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#ifndef Electron_H
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#define Electron_H
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#include "Particle.h"
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class Electron : public Particle{
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public:
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Electron(){
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m_vertex_x=0;
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m_vertex_y=0;
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m_vertex_z=0;
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m_supercluster_eta=0;
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m_supercluster_phi=0;
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m_dB=0;
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// m_particleIso=0;
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m_neutralHadronIso=0;
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m_chargedHadronIso=0;
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m_photonIso=0;
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m_trackIso=0;
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m_puChargedHadronIso=0;
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m_gsfTrack_trackerExpectedHitsInner_numberOfLostHits=0;
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m_gsfTrack_px=0;
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m_gsfTrack_py=0;
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m_gsfTrack_pz=0;
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m_gsfTrack_vx=0;
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m_gsfTrack_vy=0;
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m_gsfTrack_vz=0;
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m_passconversionveto=false;
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m_dEtaIn=0;
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m_dPhiIn=0;
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m_sigmaIEtaIEta=0;
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m_HoverE=0;
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m_fbrem=0;
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m_EoverPIn=0;
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m_EcalEnergy=0;
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m_mvaTrigV0=0;
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m_mvaNonTrigV0=0;
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};
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~Electron(){
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};
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float vertex_x() const{return m_vertex_x;}
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float vertex_y() const{return m_vertex_y;}
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float vertex_z() const{return m_vertex_z;}
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float supercluster_eta() const{return m_supercluster_eta;}
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float supercluster_phi() const{return m_supercluster_phi;}
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float dB() const{return m_dB;}
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//float particleIso() const{return m_particleIso;}
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float neutralHadronIso() const{return m_neutralHadronIso;}
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float chargedHadronIso() const{return m_chargedHadronIso;}
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float photonIso() const{return m_photonIso;}
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float trackIso() const{return m_trackIso;}
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float puChargedHadronIso() const{return m_puChargedHadronIso;}
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int gsfTrack_trackerExpectedHitsInner_numberOfLostHits() const{return m_gsfTrack_trackerExpectedHitsInner_numberOfLostHits;}
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float gsfTrack_px() const{return m_gsfTrack_px;}
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float gsfTrack_py() const{return m_gsfTrack_py;}
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float gsfTrack_pz() const{return m_gsfTrack_pz;}
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float gsfTrack_vx() const{return m_gsfTrack_vx;}
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float gsfTrack_vy() const{return m_gsfTrack_vy;}
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float gsfTrack_vz() const{return m_gsfTrack_vz;}
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bool passconversionveto() const{return m_passconversionveto;}
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float dEtaIn() const{return m_dEtaIn;}
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float dPhiIn() const{return m_dPhiIn;}
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float sigmaIEtaIEta() const{return m_sigmaIEtaIEta;}
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float HoverE() const{return m_HoverE;}
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float fbrem() const{return m_fbrem;}
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float EoverPIn() const{return m_EoverPIn;}
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float EcalEnergy() const{return m_EcalEnergy;}
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float mvaTrigV0() const{return m_mvaTrigV0;}
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float mvaNonTrigV0() const{return m_mvaNonTrigV0;}
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void set_vertex_x(float x){m_vertex_x=x;}
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void set_vertex_y(float x){m_vertex_y=x;}
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void set_vertex_z(float x){m_vertex_z=x;}
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void set_supercluster_eta(float x){m_supercluster_eta=x;}
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void set_supercluster_phi(float x){m_supercluster_phi=x;}
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void set_dB(float x){m_dB=x;}
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//void set_particleIso(float x){m_particleIso=x;}
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void set_neutralHadronIso(float x){m_neutralHadronIso=x;}
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void set_chargedHadronIso(float x){m_chargedHadronIso=x;}
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void set_photonIso(float x){m_photonIso=x;}
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void set_trackIso(float x){m_trackIso=x;}
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void set_puChargedHadronIso(float x){m_puChargedHadronIso=x;}
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void set_gsfTrack_trackerExpectedHitsInner_numberOfLostHits(int x){m_gsfTrack_trackerExpectedHitsInner_numberOfLostHits=x;}
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void set_gsfTrack_px(float x){m_gsfTrack_px=x;}
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void set_gsfTrack_py(float x){m_gsfTrack_py=x;}
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void set_gsfTrack_pz(float x){m_gsfTrack_pz=x;}
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void set_gsfTrack_vx(float x){m_gsfTrack_vx=x;}
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void set_gsfTrack_vy(float x){m_gsfTrack_vy=x;}
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void set_gsfTrack_vz(float x){m_gsfTrack_vz=x;}
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void set_passconversionveto(bool x){m_passconversionveto=x;}
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void set_dEtaIn(float x){m_dEtaIn=x;}
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void set_dPhiIn(float x){m_dPhiIn=x;}
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void set_sigmaIEtaIEta(float x){m_sigmaIEtaIEta=x;}
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void set_HoverE(float x){m_HoverE=x;}
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void set_fbrem(float x){m_fbrem=x;}
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void set_EoverPIn(float x){m_EoverPIn=x;}
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void set_EcalEnergy(float x){m_EcalEnergy=x;}
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void set_mvaTrigV0(float x){m_mvaTrigV0=x;}
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void set_mvaNonTrigV0(float x){m_mvaNonTrigV0=x;}
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float gsfTrack_dxy_vertex(const float point_x, const float point_y) const{
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return ( - (m_gsfTrack_vx-point_x) * m_gsfTrack_py + (m_gsfTrack_vy-point_y) * m_gsfTrack_px ) / sqrt(m_gsfTrack_px*m_gsfTrack_px+m_gsfTrack_py*m_gsfTrack_py);
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};
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float gsfTrack_dz_vertex(const float point_x, const float point_y, const float point_z) const{
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return (m_gsfTrack_vz-point_z) - ((m_gsfTrack_vx-point_x)*m_gsfTrack_px+(m_gsfTrack_vy-point_y)*m_gsfTrack_py)/(m_gsfTrack_px*m_gsfTrack_px+m_gsfTrack_py*m_gsfTrack_py) * m_gsfTrack_pz;
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}
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float relIso() const{
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return ( m_chargedHadronIso + std::max( 0.0, m_neutralHadronIso + m_photonIso - 0.5*m_puChargedHadronIso ) ) / pt();
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}
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private:
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float m_vertex_x;
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float m_vertex_y;
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float m_vertex_z;
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float m_supercluster_eta;
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float m_supercluster_phi;
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float m_dB;
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//float m_particleIso;
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float m_neutralHadronIso;
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float m_chargedHadronIso;
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float m_photonIso;
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float m_trackIso;
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float m_puChargedHadronIso;
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int m_gsfTrack_trackerExpectedHitsInner_numberOfLostHits;
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float m_gsfTrack_px;
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float m_gsfTrack_py;
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float m_gsfTrack_pz;
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float m_gsfTrack_vx;
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float m_gsfTrack_vy;
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float m_gsfTrack_vz;
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bool m_passconversionveto;
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float m_dEtaIn;
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float m_dPhiIn;
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float m_sigmaIEtaIEta;
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float m_HoverE;
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float m_fbrem;
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float m_EoverPIn;
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float m_EcalEnergy;
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float m_mvaTrigV0;
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float m_mvaNonTrigV0;
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};
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#endif
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