def get_iq_and_zeropoint(image, header_extract):
# Options: it can be in the image tag, it can be in the file if that's been created.
fwhm = storage.get_tag(image,
'fwhm_22') # 22 is the standard chip: mid lower
if fwhm is None: # not in tag, maybe in the file: does that exist?
sys.stdout.write('...no fwhm vtag. Instead trying file. ')
try:
fwhm = storage.get_fwhm(image, ccd=22)
except: # no file yet then either
fwhm = None
sys.stdout.write('...fwhm not yet measured. ')
if fwhm is not None:
iq = float(fwhm) * 0.1850 # plate scale is 0.1850 arcsec/pixel
header_extract['iq_ossos'] = iq
else:
header_extract[
'iq_ossos'] = None # This will need to be updated in the future, then.
sys.stdout.write('Storing IQ: %s\n' % str(header_extract['iq_ossos']))
zeropt = storage.get_tag(image, 'zeropoint_22')
if zeropt is None:
sys.stdout.write('...no zeropoint vtag. Instead trying file. ')
try:
zeropt = storage.get_zeropoint(image, ccd=22)
except: # no file yet then either
zeropt = None
sys.stdout.write('...zeropoint not yet measured. ')
header_extract['zeropt'] = zeropt
sys.stdout.write('Storing zeropoint: %s\n' % str(header_extract['zeropt']))
return header_extract
def get_iq_and_zeropoint(image, header_extract):
# Options: it can be in the image tag, it can be in the file if that's been created.
fwhm = storage.get_tag(image, 'fwhm_22') # 22 is the standard chip: mid lower
if fwhm is None: # not in tag, maybe in the file: does that exist?
sys.stdout.write('...no fwhm vtag. Instead trying file. ')
try:
fwhm = storage.get_fwhm(image, ccd=22)
except: # no file yet then either
fwhm = None
sys.stdout.write('...fwhm not yet measured. ')
if fwhm is not None:
iq = float(fwhm) * 0.1850 # plate scale is 0.1850 arcsec/pixel
header_extract['iq_ossos'] = iq
else:
header_extract['iq_ossos'] = None # This will need to be updated in the future, then.
sys.stdout.write('Storing IQ: %s\n' % str(header_extract['iq_ossos']))
zeropt = storage.get_tag(image, 'zeropoint_22')
if zeropt is None:
sys.stdout.write('...no zeropoint vtag. Instead trying file. ')
try:
zeropt = storage.get_zeropoint(image, ccd=22)
except: # no file yet then either
zeropt = None
sys.stdout.write('...zeropoint not yet measured. ')
header_extract['zeropt'] = zeropt
sys.stdout.write('Storing zeropoint: %s\n' % str(header_extract['zeropt']))
return header_extract
def get_iq_and_zeropoint(image, header_extract): try: # 22 is the standard chip: mid lower fwhm = storage.get_tag(image, 'fwhm_22') if fwhm is None: fwhm_file = storage.get_uri(image, ccd=22, ext='fwhm')# hfile+'/ccd22/'+image+'p22.fwhm' print fwhm_file fwhm = float(storage.vospace.open(fwhm_file,view='data').read()) # now can we work with it? if fwhm is not None: iq = float(fwhm)*0.1850 # plate scale is 0.1850 arcsec/pixel header_extract['iq_ossos'] = iq else: header_extract['iq_ossos'] = fwhm # HACKED FOR NOW, WILL BE ADJUSTED LATER except Exception, e: header_extract['iq_ossos'] = None # HACKED FOR NOW, FIX LATER
def get_snr(image, header_extract):
snr = storage.get_tag(image, 'snr_13')
header_extract['snr'] = snr
return header_extract
if fwhm is None: fwhm_file = storage.get_uri(image, ccd=22, ext='fwhm')# hfile+'/ccd22/'+image+'p22.fwhm' print fwhm_file fwhm = float(storage.vospace.open(fwhm_file,view='data').read()) # now can we work with it? if fwhm is not None: iq = float(fwhm)*0.1850 # plate scale is 0.1850 arcsec/pixel header_extract['iq_ossos'] = iq else: header_extract['iq_ossos'] = fwhm # HACKED FOR NOW, WILL BE ADJUSTED LATER except Exception, e: header_extract['iq_ossos'] = None # HACKED FOR NOW, FIX LATER try: zeropt = storage.get_tag(image, 'zeropoint_22') if zeropt is None: zeropt_file = storage.get_uri(image, ccd=22, ext='zeropoint.used') # hfile+'/ccd22/'+image+'p22.zeropoint.used' # the standard chip zeropt = storage.vospace.open(zeropt_file,view='data').read() # now let's try if zeropt is not None: header_extract['zeropt'] = float(zeropt) else: header_extract['zeropt'] = zeropt # HACKED FOR NOW, WILL BE ADJUSTED LATER except Exception, e: header_extract['zeropt'] = None # HACKED: FIX LATER return header_extract
def get_snr(image, header_extract):
snr = storage.get_tag(image, 'snr_13')
header_extract['snr'] = snr
return header_extract
