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

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

#include "GwollumPlot.h"
#include "ReadTriggers.h"
#include "Date.h"
#include "TH1.h"
#include "TH2.h"
#include "TGraph.h"

#define NPLOTMAX 10

using namespace std;

class TriggerPlot: public GwollumPlot, public ReadTriggers {

 public:

  TriggerPlot(const string apattern, const string adirectory="", const int averbose=0);// inherited constructor
  virtual ~TriggerPlot(void);// destructor

  //PLOTS
  bool Plot(const string PlotType, const string PlotIndexes="0", const string outfile="NONE", bool aPlotLegend = false);// make plots
  bool OmicronPlot(const string PlotType, const int aTMin=-1, const int aTMax=-1, const string outfile="NONE");
  TObject* GetPlot(const string PlotType, const int index);// get plot
  
  void TriggersHaveChanged(void);// signal to make new plots

  // PLOT INFORMATION
  int GetNTrigPlot(const int index);// number of triggers for a given plot
  double GetSNRMaxPlot(const int index);// SNRMax for a given plot
  double GetSNRMinPlot(const int index);// SNRMin for a given plot
  double GetFreqMaxPlot(const int index);// FreqMax for a given plot
  double GetFreqMinPlot(const int index);// FreqMin for a given plot
  double GetTimeSNRMaxPlot(const int index);// Time of SNRMax for a given plot
  double GetFreqSNRMaxPlot(const int index);// Freq of SNRMax for a given plot


  // MAP MODIFIERS
  bool SetTriggerParameters(const int index,
                const double aFreqMin, const double aFreqMax,
                const int aTMin, const int aTMax,
                const double aSNRThr, const int aUseCluster);
  bool SetTriggerFrequencyRange(const int index,
                const double aFreqMin, const double aFreqMax);
  bool SetTriggerTimeRange(const int index,
               const int aTMin, const int aTMax);
  bool SetTriggerSNRThr(const int index, const double aSNRThr);
  bool SetUseCluster(const int index, const int aUseCluster);
  bool SetTitlePrefix(const string aPrefix);
  bool SetDateFormat(const int index, const bool aDate);
  bool SetLegend(const int index, const string aLegend);
  
 private:

  // PLOTS
  bool MakePlots(const int index);// make all plots
  int Wcolors[NPLOTMAX];          // working colors
  double Wsizes[NPLOTMAX];        // working marker sizes

  // SEGMENTS
  string SegName[NPLOTMAX];       // segments plot names
  TH1I *SegPlot[NPLOTMAX];        // segments plots

  // RATE
  string RateName[NPLOTMAX];      // rate plot names
  TH1D *Rate[NPLOTMAX];           // rate plots

  // 1D DISTRIBUTION
  string DistName[NPLOTMAX];      // plot names
  TH1D *H_freq[NPLOTMAX];         // frequency distribution
  TH1D *H_snr[NPLOTMAX];          // SNR distribution
  TH1D *H_snrcumul[NPLOTMAX];     // SNR distribution (cumulative)
  TH1D *H_dur[NPLOTMAX];          // duration distribution

  // TIME-FREQUENCY MAP
  string MapName[NPLOTMAX];       // map names
  TH2D *HMap[NPLOTMAX];           // map container
  TGraph *Map[NPLOTMAX];          // map
  TGraph *Map2[NPLOTMAX];         // map 2

  // SNR-FREQUENCY MAP
  TH2D *HSNRFreq[NPLOTMAX];       // container
  TGraph *SNRFreq[NPLOTMAX];      // map
  TGraph *SNRFreq2[NPLOTMAX];     // map 2

  // SNR-DUR MAP
  TH2D *HSNRDur[NPLOTMAX];       // container
  TGraph *SNRDur[NPLOTMAX];      // map
  TGraph *SNRDur2[NPLOTMAX];     // map 2

  // SNR-TIME MAP
  TH2D *HSNRTime[NPLOTMAX];       // container
  TGraph *SNRTime[NPLOTMAX];      // map
  TGraph *SNRTime2[NPLOTMAX];     // map 2

  // PARAMETERS
  bool ResetPlot(const int index);// reset plots
  int Ntbins;                     // number of time bins
  int Nfbins;                     // number of frequency bins
  int Nsbins;                     // number of snr bins
  double *t_bin;                  // time bining
  double *f_bin[NPLOTMAX];        // frequency bining
  double *s_bin[NPLOTMAX];        // snr bining
  bool newpara[NPLOTMAX];         // flag any parameter changes
  bool dateformat;                // human-readable dates
  double OmSNR[4];                // Omicron SNR thresholds
  string s_OmSNR[4];              // Omicron SNR thresholds (strings)

  // LEGENDS
  string legends[NPLOTMAX];
  string titleprefix;

  // TRIGGER SELECTION
  int Tmin;                       // starting time
  int Tmax;                       // ending time
  string sTmin;                   // Tmin as a string
  string TminDate;                // starting time stamp
  int TminOffset;                 // time offset
  double Fmin[NPLOTMAX];          // lower frequency
  double Fmax[NPLOTMAX];          // upper frequency
  double SnrThr[NPLOTMAX];        // SNR threshold
  int usecl[NPLOTMAX];            // use clusters: 
                                  // <0, no
                                  // =0, yes, only clusters with status>=0
                                  // >0, yes, only clusters with status==usecl

  // PLOT TRIGGER PROPERTIES
  int p_n[NPLOTMAX];              // number of entries
  double p_snrmax[NPLOTMAX];      // max snr
  double p_snrmin[NPLOTMAX];      // min snr
  double p_freqmax[NPLOTMAX];     // max frequency
  double p_freqmin[NPLOTMAX];     // min frequency
  double p_timesnrmax[NPLOTMAX];  // time for max snr
  double p_freqsnrmax[NPLOTMAX];  // freq for max snr

  ClassDef(TriggerPlot,0)  
};

#endif

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