StPicoBEmcPidTraits.h

#ifndef StPicoBEmcPidTraits_h
#define StPicoBEmcPidTraits_h

#include <limits>

// ROOT headers
#include "TObject.h"

//_________________
class StPicoBEmcPidTraits: public TObject {

 public:
  StPicoBEmcPidTraits();
  StPicoBEmcPidTraits(Int_t index, Int_t id, Int_t adc0, const Float_t* e,
                      const Float_t* dist, const Int_t* nhit, const Int_t* ntow);
  StPicoBEmcPidTraits(const StPicoBEmcPidTraits &traits);
  virtual ~StPicoBEmcPidTraits();
  virtual void Print(const Char_t* option = "") const;

  //
  // Getters
  //
  
  Int_t   trackIndex() const     { return (Int_t)mTrackIndex; }
  Int_t   bemcId() const         { return (Int_t)mBemcId; }
  Int_t   bemcAdc0() const       { return (Int_t)mBemcAdc0; }
  Float_t bemcE0() const         { return (Float_t)mBemcE0 / 1000.; }
  Float_t bemcE() const          { return (Float_t)mBemcE / 1000.; }
  Float_t bemcZDist() const      { return (Float_t)mBemcZDist / 100.; }
  Float_t bemcPhiDist() const    { return (Float_t)mBemcPhiDist / 10000.; }
  Int_t   bemcSmdNEta() const    { return (Int_t)mBemcSmdNEta;}
  Int_t   bemcSmdNPhi() const    { return (Int_t)mBemcSmdNPhi; }

  Int_t   btowId() const         { return (Int_t)mBtowId; }
  Int_t   btowId2() const
  { return ( ( (Int_t)mBtowId23 / 10 ) == 9 ? -1 : (Int_t)mBtowId23 / 10 ); }
  Int_t   btowId3() const
  { return ( ( (Int_t)mBtowId23 % 10 ) == 9 ? -1 : (Int_t)mBtowId23 % 10 ); }
  Float_t btowE() const          { return (Float_t)mBtowE / 1000.; }
  Float_t btowE2() const         { return (Float_t)mBtowE2 / 1000.; }
  Float_t btowE3() const         { return (Float_t)mBtowE3 / 1000.; }
  Float_t btowEtaDist() const    { return (Float_t)mBtowEtaDist / 10000.; }
  Float_t btowPhiDist() const    { return (Float_t)mBtowPhiDist / 10000.; }

  //
  // Setters
  //
  
  void setTrackIndex(Int_t idx)  { mTrackIndex = (idx > std::numeric_limits<short>::max()) ? -1 : (Short_t)idx; }
  void setBEmcId(Int_t id)       { mBemcId = (id > std::numeric_limits<short>::max()) ? -1 : (Short_t)id; }
  void setAdc0(Int_t adc0)
  { mBemcAdc0 = (adc0 > std::numeric_limits<unsigned short>::max()) ?
      std::numeric_limits<unsigned short>::max() : (UShort_t)adc0; }
  void setEnergy(Float_t energy[5]);
  void setDistances(Float_t dist[4]);
  void setNHits(Int_t nhit[2]);
  void setNTOW(Int_t ntow[3]);

 private:

  Short_t  mTrackIndex;       
  
  Short_t  mBemcId;
  Short_t  mBemcAdc0;
  Short_t  mBemcE0;
  Short_t  mBemcE;
  Short_t  mBemcZDist;
  Short_t  mBemcPhiDist;
  UChar_t  mBemcSmdNEta;
  UChar_t  mBemcSmdNPhi;

  Short_t  mBtowId;
  Char_t   mBtowId23;
  Short_t  mBtowE;
  Short_t  mBtowE2;
  Short_t  mBtowE3;
  Short_t  mBtowEtaDist;
  Short_t  mBtowPhiDist;

  ClassDef(StPicoBEmcPidTraits, 1);
};

#endif