def main(info):
for i in range(info.ntimes):
raw_data = io_routines.load_data(info.times[i], info)
processed_data = convert.era2gard(raw_data)
output.write_file(info.times[i], info, processed_data)
if info.daily:
daily.make_daily(info)
def main(info):
for k in info.keys():
if k!="times" and k!="lat_data" and k!="lon_data":
print(k,info[k])
print(info.times[0],info.times[-1])
curyear=info.times[0].year
lastyear=info.times[0].year-1
for curtime in info.times:
if curtime.year>lastyear:
raw_data=io_routines.load_data(curtime,info)
processed_data=convert.cmip2icar(raw_data)
output.write_file(curtime,info,processed_data)
lastyear=curtime.year
def main(info):
for k in info.keys():
if k != "times" and k != "lat_data" and k != "lon_data":
print(k, info[k])
print(info.times[0], info.times[-1])
curyear = info.times[0].year
lastyear = info.times[0].year - 1
for curtime in info.times:
if curtime.year > lastyear:
raw_data = io_routines.load_data(curtime, info)
processed_data = convert.cmip2icar(raw_data)
output.write_file(curtime, info, processed_data)
lastyear = curtime.year
def main(info):
for k in info.keys():
if k!="times" and k!="lat_data" and k!="lon_data":
print(k,info[k])
print(info.times[0],info.times[-1])
curtime=info.times[0]
curpos=0
while curtime<=info.end_date:
raw_data=io_routines.load_data(curtime,info)
processed_data=convert.ccsm2icar(raw_data)
output.write_file(curtime,info,processed_data)
curpos+=raw_data.atm.ntimes
curtime=info.times[curpos]
def main(info):
for k in info.keys():
if k!="times" and k!="lat_data" and k!="lon_data":
print(k,info[k])
print(info.times[0],info.times[-1])
curtime=info.times[0]
firsttime=curtime
timesteps_per_year=365*4 # no leap calendar, 4 steps per day
starttime=0
endtime=timesteps_per_year
for i in range(info.nyears):
print(curtime)
raw_data=io_routines.load_data(firsttime,info,starttime,endtime)
processed_data=convert.cesm2icar(raw_data)
output.write_file(curtime,info,processed_data)
curtime=datetime.datetime(curtime.year+1,curtime.month,curtime.day)
starttime=endtime
endtime=endtime+timesteps_per_year
def main(info):
for k in info.keys():
if k!="times" and k!="lat_data" and k!="lon_data":
print(k,info[k])
print(info.times[0],info.times[-1])
curtime=info.times[0]
firsttime=curtime
timesteps_per_year=365*4 # no leap calendar, 4 steps per day
starttime=0
endtime=timesteps_per_year
for i in range(info.nyears):
print(curtime)
raw_data=io_routines.load_data(firsttime,info,starttime,endtime)
processed_data=convert.cesm2icar(raw_data)
output.write_file(curtime,info,processed_data)
curtime=datetime.datetime(curtime.year+1,curtime.month,curtime.day)
starttime=endtime
endtime=endtime+timesteps_per_year
def main(info):
for i in range(info.ntimes):
raw_data = io_routines.load_data(info.times[i], info)
processed_data = convert.era2icar(raw_data)
output.write_file(info.times[i], info, processed_data)
def main(info):
for i in range(info.ntimes):
raw_data=io_routines.load_data(info.times[i],info)
processed_data=convert.era2icar(raw_data)
output.write_file(info.times[i],info,processed_data)
