def calibrate_session(filename, mapnames, ifnum=0,
gbtpath='/Users/adam/observations/gbt/', sessionnumber=None,
refscans_list=None, scanranges=None, tau=0.02,
obsmodes=None, sourcenames=None):
root = filename
while root != os.path.splitext(root)[0]:
root = os.path.splitext(root)[0]
if sessionnumber is None:
sessionnumber = int(root[-2:])
filepyfits = pyfits.open(filename,memmap=True)
datapfits = filepyfits[1].data
dataarr = datapfits.DATA
if datapfits.DATA[-1,:].sum() == 0:
log.warn("READING USING PFITS")
import pfits
datapfits = pfits.FITS(filename).get_hdus()[1].get_data()
dataarr = numpy.reshape(datapfits['DATA'],datapfits['DATA'].shape[::-1])
for feed in (1,2):
for sampler in samplers[ifnum]:
OK = (datapfits['FEED'] == feed) * (datapfits['SAMPLER'] == sampler)
if OK.sum() > 0:
pl.plot(datapfits['LST'][OK],
dataarr[OK,1000:2000].mean(axis=1), ',',
label='Feed %i Sampler %s' % (feed,sampler))
pl.savefig(root+'_secondhalf_continuum_nolimits.png')
pl.gca().set_ylim(1,5)
pl.savefig(root+'_secondhalf_continuum.png')
if scanranges is None:
scanranges = [(min(r)+1,max(r)-1) for r in refscans_list]
if obsmodes is None:
obsmodes = [None for r in refscans_list]
if sourcenames is None:
sourcenames = [None for r in refscans_list]
for refscans, scanrange, mapname, obsmode, sourcename in zip(refscans_list,
scanranges,
mapnames,
obsmodes,
sourcenames):
outpath = '%s%smap/' % (gbtpath,mapname)
ref1,ref2 = min(refscans),max(refscans)
for sampler,feednum in zip(samplers[ifnum],feeds[ifnum]):
calibrate_map_scans.calibrate_cube_data(filename,
outpath+'Session%i_%ito%i_%s_F%i.fits' %
(sessionnumber,ref1,ref2,sampler,feednum),
scanrange=scanrange, feednum=feednum, sampler=sampler,
filepyfits=filepyfits, datapfits=datapfits, tau=tau,
dataarr=dataarr, refscans=refscans, sourcename=sourcename,
obsmode=obsmode)
extension=1, exclude_spectral_ends=10)
elif sampler in ["B18","B22","D34","D38"]: # h2c18o
off_template = make_off_template.make_off(filename, scanrange=scanrange,
#exclude_velo=[-10,70], interp_vrange=[-150,250],
interp_polyorder=10, sampler=sampler,
feednum=feednum,
sourcename=sourcename,
savefile=savefile,
clobber=True,
extension=1, exclude_spectral_ends=10)
else:
off_template = None
outfn = outpath+'14A_110_2_%ito%i_%s_F%i.fits' % (ref1,ref2,sampler,feednum)
calibrate_map_scans.calibrate_cube_data(filename,
outfn,
scanrange=scanrange,
#min_scale_reference=10,
feednum=feednum,
refscans=refscans,
sampler=sampler,
filepyfits=filepyfits,
datapfits=datapfits,
tau=0.03,
dataarr=dataarr,
obsmode=obsmode,
sourcename=sourcename,
off_template=off_template)
elif sampler in ('D33','D37'): # H110a
off_template = make_off_template.make_off(filename,
scanrange=scanrange,
obsmode=obsmode,
exclude_velo=[-50,150],
interp_vrange=[-150,250],
interp_polyorder=10,
sampler=sampler,
savefile=savefile,
clobber=True,
exclude_spectral_ends=10)
else:
off_template = None
print "Sanity check. Off_template: ",off_template
calibrate_map_scans.calibrate_cube_data(filename,
outpath+'12B_221_%ito%i_%s_F1.fits' % (ref1,ref2,sampler),
scanrange=scanrange,
feednum=1,
refscans=refscans,
sampler=sampler,
filepyfits=filepyfits,
datapfits=datapfits, tau=0,
dataarr=dataarr,
obsmode=obsmode,
exclude_spectral_ends=10.,
min_scale_reference=10,
sourcename=sourcename,
off_template=off_template)
)
):
s1,s2 = scanrange
savefile = os.path.join(paths.AGBT15B_129_3_path,
"AGBT15B_129_03_{0}_fd{1}_if{2}_sr{3}-{4}"
.format(sampler,feednum,ifnum,s1,s2))
log.info(savefile)
outfn = os.path.join(paths.outpath,
'15B_129_3_%ito%i_%s_F%i.fits' % (s1,s2,sampler,feednum))
calibrate_map_scans.calibrate_cube_data(filename,
outfn,
scanrange=scanrange,
#min_scale_reference=10,
feednum=feednum,
refscans=refscans,
sampler=sampler,
filepyfits=filepyfits,
datapfits=datapfits,
# ignored b/c gain tau=0.50,
#tsys=np.median(tsys[gainsOK]),
#gain=gain_dict,
dataarr=dataarr,
obsmode=obsmode,
sourcename=sourcename,
highfreq=False,
verbose=True,
)
