/afs/in2p3.fr/throng/virgo/virgoDev/GWOLLUM/v1r3/src/Triggers/EventMap.h

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

#include "GwollumPlot.h"
#include "ReadTriggers.h"
#include "TH2.h"
//#include "TImage.h"

#define NMAP 4 // number of maps

using namespace std;

class EventMap: public GwollumPlot, public ReadTriggers {

 public:

  EventMap(const string apattern, const string adirectory="",
       const int averbose=0);// inherited constructor
  virtual ~EventMap(void);// destructor
 
  // MAPPING
  bool BuildMap(const int mapindex,const double gps);// build map
  bool BuildClusterMap(const int mapindex, const int clst);// build cluster map
  TH2D* GetMap(const int mapindex);// get event map (copy)
  bool PrintMap(const int mapindex, const string outfile="NONE");
  bool LiveMap(const int mapindex, const double gps_start, const double gps_end, const string outfile="NONE");
  bool DisplayClusterMaps(const int mapindex, const double gps_start=-1, const double gps_end=1e20, const int speed=0, const string outfile="NONE");

  // MAP INFORMATION
  double GetMapLoudestSNR(const int mapindex); // loudest tile SNR of the map
  double GetMapLoudestTime(const int mapindex); // loudest tile time of the map
  double GetMapLoudestFrequency(const int mapindex); // loudest tile freq of the map

  // MAP OPERATIONS
  double GetMatch(const int mapindex1, const int mapindex2, 
          const double SNRThr=0);
  bool NormalizeMap(const int mapindex);

  // MAP SETTING
  bool SetMapParameters(const int mapindex,
            const int TimeRes, const int FreqRes,
            const double FreqMin, const double FreqMax,
            const double Q_Min, const double Q_Max,
            const double TimeRange);
  bool SetMapResolution(const int mapindex,
            const int TimeRes, const int FreqRes);
  bool SetMapFrequencyRange(const int mapindex,
                const double FreqMin, const double FreqMax);
  bool SetMapTimeRange(const int mapindex,
               const double TimeRange);
  bool SetMapQRange(const int mapindex,
            const double Q_Min, const double Q_Max);

 private:

  // MAPS
  bool ResetMap(const int mapindex);
  TH2D *Map[NMAP];      // current map
  string MapName[NMAP]; // map names
  int Ntbins[NMAP];     // number of time bins
  int Nfbins[NMAP];     // number of frequency bins
  double Trange[NMAP];  // time range
  double Fmin[NMAP];    // lower frequency
  double Fmax[NMAP];    // upper frequency
  double Qmin[NMAP];    // lower Q
  double Qmax[NMAP];    // upper Q
  double *t_bin[NMAP];  // time bining
  double *f_bin[NMAP];  // frequency bining
  int Ntbins_0;         // number of time bins - Default
  int Nfbins_0;         // number of frequency bins - Default
  double Trange_0;      // time range - Default
  double Fmin_0;        // lower frequency - Default
  double Fmax_0;        // upper frequency - Default
  double Qmin_0;        // lower Q - Default
  double Qmax_0;        // upper Q - Default
  double MapSNR[NMAP];  // loudest SNR of the map (normalization non-included)
  double MapFreq[NMAP]; // loudest Freq of the map
  double MapTime[NMAP]; // loudest Time of the map
  double MapLoudestTile[NMAP]; // loudest tile of the map (normalization included)

  // LOGO
  //TImage *logo;
  //TPad *logopad;
  //bool print_logo( Float_t v_scale = 1.0, Float_t skew = 1.0 );
    
  ClassDef(EventMap,0)  
};

#endif

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