def main():
#saves(multiprocessing=16) # multiprocessing=16
#wfdei_saves(multiprocessing=16) # multiprocessing=16
plot()
for m in cnst.AGG_PERIODS:
ca.runAtlas(m)
def main():
for reg in cnst.REGIONS:
#saves(multiprocessing=16) # multiprocessing=16
#wfdei_saves(multiprocessing=16) # multiprocessing=16
#plot()
cnst.ATLAS_REGION = reg
for m in cnst.AGG_PERIODS:
ca.runAtlas(m)
def main():
for reg in cnst.REGIONS:
if (reg == 'WA') :
continue
update_constants(reg)
#saves(multiprocessing=16)
#wfdei_saves(multiprocessing=16)
plot(multiprocessing=4)
for m in cnst.AGG_PERIODS:
ca.runAtlas(m)
def atlas():
#for m in cnst.AGG_PERIODS:
m = cnst.AGG_PERIODS[0]
ca.runAtlas(m)
def atlas():
for m in cnst.AGG_PERIODS:
ca.runAtlas(m)