PndPidMvdPar.h

Go to the documentation of this file.

#ifndef PNDPIDMVDPAR_H
#define PNDPIDMVDPAR_H

#include "TObject.h"

// **************************************************************************
//  Author: Laura Zotti e-mail: zotti@to.infn.it
//
//  params for MVD Associator
//
// Created: 02-03-10
// Modified:
//
// **************************************************************************

class PndPidMvdPar : public TObject {
 public:
  PndPidMvdPar();
  virtual ~PndPidMvdPar();

  Double_t GetElectronMpv(Double_t momentum);
  Double_t GetElectronSigma(Double_t momentum);

  Double_t GetMuonMpv(Double_t momentum);
  Double_t GetMuonSigma(Double_t momentum);

  Double_t GetPionMpv(Double_t momentum);
  Double_t GetPionSigma(Double_t momentum);

  Double_t GetProtonLowMpv(Double_t momentum);
  Double_t GetProtonLowSigma(Double_t momentum);

  Double_t GetProtonHighMpv(Double_t momentum);
  Double_t GetProtonHighSigma(Double_t momentum);

  Double_t GetKaonMpv(Double_t momentum);
  Double_t GetKaonSigma(Double_t momentum);

  void SetElectronPara();
  void SetMuonPara();
  void SetPionPara();
  void SetKaonPara();
  void SetProtonLowPara();
  void SetProtonHighPara();

  Double_t GetElectronMpvP0() const { return fElecMpvP0; };
  Double_t GetElectronMpvP1() const { return fElecMpvP1; };
  Double_t GetElectronMpvP2() const { return fElecMpvP2; };
  Double_t GetElectronSigmaP0() const { return fElecSigmaP0; };
  Double_t GetElectronSigmaP1() const { return fElecSigmaP1; };
  Double_t GetElectronSigmaP2() const { return fElecSigmaP2; };

  Double_t GetMuonMpvP0() const { return fMuonMpvP0; };
  Double_t GetMuonMpvP1() const { return fMuonMpvP1; };
  Double_t GetMuonMpvP2() const { return fMuonMpvP2; };
  Double_t GetMuonSigmaP0() const { return fMuonSigmaP0; };
  Double_t GetMuonSigmaP1() const { return fMuonSigmaP1; };
  Double_t GetMuonSigmaP2() const { return fMuonSigmaP2; };

  Double_t GetPionMpvP0() const { return fPionMpvP0; };
  Double_t GetPionMpvP1() const { return fPionMpvP1; };
  Double_t GetPionMpvP2() const { return fPionMpvP2; };
  Double_t GetPionSigmaP0() const { return fPionSigmaP0; };
  Double_t GetPionSigmaP1() const { return fPionSigmaP1; };
  Double_t GetPionSigmaP2() const { return fPionSigmaP2; };

  Double_t GetKaonMpvP0() const { return fKaonMpvP0; };
  Double_t GetKaonMpvP1() const { return fKaonMpvP1; };
  Double_t GetKaonMpvP2() const { return fKaonMpvP2; };
  Double_t GetKaonSigmaP0() const { return fKaonSigmaP0; };
  Double_t GetKaonSigmaP1() const { return fKaonSigmaP1; };
  Double_t GetKaonSigmaP2() const { return fKaonSigmaP2; };

  Double_t GetProtonLowMpvP0() const { return fProtonLowMpvP0; };
  Double_t GetProtonLowMpvP1() const { return fProtonLowMpvP1; };
  Double_t GetProtonLowMpvP2() const { return fProtonLowMpvP2; };
  Double_t GetProtonLowSigmaP0() const { return fProtonLowSigmaP0; };
  Double_t GetProtonLowSigmaP1() const { return fProtonLowSigmaP1; };
  Double_t GetProtonLowSigmaP2() const { return fProtonLowSigmaP2; };

  Double_t GetProtonHighMpvP0() const { return fProtonHighMpvP0; };
  Double_t GetProtonHighMpvP1() const { return fProtonHighMpvP1; };
  Double_t GetProtonHighMpvP2() const { return fProtonHighMpvP2; };
  Double_t GetProtonHighSigmaP0() const { return fProtonHighSigmaP0; };
  Double_t GetProtonHighSigmaP1() const { return fProtonHighSigmaP1; };
  Double_t GetProtonHighSigmaP2() const { return fProtonHighSigmaP2; };

 protected:
  Double_t fElecMpvP0;
  Double_t fElecMpvP1;
  Double_t fElecMpvP2;
  Double_t fElecSigmaP0;
  Double_t fElecSigmaP1;
  Double_t fElecSigmaP2;

  Double_t fPionMpvP0;
  Double_t fPionMpvP1;
  Double_t fPionMpvP2;
  Double_t fPionSigmaP0;
  Double_t fPionSigmaP1;
  Double_t fPionSigmaP2;

  Double_t fProtonLowMpvP0;
  Double_t fProtonLowMpvP1;
  Double_t fProtonLowMpvP2;
  Double_t fProtonLowSigmaP0;
  Double_t fProtonLowSigmaP1;
  Double_t fProtonLowSigmaP2;

  Double_t fProtonHighMpvP0;
  Double_t fProtonHighMpvP1;
  Double_t fProtonHighMpvP2;
  Double_t fProtonHighSigmaP0;
  Double_t fProtonHighSigmaP1;
  Double_t fProtonHighSigmaP2;

  Double_t fMuonMpvP0;
  Double_t fMuonMpvP1;
  Double_t fMuonMpvP2;
  Double_t fMuonSigmaP0;
  Double_t fMuonSigmaP1;
  Double_t fMuonSigmaP2;

  Double_t fKaonMpvP0;
  Double_t fKaonMpvP1;
  Double_t fKaonMpvP2;
  Double_t fKaonSigmaP0;
  Double_t fKaonSigmaP1;
  Double_t fKaonSigmaP2;

  ClassDef(PndPidMvdPar, 1)
};

#endif