vertices = []
for i in range(0,23,2):
vertices.append([b[i][5],b[i][6]])
vertices.append([b[i][3],b[i][4]])
for i in range(21,0,-2):
vertices.append([b[i][1],b[i][2]])
vertices.append([b[i][7],b[i][8]])
path = Path(vertices)
toTest = [(r,d) for r,d in zip(ra_matched, dec_matched)]
inds = path.contains_points(toTest)
oh_we_care_about = obj_oh[inds]
dist_oh = np.array([computeDist(r,d, tanplane = False) for r,d in zip(ra_matched, dec_matched)])
#oh_out = np.column_stack((ra_matched, dec_matched, dist_oh, obj_oh, obj_eoh))
#np.savetxt('HII_OH_all.txt', oh_out, fmt = ('%10.8f','%10.8f','%6.4f','%4.3f','%4.3f'))
#pdb.set_trace()
#pOH = np.polyfit(dist_oh, obj_oh[inds],1)
#-----------Get SPLASH data-----------------------------
cmbase = CM_MASTER.CM_Master()
#dr = 0.24*cosdg(cmbase.d31)
#dd = 0.24
#rbins = np.arange(min(cmbase.ra*cosdg(cmbase.d31)),max(cmbase.ra*cosdg(cmbase.d31)),dr)
#dbins = np.arange(min(cmbase.dec), max(cmbase.dec),dd)
radbins = np.arange(3, 25, 5)
hdu = pyfits.open('/Users/khamren/M31_Research/splash_data/subMasterSPLASH_zerr.fits')
data = hdu[1].data
cstars = data[(data.CID == 'c') & (data.FIELDTYPE == 'disk') & (data.RA != '00:00:00')]
agb = data[((data.EVSTAGE == 'AGB') | (data.EVSTAGE == 'agb')) & (data.FIELDTYPE == 'disk') & (data.RA != '00:00:00')]
agb_noc = data[((data.EVSTAGE == 'AGB') | (data.EVSTAGE == 'agb')) & (data.FIELDTYPE == 'disk') & (data.RA != '00:00:00') & (data.CID != 'c')]
#cvel = (cstars.Z*c) - (cstars.ABAND*c) - helcorr(keck_long,keck_lat,keck_alt,cra, cdec,cstars.MJD)[0]
cra = np.array([hms2deg(r,d)[0] for r,d in zip(cstars.RA, cstars.DEC)])
cra2 = cra*cosdg(d31)
cdec = np.array([hms2deg(r,d)[1] for r,d in zip(cstars.RA, cstars.DEC)])
cdist = computeDist(cra, cdec)
ara = np.array([hms2deg(r,d)[0] for r,d in zip(agb_noc.RA, agb_noc.DEC)])
ara2 = ara*cosdg(d31)
adec = np.array([hms2deg(r,d)[1] for r,d in zip(agb_noc.RA, agb_noc.DEC)])
ara_all = np.array([hms2deg(r,d)[0] for r,d in zip(agb.RA, agb.DEC)])
ara2_all = ara_all*cosdg(d31)
adec_all = np.array([hms2deg(r,d)[1] for r,d in zip(agb.RA, agb.DEC)])
cvel = np.array([((z*c) - (aband*c) - helcorr(keck_long,keck_lat,keck_alt,r,d, mjd)[0]) for z, aband, r, d, mjd in zip(cstars.Z, cstars.ABAND, cra, cdec, cstars.MJD)])
avel = np.array([((z*c) - (aband*c) - helcorr(keck_long, keck_lat,keck_alt, r,d, mjd)[0]) for z, aband, r, d, mjd in zip(agb_noc.Z, agb_noc.ABAND, ara, adec, agb_noc.MJD)])
averr = agb_noc.Z_ERR*c
avel_all = np.array([((z*c) - (aband*c) - helcorr(keck_long, keck_lat,keck_alt, r,d, mjd)[0]) for z, aband, r, d, mjd in zip(agb.Z, agb.ABAND, ara_all, adec_all, agb.MJD)])
averr_all = agb.Z_ERR*c
