def trim_non_ocean_data(self, l1b):
""" Remove leading and trailing data that is not if type ocean """
self.log.info("- trim outer non-ocean regions")
ocean = l1b.surface_type.get_by_name("ocean")
first_ocean_index = get_first_array_index(ocean.flag, True)
last_ocean_index = get_last_array_index(ocean.flag, True)
if first_ocean_index is None or last_ocean_index is None:
return None
n = l1b.info.n_records-1
is_full_ocean = first_ocean_index == 0 and last_ocean_index == n
if not is_full_ocean:
ocean_subset = np.arange(first_ocean_index, last_ocean_index+1)
self.log.info("- ocean subset [%g:%g]" % (first_ocean_index, last_ocean_index))
l1b.trim_to_subset(ocean_subset)
return l1b
def trim_non_ocean_data(self, l1):
"""
Remove leading and trailing data that is not if type ocean.
:param l1: The input Level-1 objects
:return: The subsetted Level-1 objects. (Segments with no ocean data are removed from the list)
""" """ """
ocean = l1.surface_type.get_by_name("ocean")
first_ocean_index = get_first_array_index(ocean.flag, True)
last_ocean_index = get_last_array_index(ocean.flag, True)
if first_ocean_index is None or last_ocean_index is None:
return None
n = l1.info.n_records - 1
is_full_ocean = first_ocean_index == 0 and last_ocean_index == n
if not is_full_ocean:
ocean_subset = np.arange(first_ocean_index, last_ocean_index + 1)
l1.trim_to_subset(ocean_subset)
return l1