TAnaManager.hxx

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#ifndef TAnaManager_h
#define TAnaManager_h
 
// Use this list here to decide which type of equipment to use.
 
//#define USE_V792
//#define USE_V1190
//#define USE_L2249
//#define USE_AGILENT
#define USE_V1720
//#define USE_V1720_CORRELATIONS
//#define USE_V1730DPP
//#define USE_V1730RAW
#define USE_DT724
#define USE_TRB3
//#define USE_CAMACADC
 
#include "TV792Histogram.h"
#include "TV1190Histogram.h"
#include "TL2249Histogram.h"
#include "TAgilentHistogram.h"
#include "TV1720Waveform.h"
#include "TV1720Correlations.h"
#include "TV1730DppWaveform.h"
#include "TV1730RawWaveform.h"
#include "TDT724Waveform.h"
#include "TTRB3Histogram.hxx"
#include "TCamacADCHistogram.h"
 
/// This is an example of how to organize a set of different histograms
/// so that we can access the same information in a display or a batch
/// analyzer.
/// Change the set of ifdef's above to define which equipment to use.
///
/// We simplify a lot of code by mostly using an array of THistogramArrayBase classes
/// for storing different histograms.
class TAnaManager  {
public:
  TAnaManager();
  virtual ~TAnaManager(){};
 
  /// Processes the midas event, fills histograms, etc.
  int ProcessMidasEvent(TDataContainer& dataContainer);
 
  /// Update those histograms that only need to be updated when we are plotting.
  void UpdateForPlotting();
 
  void Initialize();
 
  bool CheckOption(std::string option);
    
  void BeginRun(int transition,int run,int time) {};
  void EndRun(int transition,int run,int time) {};
 
  // Add a THistogramArrayBase object to the list
  void AddHistogram(THistogramArrayBase* histo);
 
  // Little trick; we only fill the transient histograms here (not cumulative), since we don't want
  // to fill histograms for events that we are not displaying.
  // It is pretty slow to fill histograms for each event.
  void UpdateTransientPlots(TDataContainer& dataContainer);
  
  // Get the histograms
  std::vector<THistogramArrayBase*> GetHistograms() {
    return fHistos;
  }  
 
private:
 
  // Make some cross-channel histograms
  TH2F *fV1720PHCompare;
  TH2F *fV1720TimeCompare;
  
  std::vector<THistogramArrayBase*> fHistos;
 
};
 
 
 
#endif