HarpoAnalyseBaselineFluct.h

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#ifndef HARPOANALYSEBASELINEFLUCT_H
#define HARPOANALYSEBASELINEFLUCT_H

//
// HarpoAnalyseBaselineFluct
//
// Dummy analise which print all run events.
//

#include "TObject.h"
#include "HarpoAnalyse.h"
#include "HarpoEvent.h"
//#include "TProfile.h"
#include "TH1F.h"
#include "TH2F.h"
#include "TGraphErrors.h"

class HarpoAnalyseBaselineFluct : public HarpoAnalyse {

 public:
  
  HarpoAnalyseBaselineFluct() {}

  void   Init();
  void   Save(char *mode=NULL);
  void   process(); 
  void   print(); 

  Double_t GetLimNch(){return fLimNch;}
  Double_t GetLimSig(){return fLimSig;}
  Double_t GetLimDelta(){return fLimDelta;}
  Double_t GetLimTruncL(){return fLimTruncL;}
  Double_t GetLimTruncH(){return fLimTruncH;}

  void SetLimNch(Double_t val){fLimNch = val;}
  void SetLimSig(Double_t val){fLimSig = val;}
  void SetLimDelta(Double_t val){fLimDelta = val;}
  void SetLimTruncL(Double_t val){fLimTruncL = val;}
  void SetLimTruncH(Double_t val){fLimTruncH = val;}



 private:

  Double_t fLimNch;
  Double_t fLimSig;
  Double_t fLimDelta;
  Double_t fLimTruncL;
  Double_t fLimTruncH;

  Double_t TruncSigma(TArrayD* vect, Double_t &truncS, Double_t &truncM, Double_t tl, Double_t th);

  TH2F* hSignalVsNoise[2];
  TH2F* hNoiseShape[2];
  TH2F* hNoiseShapeTot[2];
  TH2F* hNoiseShapeNorm[2];
  TH2F* hSignalShape[2];
  TH2F* hSignalShape2[2];

  TH1F* hSigma[2];
  TH2F* hSigmaVsMean[2];
  TH2F* hSigmaVsMeanCut[2];
  TH1F* hSigma2[2];
  TH2F* hSigmaVsTruncH[2];

  TGraph* gTimeStampVsEvent[2];

  ClassDef(HarpoAnalyseBaselineFluct,1)  //Run AnalysePrint
};

#endif