def main(args):
import subprocess
from astropy.io import fits
from pypeit import msgs
from pypeit.spectrographs import keck_lris
from pypeit.spectrographs import keck_deimos
from pypeit.spectrographs import gemini_gmos
from pypeit import msgs
from pypeit import ginga
# List only?
if args.list:
hdu = fits.open(args.file)
print(hdu.info())
return
# Setup for PYPIT imports
msgs.reset(verbosity=2)
# RAW_LRIS??
if 'keck_lris' in args.spectrograph:
#
if args.spectrograph == 'keck_lris_red_orig':
gen_lris = keck_lris.KeckLRISROrigSpectrograph()
img = gen_lris.get_rawimage(args.file, 1)[1]
else:
gen_lris = keck_lris.KeckLRISRSpectrograph() # Using LRISr, but this will work for LRISb too
img = gen_lris.get_rawimage(args.file, None)[1]
# RAW_DEIMOS??
elif args.spectrograph == 'keck_deimos':
#
gen_deimos = keck_deimos.KeckDEIMOSSpectrograph()
img = gen_deimos.get_rawimage(args.file, None)[1]
# RAW_GEMINI??
elif 'gemini_gmos' in args.spectrograph:
# TODO this routine should show the whole mosaic if no detector number is passed in!
# Need to figure out the number of amps
gen_gmos = gemini_gmos.GeminiGMOSSpectrograph()
img = gen_gmos.get_rawimage(args.file, args.det)[1]
else:
hdu = fits.open(args.file)
img = hdu[args.exten].data
# Write
ginga.show_image(img)
def main(args):
import subprocess
from astropy.io import fits
from pypeit import msgs
from pypeit.spectrographs import keck_lris
from pypeit.spectrographs import keck_deimos
from pypeit.spectrographs import gemini_gmos
from pypeit.display import display
from pypeit.spectrographs import mmt_binospec
from pypeit.spectrographs import mmt_mmirs
from pypeit.spectrographs import mmt_bluechannel
from pypeit.spectrographs import util
from pypeit import msgs
from pypeit import io
# List only?
if args.list:
hdu = io.fits_open(args.file)
print(hdu.info())
return
# Setup for PYPIT imports
msgs.reset(verbosity=2)
# RAW_LRIS??
if 'keck_lris' in args.spectrograph:
#
if args.spectrograph == 'keck_lris_red_orig':
gen_lris = keck_lris.KeckLRISROrigSpectrograph()
img = gen_lris.get_rawimage(args.file, 1)[1]
else:
gen_lris = keck_lris.KeckLRISRSpectrograph(
) # Using LRISr, but this will work for LRISb too
img = gen_lris.get_rawimage(args.file, None)[1]
# RAW_DEIMOS??
elif args.spectrograph == 'keck_deimos':
#
gen_deimos = keck_deimos.KeckDEIMOSSpectrograph()
img = gen_deimos.get_rawimage(args.file, None)[1]
# RAW_GEMINI??
elif 'gemini_gmos' in args.spectrograph:
# TODO this routine should show the whole mosaic if no detector number is passed in!
# Need to figure out the number of amps
spectrograph = util.load_spectrograph(args.spectrograph)
img = spectrograph.get_rawimage(args.file, args.det)[1]
# RAW_BinoSpec
elif args.spectrograph == 'mmt_binospec':
#
gen_bino = mmt_binospec.MMTBINOSPECSpectrograph()
img = gen_bino.get_rawimage(args.file, args.det)[1]
# RAW_MMIRS
elif args.spectrograph == 'mmt_mmirs':
gen_mmirs = mmt_mmirs.MMTMMIRSSpectrograph()
img = gen_mmirs.get_rawimage(args.file, args.det)[1]
# RAW MMT blue channel
elif args.spectrograph == 'mmt_bluechannel':
gen_bluechan = mmt_bluechannel.MMTBlueChannelSpectrograph()
img = gen_bluechan.get_rawimage(args.file, args.det)[1]
else:
hdu = io.fits_open(args.file)
img = hdu[args.exten].data
# Write
display.show_image(img, chname=args.chname)