def run_slitlet_profile(metadata, prev_suffix, curr_suffix, **args):
if os.path.isfile(super_dflat_fn):
flatfield_fn = super_dflat_fn
else:
flatfield_fn = super_dflat_raw
output_fn = slitlet_def_fn
pywifes.derive_slitlet_profiles(flatfield_fn,
output_fn,
data_hdu=my_data_hdu,
**args)
return
def run_slitlet_profile(metadata, prev_suffix, curr_suffix, **args):
if os.path.isfile(super_dflat_fn):
flatfield_fn = super_dflat_fn
else:
flatfield_fn = super_dflat_raw
output_fn = slitlet_def_fn
pywifes.derive_slitlet_profiles(flatfield_fn,
output_fn,
data_hdu=my_data_hdu,
**args)
return
print('Correcting master twilight flat',super_tflat_fn.split('/')[-1])
pywifes.interslice_cleanup(super_tflat_raw,super_tflat_fn, slitlet_fn,
offset=offsets[type.index('twi')],
method='2D',**args)
return
#------------------------------------------------------
# Fit slitlet profiles
def run_slitlet_profile(metadata, prev_suffix, curr_suffix, **args):
if os.path.isfile(super_dflat_fn):
flatfield_fn = super_dflat_fn
else:
flatfield_fn = super_dflat_raw
output_fn = slitlet_def_fn
pywifes.derive_slitlet_profiles(flatfield_fn,
output_fn,
data_hdu=my_data_hdu,
**args)
return
#------------------------------------------------------
# Create MEF files
def run_superflat_mef(metadata, prev_suffix, curr_suffix, source):
if source == 'dome':
if os.path.isfile(super_dflat_fn):
in_fn = super_dflat_fn
else:
in_fn = super_dflat_raw
out_fn = super_dflat_mef
elif source == 'twi':
if os.path.isfile(super_tflat_fn):
