for ireg in range(0, nregs):
iregstr = "%04d" % (ireg + 1)
cpf.set_default() #Restore defaults
cpf.figconf[
'figpath'] = plotbasedir + '/time_independent_plots/'
cpf.figconf[
'figname'] = 'Figure_kldgr_reg_' + iregstr + '_var_' + var
cpf.figconf['figsize'] = (12, 10)
cpf.figconf[
'title'] = 'Mean KLD G.R. for var ' + var + ' for region ' + reg_name[
ireg]
cpf.figconf['titlefontsize'] = 20
cpf.figconf['labelfontsize'] = 20
cpf.figconf['axessize'] = [0.1, 0.1, 0.8, 0.8]
cpf.figconf['gridline'] = True
cpf.figconf['linestyle'] = ['-']
cpf.figconf['linemarker'] = ['o']
cpf.figconf['linecolor'] = ['b']
cpf.figconf['ylabel'] = ['Growing Rate']
cpf.figconf['xlabel'] = ['Time (seconds)']
#cpf.figconf['show']=True
time = np.arange(
0,
np.shape(
kldgr_regional_mean[var])[0]) * delta.total_seconds()
cpf.plot_lines(time, kldgr_regional_mean[var][:, ireg])
for ireg in range(0, nregs):
iregstr = "%04d" % (ireg + 1)
cpf.set_default() #Restore defaults
cpf.figconf[
'figpath'] = plotbasedir + '/time_independent_plots/'
cpf.figconf[
'figname'] = 'Figure_bimodality_reg_' + iregstr + '_var_' + var
cpf.figconf['figsize'] = (12, 10)
cpf.figconf[
'title'] = 'Mean BIMODALITY for var ' + var + ' for region ' + reg_name[
ireg]
cpf.figconf['titlefontsize'] = 20
cpf.figconf['labelfontsize'] = 20
cpf.figconf['axessize'] = [0.1, 0.1, 0.8, 0.8]
cpf.figconf['gridline'] = True
cpf.figconf['linestyle'] = ['-']
cpf.figconf['linemarker'] = ['o']
cpf.figconf['linecolor'] = ['b']
cpf.figconf['ylabel'] = ['Kld']
cpf.figconf['xlabel'] = ['Time (seconds)']
#cpf.figconf['show']=True
time = np.arange(0,
np.shape(bimodality_regional_mean[var])
[0]) * delta.total_seconds()
cpf.plot_lines(time, bimodality_regional_mean[var][:, ireg])
for ireg in range(0, nregs):
iregstr = "%04d" % (ireg + 1)
cpf.set_default() #Restore defaults
cpf.figconf[
'figpath'] = plotbasedir + '/time_independent_plots/'
cpf.figconf[
'figname'] = 'Figure_grf_reg_' + iregstr + '_var_' + var
cpf.figconf['figsize'] = (12, 10)
cpf.figconf[
'title'] = 'Mean G.R. for var ' + var + ' for region ' + reg_name[
ireg]
cpf.figconf['titlefontsize'] = 20
cpf.figconf['labelfontsize'] = 20
cpf.figconf['axessize'] = [0.1, 0.1, 0.8, 0.8]
cpf.figconf['gridline'] = True
cpf.figconf['linestyle'] = ['-']
cpf.figconf['linemarker'] = ['o']
cpf.figconf['linecolor'] = ['b']
cpf.figconf['ylabel'] = ['Growing Rate']
cpf.figconf['xlabel'] = ['Time (seconds)']
#cpf.figconf['show']=True
time = np.arange(
0,
np.shape(
grf_regional_mean[var])[0]) * delta.total_seconds()
cpf.plot_lines(time, grf_regional_mean[var][:, ireg])