def select_files_range(begin, end):
files = glob('products/estimated/*.nc')
files.sort()
to_date = lambda filename: to_datetime(filename).date()
is_in_range = lambda filename: begin <= to_date(filename) <= end
selected_files = filter(is_in_range, files)
return selected_files
def select_files_range(begin, end):
files = glob('products/estimated/*.nc')
files.sort()
to_date = lambda filename: to_datetime(filename).date()
is_in_range = lambda filename: begin <= to_date(filename) <= end
selected_files = filter(is_in_range, files)
return selected_files
def generate_radiance_filename(filename):
prefix = short(filename, 0, 3)
decimalhour = lambda t: t.hour + t.minute/60. + t.second/3600.
slot = str(int(round(decimalhour(to_datetime(filename))*2))).zfill(2)
suffix = short(filename, 4, 6)
if not os.path.exists('products/radiance'):
os.makedirs('products/radiance')
output_filename = 'products/radiance/rad.%s.S%s.%s' % (
prefix, slot, suffix)
return output_filename
def generate_radiance_filename(filename):
prefix = short(filename, 0, 3)
decimalhour = lambda t: t.hour + t.minute / 60. + t.second / 3600.
slot = str(int(round(decimalhour(to_datetime(filename)) * 2))).zfill(2)
suffix = short(filename, 4, 6)
if not os.path.exists('products/radiance'):
os.makedirs('products/radiance')
output_filename = 'products/radiance/rad.%s.S%s.%s' % (prefix, slot,
suffix)
return output_filename
def radiance(filename):
prefix = short(filename, 0, 3)
slot = int(round(decimalhour(to_datetime(filename))*2))
suffix = short(filename, 4, 6)
output_filename = create_output_path(prefix, slot, suffix)
root, is_new = nc.open(filename)
radiation = nc.getvar(root, 'globalradiation')
with nc.loader(output_filename) as radiance_root:
dims_names = list(reversed(radiation.dimensions.keys()))
dims_values = list(reversed(radiation.dimensions.values()))
create_dims = (lambda name, dimension:
radiance_root.create_dimension(name, len(dimension)))
(map(lambda name, dimension: create_dims(name, dimension),
dims_names, dims_values))
radiance = (nc.getvar(radiance_root, 'radiance', vtype='f4',
dimensions=tuple(dims_names)))
radiance[:] = radiation[:]*30.*60.*10**-6
def radiance(filename):
prefix = short(filename, 0, 3)
slot = int(round(decimalhour(to_datetime(filename)) * 2))
suffix = short(filename, 4, 6)
output_filename = create_output_path(prefix, slot, suffix)
root, is_new = nc.open(filename)
radiation = nc.getvar(root, 'globalradiation')
with nc.loader(output_filename) as radiance_root:
dims_names = list(reversed(radiation.dimensions.keys()))
dims_values = list(reversed(radiation.dimensions.values()))
create_dims = (lambda name, dimension: radiance_root.create_dimension(
name, len(dimension)))
(map(lambda name, dimension: create_dims(name, dimension), dims_names,
dims_values))
radiance = (nc.getvar(radiance_root,
'radiance',
vtype='f4',
dimensions=tuple(dims_names)))
radiance[:] = radiation[:] * 30. * 60. * 10**-6