def flux_science(self, sci_file):
"""
Flux the internal list of sci_specobjs
Wrapper to flux.apply_sensfunc()
Returns
-------
"""
# Load
self.load_objs(sci_file, std=False)
# Run
norder = self.sens_dict['meta']['nslits']
for iord in range(norder):
sens_dict_iord = self.sens_dict[str(iord)]
for sci_obj in self.sci_specobjs:
if sci_obj.ech_orderindx == iord:
flux.apply_sensfunc(
sci_obj,
sens_dict_iord,
float(self.sci_header['AIRMASS']),
self.sci_header['EXPTIME'],
extinct_correct=self.par['extinct_correct'],
longitude=self.spectrograph.telescope['longitude'],
latitude=self.spectrograph.telescope['latitude'])
self.steps.append(inspect.stack()[0][3])
def flux_science(self):
"""
Flux the internal list of sci_specobjs
Wrapper to flux.apply_sensfunc()
Returns
-------
"""
norder = self.sens_dict['norder']
for iord in range(norder):
sens_dict_iord = self.sens_dict[str(iord)]
for sci_obj in self.sci_specobjs:
if sci_obj.ech_orderindx == iord:
flux.apply_sensfunc(sci_obj, sens_dict_iord, self.sci_header['AIRMASS'],
self.sci_header['EXPTIME'], self.spectrograph)
self.steps.append(inspect.stack()[0][3])
def ech_flux_science(sci_specobjs, sens_dicts, sci_header, spectrograph=None):
"""
Flux the internal list of sci_specobjs
Wrapper to flux.apply_sensfunc()
Returns
-------
"""
norder = sens_dicts['norder']
if spectrograph is None:
spectrograph = sci_header['INSTRUME']
msgs.info('You are working on {:s}'.format(spectrograph))
for iord in range(norder):
sens_dict = sens_dicts[str(iord)]
for sci_obj in sci_specobjs:
if sci_obj.ech_orderindx == iord:
flux.apply_sensfunc(sci_obj, sens_dict, sci_header['AIRMASS'],
sci_header['EXPTIME'], spectrograph)
def ech_flux_science(sci_specobjs,sens_dicts,sci_header,spectrograph=None):
"""
Flux the internal list of sci_specobjs
Wrapper to flux.apply_sensfunc()
Returns
-------
"""
norder = sens_dicts['norder']
if spectrograph is None:
spectrograph = sci_header['INSTRUME']
msgs.info('You are working on {:s}'.format(spectrograph))
for iord in range(norder):
sens_dict = sens_dicts[str(iord)]
for sci_obj in sci_specobjs:
if sci_obj.ech_orderindx == iord:
flux.apply_sensfunc(sci_obj, sens_dict, sci_header['AIRMASS'],
sci_header['EXPTIME'], spectrograph)
def flux_science(self, sci_file):
"""
Flux the internal list of sci_specobjs
Wrapper to flux.apply_sensfunc()
Returns
-------
"""
# Load
self.load_objs(sci_file, std=False)
# Run
for sci_obj in self.sci_specobjs:
flux.apply_sensfunc(
sci_obj,
self.sens_dict['0'],
self.sci_header['AIRMASS'],
self.sci_header['EXPTIME'],
telluric_correct=self.par['telluric_correct'],
extinct_correct=self.par['extinct_correct'],
longitude=self.spectrograph.telescope['longitude'],
latitude=self.spectrograph.telescope['latitude'])
self.steps.append(inspect.stack()[0][3])