def _loadGridFileAttributes_(self):
Hdf5FileReader._loadManagerAttributes_(self)
self._initCoordinateLimits()
self.unsetGridBounds()
if self.lats is not None:
self.grid_shape = self.lats.shape
self.grid_size = self.lats.size
else:
self.grid_shape = ()
self.grid_size = -32768
if (not hasattr(self, 'node_search_radius')
or self.node_search_radius is None) and self.lats is not None:
self._setDefaultSearchRadius_()
def _loadManagerAttributes_(self):
Hdf5FileReader._loadManagerAttributes_(self)
self._loadGridFileAttributes_()
def __init__(self, hdf5_filepath):
Hdf5FileReader.__init__(self, hdf5_filepath)
self._area_mask = None
def _loadGridFileAttributes_(self):
Hdf5FileReader._loadManagerAttributes_(self)
self.unsetGridBounds()
self._initCoordinateLimits()
self._loadGridExtentAttributes_()
last_obs_date = target_date - relativedelta(days=1)
from_filepath = os.path.normpath(args[0])
to_filepath = from_filepath.replace('.h5','-COPY.h5')
if os.path.exists(to_filepath):
replace_existing = options.replace_existing
if replace_existing:
os.remove(to_filepath)
else:
print to_filepath, 'already exists.'
exit(1)
msg = "Copying datasets from '%s'\nto new file at '%s'"
print msg % (from_filepath, to_filepath)
reader = Hdf5FileReader(from_filepath)
manager = Hdf5FileManager(to_filepath, 'a')
manager.setFileAttributes(**dict(reader.getFileAttributes()))
for name in reader.group_names:
attrs = reader.getGroupAttributes(name)
print "creating '%s' group" % name
manager.open('a')
manager.createGroup(name)
manager.setGroupAttributes(name, **attrs)
manager.close()
for name in reader.dataset_names:
print "creating '%s' dataset" % name
dataset = reader.getDataset(name)