#if !defined (__CINT__) || defined (__MAKECINT__)

#include "TH1.h"
#include "TH2.h"
#include "TProfile.h"

#include <Stntuple/loop/TStnModule.hh>
#include <Stntuple/obj/TStnTrackBlock.hh>
#include <Stntuple/obj/TStnTriggerBlock.hh>
#include <Stntuple/obj/TStnPhotonBlock.hh>
#include <Stntuple/obj/TStnElectronBlock.hh>

#endif

class TEmFilterModule: public TStnModule {
public:

  struct Hist_t {
    TH1F*  fNEmObj;
    TH1F*  fEmEt;
    TH1F*  fEmPt;
    TH1F*  fEmEta;
    TH1F*  fEmIso;
    TH1F*  fEmEt2;
    TProfile*  fEmSkim;
  };

protected:
					// pointers to the data blocks used,
					// header block is always available via
					// TStnModule::GetHeaderBlock()
  TStnTrackBlock*    fTrackBlock;
  TStnTriggerBlock*  fTriggerBlock;
  TStnPhotonBlock*   fPhotonBlock;
  TStnElectronBlock* fElectronBlock;
					// histograms filled
  Hist_t            fHist;
					// cuts
  Double_t          fMinEmEt1;   
  Double_t          fMinEmEt2;   
  Double_t          fMaxEmIso1;  
  Double_t          fMaxEmIso2;  
  Double_t          fMaxEmEta1;  
  Double_t          fMaxEmEta2;  

  Double_t          fMinEleEt1;  
  Double_t          fMinEleEt2;  
  Double_t          fMaxEleIso1; 
  Double_t          fMaxEleIso2; 
  Double_t          fMaxEleEta1; 
  Double_t          fMaxEleEta2; 
  Double_t          fMinElePt1;  
  Double_t          fMinElePt2;  

public:
  TEmFilterModule(const char* name ="EmFilter", 
			  const char* title="EmFilter");
  ~TEmFilterModule();
					// ****** accessors

  Hist_t*             GetHist        ()  { return &fHist;        }
  TStnTrackBlock*     GetTrackBlock  ()  { return fTrackBlock; }
  TStnTriggerBlock*   GetTriggerBlock()  { return fTriggerBlock; }
  TStnPhotonBlock*    GetPhotonBlock ()  { return fPhotonBlock; }
  TStnElectronBlock*  GetElectronBlock() { return fElectronBlock; }

					// cut values

  Double_t           GetMinEmEt1         () { return fMinEmEt1;   }
  Double_t           GetMinEmEt2         () { return fMinEmEt2;   }
  Double_t           GetMaxEmIso1        () { return fMaxEmIso1;  }
  Double_t           GetMaxEmIso2        () { return fMaxEmIso2;  }
  Double_t           GetMaxEmEta1        () { return fMaxEmEta1;  }
  Double_t           GetMaxEmEta2        () { return fMaxEmEta2;  }
  Double_t           GetMinEleEt1        () { return fMinEleEt1;  }
  Double_t           GetMinEleEt2        () { return fMinEleEt2;  }
  Double_t           GetMaxEleIso1       () { return fMaxEleIso1; }
  Double_t           GetMaxEleIso2       () { return fMaxEleIso2; }
  Double_t           GetMaxEleEta1       () { return fMaxEleEta1; }
  Double_t           GetMaxEleEta2       () { return fMaxEleEta2; }
  Double_t           GetMinElePt1        () { return fMinElePt1;  }
  Double_t           GetMinElePt2        () { return fMinElePt2;  }

					// ****** setters

  void  SetMinEmEt1       (Double_t cut) { fMinEmEt1   = cut; }
  void  SetMinEmEt2       (Double_t cut) { fMinEmEt2   = cut; }
  void  SetMaxEmIso1      (Double_t cut) { fMaxEmIso1  = cut; }
  void  SetMaxEmIso2      (Double_t cut) { fMaxEmIso2  = cut; }
  void  SetMaxEmEta1      (Double_t cut) { fMaxEmEta1  = cut; }
  void  SetMaxEmEta2      (Double_t cut) { fMaxEmEta2  = cut; }
  void  SetMinEleEt1      (Double_t cut) { fMinEleEt1  = cut; }
  void  SetMinEleEt2      (Double_t cut) { fMinEleEt2  = cut; }
  void  SetMaxEleIso1     (Double_t cut) { fMaxEleIso1 = cut; }
  void  SetMaxEleIso2     (Double_t cut) { fMaxEleIso2 = cut; }
  void  SetMaxEleEta1     (Double_t cut) { fMaxEleEta1 = cut; }
  void  SetMaxEleEta2     (Double_t cut) { fMaxEleEta2 = cut; }
  void  SetMinElePt1      (Double_t cut) { fMinElePt1  = cut; }
  void  SetMinElePt2      (Double_t cut) { fMinElePt2  = cut; }

  void    Display();
					// ****** overloaded methods of 
					// TStnModule
  int     BeginJob();
  int     BeginRun();
  int     Event   (int ientry);
  int     EndJob  ();
					// ****** other methods
  void    BookHistograms();

  ClassDef(TEmFilterModule,0)
};