#ifndef CBMSTTDIGI_HH
#define CBMSTTDIGI_HH

#include "CbmHit.h"
#include "TVector3.h"

class CbmSttDigi : public CbmHit {

 public:
  
  CbmSttDigi();
  
  CbmSttDigi(Int_t trackID,Int_t eventID,Double_t pulse, Double_t radius_rec, Double_t radius_true,TString nam,TVector3 center,TVector3 tubemax, TVector3 tubemin);
  virtual ~CbmSttDigi();
  
  /** Output to screen (not yet implemented) **/
  virtual void Print(const Option_t* opt = 0) const {;}

  
  /** Public method Clear
   ** Resets the flag to -1
   **/
  void Clear();

  /** Accessors **/
  Int_t GetFlag() const { return fFlag; }; 


  /** Modifiers **/
  void SetFlag (Int_t flag) { fFlag = flag; };

  // set
  void setPulse(double pulse){_Pulse = pulse;}
  void setRTrue(double rtrue){_Rtrue = rtrue;}
  void setRSim(double rsim){_Rsim = rsim;}

  void setDeDx(double dedx){_dEdx = dedx;}
  void setCosskew(double cosskew){_Cosskew = cosskew;}
  void setAcosskew(double arccos){_Acos = arccos;}
  void setCopyNo(int copynr){_CopyNo = copynr;}
  // void setMap(int map1,int map2,int map3) {_Lay_N=map1;_N_Lay=map2; _InOut=map3;}

  // get
  int GetTrackID() const {return fTrackID;}
  int GetEventID() const {return fEventID;}

  double pulse() const {return _Pulse;}
  double rTrue() const {return _Rtrue;}
  double rSim() const {return _Rsim;}

  double dedx() const {return _dEdx;}
  double cosskew() const {return _Cosskew;}
  double acosskew() const {return _Acos;}
  TVector3 *getcenter() ;
  TVector3 *getmin() ;
  TVector3 *getmax() ;
  void setcenter(TVector3 center){tube_c=center;}
  void setcenterxy(Double_t x,Double_t y){ tube_c.SetX(x);tube_c.SetY(y);}
  TString  getNam() {return fnam;}

 protected: 
  Int_t fFlag;
  

 private:
 
  Int_t fTrackID; 
  Int_t fEventID;
  int _CopyNo;
  // int _InOut;
  // int _Lay_N;        // number of layer
  // int _N_Lay;        // number of tube in layer
  double _Pulse;     // drift time
  double _Rtrue;     // true radius (from geometrical distance track/wire)
  double _Rsim;      // simulated radius (from TStraw)
  double _dEdx;   
  double _Cosskew;   // skew angle cosine
  double _Acos;
  TVector3 tube_c;
  TString fnam;      // tube name
  TVector3 tube_max; // extremity 1 of the tube
  TVector3 tube_min; // extremity 2 of the tube

  ClassDef(CbmSttDigi,1);
};

//_____________________________________________________________________
inline TVector3 *CbmSttDigi::getcenter() {
  if (tube_c.X()!=0 || tube_c.Y()!=0 || tube_c.Z()!=0) return &tube_c;
  return (TVector3*) NULL;
}
//_____________________________________________________________________
inline TVector3 *CbmSttDigi::getmin() {
  if (tube_min.X()!=0 || tube_min.Y()!=0 || tube_min.Z()!=0) return &tube_min;
  return (TVector3*) NULL;
}
inline TVector3 *CbmSttDigi::getmax() {
  if (tube_max.X()!=0 || tube_max.Y()!=0 || tube_max.Z()!=0) return &tube_max;
  return (TVector3*) NULL;
}


#endif