// ---------------------------------------------------------------------------------------
// -----                           PndSttRawHit                                      -----
// ---------------------------------------------------------------------------------------

#ifndef PNDSTTRAWHIT_H
#define PNDSTTRAWHIT_H
	
#include "TObject.h"
	
class PndSttRawHit : public TObject {
 public:
  // Default Constructor
  PndSttRawHit();
	 

  PndSttRawHit(Int_t globEvNum, Int_t fpl, Int_t fel, 
	       Float_t raw_led, Float_t raw_zct, 
	       Float_t raw_cfd, Float_t raw_ampl, Float_t raw_de, 
	       Float_t fpga_led, Float_t fpga_zct, 
	       Float_t fpga_cfd, Float_t fpga_ampl, Float_t fpga_de);
	 
  //Destructor
  virtual ~PndSttRawHit();
	 
  Int_t fEvNum;     // global event number
  Int_t fPlane;     // layer number
  Int_t fTube;      // tube number
  Float_t fRled;    // raw leading edge discriminator [ns]
  Float_t fRzct;    // raw zero crossing time [ns]
  Float_t fRcfd;    // raw constant fraction discriminator [ns]
  Float_t fRampl;   // raw pulse amplitude (first maximum) [bins - a.u.]
  Float_t fRde;     // raw energy loss (pulse area) [bins - a.u.]
  Float_t fFled;    // fpga leading edge discriminator [ns]
  Float_t fFzct;    // fpga zero crossing time [ns]
  Float_t fFcfd;    // fpga constant fraction discriminator [ns]
  Float_t fFampl;   // fpga pulse amplitude (first maximum) [bins - a.u.]
  Float_t fFde;     // fpga energy loss (pulse area) [bins - a.u.]

 public:
  inline Int_t GetEvtNum()     const { return fEvNum; }
  inline Int_t GetLayer()      const { return fPlane; }
  inline Int_t GetTubeID()     const { return fTube; }
  inline Float_t GetRawLed()   const { return fRled; }
  inline Float_t GetRawZct()   const { return fRzct; }
  inline Float_t GetRawCfd()   const { return fRcfd; }
  inline Float_t GetRawAmpl()  const { return fRampl; }
  inline Float_t GetRawDe()    const { return fRde; }
  inline Float_t GetFpgaLed()  const { return fFled; }
  inline Float_t GetFpgaZct()  const { return fFzct; }
  inline Float_t GetFpgaCfd()  const { return fFcfd; }
  inline Float_t GetFpgaAmpl() const { return fFampl; }
  inline Float_t GetFpgaDe()   const { return fFde; }


  ClassDef(PndSttRawHit,1)
    };

#endif