CSCStrip.h

Go to the documentation of this file.

#ifndef CSCSTRIP_H
#define CSCSTRIP_H


class CSCStrip{ 

 private:
  
  unsigned int channelID;     // full ATLAS id of this channel
  int numSample;              // lenght of the adc array
  short int * adc;            // array of adc samples
  double peakingTime;         // interpolated peaking time in samples
  double amplitude;           // interpolated amplitude
  short int amin, amax;       // minimum & maximum sample
  double ped;                 // pedestal in ADC counts
  double noise;               // noise in ADC counts
  int imax;                   // the sample with the largest adc value.
  int isCorrected;            // corrections have been applied.
  double fitErrors[3];        // bipolar fit
  double fitResult[3];        // bipolar fit
  double fitChi2;             // bipolar fit


 public:
  CSCStrip::CSCStrip(unsigned int channel=0, int numSamples=0);
  
  ~CSCStrip(); 
  
  int GetID() {return channelID;};

  int GetChannel() {return channelID & 0xff;};

  int GetLayer() {return (channelID & 0x600)>>9;};

  int IsTransverse() { return (channelID>>8)&1;};

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


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

  void PutSample (int sample, int value){adc[sample] = value;};


  short int GetSample (int sample){return adc[sample];};

  double GetPeakingTime() {return peakingTime;};

  double GetAmplitude() {return amplitude-ped;};


  short int GetMinimum() {return amin;};


  short int GetMaximum() {return amax;};


  short int GetMinMax() {return amax-amin;};

  double GetPedestal() {return ped;};


  void SetPedestal (double pedestal){ped=pedestal;};

  double GetNoise() {return noise;};

  void SetNoise (double n){noise=n;};



  void CorrectEstimates();


  int FitBipolar(double width = 6.5);


  double GetFitChi2 () { return fitChi2;};


  double GetFitTime () { return fitResult[1];};


  void Read (unsigned int *buf);
  
  void Print();
}; 

#endif // CSCSTRIP_H

---