Oqplane.h

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#ifndef __Oqplane__
#define __Oqplane__
 
#include <TriggerBuffer.h>
#include <Spectrum.h>
#include "Omap.h"
 
using namespace std;
 
class Oqplane: public Omap {
 
public:
  
  Oqplane(const double aQ, const unsigned int aSampleFrequency, 
          const double aFrequencyMin, const double aFrequencyMax, 
      const unsigned int aTimeRange, const double aMaximumMismatch);
 
  virtual ~Oqplane(void);
 
  long unsigned int ProjectData(fft *aDataFft, const double aPadding=0.0);
 
  void FillMap(const string aContentType, const double aTimeStart, const double aTimeEnd);
 
  void AddTileSegments(Segments *aSegments, TH1D *aSnrThreshold,
                       const double aT0, const double aPadding);
 
  bool SaveTriggers(TriggerBuffer *aTriggers, const double aT0, Segments* aSeg);
 
  inline double GetSnrThr(void){ return SnrThr; };
 
  inline void SetSnrThr(const double aSnrThr=2.0){ SnrThr=aSnrThr; };
 
  inline double GetTileSnrSq(const unsigned int aTimeTileIndex, const unsigned int aBandIndex){
    return TMath::Max(bandFFT[aBandIndex]->GetNorm2_t(aTimeTileIndex)-2.0,0.0);
  };
 
  inline double GetSnrSqMax(void){ return SnrSqMax; };
 
  inline double GetTileAmplitudeSq(const unsigned int aTimeTileIndex, const unsigned int aBandIndex){
    return GetTileSnrSq(aTimeTileIndex, aBandIndex)*bandNoiseAmplitude[aBandIndex]*bandNoiseAmplitude[aBandIndex];
  };
 
  inline double GetTileAmplitude(const unsigned int aTimeTileIndex, const unsigned int aBandIndex){
    return TMath::Sqrt(GetTileSnrSq(aTimeTileIndex, aBandIndex))*bandNoiseAmplitude[aBandIndex];
  };
 
  void SetPower(Spectrum *aSpec1, Spectrum *aSpec2);
  
private:
  
  // TRIGGER SELECTION
  double SnrThr;                    
  double SnrSqMax;                  
 
  // FREQUENCY BANDS
  unsigned int *bandWindowSize;     
  double **bandWindow_r;            
  double **bandWindow_i;            
  double *bandNoiseAmplitude;       
  fft **bandFFT;                    
    
  ClassDef(Oqplane,0)  
};
 
 
#endif