OxResults.h

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#ifndef __OxResults__
#define __OxResults__
 
#include "OxInj.h"
#include "OxEvent.h"
 
using namespace std;
 
enum OxResultType{
             oxresult_foreground = 0,
             oxresult_background,    
             oxresult_fakeground,    
             oxresult_n              
};
 
const string OxResultTypeName[oxresult_n] = {"foreground", "background", "fakeground"};
 
class OxResults: public OxEvent, public GwollumPlot{
 
public:
  
  OxResults(const string aOptionFile, const unsigned int aGpsRef);
 
  virtual ~OxResults(void);
 
  bool Process(void);
 
  unsigned int GetProcessedEventsN(OxResultType aResultType){ return (unsigned int)h1_ev_rank[aResultType]->GetEntries(); };
 
  double RankToRate(OxResultType aResultType, const double aRank, const int aType=0);
 
  double RateToRank(OxResultType aResultType, const double aRate);
 
  OxResultType GetEventResultType(void);
 
  bool CreateOutputFile(const unsigned int aTime);
 
  bool SavePlots(const string aFormat="png");
 
  bool MakeHtml(void);
 
private:
 
  OxInj *ox_inj;                       
  unsigned int fake_slice_index;       
  int fake_lag;                        
 
  // OUTPUT TTREE
  TTree *oxr_tree;                     
  unsigned int oxr_livetime;           
  TH1D* oxr_ev_rank;                   
  TH1D* oxr_ev_freq;                   
  TH2D* oxr_ev_rank_freq;              
 
  // TIMING
  unsigned int livetime[oxresult_n];   
  Segments *segments[2][oxresult_n];   
  
  // LOCAL HISTOGRAMS
  TH1D *h1_ev_rank[oxresult_n];        
  TH1D *h1_ev_freq[oxresult_n];        
  TH2D *h2_ev_rank_freq[oxresult_n];   
 
  bool ReadInputFiles(string &aFilePattern);
 
  void FillHistograms(OxResultType aResultType);
 
  void CreateHistograms(void);
 
  void DrawFakeground(void);
 
 
  
  
  ClassDef(OxResults,0)  
};
 
 
#endif