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#ifndef MITANA_DATATREE_DCASIG_H
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#define MITANA_DATATREE_DCASIG_H
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#include "MitAna/DataTree/interface/Electron.h"
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#include "MitAna/DataTree/interface/Muon.h"
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#include "MitAna/DataTree/interface/PFTau.h"
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#include "MitAna/DataCont/interface/Ref.h"
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#include "MitAna/DataTree/interface/DataObject.h"
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namespace mithep
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{
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class DCASig : public DataObject
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{
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public:
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DCASig() {}
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enum EDCAType {
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eETau, //ETau
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eMuTau, //MuTau
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eEMu, //EMu
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eEE , //EE
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eMuMu, //Mu Mu
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eTauTau //Tau Tau
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};
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Double_t DCASig3D() const {return fDCA3D /fDCA3DErr; }
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Double_t DCASig2D() const {return fDCA2D /fDCA2DErr; }
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Double_t DCASig3DRPhi() const {return fDCA3DRPhi/fDCA3DRPhiErr; }
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Double_t DCASig2DRPhi() const {return fDCA2DRPhi/fDCA2DRPhiErr; }
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Double_t DCA3D() const {return fDCA3D; }
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Double_t DCA2D() const {return fDCA2D; }
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Double_t DCA3DRPhi() const {return fDCA3DRPhi; }
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Double_t DCA2DRPhi() const {return fDCA2DRPhi; }
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Double_t DCA3DErr() const {return fDCA3DErr; }
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Double_t DCA2DErr() const {return fDCA2DErr; }
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Double_t DCA3DRPhiErr() const {return fDCA3DRPhiErr; }
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Double_t DCA2DRPhiErr() const {return fDCA2DRPhiErr; }
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const PFTau *GetTau() const {return fTauRef.Obj();}
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const Electron *GetElectron() const {return fElectronRef.Obj();}
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const Muon *GetMuon() const {return fMuonRef.Obj();}
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const PFTau *Get2ndTau() const {return f2ndTauRef.Obj();}
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const Electron *Get2ndElectron() const {return f2ndElectronRef.Obj();}
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const Muon *Get2ndMuon() const {return f2ndMuonRef.Obj();}
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EDCAType Type() const {return fDCAType;}
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void SetDCA2D (Double_t value) { fDCA2D = value; }
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void SetDCA3D (Double_t value) { fDCA3D = value; }
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void SetDCA2DRPhi (Double_t value) { fDCA2DRPhi = value; }
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void SetDCA3DRPhi (Double_t value) { fDCA3DRPhi = value; }
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void SetDCA2DErr (Double_t value) { fDCA2DErr = value; }
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void SetDCA3DErr (Double_t value) { fDCA3DErr = value; }
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void SetDCA2DRPhiErr(Double_t value) { fDCA2DRPhiErr = value; }
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void SetDCA3DRPhiErr(Double_t value) { fDCA3DRPhiErr = value; }
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void SetTau (const mithep::PFTau *iTau ,
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Bool_t i2nd=false) { i2nd ? f2ndTauRef = iTau : fTauRef = iTau; }
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void SetElectron (const mithep::Electron *iElectron,
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Bool_t i2nd=false) { i2nd ? f2ndElectronRef = iElectron : fElectronRef = iElectron; }
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void SetMuon (const mithep::Muon *iMuon ,
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Bool_t i2nd=false) { i2nd ? f2ndMuonRef = iMuon : fMuonRef = iMuon; }
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void SetType (EDCAType value) { fDCAType = value; }
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protected:
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EDCAType fDCAType; // Lepton pair type
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Double_t fDCA3D; // 3D xy Distance of closest approach Unc
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Double_t fDCA2D; // 2D xy Distance of closest approach Unc
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Double_t fDCA3DRPhi; // 3D RPhi Distance of closest approach Unc
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Double_t fDCA2DRPhi; // 2D RPhi Distance of closest approach Unc
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Double_t fDCA3DErr; // 3D xy Distance of closest approach Unc
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Double_t fDCA2DErr; // 2D xy Distance of closest approach Unc
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Double_t fDCA3DRPhiErr; // 3D RPhi Distance of closest approach Unc
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Double_t fDCA2DRPhiErr; // 2D RPhi Distance of closest approach Unc
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Ref<PFTau> fTauRef; // Tau reference
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Ref<Electron> fElectronRef; // Electron reference
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Ref<Muon> fMuonRef; // Muon reference
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Ref<PFTau> f2ndTauRef; // Tau reference
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Ref<Electron> f2ndElectronRef; // Electron reference
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Ref<Muon> f2ndMuonRef; // Muon reference
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ClassDef(DCASig,1) // DCA Significance reference
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};
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}
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#endif
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