/afs/in2p3.fr/throng/virgo/virgoDev/SoftFlorent/Omicron/v2r1/src/Oqplane.h

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//  Author : florent robinet (LAL - Orsay): robinet@lal.in2p3.fr
#ifndef __Oqplane__
#define __Oqplane__

#include "MakeTriggers.h"
#include "Spectrum.h"
#include "Omap.h"

// eq 5.95 with alpha=2
#define BIASFACT2 (1.0-log(4.0*3.0*3.0)/(4.0*3.0*3.0-1.0))

using namespace std;

class Oqplane: public Omap {

 public:
  friend class Otile;  

 private:
  
  // constructor - destructor
  Oqplane(const double aQ, 
      const int aSampleFrequency, 
      const int aTimeRange, 
      const double aFrequencyMin, 
      const double aFrequencyMax, 
      const double aMismatchStep);
  virtual ~Oqplane(void);

  void PrintParameters(void);
  bool ProjectData(double *aDataRe, double *aDataIm);
  bool SaveTriggers(MakeTriggers *aTriggers, 
            const double aLeftTimePad=0.0, 
            const double aRightTimePad=0.0, 
            const double aT0=0.0);

  // GETS
  inline double GetQ(void){ return Q; };
  inline double GetTileAmplitude(const int aTimeTileIndex, const int aBandIndex){    
    return GetTileContent(aTimeTileIndex,aBandIndex)*sqrt(bandPower[aBandIndex]);
  };

  inline int GetNTriggers(void){ return nTriggers; }
  
  // SETS
  bool SetPower(Spectrum *aSpec);
  inline void SetSNRThr(const double aSNRThr){ SNRThr=aSNRThr; };


  // INTERNAL
  double GetMeanEnergy(const int aBandIndex, double *aEnergies);
  void GetPlaneNormalization(void);
 
  // Q-PLANE
  double Q;                         
  double QPrime;                    
  double PlaneNormalization;        

  // TRIGGER SELECTION
  double SNRThr;                    
  long int nTriggers;               
  
  // FREQUENCY BANDS
  int *bandWindowSize;              
  double **bandWindow;              
  double **bandWindowFreq;          
  double *bandPower;                
  fft **bandFFT;                    
  
  ClassDef(Oqplane,0)  
};


#endif

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