def calibrate_raw_science():
# Create the list of raw science frames:
n_first = 407201
n_last = 407475
framen = range(n_first, n_last + 1)
nframes = len(framen)
ddir_science = os.path.join(ddir, 'object')
raw_science_frames = []
for i in range(nframes):
raw_science_frames += [
'0000{0:.0f}-20130728-OSIRIS-OsirisLongSlitSpectroscopy.fits'.
format(framen[i])
]
raw_science_list_filename = 'raw_science.lst'
raw_science_list_filepath = os.path.join(adir, raw_science_list_filename)
np.savetxt(raw_science_list_filepath,
np.array(raw_science_frames, dtype=str),
fmt='%s')
# Call the calibration routine:
bias_dir = os.path.join(ddir, 'bias')
mbias_filepath = os.path.join(bias_dir, 'mbias.fits')
mflat_filepath = None
reduction.calibrate_raw_science( n_exts=N_EXTS, raw_ddir=ddir_science, cal_ddir=ddir_science, \
mbias_filepath=mbias_filepath, mflat_filepath=None, \
raw_science_list_filepath=raw_science_list_filepath )
return None
def calibrate_raw_science( night='' ):
adir_full = os.path.join( ADIR, night )
raw_ddir_full = os.path.join( RAW_DDIR, '{0}/raw'.format( night ) )
cal_ddir_full = os.path.join( CAL_DDIR, night )
ddir_dark = os.path.join( cal_ddir_full, 'dark' )
# Create the list of raw science frames:
if night=='20130517':
framen = range( 1906913, 1907342+1 )
elif night=='20130216':
pdb.set_trace() #todo
elif night=='20130701':
pdb.set_trace() #todo
nframes = len( framen )
raw_science_frames = []
for i in range( nframes ):
raw_science_frames += [ 'r{0:.0f}.fit'.format( framen[i] ) ]
raw_science_list_filename = 'raw_science.lst'
raw_science_list_filepath = os.path.join( adir_full, raw_science_list_filename )
np.savetxt( raw_science_list_filepath, np.array( raw_science_frames, dtype=str ), fmt='%s' )
# Call the calibration routine:
mdark_filepath = os.path.join( ddir_dark, 'mdark.fit' )
mflat_filepath = None
reduction.calibrate_raw_science( n_exts=N_EXTS, raw_ddir=raw_ddir_full, cal_ddir=cal_ddir_full, \
mbias_filepath=mdark_filepath, mflat_filepath=mflat_filepath, \
raw_science_list_filepath=raw_science_list_filepath )
return None
def calibrate_raw_science(night=''):
adir_full = os.path.join(ADIR, night)
raw_ddir_full = os.path.join(RAW_DDIR, '{0}/raw'.format(night))
cal_ddir_full = os.path.join(CAL_DDIR, night)
ddir_dark = os.path.join(cal_ddir_full, 'dark')
# Create the list of raw science frames:
if night == '20130517':
framen = range(1906913, 1907342 + 1)
elif night == '20130216':
pdb.set_trace() #todo
elif night == '20130701':
pdb.set_trace() #todo
nframes = len(framen)
raw_science_frames = []
for i in range(nframes):
raw_science_frames += ['r{0:.0f}.fit'.format(framen[i])]
raw_science_list_filename = 'raw_science.lst'
raw_science_list_filepath = os.path.join(adir_full,
raw_science_list_filename)
np.savetxt(raw_science_list_filepath,
np.array(raw_science_frames, dtype=str),
fmt='%s')
# Call the calibration routine:
mdark_filepath = os.path.join(ddir_dark, 'mdark.fit')
mflat_filepath = None
reduction.calibrate_raw_science( n_exts=N_EXTS, raw_ddir=raw_ddir_full, cal_ddir=cal_ddir_full, \
mbias_filepath=mdark_filepath, mflat_filepath=mflat_filepath, \
raw_science_list_filepath=raw_science_list_filepath )
return None
def calibrate_raw_science():
# Create the list of raw science frames:
n_first = 332896
n_last = 333614
framen = range( n_first, n_last+1 )
nframes = len( framen )
ddir_science = os.path.join( ddir, 'object' )
raw_science_frames = []
for i in range( nframes ):
raw_science_frames += [ '0000{0:.0f}-20130520-OSIRIS-OsirisLongSlitSpectroscopy.fits'.format( framen[i] ) ]
raw_science_list_filename = 'raw_science.lst'
raw_science_list_filepath = os.path.join( adir, raw_science_list_filename )
np.savetxt( raw_science_list_filepath, np.array( raw_science_frames, dtype=str ), fmt='%s' )
# Call the calibration routine:
bias_dir = os.path.join( ddir, 'bias' )
mbias_filepath = os.path.join( bias_dir, 'mbias.fits' )
mflat_filepath = None
reduction.calibrate_raw_science( n_exts=N_EXTS, raw_ddir=ddir_science, cal_ddir=ddir_science, \
mbias_filepath=mbias_filepath, mflat_filepath=None, \
raw_science_list_filepath=raw_science_list_filepath )
return None
