# for 1mu1p (only difference is energy used)
Ecal_1m1p = ECal(mE, pE, 'muon', B=BE)
dEp_1m1p = EpCCQE - Ecal_1m1p
dEm_1m1p = EmCCQE - Ecal_1m1p
dEmp_1m1p = EpCCQE - EmCCQE
pTRat_1m1p = pTransRat(mE, pE, lTh, pTh, lPh, pPh, 'muon')
Q2cal_1m1p = Q2(Ecal_1m1p, mE, lTh, 'muon')
Q3_1m1p, Q0_1m1p = Getq3q0(pE, mE, pTh, lTh, pPh, lPh, 'muon', B=BE)
EHad_1m1p = (Ecal_1m1p - mE - 105.66)
y_1m1p = EHad_1m1p / Ecal_1m1p
x_1m1p = Q2cal_1m1p / (2 * 939.5654 * EHad_1m1p)
sph_1m1p = sqrt(dEp_1m1p**2 + dEm_1m1p**2 + dEmp_1m1p**2)
phiT_1m1p = GetPhiT(mE, pE, lTh, pTh, lPh, pPh, 'muon')
pzenu_1m1p = Getpz(mE, pE, lTh, pTh, 'muon') - Ecal_1m1p
pT_1m1p = pTrans(mE, pE, lTh, pTh, lPh, pPh, 'muon')
alphT_1m1p = alphaT(mE, pE, lTh, pTh, lPh, pPh, 'muon')
CCQE_energy_shift_1m1p = SensibleMinimize(mE,
pE,
lTh,
pTh,
lPh,
pPh,
'muon',
B=BE)
# Now boost these badbois
try:
pEB_1m1p, mEB_1m1p, pThB_1m1p, mThB_1m1p, pPhB_1m1p, mPhB_1m1p, EcalB_1m1p, EpCCQEB_1m1p, EmCCQEB_1m1p, sphB_1m1p = BoostTracks(
mE, pE, lTh, pTh, lPh, pPh, 'muon', B=BE)
Q2calB_1m1p = Q2(EcalB_1m1p, mEB_1m1p, mThB_1m1p)
maxshrFrac = max(shrFracPart[IDvtx])
minshrFrac = min(shrFracPart[IDvtx])
# for 1mu1p (only difference is energy used)
Ecal_1m1p = ECal(mE, pE, 'muon')
dEp_1m1p = EpCCQE - Ecal_1m1p
dEm_1m1p = EmCCQE - Ecal_1m1p
dEmp_1m1p = EpCCQE - EmCCQE
pTRat_1m1p = pTransRat(mE, pE, lTh, pTh, lPh, pPh, 'muon')
Q2cal_1m1p = Q2(Ecal_1m1p, mE, lTh, 'muon')
EHad_1m1p = (Ecal_1m1p - mE - 105.66)
y_1m1p = EHad_1m1p / Ecal_1m1p
x_1m1p = Q2cal_1m1p / (2 * 939.5654 * EHad_1m1p)
sph_1m1p = sqrt(dEp_1m1p**2 + dEm_1m1p**2 + dEmp_1m1p**2)
phiT_1m1p = GetPhiT(mE, pE, lTh, pTh, lPh, pPh, 'muon')
pT_1m1p = pTrans(mE, pE, lTh, pTh, lPh, pPh, 'muon')
pzenu_1m1p = Getpz(mE, pE, lTh, pTh, 'muon') - Ecal_1m1p
alphT_1m1p = alphaT(mE, pE, lTh, pTh, lPh, pPh, 'muon')
CCQE_energy_shift_1m1p = SensibleMinimize(mE, pE, lTh, pTh, lPh, pPh,
'muon')
# Now boost these badbois
pEB_1m1p, mEB_1m1p, pThB_1m1p, mThB_1m1p, pPhB_1m1p, mPhB_1m1p, EcalB_1m1p, EpCCQEB_1m1p, EmCCQEB_1m1p, sphB_1m1p = BoostTracks(
mE, pE, lTh, pTh, lPh, pPh, 'muon')
Q2calB_1m1p = Q2(EcalB_1m1p, mEB_1m1p, mThB_1m1p)
openAngB_1m1p = OpenAngle(pThB_1m1p, mThB_1m1p, pPhB_1m1p, mPhB_1m1p)
thetasB_1m1p = mThB_1m1p + pThB_1m1p
phisB_1m1p = PhiDiff(mPhB_1m1p, pPhB_1m1p)
EHadB_1m1p = (EcalB_1m1p - mEB_1m1p - 105.66)
yB_1m1p = EHadB_1m1p / EcalB_1m1p
xB_1m1p = Q2calB_1m1p / (2 * 939.5654 * EHadB_1m1p)