HROOT-0.7: csrc/HROOTTH2.h

#ifdef __cplusplus
extern "C" { 
#endif 

#include "HROOTType.h"

#include "HROOTTH1.h"
#include "HROOTTNamed.h"
#include "HROOTTAttLine.h"
#include "HROOTTAttFill.h"
#include "HROOTTAttMarker.h"
#include "HROOTTObject.h"
#include "HROOTDeletable.h"

#undef ROOT_TH2_DECLARATIONVIRT
#define ROOT_TH2_DECLARATIONVIRT(Type) \
int  Type ## _fill2 ( Type ## _p p, double x, double y ); \
int  Type ## _fill2w ( Type ## _p p, double x, double y, double w ); \
void Type ## _fillN2 ( Type ## _p p, int  ntimes, double * x, double * y, double * w, int  stride ); \
void Type ## _fillRandom2 ( Type ## _p p, TH1_p h, int  ntimes ); \
int  Type ## _findFirstBinAbove2 ( Type ## _p p, double threshold, int  axis ); \
int  Type ## _findLastBinAbove2 ( Type ## _p p, double threshold, int  axis ); \
void Type ## _FitSlicesX ( Type ## _p p, TF1_p f1, int  firstybin, int  lastybin, int  cut, const char * option, TObjArray_p arr ); \
void Type ## _FitSlicesY ( Type ## _p p, TF1_p f1, int  firstxbin, int  lastxbin, int  cut, const char * option, TObjArray_p arr ); \
double Type ## _getCorrelationFactor2 ( Type ## _p p, int  axis1, int  axis2 ); \
double Type ## _getCovariance2 ( Type ## _p p, int  axis1, int  axis2 ); \
double Type ## _integral2 ( Type ## _p p, int  binx1, int  binx2, int  biny1, int  biny2, const char * option ); \
TH2_p Type ## _rebinX2 ( Type ## _p p, int  ngroup, const char * newname ); \
TH2_p Type ## _rebinY2 ( Type ## _p p, int  ngroup, const char * newname ); \
TH2_p Type ## _Rebin2D ( Type ## _p p, int  nxgroup, int  nygroup, const char * newname ); \
void Type ## _SetShowProjectionX ( Type ## _p p, int  nbins ); \
void Type ## _SetShowProjectionY ( Type ## _p p, int  nbins )

#undef ROOT_TH2_DECLARATIONNONVIRT
#define ROOT_TH2_DECLARATIONNONVIRT(Type) \
TH1D_p Type ## _tH2ProjectionX ( Type ## _p p, const char * name, int  firstybin, int  lastybin, const char * option ); \
TH1D_p Type ## _tH2ProjectionY ( Type ## _p p, const char * name, int  firstxbin, int  lastxbin, const char * option )

#undef ROOT_TH2_DEFINITIONVIRT
#define ROOT_TH2_DEFINITIONVIRT(Type)\
int  Type ## _fill2 ( Type ## _p p, double x, double y )\
{\
return to_nonconst<Type,Type ## _t>(p)->Fill(x, y);\
}\
int  Type ## _fill2w ( Type ## _p p, double x, double y, double w )\
{\
return to_nonconst<Type,Type ## _t>(p)->Fill(x, y, w);\
}\
void Type ## _fillN2 ( Type ## _p p, int  ntimes, double * x, double * y, double * w, int  stride )\
{\
to_nonconst<Type,Type ## _t>(p)->FillN(ntimes, x, y, w, stride);\
}\
void Type ## _fillRandom2 ( Type ## _p p, TH1_p h, int  ntimes )\
{\
to_nonconst<Type,Type ## _t>(p)->FillRandom(to_nonconst<TH1,TH1_t>(h), ntimes);\
}\
int  Type ## _findFirstBinAbove2 ( Type ## _p p, double threshold, int  axis )\
{\
return to_nonconst<Type,Type ## _t>(p)->FindFirstBinAbove(threshold, axis);\
}\
int  Type ## _findLastBinAbove2 ( Type ## _p p, double threshold, int  axis )\
{\
return to_nonconst<Type,Type ## _t>(p)->FindLastBinAbove(threshold, axis);\
}\
void Type ## _FitSlicesX ( Type ## _p p, TF1_p f1, int  firstybin, int  lastybin, int  cut, const char * option, TObjArray_p arr )\
{\
to_nonconst<Type,Type ## _t>(p)->FitSlicesX(to_nonconst<TF1,TF1_t>(f1), firstybin, lastybin, cut, option, to_nonconst<TObjArray,TObjArray_t>(arr));\
}\
void Type ## _FitSlicesY ( Type ## _p p, TF1_p f1, int  firstxbin, int  lastxbin, int  cut, const char * option, TObjArray_p arr )\
{\
to_nonconst<Type,Type ## _t>(p)->FitSlicesY(to_nonconst<TF1,TF1_t>(f1), firstxbin, lastxbin, cut, option, to_nonconst<TObjArray,TObjArray_t>(arr));\
}\
double Type ## _getCorrelationFactor2 ( Type ## _p p, int  axis1, int  axis2 )\
{\
return to_nonconst<Type,Type ## _t>(p)->GetCorrelationFactor(axis1, axis2);\
}\
double Type ## _getCovariance2 ( Type ## _p p, int  axis1, int  axis2 )\
{\
return to_nonconst<Type,Type ## _t>(p)->GetCovariance(axis1, axis2);\
}\
double Type ## _integral2 ( Type ## _p p, int  binx1, int  binx2, int  biny1, int  biny2, const char * option )\
{\
return to_nonconst<Type,Type ## _t>(p)->Integral(binx1, binx2, biny1, biny2, option);\
}\
TH2_p Type ## _rebinX2 ( Type ## _p p, int  ngroup, const char * newname )\
{\
return to_nonconst<TH2_t,TH2>((TH2*)to_nonconst<Type,Type ## _t>(p)->RebinX(ngroup, newname));\
}\
TH2_p Type ## _rebinY2 ( Type ## _p p, int  ngroup, const char * newname )\
{\
return to_nonconst<TH2_t,TH2>((TH2*)to_nonconst<Type,Type ## _t>(p)->RebinY(ngroup, newname));\
}\
TH2_p Type ## _Rebin2D ( Type ## _p p, int  nxgroup, int  nygroup, const char * newname )\
{\
return to_nonconst<TH2_t,TH2>((TH2*)to_nonconst<Type,Type ## _t>(p)->Rebin2D(nxgroup, nygroup, newname));\
}\
void Type ## _SetShowProjectionX ( Type ## _p p, int  nbins )\
{\
to_nonconst<Type,Type ## _t>(p)->SetShowProjectionX(nbins);\
}\
void Type ## _SetShowProjectionY ( Type ## _p p, int  nbins )\
{\
to_nonconst<Type,Type ## _t>(p)->SetShowProjectionY(nbins);\
}

#undef ROOT_TH2_DEFINITIONNONVIRT
#define ROOT_TH2_DEFINITIONNONVIRT(Type)\
TH1D_p Type ## _tH2ProjectionX ( Type ## _p p, const char * name, int  firstybin, int  lastybin, const char * option )\
{\
return to_nonconst<TH1D_t,TH1D>((TH1D*)to_nonconst<Type,Type ## _t>(p)->ProjectionX(name, firstybin, lastybin, option));\
}\
TH1D_p Type ## _tH2ProjectionY ( Type ## _p p, const char * name, int  firstxbin, int  lastxbin, const char * option )\
{\
return to_nonconst<TH1D_t,TH1D>((TH1D*)to_nonconst<Type,Type ## _t>(p)->ProjectionY(name, firstxbin, lastxbin, option));\
}

ROOT_TH1_DECLARATIONVIRT(TH2);
ROOT_TNAMED_DECLARATIONVIRT(TH2);
ROOT_TATTLINE_DECLARATIONVIRT(TH2);
ROOT_TATTFILL_DECLARATIONVIRT(TH2);
ROOT_TATTMARKER_DECLARATIONVIRT(TH2);
ROOT_TOBJECT_DECLARATIONVIRT(TH2);
ROOT_DELETABLE_DECLARATIONVIRT(TH2);


ROOT_TH2_DECLARATIONVIRT(TH2);


ROOT_TH2_DECLARATIONNONVIRT(TH2);


#ifdef __cplusplus
}
#endif