def getrMagBinary(L1, T1, g1, r1, L2, T2, g2, r2, M_H, dist, AV, extVal):
SED1 = SED()
SED1.filters = ['r_']
SED1.filterFilesRoot = filterFilesRoot
SED1.T = T1 * units.K
SED1.R = r1 * units.solRad
SED1.L = L1 * units.solLum
SED1.logg = g1
SED1.M_H = M_H
SED1.EBV = AV / RV #could use this to account for reddening in SED
SED1.initialize()
SED2 = SED()
SED2.filters = ['r_']
SED2.filterFilesRoot = filterFilesRoot
SED2.T = T2 * units.K
SED2.R = r2 * units.solRad
SED2.L = L2 * units.solLum
SED2.logg = g2
SED2.M_H = M_H
SED2.EBV = AV / RV #could use this to account for reddening in SED
SED2.initialize()
Lconst1 = SED1.getLconst()
Lconst2 = SED2.getLconst()
Ared = extVal * AV
Fv1 = SED1.getFvAB(dist * units.kpc, 'r_', Lconst=Lconst1)
Fv2 = SED2.getFvAB(dist * units.kpc, 'r_', Lconst=Lconst2)
Fv = Fv1 + Fv2
return -2.5 * np.log10(Fv) + Ared #AB magnitude
def getrMagSingle(L1, T1, g1, r1, M_H, dist, AV, extVal):
SED1 = SED()
SED1.filters = ['r_']
SED1.filterFilesRoot = filterFilesRoot
SED1.T = T1 * units.K
SED1.R = r1 * units.solRad
SED1.L = L1 * units.solLum
SED1.logg = g1
SED1.M_H = M_H
SED1.EBV = AV / RV #could use this to account for reddening in SED
SED1.initialize()
Lconst1 = SED1.getLconst()
Ared = extVal * AV
Fv = SED1.getFvAB(dist * units.kpc, 'r_', Lconst=Lconst1)
return -2.5 * np.log10(Fv) + Ared #AB magnitude
