def get_front_end(self, filename):
print "dset_nemo.get_front_end - dset name = ", self.dset_name
return util.get_front_end(self.dset_name, filename)
if idx1 > idx2:
print "****** No need to read src data from file because it's been already read."
# loop over src files
for j in range(idx1, idx2 + 1):
print ''
# read in data and co-locate to target grid
print 'loop over src files j: ', j
print 'src file:', afl.dirNameList[j]
src_file = afl.dirNameList[j]
# Read src data
print "****** Reading src data from file: ", src_file
# initialize a front end
src_front_end = UT.get_front_end(src_data, src_file)
### print 'src_front_end: ', src_front_end
# Create a report of variables supported
if catalog_created != 1:
src_front_end.create_catalog()
catalog_created = 1
midEnd.set_src_time(src_front_end.get_time())
print 'src Unix Time size = ', midEnd.get_src_time().size
print 'src Unix Time = ', midEnd.get_src_time()
print 'src Unix Time Range = ', min(midEnd.get_src_time()), max(
midEnd.get_src_time())
midEnd.set_src_lat(src_front_end.get_latitude())
print 'src Latitude size = ', midEnd.get_src_lat().size
import util as UT
src_data = UT.parse_data_type('/mnt/nas-0-0/users/collocation/ecmwf/idaily-surface')
src_file = '/mnt/nas-0-0/users/collocation/ecmwf/idaily-surface/2008/01/ecmwf-interim-daily-surface-2008-01-06.nc'
src_front_end = UT.get_front_end(src_data, src_file)
#### print 'src_front_end: ', src_front_end
print 'time: ', src_front_end.get_time()
print 'lat: ', src_front_end.get_latitude()
print 'lon: ', src_front_end.get_longitude()
print 'data: ', src_front_end.get_data()
print 'grid info: ', src_front_end.get_src_uniform_grid_info()
def get_front_end (self, filename):
print "dset_nemo.get_front_end - dset name = ", self.dset_name
return util.get_front_end (self.dset_name, filename)
