def validate_metadata(self):
"""
Validates the meta definitions of the Spectrograph
by making a series of comparisons to the meta data model
definied in metadata.py
Returns:
"""
# Load up
core_meta = PypeItMetaData.define_core_meta()
meta_data_model = PypeItMetaData.get_meta_data_model()
# Check core
for key in core_meta:
assert key in self.meta.keys(), \
'key {:s} not defined in spectrograph meta!'.format(key)
# Check for rtol for config keys that are type float
for key in self.configuration_keys():
if meta_data_model[key]['dtype'] in [float]:
assert 'rtol' in self.meta[key].keys(), \
'rtol not set for key {:s} not defined in spectrograph meta!'.format(key)
# Now confirm all meta are in the data model
for key in self.meta.keys():
if key not in self.meta_data_model.keys():
msgs.error("Meta data {:s} not in meta_data_model".format(key))
def __init__(self):
self.spectrograph = 'base'
self.telescope = None
self.detector = None
self.naxis = None
# self.raw_naxis = None
self.rawdatasec_img = None
self.oscansec_img = None
self.slitmask = None
# Default time unit
self.timeunit = 'mjd'
# Default extension with the primary header data
# used by arsave.save_2d_images
self.primary_hdrext = 0
self.numhead = 0
self.minexp = 0 # NEED TO TIE TO INSTRUMENT PAR INSTEAD
# Init Calibrations Par
# self._set_calib_par()
# Init meta
self.meta_data_model = PypeItMetaData.get_meta_data_model()
self.init_meta()
self.validate_metadata()