# "RCE_3km_2mom_db_rlongup",
# "RCE_3km_2mom_dm",
# "RCE_3km_2mom_dm_lrz",
"RCE_CHAN_S300",
]
Nsims = len(SimList)
InFileTemplate = "DIAGS/profiles_<SIM>.h5"
OutFileTemplate = "Plots.py/RceSkewT_<SIM>.png"
TempVname = "/tempk_prof"
RhVname = "/relhum_prof"
Zname = "/z_coords"
LabelScheme = conf.SetLabelScheme()
for isim in range(Nsims):
Sim = SimList[isim]
print(
"********** Creating sounding plots for simulation: {0:s}".format(Sim))
print("")
InFname = InFileTemplate.replace("<SIM>", Sim)
InFile = h5py.File(InFname, mode='r')
print(" Reading: {0:s} ({1:s})".format(InFname, TempVname))
print(" Reading: {0:s} ({1:s})".format(InFname, RhVname))
print(" Reading: {0:s} ({1:s})".format(InFname, Zname))
print("")
#!/usr/bin/env python3
import os
import sys
sys.path.append("{0:s}/etc/python/common".format(os.environ['HOME']))
sys.path.append("{0:s}/etc/python/nasa_wisc".format(os.environ['HOME']))
import matplotlib.pyplot as plt
import numpy as np
import h5py
import PlotUtils as plu
import ConfigRce as conf
# color and label schemes for plotting
ColorScheme = conf.SetColorScheme()
LabelScheme = conf.SetLabelScheme()
PlotList = [
# [ [ 'RCE_1km', 'RCE_1km_SM', 'RCE_1km_DM', 'RCE_1km_DP' ], r'$IPLAWS = 0$', 'RceIpl0', 0, 50 ],
# [ [ 'RCE_1km_IPL2', 'RCE_1km_SM_IPL2', 'RCE_1km_DM_IPL2', 'RCE_1km_DP_IPL2' ], r'$IPLAWS = 2$', 'RceIpl2', 0, 50 ],
# [ [ 'RCE_3km_1mom', 'RCE_3km_2mom', 'RCE_3km_2mom_db', 'RCE_3km_2mom_dm' ], '', 'Rce3km', 0, 80 ],
[['RCE_3km_1mom', 'RCE_3km_1mom_db', 'RCE_3km_1mom_dm'], '', 'Rce3km1mom',
0, 120],
[['RCE_3km_2mom_db', 'RCE_3km_2mom_dm', 'RCE_3km_2mom_dm_lrz'], '',
'Rce3km2mom', 0, 120],
]
Nplots = len(PlotList)
VarList = [
#[ 'DIAGS/dom_avg_pcprr_<SIM>.h5', 'pcprr', [ 0, 12 ], r'$PR\ (mm\ day^{-1})$', 'Prate', 24 ],
#[ 'DIAGS/dom_avg_vint_vapor_<SIM>.h5', 'vint_vapor', [ 0, 60 ], r'$PW\ (mm)$', 'Pwater', 24 ],
#!/usr/bin/env python3
import os
import sys
sys.path.append("{0:s}/etc/python/common".format(os.environ['HOME']))
sys.path.append("{0:s}/etc/python/nasa_wisc".format(os.environ['HOME']))
import h5py
import numpy as np
import numpy.ma as ma
import ConfigRce as conf
import Hdf5Utils as h5u
Tstring = conf.SetTimeString()
# One argument which is the name of the simulation.
Sim = sys.argv[1]
Xname = '/x_coords'
Yname = '/y_coords'
Zname = '/z_coords'
Tname = '/t_coords'
RtFileTemplate = "SIMS/<SIM>/HDF5/rtotal-<SIM>-LS-2012-01-01-000000-g1.h5"
RtVname = "/rtotal_orig"
RvFileTemplate = "SIMS/<SIM>/HDF5/vapor-<SIM>-LS-2012-01-01-000000-g1.h5"
RvVname = "/vapor"
OutFileTemplate = "DIAGS/tcond_xsections_<SIM>.h5"
OutVnameBase = "/tcond"
#!/usr/bin/env python3
import os
import sys
sys.path.append("{0:s}/etc/python/common".format(os.environ['HOME']))
sys.path.append("{0:s}/etc/python/nasa_wisc".format(os.environ['HOME']))
import matplotlib.pyplot as plt
import numpy as np
import h5py
import PlotUtils as plu
import ConfigRce as conf
# label schemes for plotting
LabelScheme = conf.SetLabelScheme()
PlotList = [
# [ [ 'RCE_1km', 'RCE_1km_SM', 'RCE_1km_DM', 'RCE_1km_DP' ], r'$IPLAWS = 0$', 'RceIpl0' ],
# [ [ 'RCE_1km_IPL2', 'RCE_1km_SM_IPL2', 'RCE_1km_DM_IPL2', 'RCE_1km_DP_IPL2' ], r'$IPLAWS = 2$', 'RceIpl2' ],
# [ [ 'RCE_3km_1mom', 'RCE_3km_2mom', 'RCE_3km_2mom_db', 'RCE_3km_2mom_dm' ], '', 'Rce3km' ],
[['RCE_3km_1mom', 'RCE_3km_1mom_db', 'RCE_3km_1mom_dm'], '', 'Rce3km1mom'],
[['RCE_3km_2mom_db', 'RCE_3km_2mom_dm', 'RCE_3km_2mom_dm_lrz'], '',
'Rce3km2mom'],
[[
'RCE_3km_1mom_db',
'RCE_3km_2mom_db',
], '', 'RceDb'],
]
Nplots = len(PlotList)
VarList = [