PhaserScan.h

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// $Id: $
#ifndef INC_PHASERSCAN_H 
#define INC_PHASERSCAN_H 1

// Include files
#include "Processus.h"


class Run;
class Event;

class Proto40MHz_v1;

class PhaserScan : public Processus {
public: 
  PhaserScan( ); 
  virtual ~PhaserScan( ); 

  virtual StatusCode initialize ( );
  virtual StatusCode execute ( )   ;
  virtual StatusCode finalize ( )  ;
    
  StatusCode setPhaserMin(unsigned int);
  unsigned int  phaserMin(){return m_phaserMin;};
  StatusCode setPhaserMax(unsigned int);
  unsigned int  phaserMax(){return m_phaserMax;};
  StatusCode setPhaserStep(unsigned int);
  unsigned int  phaserStep(){return m_phaserStep;};

  StatusCode setDepth(unsigned int);
  unsigned int  depth(){return m_depth;};
  
  StatusCode setChannels(unsigned int);
  unsigned int  channels(){return m_channels;};
  
  StatusCode setTrigger(bool trig) {
    m_trig=trig; 
    return StatusCode::SUCCESS;
  };

  void setSample(int nsample){
    m_nsample=nsample;
  }

  int sample(){return m_nsample;}

  bool trigger() {
    return m_trig;
  };

protected:
  PhaserScan* clone(){
    return new PhaserScan (*this);
  }
  unsigned int decodeFormat(unsigned int, unsigned int, RAM*);

private: 
  static const unsigned int m_depthmax = 512;


  Int_t          m_runNumber;
  Int_t          m_evtNumber;

  Int_t          m_channel[8];
  Int_t          m_chNumber[8];
  Int_t          m_nch;

  int            m_channels;
  int            m_depth;
  Proto40MHz_v1 *m_board;
  A3PE          *m_pga;
  Phaser        *m_phaser;
  RAM             *m_fifo;
  bool           m_trig;
  TH1D          *m_hist;
    unsigned int  m_phaserMin;
    unsigned int  m_phaserStep;
    unsigned int  m_phaserMax;
    unsigned int  m_nsample;
  int            m_deadtime;

};
#endif // INC_PHASERSCAN_H