"-15 to -45": np.abs(theta["outer"].deg + 30.0) <= 15.0,
"bg": np.abs(z - 1.5) <= 0.3,
}
try:
regions = pyregion.open(cmd_args.source + "-mask.reg")
except IOError:
print("No bad pixel mask found")
mask["good"] = np.ones_like(x, dtype=bool)
else:
print("Using " + cmd_args.source + "-mask.reg as bad pixel mask")
mask["good"] = ~regions.get_mask(hdu=hdu)
#
# Calculate robust statistics
m = mask["<45"] & mask["bg"] & mask["good"]
avbg, wbg = trimean_and_iqr(hdu.data[m])
nbg = m.sum()
m = mask["<45"] & mask["shell"] & mask["good"]
avsh, wsh = trimean_and_iqr(hdu.data[m])
nsh = m.sum()
m = mask["<45"] & mask["shell center"] & mask["good"]
avshc, wshc = trimean_and_iqr(hdu.data[m])
nshc = m.sum()
ymin = avbg - 2*wbg
ymax = avsh + 2*wsh
print("BG trimean = {:.2f}, iqr = {:.2f}".format(avbg, wbg))
print("Shell trimean = {:.2f}, iqr = {:.2f}".format(avsh, wsh))
source = sourcefile.replace("-arcdata.json","")
#print source so far working
source_db = json.load(open(sourcefile))
pcoords = coords(source_db["star"])
print source,pcoords
if source in table:
rcoords = coords(table[source])
dRa = pcoords.ra - rcoords.ra
dDec = pcoords.dec - rcoords.dec
print "Offset:", dRa.arcsec, dDec.arcsec
dx.append(dRa.arcsec)
dy.append(dDec.arcsec)
sources.append(source)
#print dx,dy
avdx, sigdx = image_statistics.trimean_and_iqr(dx)
avdy, sigdy = image_statistics.trimean_and_iqr(dy)
#Apparently dx and dy cannot be converted into arrays, so i'm having troubles
offsets = {
"dx":dx,
"dy":dy,
"sources":sources,
"avdx": [avdx,sigdx],
"avdy": [avdy,sigdy]
}
with open("mosaic_offsets.json", "w") as f:
json.dump(offsets,f,indent=2)
