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//--------------------------------------------------------------------------------------------------
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// $Id: PhotonIDMod.h,v 1.28 2012/07/25 15:00:42 fabstoec Exp $
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//
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// PhotonIDMod
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//
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// This module applies photon identification criteria and exports a pointer to a collection
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// of "good photons" according to the specified identification scheme.
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//
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// Authors: S.Xie, C.Loizides
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//--------------------------------------------------------------------------------------------------
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#ifndef MITPHYSICS_MODS_PHOTONIDMOD_H
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#define MITPHYSICS_MODS_PHOTONIDMOD_H
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#include "MitAna/TreeMod/interface/BaseMod.h"
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#include "MitAna/DataTree/interface/PhotonFwd.h"
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#include "MitAna/DataTree/interface/TrackCol.h"
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#include "MitAna/DataTree/interface/BeamSpotCol.h"
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#include "MitAna/DataTree/interface/PileupEnergyDensityCol.h"
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#include "MitAna/DataTree/interface/DecayParticleCol.h"
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#include "MitAna/DataTree/interface/ElectronCol.h"
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#include "MitAna/DataTree/interface/VertexCol.h"
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#include "MitAna/DataTree/interface/DecayParticleCol.h"
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#include "MitAna/DataTree/interface/PileupInfoCol.h"
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#include "MitAna/DataTree/interface/MCParticleCol.h"
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#include "MitAna/DataTree/interface/PFCandidateCol.h"
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#include "MitPhysics/Utils/interface/MVATools.h"
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#include "MitPhysics/Utils/interface/PhotonTools.h"
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class TRandom3;
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namespace mithep
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{
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class PhotonIDMod : public BaseMod
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{
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public:
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PhotonIDMod(const char *name="PhotonIDMod",
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const char *title="Photon identification module");
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Bool_t GetApplySpikeRemoval() const { return fApplySpikeRemoval; }
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Bool_t GetApplyPixelSeed() const { return fApplyPixelSeed; }
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const char *GetGoodName() const { return GetGoodPhotonsName(); }
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const char *GetGoodPhotonsName() const { return fGoodPhotonsName; }
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Double_t GetHadOverEmMax() const { return fHadOverEmMax; }
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const char *GetIDType() const { return fPhotonIDType; }
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const char *GetInputName() const { return fPhotonBranchName; }
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const char *GetIsoType() const { return fPhotonIsoType; }
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const char *GetOutputName() const { return GetGoodPhotonsName(); }
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Double_t GetPtMin() const { return fPhotonPtMin; }
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Bool_t GetApplyFiduciality() const { return fFiduciality; }
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Double_t GetEtaWidthEB() const { return fEtaWidthEB; }
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Double_t GetEtaWidthEE() const { return fEtaWidthEE; }
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Double_t GetAbsEtaMax() const { return fAbsEtaMax; }
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void SetApplySpikeRemoval(Bool_t b) { fApplySpikeRemoval = b; }
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void SetApplyPixelSeed(Bool_t b) { fApplyPixelSeed = b; }
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void SetApplyElectronVeto(Bool_t b) { fApplyElectronVeto = b; }
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void SetInvertElectronVeto(Bool_t b) { fInvertElectronVeto = b; }
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void SetApplyElectronVetoConvRecovery(Bool_t b) { fApplyElectronVetoConvRecovery = b; }
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void SetApplyConversionId(Bool_t b) { fApplyConversionId = b; }
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void SetApplyTriggerMatching(Bool_t b) { fApplyTriggerMatching = b; }
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void SetGoodName(const char *n) { SetGoodPhotonsName(n); }
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void SetGoodPhotonsName(const char *n) { fGoodPhotonsName = n; }
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void SetHadOverEmMax(Double_t hoe) { fHadOverEmMax = hoe; }
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void SetIDType(const char *type) { fPhotonIDType = type; }
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void SetInputName(const char *n) { fPhotonBranchName= n; }
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void SetTrackName(const char *n) { fTrackBranchName = n; }
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void SetBeamspotName(const char *n) { fBeamspotBranchName = n; }
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void SetIsoType(const char *type) { fPhotonIsoType = type; }
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void SetOutputName(const char *n) { SetGoodPhotonsName(n); }
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void SetPtMin(Double_t pt) { fPhotonPtMin = pt; }
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void SetR9Min(Double_t x) { fPhotonR9Min = x; }
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void SetEtaWidthEB(Double_t x) { fEtaWidthEB = x; }
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void SetEtaWidthEE(Double_t x) { fEtaWidthEE = x; }
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void SetAbsEtaMax(Double_t x) { fAbsEtaMax = x; }
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void SetApplyR9Min(Bool_t b) { fApplyR9Min = b; }
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void SetApplyFiduciality(Bool_t b) { fFiduciality = b; }
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void SetEffAreas(Double_t ecal, Double_t hcal, Double_t track) {
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fEffAreaEcalEE = ecal; fEffAreaHcalEE = hcal; fEffAreaTrackEE = track;
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fEffAreaEcalEB = ecal; fEffAreaHcalEB = hcal; fEffAreaTrackEB = track;
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}
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void SetEffAreasEEEB(Double_t ecalEE, Double_t hcalEE, Double_t trackEE,
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Double_t ecalEB, Double_t hcalEB, Double_t trackEB) {
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fEffAreaEcalEE = ecalEE; fEffAreaHcalEE = hcalEE; fEffAreaTrackEE = trackEE;
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fEffAreaEcalEB = ecalEB; fEffAreaHcalEB = hcalEB; fEffAreaTrackEB = trackEB;
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}
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void SetTriggerObjectsName(const char *n) { fTrigObjectsName = n; }
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void SetPhotonsFromBranch(bool b) { fPhotonsFromBranch = b; }
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void SetPVName(const char *n) { fPVName = n; }
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void SetPVFromBranch(bool b) { fPVFromBranch = b; }
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void SetIsData (Bool_t b) { fIsData = b;};
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void SetShowerShapeType(const char *type) { fShowerShapeType = type; }
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// methods to set the MC smearing/energy correction values
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void AddEnCorrPerRun( UInt_t sRun, UInt_t eRun,
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Double_t corr_EBlowEta_hR9central,
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Double_t corr_EBlowEta_hR9gap,
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Double_t corr_EBlowEta_lR9,
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Double_t corr_EBhighEta_hR9,
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Double_t corr_EBhighEta_lR9,
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Double_t corr_EElowEta_hR9,
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Double_t corr_EElowEta_lR9,
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Double_t corr_EEhighEta_hR9,
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Double_t corr_EEhighEta_lR9) {
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fDataEnCorr_EBlowEta_hR9central.push_back(corr_EBlowEta_hR9central);
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fDataEnCorr_EBlowEta_hR9gap.push_back(corr_EBlowEta_hR9gap);
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fDataEnCorr_EBlowEta_lR9.push_back(corr_EBlowEta_lR9);
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fDataEnCorr_EBhighEta_hR9.push_back(corr_EBhighEta_hR9);
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fDataEnCorr_EBhighEta_lR9.push_back(corr_EBhighEta_lR9);
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fDataEnCorr_EElowEta_hR9.push_back(corr_EElowEta_hR9);
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fDataEnCorr_EElowEta_lR9.push_back(corr_EElowEta_lR9);
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fDataEnCorr_EEhighEta_hR9.push_back(corr_EEhighEta_hR9);
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fDataEnCorr_EEhighEta_lR9.push_back(corr_EEhighEta_lR9);
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fRunStart.push_back (sRun);
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fRunEnd.push_back (eRun);
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};
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void SetMCSmearFactors(Double_t _EBlowEta_hR9central,
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Double_t _EBlowEta_hR9gap,
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Double_t _EBlowEta_lR9,
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Double_t _EBhighEta_hR9,
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Double_t _EBhighEta_lR9,
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Double_t _EElowEta_hR9,
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Double_t _EElowEta_lR9,
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Double_t _EEhighEta_hR9,
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Double_t _EEhighEta_lR9) {
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fMCSmear_EBlowEta_hR9central = _EBlowEta_hR9central;
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fMCSmear_EBlowEta_hR9gap = _EBlowEta_hR9gap;
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fMCSmear_EBlowEta_lR9 = _EBlowEta_lR9;
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fMCSmear_EBhighEta_hR9 = _EBhighEta_hR9;
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fMCSmear_EBhighEta_lR9 = _EBhighEta_lR9;
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fMCSmear_EElowEta_hR9 = _EElowEta_hR9;
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fMCSmear_EElowEta_lR9 = _EElowEta_lR9;
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fMCSmear_EEhighEta_hR9 = _EEhighEta_hR9;
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fMCSmear_EEhighEta_lR9 = _EEhighEta_lR9;
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};
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void SetGoodElectronsFromBranch(Bool_t b) { fGoodElectronsFromBranch = b; }
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void SetGoodElectronName(TString name) { fGoodElectronName = name; }
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void SetBdtCutBarrel(double a) {fbdtCutBarrel = a; }
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void SetBdtCutEndcap(double a) {fbdtCutEndcap = a; }
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void DoDataEneCorr(bool a) { fDoDataEneCorr = a; }
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void DoMCSmear(bool a) { fDoMCSmear = a; }
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void SetDoShowerShapeScaling(Bool_t b) { fDoShowerShapeScaling = b; }
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// replaced by ShowerShapeScaling (fab)
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/* void SetDoMCR9Scaling(Bool_t b) { fDoMCR9Scaling = b; } */
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/* void SetMCR9Scale(Double_t ebscale, Double_t eescale) { fMCR9ScaleEB = ebscale; fMCR9ScaleEE = eescale; } */
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/* void SetDoMCSigIEtaIEtaScaling(Bool_t b) { fDoMCSigIEtaIEtaScaling = b; } */
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/* void SetDoMCWidthScaling(Bool_t b) { fDoMCWidthScaling = b; } */
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void SetDoMCErrScaling(Bool_t b) { fDoMCErrScaling = b; }
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void SetMCErrScale(Double_t ebscale, Double_t eescale) { fMCErrScaleEB = ebscale; fMCErrScaleEE = eescale; }
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void SetIdMVAType(const char *type) { fIdMVATypeName = type; }
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enum EPhIdType {
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kIdUndef = 0, //not defined
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kTight, //"Tight"
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kLoose, //"Loose"
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kLooseEM, //"LooseEM"
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kBaseLineCiC, //"2011" Hgg BaseLine CiC
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kBaseLineCiCPF, //"2012" Hgg BaseLine CiC
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kMITMVAId, // MingMing MVA ID
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kMITPhSelection, //MIT loose preselection (for mva)
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kMITPFPhSelection, //MIT loose preselection (for mva)
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kMITPFPhSelection_NoTrigger, //MIT loose preselection (for mva, no Trigger)
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kVgamma2011Selection, // Vgamma 2011 Photon ID
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kTrivialSelection, // only pt & eta cuts
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kCustomId //"Custom"
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};
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enum EPhIsoType {
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kIsoUndef = 0, //not defined
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kNoIso, //"NoIso"
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kCombinedIso, //"CombinedIso"
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kCustomIso, //"Custom"
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kMITPUCorrected //PileUp Corrected Hgg Isolation
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};
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protected:
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void Process();
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void SlaveBegin();
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Int_t FindRunRangeIdx(UInt_t run);
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Double_t GetDataEnCorr(Int_t runRange, PhotonTools::eScaleCats cat);
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Double_t GetMCSmearFac(PhotonTools::eScaleCats cat);
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TString fPhotonBranchName; //name of photon collection (input)
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TString fGoodPhotonsName; //name of exported "good photon" collection
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TString fTrackBranchName; // name of the track collection (only needed for PU corrected isolation)
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TString fBeamspotBranchName; //name of the Beamspot collection (only needed for PU corrected isolation)
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TString fPileUpDenName; //name of the PU density collection
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TString fConversionName; //name of conversion branch
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TString fElectronName;
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TString fGoodElectronName;
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TString fTrigObjectsName; //name of trigger object collection
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TString fPVName;
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TString fMCParticleName;
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TString fPileUpName;
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TString fPFCandsName;
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TString fPhotonIDType; //type of photon identification we impose
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TString fPhotonIsoType; //type of photon isolation we impose
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Double_t fPhotonPtMin; //min pt cut
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Double_t fHadOverEmMax; //maximum of hadronic/em energy
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Bool_t fApplySpikeRemoval; //whether apply spike removal
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Bool_t fApplyPixelSeed; //=true then apply pixel seed constraint
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Bool_t fApplyElectronVeto; //=true then apply electron veto (with no conversion recovery)
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Bool_t fInvertElectronVeto; //=true then invert electron veto (for cic selection only atm)
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Bool_t fApplyElectronVetoConvRecovery; //=true then apply electron veto with conversion recovery
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Bool_t fApplyConversionId; //=true then apply conversion id cuts
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Bool_t fApplyTriggerMatching; //match to hlt photon (default=0)
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Double_t fPhotonR9Min; //min R9 value
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EPhIdType fPhIdType; //!identification scheme
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EPhIsoType fPhIsoType; //!isolation scheme
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Bool_t fFiduciality; //=true then apply fiducual requirement
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Double_t fEtaWidthEB; //max Eta Width in ECAL Barrel
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Double_t fEtaWidthEE; //max Eta Width in ECAL End Cap
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Double_t fAbsEtaMax; //max Abs Eta
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Bool_t fApplyR9Min; //apply R9 min
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Double_t fEffAreaEcalEE;
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Double_t fEffAreaHcalEE;
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Double_t fEffAreaTrackEE;
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Double_t fEffAreaEcalEB;
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Double_t fEffAreaHcalEB;
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Double_t fEffAreaTrackEB;
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const PhotonCol *fPhotons; //!photon branch
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const TrackCol *fTracks; //!track branch
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const BeamSpotCol *fBeamspots; //!beamspot branch
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const PileupEnergyDensityCol *fPileUpDen; //!rho branch
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const DecayParticleCol *fConversions; //!conversion branch
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const ElectronCol *fElectrons; //!electron branch
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const ElectronCol *fGoodElectrons; //!electron branch
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const VertexCol* fPV; //!
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const MCParticleCol *fMCParticles;//!
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const PileupInfoCol *fPileUp; //!
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const PFCandidateCol *fPFCands; //!
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Double_t fbdtCutBarrel;
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Double_t fbdtCutEndcap;
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// ----------------------------------------------------------------
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// these guys should go away.... (let MVATools handle this) (fab)
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int fVariableType;
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TString fEndcapWeights;
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TString fBarrelWeights;
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// ----------------------------------------------------------------
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MVATools fTool;
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TString fIdMVATypeName;
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MVATools::IdMVAType fIdMVAType;
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// ----------------------------------------------------------------
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Bool_t fDoMCR9Scaling;
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Double_t fMCR9ScaleEB;
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Double_t fMCR9ScaleEE;
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Bool_t fDoMCSigIEtaIEtaScaling;
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Bool_t fDoMCWidthScaling;
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Bool_t fDoMCErrScaling;
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Double_t fMCErrScaleEB;
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Double_t fMCErrScaleEE;
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Bool_t fPhotonsFromBranch;
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Bool_t fPVFromBranch;
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Bool_t fGoodElectronsFromBranch;
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Bool_t fIsData;
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// showershape
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TString fShowerShapeType;
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PhotonTools::ShowerShapeScales fSSType;
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bool fDoDataEneCorr;
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bool fDoMCSmear;
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Bool_t fDoShowerShapeScaling;
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// Vectroes to hols smeraring/correction factors
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std::vector<Double_t> fDataEnCorr_EBlowEta_hR9central;
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std::vector<Double_t> fDataEnCorr_EBlowEta_hR9gap;
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std::vector<Double_t> fDataEnCorr_EBlowEta_lR9;
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std::vector<Double_t> fDataEnCorr_EBhighEta_hR9;
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std::vector<Double_t> fDataEnCorr_EBhighEta_lR9;
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std::vector<Double_t> fDataEnCorr_EElowEta_hR9;
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std::vector<Double_t> fDataEnCorr_EElowEta_lR9;
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std::vector<Double_t> fDataEnCorr_EEhighEta_hR9;
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std::vector<Double_t> fDataEnCorr_EEhighEta_lR9;
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std::vector<UInt_t> fRunStart;
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std::vector<UInt_t> fRunEnd;
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Double_t fMCSmear_EBlowEta_hR9central;
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Double_t fMCSmear_EBlowEta_hR9gap;
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Double_t fMCSmear_EBlowEta_lR9;
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Double_t fMCSmear_EBhighEta_hR9;
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Double_t fMCSmear_EBhighEta_lR9;
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Double_t fMCSmear_EElowEta_hR9;
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Double_t fMCSmear_EElowEta_lR9;
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Double_t fMCSmear_EEhighEta_hR9;
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Double_t fMCSmear_EEhighEta_lR9;
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TRandom3* fRng;
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ClassDef(PhotonIDMod, 1) // Photon identification module
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};
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}
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#endif
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