if __name__=='__main__':
dirlist=sys.argv[1:]
if len(dirlist)==0:
sys.exit("Warning: No directories specified, will exit.")
normlist="norms.namelist"
species="d,N,e"
species=species.split(',')
#print species
simulList=perfect_simulations_from_dirs(dirlist,normlist,species)
#print simulList
plotObjList=[]
plotObjList.append(plot_object("normed_particle_flux",len(species),1,"particle flux"))
plotObjList.append(plot_object("normed_conductive_heat_flux",len(species),1,"heat flux"))
plotObjList.append(plot_object("T",len(species),1,"T"))
plotObjList.append(plot_object("n",len(species),1,"n"))
for plotObj in plotObjList:
for simul in simulList:
#print "simul:"
#print simul
plotObj.plot(simul)
#plotObjList[0].show_figure()
#plotObjList[1].show_figure()
#fig0=plotObjList[0].fig
#fig1=plotObjList[1].fig
plt.show(block=True)
normlist = "norms.namelist"
species = "d,N,e"
species = species.split(",")
# print species
simulList = perfect_simulations_from_dirs(dirlist, normlist, species)
# print simulList
gl = ["", " local"]
i = 0
for simul in simulList:
simul.description = pretty_parse(simul.description) + gl[i % 2]
i = i + 1
plotObjList = []
ncolors = len(simulList) / 2
plotObjList.append(plot_object("normed_particle_flux", len(species), 1, "particle flux", ncolors))
plotObjList.append(plot_object("normed_conductive_heat_flux", len(species), 1, "heat flux", ncolors))
plotObjList.append(plot_object("T", len(species), 1, "T", ncolors))
plotObjList.append(plot_object("n", len(species), 1, "n", ncolors))
plotObjList.append(plot_object("normed_heat_source", len(species), 1, "normed heat source", ncolors))
plotObjList.append(plot_object("normed_particle_source", len(species), 1, "normed particle source", ncolors))
i = 0
for plotObj in plotObjList:
for simul in simulList:
# print "simul:"
# print simul
# print "to call plotObj.plot()"
plotObj.plot(simul, i % 2) # alternates between holding colors or not
i = i + 1 # not python3 safe
