PndEmcHeader.h

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// -------------------------------------------------------------------------
// -----                     PndEmcHeader header file                     -----
// -----               Created 21/04/07  by S.Spataro                  ----
// -------------------------------------------------------------------------

//#pragma once
#ifndef PNDEMCHEADER_H
#define PNDEMCHEADER_H

#include "TObject.h"
#include "TVector3.h"

class PndEmcHit;
class PndEmcCluster;

class PndEmcHeader : public TObject
{
 public:    
  
  
  PndEmcHeader();
  
  PndEmcHeader(Double32_t ene_hit, Int_t mult_hit, Int_t mult_digi, Double32_t ene_clu, Int_t mult_clu, TVector3 p_clu);
  

  PndEmcHeader(const PndEmcHeader &);
  
  virtual ~PndEmcHeader();    
  
  virtual void Print(const Option_t* opt ="") const;
  
  virtual void SetHitEnergy(Double32_t energy) { fHitEnergy     = energy ;};
  virtual void SetCluEnergy(Double32_t energy) { fCluEnergy     = energy ;};
  virtual void SetHitMult(Int_t mult)          { nHitMult       = mult   ;}; 
  virtual void SetDigiMult(Int_t mult)         { nDigiMult      = mult   ;};
  virtual void SetCluMult(Int_t mult)          { nCluMult       = mult   ;};
  virtual void SetPx(Double32_t px)            { fPx            = px     ;};
  virtual void SetPy(Double32_t py)            { fPy            = py     ;};
  virtual void SetPz(Double32_t pz)            { fPz            = pz     ;};
  
  virtual Double32_t GetHitEnergy()     const { return fHitEnergy ;};
  virtual Double32_t GetCluEnergy()     const { return fCluEnergy ;};
  virtual Int_t GetHitMult()            const { return nHitMult   ;}; 
  virtual Int_t GetDigiMult()           const { return nDigiMult  ;};
  virtual Int_t GetCluMult()            const { return nCluMult   ;};
  virtual Double32_t GetPx()            const { return fPx        ;};
  virtual Double32_t GetPy()            const { return fPy        ;};
  virtual Double32_t GetPz()            const { return fPz        ;};

 protected:
  Double32_t fPx;           // total px
  Double32_t fPy;           // total py
  Double32_t fPz;           // total py
  Double32_t fHitEnergy;    // total energy in crystals
  Double32_t fCluEnergy;    // total energy in clusters
  Int_t nHitMult;           // number of fired crystals 
  Int_t nDigiMult;          // number of fired crystals above threshold and after digitization
  Int_t nCluMult;           // number of reconstructed clusters
 
  ClassDef(PndEmcHeader,2)
};

#endif //PNDEMCHEADER_H