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#ifndef TRootMET_h
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#define TRootMET_h
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#include "../interface/TRootParticle.h"
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#include "Rtypes.h"
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#include "TObject.h"
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using namespace std;
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class TRootMET : public TRootParticle
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{
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public:
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TRootMET() :
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TRootParticle()
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,maxEtInEmTowers_(0.)
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,maxEtInHadTowers_(0.)
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,hadEtInHO_(0.)
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,hadEtInHB_(0.)
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,hadEtInHF_(0.)
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,hadEtInHE_(0.)
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,emEtInEB_(0.)
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,emEtInEE_(0.)
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,emEtInHF_(0.)
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,etFractionHadronic_(0.)
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,etFractionEm_(0.)
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,metSignificance_(0.)
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,caloMETInpHF_(0.)
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,caloMETInmHF_(0.)
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,caloSETInpHF_(0.)
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,caloSETInmHF_(0.)
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,caloMETPhiInpHF_(0.)
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,caloMETPhiInmHF_(0.)
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{;}
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TRootMET(const TRootMET& met) :
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TRootParticle(met)
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,maxEtInEmTowers_(met.maxEtInEmTowers_)
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,maxEtInHadTowers_(met.maxEtInHadTowers_)
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,hadEtInHO_(met.hadEtInHO_)
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,hadEtInHB_(met.hadEtInHB_)
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,hadEtInHF_(met.hadEtInHF_)
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,hadEtInHE_(met.hadEtInHE_)
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,emEtInEB_(met.emEtInEB_)
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,emEtInEE_(met.emEtInEE_)
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,emEtInHF_(met.emEtInHF_)
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,etFractionHadronic_(met.etFractionHadronic_)
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,etFractionEm_(met.etFractionEm_)
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,metSignificance_(met.metSignificance_)
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,caloMETInpHF_(met.caloMETInpHF_)
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,caloMETInmHF_(met.caloMETInmHF_)
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,caloSETInpHF_(met.caloSETInpHF_)
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,caloSETInmHF_(met.caloSETInmHF_)
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,caloMETPhiInpHF_(met.caloMETPhiInpHF_)
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,caloMETPhiInmHF_(met.caloMETPhiInmHF_)
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{;}
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TRootMET(Double_t px, Double_t py, Double_t pz, Double_t e) :
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TRootParticle(px,py,pz,e)
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,maxEtInEmTowers_(0.)
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,maxEtInHadTowers_(0.)
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,hadEtInHO_(0.)
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,hadEtInHB_(0.)
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,hadEtInHF_(0.)
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,hadEtInHE_(0.)
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,emEtInEB_(0.)
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,emEtInEE_(0.)
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,emEtInHF_(0.)
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,etFractionHadronic_(0.)
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,etFractionEm_(0.)
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,metSignificance_(0.)
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,caloMETInpHF_(0.)
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,caloMETInmHF_(0.)
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,caloSETInpHF_(0.)
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,caloSETInmHF_(0.)
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,caloMETPhiInpHF_(0.)
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,caloMETPhiInmHF_(0.)
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{;}
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TRootMET(Double_t px, Double_t py, Double_t pz, Double_t e, Double_t vtx_x, Double_t vtx_y, Double_t vtx_z) :
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TRootParticle(px,py,pz,e,vtx_x,vtx_y,vtx_z)
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,maxEtInEmTowers_(0.)
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,maxEtInHadTowers_(0.)
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,hadEtInHO_(0.)
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,hadEtInHB_(0.)
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,hadEtInHF_(0.)
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,hadEtInHE_(0.)
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,emEtInEB_(0.)
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,emEtInEE_(0.)
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,emEtInHF_(0.)
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,etFractionHadronic_(0.)
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,etFractionEm_(0.)
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,metSignificance_(0.)
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,caloMETInpHF_(0.)
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,caloMETInmHF_(0.)
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,caloSETInpHF_(0.)
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,caloSETInmHF_(0.)
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,caloMETPhiInpHF_(0.)
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,caloMETPhiInmHF_(0.)
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{;}
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TRootMET(Double_t px, Double_t py, Double_t pz, Double_t e, Double_t vtx_x, Double_t vtx_y, Double_t vtx_z, Int_t type, Float_t charge) :
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TRootParticle(px,py,pz,e,vtx_x,vtx_y,vtx_z,type,charge)
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,maxEtInEmTowers_(0.)
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,maxEtInHadTowers_(0.)
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,hadEtInHO_(0.)
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,hadEtInHB_(0.)
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,hadEtInHF_(0.)
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,hadEtInHE_(0.)
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,emEtInEB_(0.)
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,emEtInEE_(0.)
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,emEtInHF_(0.)
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,etFractionHadronic_(0.)
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,etFractionEm_(0.)
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,metSignificance_(0.)
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,caloMETInpHF_(0.)
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,caloMETInmHF_(0.)
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,caloSETInpHF_(0.)
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,caloSETInmHF_(0.)
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,caloMETPhiInpHF_(0.)
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,caloMETPhiInmHF_(0.)
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{;}
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TRootMET(const TLorentzVector &momentum) :
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TRootParticle(momentum)
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,maxEtInEmTowers_(0.)
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,maxEtInHadTowers_(0.)
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,hadEtInHO_(0.)
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,hadEtInHB_(0.)
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,hadEtInHF_(0.)
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,hadEtInHE_(0.)
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,emEtInEB_(0.)
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,emEtInEE_(0.)
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,emEtInHF_(0.)
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,etFractionHadronic_(0.)
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,etFractionEm_(0.)
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,metSignificance_(0.)
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,caloMETInpHF_(0.)
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,caloMETInmHF_(0.)
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,caloSETInpHF_(0.)
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,caloSETInmHF_(0.)
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,caloMETPhiInpHF_(0.)
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,caloMETPhiInmHF_(0.)
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{;}
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TRootMET(const TLorentzVector &momentum, const TVector3 &vertex, Int_t type, Float_t charge) :
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TRootParticle(momentum, vertex, type, charge)
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,maxEtInEmTowers_(0.)
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,maxEtInHadTowers_(0.)
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,hadEtInHO_(0.)
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,hadEtInHB_(0.)
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,hadEtInHF_(0.)
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,hadEtInHE_(0.)
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,emEtInEB_(0.)
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,emEtInEE_(0.)
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,emEtInHF_(0.)
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,etFractionHadronic_(0.)
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,etFractionEm_(0.)
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,metSignificance_(0.)
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,caloMETInpHF_(0.)
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,caloMETInmHF_(0.)
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,caloSETInpHF_(0.)
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,caloSETInmHF_(0.)
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,caloMETPhiInpHF_(0.)
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,caloMETPhiInmHF_(0.)
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{;}
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~TRootMET() {;}
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Float_t maxEtInEmTowers() const { return maxEtInEmTowers_; }
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Float_t maxEtInHadTowers() const { return maxEtInHadTowers_; }
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Float_t hadEtInHO() const { return hadEtInHO_; }
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Float_t hadEtInHB() const { return hadEtInHB_; }
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Float_t hadEtInHF() const { return hadEtInHF_; }
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Float_t hadEtInHE() const { return hadEtInHE_; }
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Float_t emEtInEB() const { return emEtInEB_; }
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Float_t emEtInEE() const { return emEtInEE_; }
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Float_t emEtInHF() const { return emEtInHF_; }
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Float_t etFractionHadronic() const { return etFractionHadronic_; }
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Float_t etFractionEm() const { return etFractionEm_; }
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Float_t metSignificance() const { return metSignificance_; }
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Float_t caloMETInpHF() const { return caloMETInpHF_; }
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Float_t caloMETInmHF() const { return caloMETInmHF_; }
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Float_t caloSETInpHF() const { return caloSETInpHF_; }
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Float_t caloSETInmHF() const { return caloSETInmHF_; }
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Float_t caloMETPhiInpHF() const { return caloMETPhiInpHF_; }
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Float_t caloMETPhiInmHF() const { return caloMETPhiInmHF_; }
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void setMaxEtInEmTowers(Float_t maxEtInEmTowers) { maxEtInEmTowers_ = maxEtInEmTowers; }
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void setMaxEtInHadTowers(Float_t maxEtInHadTowers) { maxEtInHadTowers_ = maxEtInHadTowers; }
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void setHadEtInHO(Float_t hadEtInHO) { hadEtInHO_ = hadEtInHO; }
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void setHadEtInHB(Float_t hadEtInHB) { hadEtInHB_ = hadEtInHB; }
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void setHadEtInHF(Float_t hadEtInHF) { hadEtInHF_ = hadEtInHF; }
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void setHadEtInHE(Float_t hadEtInHE) { hadEtInHE_ = hadEtInHE; }
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void setEmEtInEB(Float_t emEtInEB) { emEtInEB_ = emEtInEB; }
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void setEmEtInEE(Float_t emEtInEE) { emEtInEE_ = emEtInEE; }
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void setEmEtInHF(Float_t emEtInHF) { emEtInHF_ = emEtInHF; }
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void setEtFractionHadronic(Float_t etFractionHadronic) { etFractionHadronic_ = etFractionHadronic; }
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void setEtFractionEm(Float_t etFractionEm) { etFractionEm_ = etFractionEm; }
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void setMETSignificance(Float_t metSignificance) { metSignificance_ = metSignificance; }
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void setCaloMETInpHF(Float_t caloMETInpHF) { caloMETInpHF_ = caloMETInpHF; }
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void setCaloMETInmHF(Float_t caloMETInmHF) { caloMETInmHF_ = caloMETInmHF; }
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void setCaloSETInpHF(Float_t caloSETInpHF) { caloSETInpHF_ = caloSETInpHF; }
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void setCaloSETInmHF(Float_t caloSETInmHF) { caloSETInmHF_ = caloSETInmHF; }
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void setCaloMETPhiInpHF(Float_t caloMETPhiInpHF) { caloMETPhiInpHF_ = caloMETPhiInpHF; }
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void setCaloMETPhiInmHF(Float_t caloMETPhiInmHF) { caloMETPhiInmHF_ = caloMETPhiInmHF; }
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void setCaloMETFraction(
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Float_t maxEtInEmTowers
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,Float_t maxEtInHadTowers
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,Float_t hadEtInHO
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,Float_t hadEtInHB
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,Float_t hadEtInHF
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,Float_t hadEtInHE
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,Float_t emEtInEB
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,Float_t emEtInEE
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,Float_t emEtInHF
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,Float_t etFractionHadronic
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,Float_t etFractionEm
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,Float_t metSignificance
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,Float_t caloMETInpHF
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,Float_t caloMETInmHF
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,Float_t caloSETInpHF
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,Float_t caloSETInmHF
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,Float_t caloMETPhiInpHF
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,Float_t caloMETPhiInmHF
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)
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{
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maxEtInEmTowers_ = maxEtInEmTowers;
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maxEtInEmTowers_ = maxEtInEmTowers;
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maxEtInHadTowers_ = maxEtInHadTowers;
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hadEtInHO_ = hadEtInHO;
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hadEtInHB_ = hadEtInHB;
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hadEtInHF_ = hadEtInHF;
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hadEtInHE_ = hadEtInHE;
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emEtInEB_ = emEtInEB;
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emEtInEE_ = emEtInEE;
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emEtInHF_ = emEtInHF;
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etFractionHadronic_ = etFractionHadronic;
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etFractionEm_ = etFractionEm;
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metSignificance_ = metSignificance;
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caloMETInpHF_ = caloMETInpHF;
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caloMETInmHF_ = caloMETInmHF;
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caloSETInpHF_ = caloSETInpHF;
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caloSETInmHF_ = caloSETInmHF;
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caloMETPhiInpHF_ = caloMETPhiInpHF;
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caloMETPhiInmHF_ = caloMETPhiInmHF;
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}
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friend std::ostream& operator<< (std::ostream& stream, const TRootMET& met) {
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stream << "TRootMET (Pt,Px,Py)=("<< met.Pt() <<","<< met.Px() <<","<< met.Py() << ")"
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<< " vertex(x,y,z)=("<< met.vx() <<","<< met.vy() <<","<< met.vz() << ")"
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<< " hadEt in (HO,HB,HF,HE)=("<< met.hadEtInHO() <<","<< met.hadEtInHB() <<","<< met.hadEtInHF() <<","<< met.hadEtInHE() << ")"
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<< " emEt in (EB,EF,HF)=("<< met.emEtInEB() <<","<< met.emEtInEE() <<","<< met.emEtInHF() << ")";
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return stream;
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};
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private:
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Float_t maxEtInEmTowers_; // Maximum ET in EM towers
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Float_t maxEtInHadTowers_; // Maximum ET in HCAL towers
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Float_t hadEtInHO_; // Hadronic ET fraction in HO
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Float_t hadEtInHB_; // Hadronic ET in HB
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Float_t hadEtInHF_; // Hadronic ET in HF
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Float_t hadEtInHE_; // Hadronic ET in HE
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Float_t emEtInEB_; // Em ET in EB
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Float_t emEtInEE_; // Em ET in EE
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Float_t emEtInHF_; // Em ET in HF
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Float_t etFractionHadronic_; // Hadronic ET fraction
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Float_t etFractionEm_; // Em ET fraction
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Float_t metSignificance_; // Em ET fraction
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Float_t caloMETInpHF_; // CaloMET in HF+
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Float_t caloMETInmHF_; // CaloMET in HF-
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Float_t caloSETInpHF_; // CaloSET in HF+
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Float_t caloSETInmHF_; // CaloSET in HF-
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Float_t caloMETPhiInpHF_; // CaloMET-phi in HF+
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Float_t caloMETPhiInmHF_; // CaloMET-phi in HF-
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ClassDef (TRootMET,1);
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};
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#endif
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