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varnames.dat
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SumEt #Sigma E_{#perp}
ECALSumEt #Sigma E_{#perp} (ECAL)
HCALSumEt #Sigma E_{#perp} (HCAL)
PrimVtxx Prim. Vtx. Pos. (x) [cm]
PrimVtxy Prim. Vtx. Pos. (y) [cm]
PrimVtxz Prim. Vtx. Pos. (z) [cm]
PrimVtxPtSum Prim. Vtx. #Sigma p_{#perp} [GeV]
PrimVtxNdof Prim. Vtx. Number of degrees of freedom
PrimVtxNChi2 Prim. Vtx. #chi^{2}/N_{dof}
MuPt p_{#perp} (#mu) [GeV]
MuPt[0] p_{#perp} (#mu_{1}) [GeV]
MuPt[1] p_{#perp} (#mu_{2}) [GeV]
MuEta #eta(#mu)
MuEta[0] #eta(#mu_{1})
MuEta[1] #eta(#mu_{2})
abs(MuEta) |#eta|(#mu)
abs(MuEta[0]) |#eta|(#mu_{1})
abs(MuEta[1]) |#eta|(#mu_{2})
MuPhi #phi(#mu)
MuPhi[0] #phi(#mu_{1})
MuPhi[1] #phi(#mu_{2})
MuD0BS d_{0}(#mu,BS) [cm]
MuD0BS[0] d_{0}(#mu_{1},BS) [cm]
MuD0BS[1] d_{0}(#mu_{2},BS) [cm]
MuD0PV d_{0}(#mu,PV) [cm]
MuD0PV[0] d_{0}(#mu_{1},PV) [cm]
MuD0PV[1] d_{0}(#mu_{2},PV) [cm]
abs(MuD0BS) |d_{0}|(#mu,BS) [cm]
abs(MuD0BS[0]) |d_{0}|(#mu_{1},BS) [cm]
abs(MuD0BS[1]) |d_{0}|(#mu_{2},BS) [cm]
abs(MuD0PV) |d_{0}|(#mu,PV) [cm]
abs(MuD0PV[0]) |d_{0}|(#mu_{1},PV) [cm]
abs(MuD0PV[1]) |d_{0}|(#mu_{2},PV) [cm]
MuDzBS d_{z}(#mu,BS) [cm]
MuDzBS[0] d_{z}(#mu_{1},BS) [cm]
MuDzBS[1] d_{z}(#mu_{2},BS) [cm]
MuDzPV d_{z}(#mu,PV) [cm]
MuDzPV[0] d_{z}(#mu_{1},PV) [cm]
MuDzPV[1] d_{z}(#mu_{2},PV) [cm]
abs(MuDzBS) |d_{z}|(#mu,BS) [cm]
abs(MuDzBS[0]) |d_{z}|(#mu_{1},BS) [cm]
abs(MuDzBS[1]) |d_{z}|(#mu_{2},BS) [cm]
abs(MuDzPV) |d_{z}|(#mu,PV) [cm]
abs(MuDzPV[0]) |d_{z}|(#mu_{1},PV) [cm]
abs(MuDzPV[1]) |d_{z}|(#mu_{2},PV) [cm]
MuD0E #sigma_{d_{0}}(#mu) [cm]
MuD0E[0] #sigma_{d_{0}}(#mu_{1}) [cm]
MuD0E[1] #sigma_{d_{0}}(#mu_{2}) [cm]
MuDzE #sigma_{d_{z}}(#mu) [cm]
MuDzE[0] #sigma_{d_{z}}(#mu_{1}) [cm]
MuDzE[1] #sigma_{d_{z}}(#mu_{2}) [cm]
MuRelIso03 Rel. Iso (#mu)
MuRelIso03[0] Rel. Iso (#mu_{1})
MuRelIso03[1] Rel. Iso (#mu_{2})
MuIso03SumPt #Sigma p_{#perp} (#mu)
MuIso03SumPt[0] #Sigma p_{#perp} (#mu_{1})
MuIso03SumPt[1] #Sigma p_{#perp} (#mu_{2})
MuIso03EmEt #Sigma E_{#perp , em.} (#mu)
MuIso03EmEt[0] #Sigma E_{#perp , em.} (#mu_{1})
MuIso03EmEt[1] #Sigma E_{#perp , em.} (#mu_{2})
MuIso03HadEt #Sigma E_{#perp , had.} (#mu)
MuIso03HadEt[0] #Sigma E_{#perp , had.} (#mu_{1})
MuIso03HadEt[1] #Sigma E_{#perp , had.} (#mu_{2})
MuPFIso Rel. PFIso (#mu)
MuPFIso[0] Rel. PFIso (#mu_{1})
MuPFIso[1] Rel. PFIso (#mu_{2})
MuEhad E_{had}(#mu)
MuEhad[0] E_{had}(#mu_{1})
MuEhad[1] E_{had}(#mu_{2})
MuEem E_{em}(#mu)
MuEem[0] E_{em}(#mu_{1})
MuEem[1] E_{em}(#mu_{2})
MuNChi2 #chi^{2}/N_{dof}(#mu-Tracks)
MuNChi2[0] #chi^{2}/N_{dof}(#mu_{1}-Track)
MuNChi2[1] #chi^{2}/N_{dof}(#mu_{2}-Track)
MuCaloComp Calo.-Comp.( #mu)
MuCaloComp[0] Calo.-Comp.( #mu_{1})
MuCaloComp[1] Calo.-Comp.( #mu_{2})
MuSegmComp Segm.-Comp.( #mu)
MuSegmComp[0] Segm.-Comp.( #mu_{1})
MuSegmComp[1] Segm.-Comp.( #mu_{2})
MuNGlHits Tot. Number of Hits of #mu-Tracks
MuNGlHits[0] Tot. Number of Hits of #mu_{1}-Track
MuNGlHits[1] Tot. Number of Hits of #mu_{2}-Track
MuNMuHits Number of Hits in Muon System ( #mu)
MuNMuHits[0] Number of Hits in Muon System ( #mu_{1})
MuNMuHits[1] Number of Hits in Muon System ( #mu_{2})
MuNTkHits Number of Hits in Tracker ( #mu)
MuNTkHits[0] Number of Hits in Tracker ( #mu_{1})
MuNTkHits[1] Number of Hits in Tracker ( #mu_{2})
MuTrackerMu #mu is Tracker Muon
MuTrackerMu[0] #mu_{1} is Tracker Muon
MuTrackerMu[1] #mu_{2} is Tracker Muon
MuCharge Charge of #mu
MuCharge[0] Charge of #mu_{1}
MuCharge[1] Charge of #mu_{2}
MuNMatches Number of chambers with matched segments ( #mu)
MuNMatches[0] Number of chambers with matched segments ( #mu_{1})
MuNMatches[1] Number of chambers with matched segments ( #mu_{2})
MuNChambers Number of chambers ( #mu)
MuNChambers[0] Number of chambers ( #mu_{1})
MuNChambers[1] Number of chambers ( #mu_{2})
ElPt p_{#perp} (e) [GeV]
ElPt[0] p_{#perp} (e_{1}) [GeV]
ElPt[1] p_{#perp} (e_{2}) [GeV]
ElEta #eta(e)
ElEta[0] #eta(e_{1})
ElEta[1] #eta(e_{2})
ElPhi #phi(e)
ElPhi[0] #phi(e_{1})
ElPhi[1] #phi(e_{2})
ElD0BS d_{0}(e,BS) [cm]
ElD0BS[0] d_{0}(e_{1},BS) [cm]
ElD0BS[1] d_{0}(e_{2},BS) [cm]
ElD0PV d_{0}(e,PV) [cm]
ElD0PV[0] d_{0}(e_{1},PV) [cm]
ElD0PV[1] d_{0}(e_{2},PV) [cm]
abs(ElD0BS) |d_{0}|(e,BS) [cm]
abs(ElD0BS[0]) |d_{0}|(e_{1},BS) [cm]
abs(ElD0BS[1]) |d_{0}|(e_{2},BS) [cm]
abs(ElD0PV) |d_{0}|(e,PV) [cm]
abs(ElD0PV[0]) |d_{0}|(e_{1},PV) [cm]
abs(ElD0PV[1]) |d_{0}|(e_{2},PV) [cm]
ElDzBS d_{z}(e,BS) [cm]
ElDzBS[0] d_{z}(e_{1},BS) [cm]
ElDzBS[1] d_{z}(e_{2},BS) [cm]
ElDzPV d_{z}(e,PV) [cm]
ElDzPV[0] d_{z}(e_{1},PV) [cm]
ElDzPV[1] d_{z}(e_{2},PV) [cm]
abs(ElDzBS) |d_{z}|(e,BS) [cm]
abs(ElDzBS[0]) |d_{z}|(e_{1},BS) [cm]
abs(ElDzBS[1]) |d_{z}|(e_{2},BS) [cm]
abs(ElDzPV) |d_{z}|(e,PV) [cm]
abs(ElDzPV[0]) |d_{z}|(e_{1},PV) [cm]
abs(ElDzPV[1]) |d_{z}|(e_{2},PV) [cm]
ElD0E #sigma_{d_{0}}(e) [cm]
ElD0E[0] #sigma_{d_{0}}(e_{1}) [cm]
ElD0E[1] #sigma_{d_{0}}(e_{2}) [cm]
ElDzE #sigma_{d_{z}}(e) [cm]
ElDzE[0] #sigma_{d_{z}}(e_{1}) [cm]
ElDzE[1] #sigma_{d_{z}}(e_{2}) [cm]
ElRelIso04 Rel. Iso (e)
ElDR04TkSumPt #Sigma p_{#perp} (e)
ElDR04EcalRecHitSumEt #Sigma E_{#perp , em.} (e)
ElDR04HcalTowerSumEt #Sigma E_{#perp , had.} (e)
ElPFIso Rel. PFIso (e)
ElPFIso[0] Rel. PFIso (e_{1})
ElPFIso[1] Rel. PFIso (e_{2})
ElNChi2 #chi^{2}/N_{dof}(e-Tracks)
ElNChi2[0] #chi^{2}/N_{dof}(e_{1}-Track)
ElNChi2[1] #chi^{2}/N_{dof}(#e_{2}-Track)
ElCharge Charge of e
ElCharge[0] Charge of e_{1}
ElCharge[1] Charge of e_{2}
ElHcalOverEcal E_{HCAL}/E_{ECAL} (e)
ElHcalOverEcal[0] E_{HCAL}/E_{ECAL} (e_{1})
ElHcalOverEcal[1] E_{HCAL}/E_{ECAL} (e_{2})
ElE5x5 E_{5x5} (e) [GeV]
ElE5x5[0] E_{5x5} (e_{1}) [GeV]
ElE5x5[1] E_{5x5} (e_{2}) [GeV]
ElE2x5Max E_{2x5, max} (e) [GeV]
ElE2x5Max[0] E_{2x5, max} (e_{1}) [GeV]
ElE2x5Max[1] E_{2x5, max} (e_{2}) [GeV]
ElE2x5Max*(ElE5x5)^(-1) E_{2x5}/E_{5x5} (e)
ElE2x5Max[0]/ElE5x5[0] E_{2x5}/E_{5x5} (e_{1})
ElE2x5Max[1]/ElE5x5[1] E_{2x5}/E_{5x5} (e_{2})
ElSigmaIetaIeta #sigma_{i#eta,i#eta} (e)
ElSigmaIetaIeta[0] #sigma_{i#eta,i#eta} (e_{1})
ElSigmaIetaIeta[1] #sigma_{i#eta,i#eta} (e_{2})
Elfbrem f_{brem} (e)
Elfbrem[0] f_{brem} (e_{1})
Elfbrem[1] f_{brem} (e_{2})
ElDeltaPhiSeedClusterAtCalo #Delta #phi (SeedCluster, Trk at Calo.) (e)
ElDeltaPhiSeedClusterAtCalo[0] #Delta #phi (SeedCluster, Trk at Calo.) (e_{1})
ElDeltaPhiSeedClusterAtCalo[1] #Delta #phi (SeedCluster, Trk at Calo.) (e_{2})
ElDeltaEtaSeedClusterAtCalo #Delta #eta (SeedCluster, Trk at Calo.) (e)
ElDeltaEtaSeedClusterAtCalo[0] #Delta #eta (SeedCluster, Trk at Calo.) (e_{1})
ElDeltaEtaSeedClusterAtCalo[1] #Delta #eta (SeedCluster, Trk at Calo.) (e_{2})
ElDeltaPhiSuperClusterAtVtx #Delta #phi (SC, Trk at Vtx.) (e)
ElDeltaPhiSuperClusterAtVtx[0] #Delta #phi (SC, Trk at Vtx.) (e_{1})
ElDeltaPhiSuperClusterAtVtx[1] #Delta #phi (SC, Trk at Vtx.) (e_{2})
ElDeltaEtaSuperClusterAtVtx #Delta #eta (SC, Trk at Vtx.) (e)
ElDeltaEtaSuperClusterAtVtx[0] #Delta #eta (SC, Trk at Vtx.) (e_{1})
ElDeltaEtaSuperClusterAtVtx[1] #Delta #eta (SC, Trk at Vtx.) (e_{2})
ElESuperClusterOverP E_{SC} / p (e)
ElESuperClusterOverP[0] E_{SC} / p (e_{1})
ElESuperClusterOverP[1] E_{SC} / p (e_{2})
JPt p_{#perp} (j) [GeV]
JPt[0] p_{#perp} (j_{1}) [GeV]
JPt[1] p_{#perp} (j_{2}) [GeV]
JPt[2] p_{#perp} (j_{3}) [GeV]
JPt[3] p_{#perp} (j_{4}) [GeV]
JEta #eta(j)
JEta[0] #eta(j_{1})
JEta[1] #eta(j_{2})
JEta[2] #eta(j_{3})
JEta[3] #eta(j_{4})
JPhi #phi(j)
JPhi[0] #phi(j_{1})
JPhi[1] #phi(j_{2})
JPhi[2] #phi(j_{3})
JPhi[3] #phi(j_{4})
JEMfrac EM Fraction
JEMfracClean EM Fraction
JEMfrac[0] EM Fraction of j_{1}
JEMfrac[1] EM Fraction of j_{2}
JEMfrac[2] EM Fraction of j_{3}
JEMfrac[3] EM Fraction of j_{4}
JChfrac Charge Fraction of jets
JChfracClean Charge Fraction of jets
JChfrac[0] Charge Fraction of j_{1}
JChfrac[1] Charge Fraction of j_{2}
JChfrac[2] Charge Fraction of j_{3}
JChfrac[3] Charge Fraction of j_{4}
JEcorr JES Correction Factor of jets
JEcorr[0] JES Correction Factor of j_{1}
JEcorr[1] JES Correction Factor of j_{2}
JEcorr[2] JES Correction Factor of j_{3}
JEcorr[3] JES Correction Factor of j_{4}
JbTagProbTkCntHighEff B-Tagging Probability of jets (TkCntHighEff)
JbTagProbTkCntHighEff[0] B-Tagging Probability of j_{1} (TkCntHighEff)
JbTagProbTkCntHighEff[1] B-Tagging Probability of j_{2} (TkCntHighEff)
JbTagProbTkCntHighEff[2] B-Tagging Probability of j_{3} (TkCntHighEff)
JbTagProbTkCntHighEff[3] B-Tagging Probability of j_{4} (TkCntHighEff)
JNConstituents Number of Constituents of jets
JNConstituents[0] Number of Constituents of j_{1}
JNConstituents[1] Number of Constituents of j_{2}
JNConstituents[2] Number of Constituents of j_{3}
JNConstituents[3] Number of Constituents of j_{4}
JNAssoTracks Number of assoc. tracks of jets
JNAssoTracks[0] Number of assoc. tracks of j_{1}
JNAssoTracks[1] Number of assoc. tracks of j_{2}
JNAssoTracks[2] Number of assoc. tracks of j_{3}
JNAssoTracks[3] Number of assoc. tracks of j_{4}
JVtxNChi2 Jet vertex norm. #chi^{2}
JID_n90Hits JetID n90 Hits
JID_HPD JetID HPD
RawMET ME_{ #perp} (Raw) [GeV]
RawMETphi #phi(ME_{#perp}) (Raw)
MuCorrMET ME_{ #perp} (MuCorr) [GeV]
MuCorrMETphi #phi(ME_{#perp}) (MuCorr)
MuJESCorrMET ME_{ #perp} (MuJESCorr) [GeV]
MuJESCorrMETphi #phi(ME_{#perp}) (MuJESCorr)
TCMET ME_{ #perp} (TC) [GeV]
TCMETphi #phi(ME_{#perp}) (TC)
PFMET ME_{ #perp} (PF) [GeV]
PFMETphi #phi(ME_{#perp}) (PF)
NMus Number of Muons
NMusTot Tot. Number of Muons
NJets Number of Jets
NJetsTot Tot. Number of Jets
NEles Number of Electrons
NElesTot Tot. Number of Electrons
NTracks Number of Tracks
NTracksTot Tot. Number of Tracks
MuMT2_50 #muMT2 (50 GeV TM, SS) [GeV]
MuMT2_100 #muMT2 (100 GeV TM, SS) [GeV]
ElMT2_50 eMT2 (50 GeV TM, SS) [GeV]
ElMT2_100 eMT2 (100 GeV TM, SS) [GeV]
MuMInv m(#mu_{1},#mu_{2})
ElMInv m(e_{1},e_{2})
TCMET tcMET [GeV]
ECALMET ECAL ME_{ #perp} [GeV]
ECALMETPhi #phi ECAL ME_{ #perp}
HCALMET HCAL ME_{ #perp} [GeV]
HCALMETPhi #phi HCAL ME_{ #perp}
TrkPtSum TrkSum p_{ #perp} [GeV]
TrkPtSumPhi #phi TrkSum
RawMET*sin(RawMETphi) ME_{ x} (Raw) [GeV]
RawMET*cos(RawMETphi) ME_{ y} (Raw) [GeV]
NTracksTot Total # Tracks
TrkPtSum #Sigma p_T (Tracks) [GeV]
TrkPtSumPhi #phi #Sigma p_{ #perp} (Tracks)
MuEhad E_{had.} (#mu) [GeV]
ElNChi2 #chi^{2}/N_{dof}(El.-Tracks)
ElSigmaIetaIeta #sigma_{i#eta, i#eta}
JNAssoTracks # Associated Tracks (jets)
JVtxNChi2 #chi^{2}/N_{dof}(Jet Vertices)
HCALSumEt #Sigma |E_{ #perp, had.}| (Calotowers) [GeV]
ECALSumEt #Sigma |E_{ #perp, em.}| (Calotowers) [GeV]
PhoHoverE E_{HCAL}/E_{ECAL} (#gamma)
PhoHoverE[0] E_{HCAL}/E_{ECAL} (#gamma_{1})
PhoHoverE[1] E_{HCAL}/E_{ECAL} (#gamma_{2})
PhoSigmaIetaIeta #sigma_{i#eta,i#eta} (#gamma)
NPhotons Number of Photons
PhoPt p_{#perp} (#gamma) [GeV]
PhoPt[0] p_{#perp} (#gamma_{1}) [GeV]
PhoPt[1] p_{#perp} (#gamma_{2}) [GeV]
PhoEta #eta(#gamma)
PhoEta[0] #eta(#gamma_{1})
PhoEta[1] #eta(#gamma_{2})
PhoPhi #phi(#gamma)
PhoPhi[0] #phi(#gamma_{1})
PhoPhi[1] #phi(#gamma_{2})
PhoIso03 Photon Iso. #DeltaR=0.3
PhoIso03TrkHollow Photon Iso. #DeltaR=0.3 (Trk Hollow)
PhoIso03Ecal Photon Iso. #DeltaR=0.3 (ECal)
PhoIso03Hcal Photon Iso. #DeltaR=0.3 (HCal)
PrimVtxd0BS Prim. Vtx. d_{ 0} [cm]
PrimVtxdzBS Prim. Vtx. d_{ 0} [cm]
MuDeltaPOverP #Deltap/p (#mu)
Mud0signif d_{0} Significance (#mu)
Mudzsignif d_{z} Significance (#mu)
MuDRSS #DeltaR (SS #mu's)
MuDROS #DeltaR (OS #mu's)
MuInvMSS Inv. Mass (SS #mu's)
MuInvMOS Inv. Mass (OS #mu's)
Eld0signif d_{0} Significance (e)
Eldzsignif d_{z} Significance (e)
ElDRSS #DeltaR (SS e's)
ElDROS #DeltaR (OS e's)
ElInvMSS Inv. Mass (SS e's)
ElInvMOS Inv. Mass (OS e's)
ElHcalOverEcalBar E_{HCAL}/E_{ECAL} (e, Barrel)
ElSigmaIetaIetaBar #sigma_{i#eta,i#eta} (e, Barrel)
ElDeltaPhiSeedClusterAtCaloBar #Delta #phi (SeedCluster, Trk at Calo.) (e, Barrel)
ElDeltaEtaSeedClusterAtCaloBar #Delta #eta (SeedCluster, Trk at Calo.) (e, Barrel)
ElDeltaPhiSuperClusterAtVtxBar #Delta #phi (SC, Trk at Vtx.) (e, Barrel)
ElDeltaEtaSuperClusterAtVtxBar #Delta #eta (SC, Trk at Vtx.) (e, Barrel)
ElESuperClusterOverPBar E_{SC} / p (e, Barrel)
ElHcalOverEcalEnd E_{HCAL}/E_{ECAL} (e, Endcap)
ElSigmaIetaIetaEnd #sigma_{i#eta,i#eta} (e, Endcap)
ElSigmaIetaIetaClean #sigma_{i#eta,i#eta} (e)
ElDeltaPhiSeedClusterAtCaloEnd #Delta #phi (SeedCluster, Trk at Calo.) (e, Endcap)
ElDeltaEtaSeedClusterAtCaloEnd #Delta #eta (SeedCluster, Trk at Calo.) (e, Endcap)
ElDeltaPhiSuperClusterAtVtxEnd #Delta #phi (SC, Trk at Vtx.) (e, Endcap)
ElDeltaEtaSuperClusterAtVtxEnd #Delta #eta (SC, Trk at Vtx.) (e, Endcap)
ElESuperClusterOverPEnd E_{SC} / p (e, Endcap)
PhoHoverEBar E_{HCAL}/E_{ECAL} (#gamma, Barrel)
PhoHoverEEnd E_{HCAL}/E_{ECAL} (#gamma, Endcap)
PhoSigmaIetaIetaBar #sigma_{i#eta,i#eta} (#gamma, Barrel)
PhoSigmaIetaIetaEnd #sigma_{i#eta,i#eta} (#gamma, Endcap)
PhDR #DeltaR (#gamma, #gamma)
PhInvM Inv. Mass (#gamma #gamma)
PhInvMLow Inv. Mass (#gamma #gamma)
MuInvMSSClean Inv. Mass (SS #mu's)
MuInvMOSClean Inv. Mass (OS #mu's)
MuInvMSSCleanLow Inv. Mass (SS #mu's)
MuInvMOSCleanLow Inv. Mass (OS #mu's)
ElInvMSSClean Inv. Mass (SS e's)
ElInvMOSClean Inv. Mass (OS e's)
ElInvMSSCleanLow Inv. Mass (SS e's)
ElInvMOSCleanLow Inv. Mass (OS e's)
PhInvMClean Inv. Mass (#gamma #gamma)
PhInvMCleanLow Inv. Mass (#gamma #gamma)
Jetd0PV d_{0}(j,PV) [cm]
JetdzPV d_{z}(j,PV) [cm]
Jetd0signif d_{0} Significance (j)
Jetdzsignif d_{z} Significance (j)
DphiMETJet1 #Delta#phi (ME_{T}, j_{1})
DphiMETJet2 #Delta#phi (ME_{T}, j_{2})
DphiMETJet1Clean #Delta#phi (ME_{T}, j_{1})
DphiMETJet2Clean #Delta#phi (ME_{T}, j_{2})
METR12 ME_{T}R_{12}
METR21 ME_{T}R_{21}
METR12Clean ME_{T}R_{12}
METR21Clean ME_{T}R_{21}
METRsum ME_{T}R_{sum}
EvtEmFrac Event EM Fraction
EvtChFrac Event Charged Fraction
JInvM2jClean Jet Inv. Mass
JInvMGT2jClean Jet Inv. Mass (Multijets)
DRJ1J2 #DeltaR (j_{1}, j_{2})
DphiJ1J21 #Delta#phi (j_{1}, j_{2})
DetaJ1J21 #Delta#eta (j_{1}, j_{2})
J1J2PtRatio p_{#perp} (j_{1})/p_{#perp} (j_{2})