import matplotlib
if i_plot == 2:
matplotlib.use('Agg')
import matplotlib.pyplot as plt
if i_plot > 0:
if i_info >= 3:
print('plotting')
mainVar = an.vars[an.fieldNames[0]]
someField = mainVar.modelRes['4.4'].ncos['U'].curFld
if i_info >= 1:
print('NONSINGLETONS: ' + str(someField.nNoneSingleton))
if nDPlot == 2 and someField.nNoneSingleton == 2:
import ncPlots.ncSubplots2D as ncSubplots
ncs = ncSubplots.ncSubplots(an, nDPlot, i_diffPlot, 'HOR')
ncs.contourTranspose = contourTranspose
ncs.plotContour = plotContour
ncs.cmapM = cmapM
ncs.axis = axis
ncs.autoTicks = autoTicks
ncs.Mmask = Mmask
ncs.MThrMinRel = MThrMinRel
ncs.Mticks = Mticks
ncs.cmapD = cmapD
ncs.plotVar(an.vars[fieldNames[0]])
#ncs.addContour(an.vars['zU'], 'black', 0.5, 2)
title = 'hr: ' + str(hour)
import matplotlib.pyplot as plt
if i_plot > 0:
if i_info >= 3:
print('plotting')
mainVar = an.vars[an.varNames[0]]
someField = next(iter(mainVar.ncos.values())).field
if i_info >= 1:
print('NONSINGLETONS: ' + str(someField.nNoneSingleton))
if nDPlot == 2 and someField.nNoneSingleton == 2:
import ncPlots.ncSubplots2D as ncSubplots
ncs = ncSubplots.ncSubplots(an, nDPlot, i_diffPlot, 'HOR', geo_plot=True)
ncs.contourTranspose = contourTranspose
ncs.plotContour = plotContour
ncs.cmapM = cmapM
ncs.axis = axis
ncs.autoTicks = autoTicks
ncs.Mmask = Mmask
ncs.MThrMinRel = MThrMinRel
ncs.Mticks = Mticks
ncs.cmapD = cmapD
#if 'cHSURF' in an.varNames:
# ncs.plotTopo(an.vars['cHSURF'])
(fig,axes,MCB) = ncs.plotVar(an.vars['cHSURF'])
