def deltaR_row(row, a, b):
aEta = getattr(row, '{}_eta'.format(a))
aPhi = getattr(row, '{}_phi'.format(a))
bEta = getattr(row, '{}_eta'.format(b))
bPhi = getattr(row, '{}_phi'.format(b))
return deltaR(aEta, aPhi, bEta, bPhi)
def deltaR_row(row,a,b):
aEta = getattr(row,'{}_eta'.format(a))
aPhi = getattr(row,'{}_phi'.format(a))
bEta = getattr(row,'{}_eta'.format(b))
bPhi = getattr(row,'{}_phi'.format(b))
return deltaR(aEta,aPhi,bEta,bPhi)
def _matchGenJet(self, rtrow, cand, dr):
eta = self.getObjectVariable(rtrow, cand, 'eta')
phi = self.getObjectVariable(rtrow, cand, 'phi')
genEta = self.getObjectVariable(rtrow, cand, 'genJetEta')
genPhi = self.getObjectVariable(rtrow, cand, 'genJetPhi')
return deltaR(eta, phi, genEta, genPhi) < dr
def getDeltaR(self,a,b):
ap4 = self.getP4(a)
bp4 = self.getP4(b)
return deltaR(ap4.Eta(),ap4.Phi(),bp4.Eta(),bp4.Phi())
def getRecoDeltaR(self):
if len(self)!=2: return 0
ap4 = self[0].getRecoP4()
bp4 = self[1].getRecoP4()
return deltaR(ap4.Eta(),ap4.Phi(),bp4.Eta(),bp4.Phi())
def getDeltaR(self):
if len(self)!=2: return 0
ap4 = self[0]
bp4 = self[1]
return deltaR(ap4.Eta(),ap4.Phi(),bp4.Eta(),bp4.Phi())
def _matchGenJet(self,rtrow,cand,dr):
eta = self.getObjectVariable(rtrow,cand,'eta')
phi = self.getObjectVariable(rtrow,cand,'phi')
genEta = self.getObjectVariable(rtrow,cand,'genJetEta')
genPhi = self.getObjectVariable(rtrow,cand,'genJetPhi')
return deltaR(eta,phi,genEta,genPhi)<dr