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//--------------------------------------------------------------------------------------------------
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// $Id: ElectronIDMod.h,v 1.37 2010/06/17 13:26:26 ceballos Exp $
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//
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// ElectronIDMod
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//
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// This module applies electron identification criteria and exports a pointer to a collection
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// of "good electrons" according to the specified identification scheme.
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//
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// See http://indico.cern.ch/contributionDisplay.py?contribId=1&confId=42251
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//
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// Authors: S.Xie, C.Loizides
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//--------------------------------------------------------------------------------------------------
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#ifndef MITPHYSICS_MODS_ELECTRONIDMOD_H
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#define MITPHYSICS_MODS_ELECTRONIDMOD_H
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#include "MitAna/TreeMod/interface/BaseMod.h"
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#include "MitAna/DataTree/interface/ElectronFwd.h"
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#include "MitAna/DataTree/interface/VertexFwd.h"
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#include "MitAna/DataTree/interface/DecayParticleFwd.h"
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#include "MitPhysics/Utils/interface/ElectronTools.h"
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namespace mithep
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{
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class ElectronIDMod : public BaseMod
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{
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public:
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ElectronIDMod(const char *name="ElectronIDMod",
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const char *title="Electron identification module");
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Bool_t GetApplyConversionFilterType1() const { return fApplyConvFilterType1; }
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Bool_t GetApplyConversionFilterType2() const { return fApplyConvFilterType2; }
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Bool_t GetApplySpikeRemoval() const { return fApplySpikeRemoval; }
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Bool_t GetApplyD0Cut() const { return fApplyD0Cut; }
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Double_t GetCaloIsoCut() const { return fCaloIsolationCut; }
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Double_t GetEcalJurIsoCut() const { return fEcalJuraIsoCut; }
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Double_t GetCombIsoCut() const { return fCombIsolationCut; }
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const char *GetGoodName() const { return GetGoodElectronsName(); }
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const char *GetGoodElectronsName() const { return fGoodElectronsName; }
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Double_t GetHcalIsoCut() const { return fHcalIsolationCut; }
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Double_t GetIDLikelihoodCut() const { return fIDLikelihoodCut; }
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const char *GetIDType() const { return fElectronIDType; }
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const char *GetInputName() const { return fElectronBranchName; }
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const char *GetIsoType() const { return fElectronIsoType; }
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const char *GetOutputName() const { return GetGoodElectronsName(); }
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Double_t GetPtMin() const { return fElectronPtMin; }
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Double_t GetEtaMax() const { return fElectronEtaMax; }
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Bool_t GetReverseD0Cut() const { return fReverseD0Cut; }
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Bool_t GetReverseIsoCut() const { return fReverseIsoCut; }
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Bool_t GetApplyTriggerMatching() const { return fApplyTriggerMatching; }
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Double_t GetTrackIsoCut() const { return fTrackIsolationCut; }
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Bool_t GetChargeFilter() const { return fChargeFilter; }
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Bool_t PassIDCut(const Electron *el, ElectronTools::EElIdType idType) const;
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Bool_t PassIsolationCut(const Electron *el,
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ElectronTools::EElIsoType isoType) const;
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Bool_t GetCombinedIdCut() const { return fCombinedIdCut; }
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void SetApplyConversionFilterType1(Bool_t b){ fApplyConvFilterType1 = b; }
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void SetApplyConversionFilterType2(Bool_t b){ fApplyConvFilterType2 = b; }
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void SetNExpectedHitsInnerCut(Double_t cut) {fNExpectedHitsInnerCut = cut;}
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void SetApplySpikeRemoval(Bool_t b) { fApplySpikeRemoval = b; }
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void SetApplyD0Cut(Bool_t b) { fApplyD0Cut = b; }
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void SetCaloIsoCut(Double_t cut) { fCaloIsolationCut = cut; }
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void SetCombIsoCut(Double_t cut) { fCombIsolationCut = cut; }
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void SetD0Cut(Double_t cut) { fD0Cut = cut; }
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void SetEcalJurIsoCut(Double_t cut) { fEcalJuraIsoCut = cut; }
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void SetGoodElectronsName(const char *n) { fGoodElectronsName = n; }
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void SetGoodName(const char *n) { SetGoodElectronsName(n); }
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void SetHcalIsoCut(Double_t cut) { fHcalIsolationCut = cut; }
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void SetIDLikelihoodCut(Double_t cut) { fIDLikelihoodCut = cut; }
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void SetIDType(const char *type) { fElectronIDType = type; }
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void SetInputName(const char *n) { fElectronBranchName = n; }
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void SetIsoType(const char *type) { fElectronIsoType = type; }
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void SetTriggerObjectsName(const char *n) { fTrigObjectsName = n; }
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void SetOutputName(const char *n) { SetGoodElectronsName(n); }
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void SetPtMin(Double_t pt) { fElectronPtMin = pt; }
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void SetEtMin(Double_t et) { fElectronEtMin = et; }
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void SetEtaMax(Double_t eta) { fElectronEtaMax = eta; }
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void SetReverseD0Cut(Bool_t b) { fReverseD0Cut = b; }
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void SetReverseIsoCut(Bool_t b) { fReverseIsoCut = b; }
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void SetApplyTriggerMatching(Bool_t b) { fApplyTriggerMatching = b; }
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void SetTrackIsoCut(Double_t cut) { fTrackIsolationCut = cut; }
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void SetChargeFilter(Bool_t b) { fChargeFilter = b; }
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void SetWrongHitsRequirement(Bool_t b) { fWrongHitsRequirement = b; }
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void SetCombinedIdCut(Bool_t b) { fCombinedIdCut = b; }
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void SetApplyEcalFiducial(Bool_t b) { fApplyEcalFiducial = b; }
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void SetApplyEcalSeeded(Bool_t b) { fApplyEcalSeeded = b; }
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void SetApplyCombinedIso(Bool_t b) { fApplyCombinedIso = b; }
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void Setup();
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protected:
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void Process();
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void SlaveBegin();
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TString fElectronBranchName; //name of electron collection (input)
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TString fConversionBranchName; //name of electron collection (input)
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TString fGoodElectronsName; //name of exported "good electrons" col
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TString fVertexName; //name of vertex collection
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TString fElectronIDType; //type of electron ID we impose
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TString fElectronIsoType; //type of electron Isolation we impose
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TString fTrigObjectsName; //name of trigger object collection
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Double_t fElectronPtMin; //min pt cut
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Double_t fElectronEtMin; //min pt cut
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Double_t fElectronEtaMax; //max eta cut
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Double_t fIDLikelihoodCut; //cut value for ID likelihood
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Double_t fTrackIsolationCut; //cut value for track isolation
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Double_t fCaloIsolationCut; //cut value for calo isolation
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Double_t fEcalJuraIsoCut; //cut value for ecal jurassic isolation
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Double_t fHcalIsolationCut; //cut value for hcal isolation
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Double_t fCombIsolationCut; //cut value for combined isolation
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Bool_t fApplyConvFilterType1; //whether remove conversions using fit method
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Bool_t fApplyConvFilterType2; //whether remove conversions using DCotTheta method
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Bool_t fWrongHitsRequirement; //whether to use wrong hits req
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//for conversion removal
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Double_t fNExpectedHitsInnerCut; //cut value for NExpectedHitsInner maximum
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Bool_t fCombinedIdCut; //whether to use full combined id
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Bool_t fApplySpikeRemoval; //whether apply d0 cut
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Bool_t fApplyD0Cut; //whether apply d0 cut
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Bool_t fChargeFilter; //whether apply GSF and CFT equal requirement
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Double_t fD0Cut; //max d0
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Bool_t fReverseIsoCut; //apply reversion iso cut (default=0)
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Bool_t fReverseD0Cut; //apply reversion d0 cut (default=0)
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Bool_t fApplyTriggerMatching; //match to hlt electron (default=0)
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Bool_t fApplyEcalSeeded; //require ecal seeded flag
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Bool_t fApplyCombinedIso; //apply combined isolation
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Bool_t fApplyEcalFiducial; //apply ecal fiducial cuts on supercluster eta
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ElectronTools::EElIdType fElIdType; //!identification scheme
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ElectronTools::EElIsoType fElIsoType; //!isolation scheme
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const ElectronCol *fElectrons; //!electron collection
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const DecayParticleCol *fConversions; //!conversion collection
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const VertexCol *fVertices; //!vertices branches
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ClassDef(ElectronIDMod, 1) // Electron identification module
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};
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}
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#endif
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