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// -*- C++ -*-
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//
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// Package: Photon
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// Class: Photon
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//
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/**\class Photon Photon.cc MyCode/Photon/src/Photon.cc
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Description: <one line class summary>
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Implementation:
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<Notes on implementation>
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*/
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//
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// Original Author: Sean Gregory Simon
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// Created: Fri Nov 16 09:36:56 CET 2007
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// $Id$
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//
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//
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/*
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#include "CMS1/Base/interface/BaseStreamer.h"
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#include "CMS1/Base/interface/PhotonUtil.h"
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#include "DataFormats/EgammaReco/interface/SuperClusterFwd.h"
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#include "DataFormats/EgammaReco/interface/ClusterShape.h"
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#include "DataFormats/EgammaReco/interface/BasicCluster.h"
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#include "DataFormats/EgammaReco/interface/BasicClusterShapeAssociation.h"
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#include "DataFormats/TrackReco/interface/Track.h"
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#include "DataFormats/VertexReco/interface/Vertex.h"
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#include "DataFormats/VertexReco/interface/VertexFwd.h"
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#include "DataFormats/CaloTowers/interface/CaloTowerCollection.h"
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#include "SimDataFormats/HepMCProduct/interface/HepMCProduct.h"
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#include "FWCore/Framework/interface/Frameworkfwd.h"
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#include "FWCore/Framework/interface/EDAnalyzer.h"
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#include "FWCore/Framework/interface/Event.h"
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#include "FWCore/Framework/interface/MakerMacros.h"
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#include "FWCore/ParameterSet/interface/ParameterSet.h"
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#include "FWCore/ParameterSet/interface/InputTag.h"
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#include "DataFormats/Math/interface/Point3D.h"
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#include "Math/VectorUtil.h"
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*/
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// system include files
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#include <memory>
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#include <cmath>
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#include "Math/VectorUtil.h"
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#include "DataFormats/Math/interface/LorentzVector.h"
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#include "DataFormats/EgammaCandidates/interface/Photon.h"
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#include "DataFormats/EgammaCandidates/interface/ConvertedPhoton.h"
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#include "DataFormats/EcalDetId/interface/EcalSubdetector.h"
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#include "DataFormats/EgammaReco/interface/SuperCluster.h"
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#include "DataFormats/EgammaReco/interface/ClusterShape.h"
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#include "DataFormats/EgammaReco/interface/BasicClusterShapeAssociation.h"
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#include "DataFormats/TrackReco/interface/Track.h"
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#include "DataFormats/CaloTowers/interface/CaloTowerCollection.h"
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#include "DataFormats/VertexReco/interface/Vertex.h"
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#include "DataFormats/VertexReco/interface/VertexFwd.h"
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// user include files
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//
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// class decleration
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//
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namespace mycode {
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class Photon {
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public:
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Photon();
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virtual ~Photon();
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// Photon Variables
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float pt();
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void setpt(float);
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float et();
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void setet(float);
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float eta();
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void seteta(float);
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float phi();
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void setphi(float);
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reco::SuperClusterRef superCluster();
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void setsuperCluster(reco::SuperClusterRef);
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math::XYZVector momentum();
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void setmomentum(math::XYZVector);
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// MC variables
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float MCpt();
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void setMCpt(float);
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float MCet();
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void setMCet(float);
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float MCeta();
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void setMCeta(float);
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float MCphi();
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void setMCphi(float);
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int MCid();
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void setMCid(int);
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float MCdeltaR();
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void setMCdeltaR(float);
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math::XYZVector MCmomentum();
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void setMCmomentum(math::XYZVector);
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// Ecal Variables
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float r9();
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void setr9(float);
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float r19();
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void setr19(float);
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float eMax();
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void seteMax(float);
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float e3x3();
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void sete3x3(float);
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float e5x5();
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void sete5x5(float);
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float sigmaEtaEta();
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void setsigmaEtaEta(float);
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float sigmaPhiPhi();
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void setsigmaPhiPhi(float);
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float sigmaEtaPhi();
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void setsigmaEtaPhi(float);
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// Tracker Variables
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int ntk1Cone();
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void setntk1Cone(int);
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int ntk2Cone();
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void setntk2Cone(int);
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float sumTrkPt1Cone();
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void setsumTrkPt1Cone(float);
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float sumTrkPt2Cone();
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void setsumTrkPt2Cone(float);
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float dRtrk1();
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void setdRtrk1(float);
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float dRtrk2();
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void setdRtrk2(float);
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float dRtrk3();
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void setdRtrk3(float);
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// Hcal Variables
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float sumEtHcalDeltaR3();
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void setsumEtHcalDeltaR3(float);
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float sumEtHcalDeltaR4();
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void setsumEtHcalDeltaR4(float);
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float sumEtOverEtHcalDeltaR3();
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void setsumEtOverEtHcalDeltaR3(float);
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float sumEtOverEtHcalDeltaR4();
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void setsumEtOverEtHcalDeltaR4(float);
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float orcaHoverE();
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void setorcaHoverE(float);
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void getPhoton( const reco::Photon *recoPhoton );
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void getEcalVars( edm::Handle<reco::BasicClusterShapeAssociationCollection> barrelClShp,
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edm::Handle<reco::BasicClusterShapeAssociationCollection> endcapClShp );
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void getTrackerVars( edm::Handle<reco::TrackCollection> tracks );
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void getHcalVars( edm::Handle<edm::SortedCollection<CaloTower> > caloTowers );
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float deltaR(float,float);
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private:
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// Photon Variables
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float *pt_;
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float *et_;
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float *eta_;
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float *phi_;
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reco::SuperClusterRef *sclRef_;
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math::XYZVector *momentum_;
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// MC Variables
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float *MCpt_;
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float *MCet_;
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float *MCeta_;
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float *MCphi_;
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int *MCid_;
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float *MCdeltaR_;
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math::XYZVector *MCmomentum_;
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// Ecal Variables
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float *r9_;
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float *r19_;
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float *eMax_;
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float *e3x3_;
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float *e5x5_;
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float *sigmaEtaEta_;
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float *sigmaPhiPhi_;
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// Tracker Variables
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int *ntk1Cone_;
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int *ntk2Cone_;
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float *sumTrkPt1Cone_;
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float *sumTrkPt2Cone_;
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float *dRtrk1_;
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float *dRtrk2_;
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float *dRtrk3_;
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// Hcal Variables
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float *sumEtHcalDeltaR3_;
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float *sumEtHcalDeltaR4_;
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float *sumEtOverEtHcalDeltaR3_;
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float *sumEtOverEtHcalDeltaR4_;
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float *orcaHoverE_;
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};
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typedef std::vector<mycode::Photon*> Photons;
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typedef std::vector<mycode::Photon*>::iterator PhotonIterator;
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}
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//
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// constructors and destructor
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//
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mycode::Photon::Photon()
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{
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// Photon Variables
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pt_ = new float;*pt_ = -99;
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et_ = new float;*et_ = -99;
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eta_ = new float;*eta_ = -99;
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phi_ = new float;*phi_ = -99;
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sclRef_ = new reco::SuperClusterRef;
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momentum_ = new math::XYZVector;
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// MC Variables
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MCpt_ = new float;*pt_ = -99;
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MCet_ = new float;*et_ = -99;
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MCeta_ = new float;*eta_ = -99;
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MCphi_ = new float;*phi_ = -99;
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MCid_ = new int;*MCid_ = -99;
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MCdeltaR_ = new float;*MCdeltaR_ = +999;
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MCmomentum_ = new math::XYZVector;
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// Ecal Variables
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r9_ = new float;*r9_ = -99;
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r19_ = new float;*r19_ = -99;
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eMax_ = new float;*eMax_ = -99;
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e3x3_ = new float;*e3x3_ = -99;
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e5x5_ = new float;*e5x5_ = -99;
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sigmaEtaEta_ = new float;*sigmaEtaEta_ = -99;
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sigmaPhiPhi_ = new float;*sigmaPhiPhi_ = -99;
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// Tracker Variables
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ntk1Cone_ = new int;*ntk1Cone_ = -99;
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ntk2Cone_ = new int;*ntk2Cone_ = -99;
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sumTrkPt1Cone_ = new float;*sumTrkPt1Cone_ = -99;
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sumTrkPt2Cone_ = new float;*sumTrkPt2Cone_ = -99;
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dRtrk1_ = new float;*dRtrk1_ = -99;
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dRtrk2_ = new float;*dRtrk2_ = -99;
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dRtrk3_ = new float;*dRtrk3_ = -99;
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// Hcal Variables
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sumEtHcalDeltaR3_ = new float;*sumEtHcalDeltaR3_ = -99;
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sumEtHcalDeltaR4_ = new float;*sumEtHcalDeltaR4_ = -99;
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sumEtOverEtHcalDeltaR3_ = new float;*sumEtOverEtHcalDeltaR3_ = -99;
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sumEtOverEtHcalDeltaR4_ = new float;*sumEtOverEtHcalDeltaR4_ = -99;
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orcaHoverE_ = new float;*orcaHoverE_ = -99;
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}
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mycode::Photon::~Photon() {
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// Photon Variables
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delete pt_;
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delete et_;
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delete eta_;
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delete phi_;
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delete sclRef_;
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delete momentum_;
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// MC Variables
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delete MCpt_;
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delete MCet_;
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delete MCeta_;
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delete MCphi_;
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delete MCid_;
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delete MCdeltaR_;
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delete MCmomentum_;
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// Ecal Variables
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delete r9_;
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delete r19_;
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delete eMax_;
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delete e3x3_;
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delete e5x5_;
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delete sigmaEtaEta_;
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delete sigmaPhiPhi_;
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// Tracker Variables
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delete ntk1Cone_;
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delete ntk2Cone_;
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delete sumTrkPt1Cone_;
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delete sumTrkPt2Cone_;
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delete dRtrk1_;
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delete dRtrk2_;
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delete dRtrk3_;
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// Hcal Variables
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delete sumEtHcalDeltaR3_;
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delete sumEtHcalDeltaR4_;
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delete sumEtOverEtHcalDeltaR3_;
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delete sumEtOverEtHcalDeltaR4_;
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delete orcaHoverE_;
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}
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// Photon Variables
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float mycode::Photon::pt() { return *pt_;}
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void mycode::Photon::setpt(float setval) { *pt_ = setval;}
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float mycode::Photon::et() { return *et_;}
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void mycode::Photon::setet(float setval) { *et_ = setval;}
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float mycode::Photon::eta() { return *eta_;}
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void mycode::Photon::seteta(float setval) { *eta_ = setval;}
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float mycode::Photon::phi() { return *phi_;}
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void mycode::Photon::setphi(float setval) { *phi_ = setval;}
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reco::SuperClusterRef mycode::Photon::superCluster() { return *sclRef_;}
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void mycode::Photon::setsuperCluster(reco::SuperClusterRef setval) { *sclRef_ = setval;}
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math::XYZVector mycode::Photon::momentum() { return *momentum_;}
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void mycode::Photon::setmomentum(math::XYZVector setval) { *momentum_ = setval;}
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// MC Variables
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float mycode::Photon::MCpt() { return *MCpt_;}
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void mycode::Photon::setMCpt(float setval) { *MCpt_ = setval;}
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float mycode::Photon::MCet() { return *MCet_;}
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void mycode::Photon::setMCet(float setval) { *MCet_ = setval;}
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float mycode::Photon::MCeta() { return *MCeta_;}
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void mycode::Photon::setMCeta(float setval) { *MCeta_ = setval;}
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float mycode::Photon::MCphi() { return *MCphi_;}
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void mycode::Photon::setMCphi(float setval) { *MCphi_ = setval;}
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int mycode::Photon::MCid() { return *MCid_;}
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void mycode::Photon::setMCid(int setval) { *MCid_ = setval;}
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float mycode::Photon::MCdeltaR() { return *MCdeltaR_;}
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void mycode::Photon::setMCdeltaR(float setval) { *MCdeltaR_ = setval;}
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math::XYZVector mycode::Photon::MCmomentum() { return *MCmomentum_;}
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void mycode::Photon::setMCmomentum(math::XYZVector setval) { *MCmomentum_ = setval;}
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// Ecal Variables
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float mycode::Photon::r9() { return *r9_;}
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void mycode::Photon::setr9(float setval) { *r9_ = setval;}
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float mycode::Photon::r19() { return *r19_;}
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void mycode::Photon::setr19(float setval) { *r19_ = setval;}
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float mycode::Photon::eMax() { return *eMax_;}
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void mycode::Photon::seteMax(float setval) { *eMax_ = setval;}
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float mycode::Photon::e3x3() { return *e3x3_;}
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void mycode::Photon::sete3x3(float setval) { *e3x3_ = setval;}
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float mycode::Photon::e5x5() { return *e5x5_;}
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void mycode::Photon::sete5x5(float setval) { *e5x5_ = setval;}
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float mycode::Photon::sigmaEtaEta() { return *sigmaEtaEta_;}
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void mycode::Photon::setsigmaEtaEta(float setval) { *sigmaEtaEta_ = setval;}
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float mycode::Photon::sigmaPhiPhi() { return *sigmaPhiPhi_;}
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void mycode::Photon::setsigmaPhiPhi(float setval) { *sigmaPhiPhi_ = setval;}
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// Tracker Variables
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int mycode::Photon::ntk1Cone() { return *ntk1Cone_;}
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void mycode::Photon::setntk1Cone(int setval) { *ntk1Cone_ = setval;}
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int mycode::Photon::ntk2Cone() { return *ntk2Cone_;}
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void mycode::Photon::setntk2Cone(int setval) { *ntk2Cone_ = setval;}
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float mycode::Photon::sumTrkPt1Cone() { return *sumTrkPt1Cone_;}
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void mycode::Photon::setsumTrkPt1Cone(float setval) { *sumTrkPt1Cone_ = setval;}
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float mycode::Photon::sumTrkPt2Cone() { return *sumTrkPt2Cone_;}
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void mycode::Photon::setsumTrkPt2Cone(float setval) { *sumTrkPt2Cone_ = setval;}
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float mycode::Photon::dRtrk1() { return *dRtrk1_;}
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void mycode::Photon::setdRtrk1(float setval) { *dRtrk1_ = setval;}
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float mycode::Photon::dRtrk2() { return *dRtrk2_;}
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void mycode::Photon::setdRtrk2(float setval) { *dRtrk2_ = setval;}
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float mycode::Photon::dRtrk3() { return *dRtrk3_;}
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void mycode::Photon::setdRtrk3(float setval) { *dRtrk3_ = setval;}
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// Hcal Variables
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float mycode::Photon::sumEtHcalDeltaR3() { return *sumEtHcalDeltaR3_;}
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void mycode::Photon::setsumEtHcalDeltaR3(float setval) { *sumEtHcalDeltaR3_ = setval;}
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float mycode::Photon::sumEtHcalDeltaR4() { return *sumEtHcalDeltaR4_;}
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void mycode::Photon::setsumEtHcalDeltaR4(float setval) { *sumEtHcalDeltaR4_ = setval;}
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float mycode::Photon::sumEtOverEtHcalDeltaR3() { return *sumEtOverEtHcalDeltaR3_;}
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| 346 |
void mycode::Photon::setsumEtOverEtHcalDeltaR3(float setval) { *sumEtOverEtHcalDeltaR3_ = setval;}
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| 347 |
float mycode::Photon::sumEtOverEtHcalDeltaR4() { return *sumEtOverEtHcalDeltaR4_;}
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| 348 |
void mycode::Photon::setsumEtOverEtHcalDeltaR4(float setval) { *sumEtOverEtHcalDeltaR4_ = setval;}
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float mycode::Photon::orcaHoverE() { return *orcaHoverE_;}
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void mycode::Photon::setorcaHoverE(float setval) { *orcaHoverE_ = setval;}
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