def l1p_in_trange(fn: str, tr: DatePeriod) -> bool:
""" Returns flag if filename is within time range """
# Parse infos from l1bdata filename
fnattr = PysiralOutputFilenaming()
fnattr.parse_filename(fn)
# Compute overlap between two start/stop pairs
is_overlap = fnattr.start <= tr.tce.dt and fnattr.stop >= tr.tcs.dt
return is_overlap
def l1bdata_in_trange(fn, tr):
""" Returns flag if filename is within time range """
# Parse infos from l1bdata filename
fnattr = PysiralOutputFilenaming()
fnattr.parse_filename(fn)
# Compute overlap between two start/stop pairs
is_overlap = fnattr.start <= tr.stop and fnattr.stop >= tr.start
return is_overlap
def export_l1b_to_netcdf(self, l1b):
""" Write l1b object to netcdf file """
# Get and create export folder
export_folder = PysiralOutputFolder(config=self._pysiral_config)
export_folder.l1bdata_from_l1b(l1b, version=self._jobdef.input_version)
export_folder.create()
# Get export filename
filenaming = PysiralOutputFilenaming()
export_filename = filenaming.from_l1b(l1b)
# Export the data object
ncfile = L1bDataNC()
ncfile.l1b = l1b
ncfile.config = self._pysiral_config
ncfile.output_folder = export_folder.path
ncfile.filename = export_filename
ncfile.export()
log_entry = "- Exported l1bdata: %s"
self.log.info(log_entry % (export_filename))
def l1bdata_get_baseline(filename):
""" Returns version string in l1bdata filename """
# Parse infos from l1bdata filename
fnattr = PysiralOutputFilenaming()
fnattr.parse_filename(filename)
return fnattr.version