CSCHit.h

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#ifndef CSCHIT_H
#define CSCHIT_H

#include "CSCCluster.h"


class CSCHit{ 

  private:
  CSCCluster* cluster; // points back to raw data
  double pos;          // position in strip pitch
  double peak;         // peaking time in samples
  double amp;          // Amplitude in ADC counts
  double sum3;         // sum of the central 3 strips
  double cog;          // center of gravity
  double parabola;     // parabolic interpolation
  int center;          // center strip index in cluster
  int channelID;       // channelID of center strip
  CSCStrip* strip[5];  // strips used in this hit.
  int distance;        // distance to the next hit in this layer
  CSCHit* match;       // corresponding hit in other coordinate
  double chi2;         // cluster shape difference

 public:
  CSCHit(); 


  ~CSCHit(); 


  void Set (CSCCluster* cluster, int i);


  void Print();


  CSCStrip* GetStrip(int relIndex); // index relative to center: -1 is left


  double GetPosition () { return pos;} ;

  void SetPosition(double p) { pos = p;};

  double GetPeakingTime() { return peak;};


  double GetAmplitude () { return amp;};


  int GetChannelID() {return channelID;}



  int GetLayer() {return (channelID>>9)&3;}


  int IsTransverse() { return (channelID>>8)&1;} // x or y data


  int IsLargeChamber() { return (channelID>>16)&1;} // large or small csc


  double GetSum() {return sum3;};


  double GetCOG() { return cog;};


  double GetParabola() { return parabola;};


  int GetPhi() {return (channelID >>13)&7;};


  int GetID () {return  channelID;};

  int GetDistance () {return distance;};



  void SetDistance( int d) { distance = d;};


  int GetChannel () { return strip[2]->GetChannel();};


  CSCHit* GetMatch() { return match;};



  void SetMatch (CSCHit* h) { match = h;};



  double GetChi2() {return chi2;};


  double Profile (double pos);
  
}; 


#endif // CSCHIT_H

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