SFMatrixOfH2F.h

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#ifndef __SFMATRIXOFH2F_H
#define __SFMATRIXOFH2F_H

#include "jbltools/sfh/MatrixOfH2F.h"

#include "jbltools/sfh/SFO.h"
#include "jbltools/sfh/FloatFunPoR.h"
#include "jbltools/sfh/BaseCutPoR.h"
#include "jbltools/sfh/FillIteratorPoR.h"


class TFile;
class TProfile;
class TAxis;
class BinningFun;
class RegH2F;
class SetOfHistograms;


// Class SFMatrixOfH2F

class SFMatrixOfH2F: public MatrixOfH2F, public SFO {
  public:

    SFMatrixOfH2F (const char* name_,               
                 const char* title_,              
                 Int_t nbinsx,                    
                 Axis_t xlow,                     
                 Axis_t xup,                      
                 Int_t nbinsy,                    
                 Axis_t ylow,                     
                 Axis_t yup,                      
                 const ROListPoR& hhl,            
                 const FloatFunPoR& xfun_,        
                 const FloatFunPoR& yfun_,        
                 const BaseCutPoR& cut_,          
                 const FloatFunPoR& wfun_,        
                 const BinningFunPoR& binning1_,  
                 const BinningFunPoR& binning2_,  
                 const FillIteratorPoR& iter_ = 0 
                );
    SFMatrixOfH2F (const char* name_,               
                 const char* title_,              
                 Int_t nbinsx,                    
                 const Double_t* xbins,           
                 Int_t nbinsy,                    
                 Axis_t ylow,                     
                 Axis_t yup,                      
                 const ROListPoR& hhl,            
                 const FloatFunPoR& xfun_,        
                 const FloatFunPoR& yfun_,        
                 const BaseCutPoR& cut_,          
                 const FloatFunPoR& wfun_,        
                 const BinningFunPoR& binning1_,  
                 const BinningFunPoR& binning2_,  
                 const FillIteratorPoR& iter_ = 0 
                );
    SFMatrixOfH2F (const char* name_,               
                 const char* title_,              
                 Int_t nbinsx,                    
                 Axis_t xlow,                     
                 Axis_t xup,                      
                 Int_t nbinsy,                    
                 const Double_t* ybins,           
                 const ROListPoR& hhl,            
                 const FloatFunPoR& xfun_,        
                 const FloatFunPoR& yfun_,        
                 const BaseCutPoR& cut_,          
                 const FloatFunPoR& wfun_,        
                 const BinningFunPoR& binning1_,  
                 const BinningFunPoR& binning2_,  
                 const FillIteratorPoR& iter_ = 0 
                );
    SFMatrixOfH2F (const char* name_,               
                 const char* title_,              
                 Int_t nbinsx,                    
                 const Double_t* xbins,           
                 Int_t nbinsy,                    
                 const Double_t* ybins,           
                 const ROListPoR& hhl,            
                 const FloatFunPoR& xfun_,        
                 const FloatFunPoR& yfun_,        
                 const BaseCutPoR& cut_,          
                 const FloatFunPoR& wfun_,        
                 const BinningFunPoR& binning1_,  
                 const BinningFunPoR& binning2_,  
                 const FillIteratorPoR& iter_ = 0 
                );
    SFMatrixOfH2F (const char* name_,               
                 const char* title_,              
                 Int_t nbinsx,                    
                 const Float_t* xbins,            
                 Int_t nbinsy,                    
                 const Float_t* ybins,            
                 const ROListPoR& hhl,            
                 const FloatFunPoR& xfun_,        
                 const FloatFunPoR& yfun_,        
                 const BaseCutPoR& cut_,          
                 const FloatFunPoR& wfun_,        
                 const BinningFunPoR& binning1_,  
                 const BinningFunPoR& binning2_,  
                 const FillIteratorPoR& iter_ = 0 
                );
    SFMatrixOfH2F (const char* name_,               
                 const char* title_,              
                 const Binning& xbinning,         
                 const Binning& ybinning,         
                 const ROListPoR& hhl,            
                 const FloatFunPoR& xfun_,        
                 const FloatFunPoR& yfun_,        
                 const BaseCutPoR& cut_,          
                 const FloatFunPoR& wfun_,        
                 const BinningFunPoR& binning1_,  
                 const BinningFunPoR& binning2_,  
                 const FillIteratorPoR& iter_ = 0 
                );



    virtual ~SFMatrixOfH2F ();
    

    virtual void Fill ();
    
    FloatFun     *getXFun() const {return xfun;}
    FloatFun     *getYFun() const {return yfun;}
    BaseCut      *getCut()  const {return cut;}
    FloatFun     *getWFun() const {return wfun;}
    FillIterator *getIter() const {return iter;}
    
  protected:
    void checkIterators(const char *name          
                        );
    template<class Fun1, class Fun2>
    void checkTwoIterators(const char *name,      
                           const char *fun1name,  
                                 Fun1 *fun1,      
                           const char *fun2name,  
                                 Fun2 *fun2       
                           );
    template<class Fun>
    void checkOneIterator (const char *name,     
                           const char *funname,  
                                 Fun  *fun       
                           );
                           
  private:    
    // Data members                      
    FloatFun *xfun;       
    FloatFun *yfun;       
    BaseCut *cut;         
    FloatFun *wfun;       
    FillIterator *iter;   
       
    SFMatrixOfH2F (const SFMatrixOfH2F& source
                );
    SFMatrixOfH2F& operator= (const SFMatrixOfH2F& source
                           );
};

// Implementation of inline methods

#endif

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