nGNj/D3xwKJ5iF3QEAAAAAElFTkSuQmCC\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f2611e63d50>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plt.figure(figsize=(10,10))\n",
    "plt.hist(mstar,bins=250)\n",
    "plt.xlabel(\"log Stellar Mass\",fontsize=18)\n",
    "plt.ylabel(\"N\",fontsize=18)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 22,
   "metadata": {
    "collapsed": false
   },
   "outputs": [],
   "source": [
    "origmstar = np.log10(data['stellar_mass'])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 23,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<matplotlib.text.Text at 0x7f2610053790>"
      ]
     },
     "execution_count": 23,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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itdaSvGnePnPHenuSY8dew+OTXNZau621dnuSy3LfUAoA0IVZmzP4sNbaTePzzyd52Pj8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\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f2610d981d0>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "plt.figure(figsize=(10,10))\n",
    "plt.hist(origmstar,bins=250)\n",
    "plt.xlabel(\"log main data Stellar Mass\",fontsize=18)\n",
    "plt.ylabel(\"N\",fontsize=18)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 34,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<matplotlib.text.Text at 0x7f260ef40d90>"
      ]
     },
     "execution_count": 34,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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qL6vq2qp65rTMD1TVJ6vqr6rqUFVdtMrj/GBVXV1Vf1ZV91fVF6rqv1XVP1zj\n9/5IVd08LXtLVV1cVa+Z5vLix7oNgO1tx9wTANiGrkzy5SQ/l2Rnkp9I8sGq+pkk/yHJZUmuyOKa\n1/+1qm4aY/zh0vo/muTeJJcnuTPJ309yUZI/qqp/NMa45ciCVfX6JHuTfDLJG5L8nSQ/meTuDX2G\nwLYhBgGOvTuTvGxM78Opqi8k+ZUkv5rk2WOMW6fx9ya5NcnFSZZj8Nwxxl8sP2BVvTPJ9Un+bZLX\nTWMnJnljkhuSvGiM8ZVp/DeS3LxRTw7YXhwmBjj23jYe+obs/zl9v/pICCbJGOOeLKLt9OWVj4Rg\nLTy5qp6W5MiyL1ha9CVJnpjksiMhOK1/Z5J3H8PnA2xjYhDg2PvTFT/fN33/3CrL3pfkqcsDVfW8\nqvq9JH+e5ItZhOA9Sb49yQlLiz59+r7aXkB7BoGj4jAxwLG31kfQrDVeX71R9XeT/EGSLyV5cxZR\n9xdJRpJfTvKNx26aAGIQYKv5/iyC72VjjI8s31FVT01y/9LQoen7M5N8eMXjPHOjJghsLw4TA2wt\nR/Ye1vJgVb02ybesWHZ/FnH4I1X1xKVlvyXJD2/kJIHtw55BgK3lmiR/meRdVfWfs3hP4YuSvDTJ\nZ7P0uj3GuLeqfjaLj7D5o6r6zSw+WuaiJLckeX4Wh5cB1mTPIMAWMsb4bJLvzeJkk5/K4jMET0zy\nz5LctsryP5/F5xJ+07Tsv0zyS1l81mGS/NXGzxo4nrkcHcA2VFX/KYtIPHn6qBmAVYlBgONYVT1x\n+TMGp7GTk3wmyZ+NMb59npkBxwvvGQQ4vr24qn4hye9kcRh5V5LXZnFG8p4Z5wUcJ8QgwPHtYBYn\nlrw2iw+v/kqSA0l+fozxoTknBhwfHCYGAGjM2cQAAI2JQQCAxsQgAEBjYhAAoDExCADQmBgEAGjs\n/wM/FvCtqSonNwAAAABJRU5ErkJggg==\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f260f19a910>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig = plt.figure(figsize=(10,10))\n",
    "ivecs = plt.hist(data['mag_i_lsst'],bins=100)\n",
    "plt.xlabel(\"i mag\",fontsize=18)\n",
    "plt.ylabel(\"N\",fontsize=18)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 41,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "name": "stdout",
     "output_type": "stream",
     "text": [
      "83\n",
      "25.959926375\n"
     ]
    }
   ],
   "source": [
    "print np.argsort(ivecs[0])[-1]\n",
    "print ivecs[1][83]"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 25,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": [
    "rdata = gc.get_quantities(['mag_r_lsst'])"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 26,
   "metadata": {
    "collapsed": false
   },
   "outputs": [
    {
     "data": {
      "text/plain": [
       "<matplotlib.text.Text at 0x7f260f6ef750>"
      ]
     },
     "execution_count": 26,
     "metadata": {},
     "output_type": "execute_result"
    },
    {
     "data": {
      "image/png": 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cXVWnJHnsGOO9Y4yRxUrg8m0O7OvtSc6pqkpyXpIbxhj7p1XHG/K1gAQAaGNTvGawqpaS\nPC3J+5KcPMa4c7rqM1k8jZwsQvHTyza7fRo7dbq8cvygbcYY9yX5XJITD7EvAIBWZo/BqnpMkt9L\n8jNjjM8vv25a6RuzTCxJVb2oqvZU1Z677757rmkAAKybWWOwqh6dRQi+dYzx+9PwZ6enfjN9v2sa\nvyPJ6cs2P20au2O6vHL8oG2qaluSx2VxIsla+zrIGOPKMcZZY4yztm/f/lDvJgDApjVbDE6v3Xtj\nko+OMX592VXXJblkunxJkncsG7+4qo6tqidmcaLI+6enlD9fVc+c9vn8Fdsc2Ndzk7xnWm18V5Jz\nq+r46cSRc6cxAIBWZntrmSTfneRfJPlQVd0yjf1ikl1Jrq2qS5N8KslFSTLGuLWqrk3ykSzORH7J\nGOP+absX52tvLXP99JUsYvMtVbU3yf4szkbOGGN/Vb06yU3T7V41xti/XncUAGCzmi0Gxxj/O0mt\ncfU5a2xzeZLLVxnfk+Qpq4x/Ocnz1tjXVUmuOtz5AgBsRbOfQAIAwHzEIABAY2IQAKAxMQgA0JgY\nBABoTAwCADQ25/sMAsC6Wdq5e+4pwFHByiAAQGNiEACgMTEIANCYGAQAaEwMAgA0JgYBABoTgwAA\njYlBAIDGxCAAQGNiEACgMTEIANCYGAQAaEwMAgA0JgYBABoTgwAAjW2bewIA8HAt7dw99xTgqGVl\nEACgMSuDAMBRaa0V4X27dmzwTI5uVgYBABoTgwAAjYlBAIDGxCAAQGNiEACgMTEIANCYGAQAaEwM\nAgA0JgYBABoTgwAAjYlBAIDGfDYxAEeVtT6PFnhorAwCADQmBgEAGhODAACNiUEAgMbEIABAY2IQ\nAKAxMQgA0JgYBABoTAwCADQmBgEAGhODAACNiUEAgMbEIABAY2IQAKCxbXNPAABWs7Rz99xTgBas\nDAIANCYGAQAaE4MAAI2JQQCAxsQgAEBjYhAAoDExCADQmBgEAGhMDAIANCYGAQAaE4MAAI2JQQCA\nxsQgAEBj2+aeAAAs7dw99xSgLSuDAACNiUEAgMbEIABAY2IQAKAxMQgA0JgYBABozFvLAABbympv\nVbRv144ZZnJ0sDIIANCYGAQAaEwMAgA0JgYBABoTgwAAjYlBAIDGxCAAQGNiEACgMW86DcCGWu0N\ngYH5WBkEAGhMDAIANCYGAQAaE4MAAI2JQQCAxsQgAEBjYhAAoDExCADQmBgEAGhMDAIANCYGAQAa\nE4MAAI2JQQCAxsQgAEBj2+aeAABb19LO3XNPAXgQVgYBABoTgwAAjYlBAIDGxCAAQGNiEACgMTEI\nANCYGAQAaEwMAgA0JgYBABoTgwAAjYlBAIDGxCAAQGNiEACgMTEIANDYbDFYVVdV1V1V9eFlYydU\n1Q1Vddv0/fhl172sqvZW1cer6rxl40+vqg9N1722qmoaP7aqrpnG31dVS8u2uWT6M26rqks25h4D\nAGw+22b8s9+U5DeTvHnZ2M4kN44xdlXVzunnX6iqM5NcnOTJSb4pyR9V1T8ZY9yf5PVJXpjkfUne\nmeT8JNcnuTTJvWOMJ1XVxUmuSPKjVXVCksuSnJVkJLm5qq4bY9y77vcYYAtb2rl77ikAD8FsK4Nj\njD9Nsn/F8AVJrp4uX53kwmXjbxtjfGWM8ckke5OcXVWnJHnsGOO9Y4yRRVheuMq+3p7knGnV8Lwk\nN4wx9k8BeEMWAQkA0M6cK4OrOXmMced0+TNJTp4un5rkvctud/s09vfT5ZXjB7b5dJKMMe6rqs8l\nOXH5+CrbHKSqXpTkRUnyhCc84aHdIwBgdqutXO/btWOGmWw+m/YEkmmlb8w8hyvHGGeNMc7avn37\nnFMBAFgXmy0GPzs99Zvp+13T+B1JTl92u9OmsTumyyvHD9qmqrYleVySew6xLwCAdjZbDF6X5MDZ\nvZckecey8YunM4SfmOSMJO+fnlL+fFU9c3o94PNXbHNgX89N8p5ptfFdSc6tquOns5XPncYAANqZ\n7TWDVfW7Sb4/yUlVdXsWZ/juSnJtVV2a5FNJLkqSMcatVXVtko8kuS/JS6YziZPkxVmcmXxcFmcR\nXz+NvzHJW6pqbxYnqlw87Wt/Vb06yU3T7V41xlh5IgsAQAuzxeAY48fWuOqcNW5/eZLLVxnfk+Qp\nq4x/Ocnz1tjXVUmuOuzJAgBsUZvtaWIAADaQGAQAaEwMAgA0JgYBABoTgwAAjYlBAIDGxCAAQGOz\nvc8gAEevpZ27554C8AixMggA0JgYBABoTAwCADQmBgEAGhODAACNiUEAgMbEIABAY2IQAKAxMQgA\n0JgYBABoTAwCADQmBgEAGhODAACNbZt7AgBsbks7d889BWAdWRkEAGhMDAIANCYGAQAaE4MAAI2J\nQQCAxsQgAEBj3loGAGhptbdN2rdrxwwzmZeVQQCAxsQgAEBjYhAAoDExCADQmBgEAGjM2cQAfNVq\nZ1cCW5uVQQCAxsQgAEBjYhAAoDExCADQmBgEAGhMDAIANCYGAQAaE4MAAI2JQQCAxsQgAEBjYhAA\noDGfTQzQlM8hBhIrgwAArYlBAIDGxCAAQGNiEACgMTEIANCYGAQAaEwMAgA0JgYBABoTgwAAjfkE\nEoAGfNoIHJ7V/q7s27VjhplsHCuDAACNiUEAgMbEIABAY2IQAKAxMQgA0JgYBABoTAwCADQmBgEA\nGvOm0wBbjDeYBo6ElUEAgMbEIABAY2IQAKAxMQgA0JgYBABoTAwCADQmBgEAGvM+gwBHMe8pCDxc\nVgYBABoTgwAAjYlBAIDGxCAAQGNOIAEAOITVTtTat2vHDDNZH2IQ4CjhzGFgPXiaGACgMTEIANCY\nGAQAaEwMAgA0JgYBABpzNjHAJuTMYWCjWBkEAGhMDAIANCYGAQAa85pBgBl5bSAwNyuDAACNiUEA\ngMbEIABAY14zCLBBvD4Q2IzEIADAEVrtH3f7du2YYSYPn6eJAQAaszIIsA48JQwcLawMAgA0JgYB\nABoTgwAAjXnNIMDD5PWBwNHMyiAAQGNWBgGOgFVAYKuxMggA0JiVQYA1WAUEOrAyCADQmJVBgFgF\nBB6+o/XzisUg0I7wA/gaMQhsacIP4NDEILBlCD+AI9c6Bqvq/CS/keSYJL89xtg185SAwyT8AB4Z\nbWOwqo5J8ltJnpXk9iQ3VdV1Y4yPzDsz6E3kAWystjGY5Owke8cYf5kkVfW2JBckEYPwCBN4AJtX\n5xg8Ncmnl/18e5JnzDQX2BCiDGBjHQ1vN9M5Bh9UVb0oyYumH79YVR+fcz7r7KQkfzX3JDYRx+OB\nHJODOR4HczweyDE5mOMxqSuSrP/x+ObDvWHnGLwjyenLfj5tGvuqMcaVSa7cyEnNpar2jDHOmnse\nm4Xj8UCOycEcj4M5Hg/kmBzM8TjYZjoenT+O7qYkZ1TVE6vq65JcnOS6mecEALCh2q4MjjHuq6p/\nk+RdWby1zFVjjFtnnhYAwIZqG4NJMsZ4Z5J3zj2PTaLF0+FHwPF4IMfkYI7HwRyPB3JMDuZ4HGzT\nHI8aY8w9BwAAZtL5NYMAAO2JwS2uqq6qqruq6sPLxv5TVX2sqj5YVX9QVY9fY9t9VfWhqrqlqvZs\n3KzXzxrH45VVdcd0P2+pqmevse35VfXxqtpbVTs3btbra41jcs2y47Gvqm5ZY9st9TtSVadX1R9X\n1Ueq6taqeuk0fkJV3VBVt03fj19j+y33O3KIY9LyceQQx6Pl48ghjkfLx5Akqaqvr6r3V9UHpmPy\ny9P45n0cGWP42sJfSb4vyXcm+fCysXOTbJsuX5HkijW23ZfkpLnvwwYcj1cm+bkH2e6YJJ9I8i1J\nvi7JB5KcOff9Wa9jsuL6X0vy7zv8jiQ5Jcl3Tpe/MclfJDkzyX9MsnMa37na35mt+jtyiGPS8nHk\nEMej5ePIWsdjxW3aPIZM96mSPGa6/Ogk70vyzM38OGJlcIsbY/xpkv0rxt49xrhv+vG9WbzHYgur\nHY/D9NWPLxxj/F2SAx9feNQ71DGpqkpyUZLf3dBJzWSMcecY48+ny19I8tEsPq3ogiRXTze7OsmF\nq2y+JX9H1jomXR9HDvE7cji23O/Igx2Pbo8hSTIWvjj9+Ojpa2QTP46IQX4yyfVrXDeS/FFV3Tx9\nGstW9m+np7uuWmPpfrWPLzzc/wEczb43yWfHGLetcf2W/R2pqqUkT8viX/UnjzHunK76TJKTV9lk\ny/+OrDgmy7V8HFnleLR+HFnj96PlY0hVHTM9NX5XkhvGGJv6cUQMNlZVL09yX5K3rnGT7xljPDXJ\nP03ykqr6vg2b3MZ6fRZL8k9NcmcWT2mw8GM59L/ot+TvSFU9JsnvJfmZMcbnl183Fs/ltHsbhrWO\nSdfHkVWOR+vHkUP8nWn5GDLGuH+6X6clObuqnrLi+k31OCIGm6qqFyR5TpIfn34pH2CMccf0/a4k\nf5DF8vWWM8b47PQX9x+SvCGr388H/fjCraaqtiX550muWes2W/F3pKoencX/1N46xvj9afizVXXK\ndP0pWfxrf6Ut+zuyxjFp+ziy2vHo/DhyiN+Plo8hy40x/jrJHyc5P5v4cUQMNlRV5yf5+SQ/Msb4\n0hq3+Yaq+sYDl7N4sfiHV7vt0e7AX87JP8vq97Pjxxf+UJKPjTFuX+3Krfg7Mr2+6Y1JPjrG+PVl\nV12X5JLp8iVJ3rHK5lvyd2StY9L1ceQQx6Pl48gh/s4kDR9DkqSqth84u76qjkvyrCQfy2Z+HFnv\nM1R8zfuVxfL8nUn+PovXHlyaZG8Wr0m4Zfr6r9NtvynJO6fL35LFWUwfSHJrkpfPfV/W8Xi8JcmH\nknxw+kt3ysrjMf387CzOlPvEVjkeax2TafxNSX5qxW239O9Iku/J4qmbDy77+/HsJCcmuTHJbUn+\nKMkJXX5HDnFMWj6OHOJ4tHwcWet4TNe1ewyZ7te3J/l/0zH5cKYzqTfz44hPIAEAaMzTxAAAjYlB\nAIDGxCAAQGNiEACgMTEIANCYGAQAaEwMAgA0JgYBABoTgwBHoKqOqap/NPc8AB4pYhBgDVX1gqoa\nVfVDVfVLVfWJJF9OctEhtlmatnllVV1UVbdU1d9W1d6q+pfTbZ5QVW+vqv1V9YWq+p0Dn9G6bD/f\nVlWvq6pbp9t8qapurqp/tcaf++1V9e6q+puquqeqrq6qk6a5vOkRPCzAFrNt7gkAHAX+c5JHJ3lD\nks8n+fhhbPOcJD+V5HVJ9mfxOdhXVdXfJfnVJO9J8otJvivJT2YRmctD7/uTfF+SP0zyySTfkOR5\nSd5QVdvHGP/hwA2r6owkf5bFP/Bfm+SOLD7f9PqHdG+BVnw2McAaquoFSf5bFh8a/7QxxpcOY5ul\nLOLtS0nOHGN8ahrfnuTTSb4uyc+NMX592Ta/n0U8njDG+OI09g1jjL9Zse9HZRGRT0ty0hjj76fx\na7MIxe8ZY/yfZbe/JotVzKvHGC848iMAdOBpYoAH9/rDCcEV/seBEEySMcbdWawo/kOS31px2z/L\nYuVxadntvxqCVfX1VXVikhOSvDvJY5N823TdMVmsAr5/eQhOfu0I5ww05GligAf3Fw9hm79cZeze\nJHeOMb6yyniSnHhgoKoek+SVWazsnb7Kvo6fvm/P4ink1Z66Ppyns4HmxCDAgzvSVcEkuf8Ix5Ok\nll3+71k8dXxlkj9Ncs+07bOT/Lt4Zgd4hIhBgE2mqh6fRQi+ZYzxUyuu+6EVN787yd8k+dZVdrXa\nGMBB/MsSYPM5sHq4fKUwVXVKDj7jOGOM+7M4a/jsqvruFfv52XWbIbBlWBkE2GTGGF+oqncn+Ymq\n+tskNyX55iT/OoszlU9csckrkpyX5H9W1W8muT3JjiT/+MAuN2TiwFHJyiDA5vQTSa5K8sNJfjPJ\nhUlengeeiZwxxsezeE/C9yV5aZJXZ3FSyoE3x/7bDZgvcJTyPoMAW1RVPT3JniQvG2Psmns+wOZk\nZRBgC6iq41b8XEl+fvrxho2fEXC08JpBgK3hlqp6T5IPZfG+gz+c5HuTXDPGuHnWmQGbmqeJAbaA\nqvqPWQTg6Vn8Q/+TSd6a5IoDH1sHsBoxCADQmNcMAgA0JgYBABoTgwAAjYlBAIDGxCAAQGNiEACg\nsf8PJbZU2WWGAAAAAklEQVRMAVcwjSUAAAAASUVORK5CYII=\n",
      "text/plain": [
       "<matplotlib.figure.Figure at 0x7f260f70a910>"
      ]
     },
     "metadata": {},
     "output_type": "display_data"
    }
   ],
   "source": [
    "fig = plt.figure(figsize=(10,10))\n",
    "plt.hist(rdata['mag_r_lsst'],bins=100)\n",
    "plt.xlabel(\"r mag\",fontsize=18)\n",
    "plt.ylabel(\"N\",fontsize=18)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {
    "collapsed": true
   },
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 2",
   "language": "python",
   "name": "python2"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 2
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython2",
   "version": "2.7.13"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 2
}