def coadd1d_filelist(files, outroot, det, debug=False, show=False):
"""
Args:
files:
outroot:
det:
debug:
show:
Returns:
outfiles (list): list of files written to
"""
# Build sync_dict
sync_dict = None
for ifile in files[1:]:
sync_dict = coadd.sync_pair(files[0], ifile, det, sync_dict=sync_dict)
#
header = fits.getheader(files[0])
spectrograph = load_spectrograph(header['PYP_SPEC'])
par = spectrograph.default_pypeit_par()
par['coadd1d']['flux_value'] = False
sensfile = None
outfiles = []
# Loop on entries
for key in sync_dict:
coaddfile = outroot + '-SPAT{:04d}-DET{:02d}'.format(key,
det) + '.fits'
coAdd1d = coadd1d.CoAdd1D.get_instance(sync_dict[key]['files'],
sync_dict[key]['names'],
spectrograph=spectrograph,
par=par['coadd1d'],
sensfile=sensfile,
debug=debug,
show=show)
# Run
coAdd1d.run()
# Save to file
coAdd1d.save(coaddfile)
outfiles.append(coaddfile)
return outfiles
def coadd1d_filelist(files, outroot, det, debug=False, show=False):
"""
Args:
files:
outroot:
det (:obj:`str`):
String identifier for the detector or mosaic with the 1D spectra to
coadd.
debug:
show:
Returns:
:obj:`list`: List of output files written.
"""
# Build sync_dict
sync_dict = None
for ifile in files[1:]:
sync_dict = coadd.sync_pair(files[0], ifile, det, sync_dict=sync_dict)
#
header = fits.getheader(files[0])
spectrograph = load_spectrograph(header['PYP_SPEC'])
par = spectrograph.default_pypeit_par()
par['coadd1d']['flux_value'] = False
sensfile = None
outfiles = []
# Loop on entries
for key in sync_dict:
coaddfile = outroot+f'-SPAT{key:04d}-{det}.fits'
coAdd1d = coadd1d.CoAdd1D.get_instance(sync_dict[key]['files'],
sync_dict[key]['names'],
spectrograph=spectrograph, par=par['coadd1d'],
sensfile=sensfile, debug=debug, show=show)
# Run
coAdd1d.run()
# Save to file
coAdd1d.save(coaddfile)
outfiles.append(coaddfile)
return outfiles