HROOT-hist-0.10.0.1: csrc/HROOTHistTH2.h

#ifdef __cplusplus
extern "C" {
#endif

#pragma once


#include "HROOT-histType.h"

#include "HROOTHistTH1.h"

#include "HROOTCoreTNamed.h"

#include "HROOTCoreTAttLine.h"

#include "HROOTCoreTAttFill.h"

#include "HROOTCoreTAttMarker.h"

#include "HROOTCoreTObject.h"

#include "STDDeletable.h"

#include "HROOT-coreType.h"


#define TH2_DECL_VIRT(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 );


#define TH2_DECL_NONVIRT(Type) \
TH1D_p Type##_tH2_ProjectionX ( Type##_p p, const char* name, int firstybin, int lastybin, const char* option );\
TH1D_p Type##_tH2_ProjectionY ( Type##_p p, const char* name, int firstxbin, int lastxbin, const char* option );


#define TH2_DECL_ACCESSOR(Type) \



#define TH2_DEF_VIRT(Type) \
int Type##_fill2 ( Type##_p p, double x, double y ) {\
return ((TYPECASTMETHOD(Type, fill2, TH2))(p))->Fill(x, y);\
}\
\
int Type##_fill2w ( Type##_p p, double x, double y, double w ) {\
return ((TYPECASTMETHOD(Type, fill2w, TH2))(p))->Fill(x, y, w);\
}\
\
void Type##_fillN2 ( Type##_p p, int ntimes, double* x, double* y, double* w, int stride ) {\
((TYPECASTMETHOD(Type, fillN2, TH2))(p))->FillN(ntimes, x, y, w, stride);\
}\
\
void Type##_fillRandom2 ( Type##_p p, TH1_p h, int ntimes ) {\
((TYPECASTMETHOD(Type, fillRandom2, TH2))(p))->FillRandom(from_nonconst_to_nonconst<TH1, TH1_t>(h), ntimes);\
}\
\
int Type##_findFirstBinAbove2 ( Type##_p p, double threshold, int axis ) {\
return ((TYPECASTMETHOD(Type, findFirstBinAbove2, TH2))(p))->FindFirstBinAbove(threshold, axis);\
}\
\
int Type##_findLastBinAbove2 ( Type##_p p, double threshold, int axis ) {\
return ((TYPECASTMETHOD(Type, findLastBinAbove2, TH2))(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 ) {\
((TYPECASTMETHOD(Type, FitSlicesX, TH2))(p))->FitSlicesX(from_nonconst_to_nonconst<TF1, TF1_t>(f1), firstybin, lastybin, cut, option, from_nonconst_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 ) {\
((TYPECASTMETHOD(Type, FitSlicesY, TH2))(p))->FitSlicesY(from_nonconst_to_nonconst<TF1, TF1_t>(f1), firstxbin, lastxbin, cut, option, from_nonconst_to_nonconst<TObjArray, TObjArray_t>(arr));\
}\
\
double Type##_getCorrelationFactor2 ( Type##_p p, int axis1, int axis2 ) {\
return ((TYPECASTMETHOD(Type, getCorrelationFactor2, TH2))(p))->GetCorrelationFactor(axis1, axis2);\
}\
\
double Type##_getCovariance2 ( Type##_p p, int axis1, int axis2 ) {\
return ((TYPECASTMETHOD(Type, getCovariance2, TH2))(p))->GetCovariance(axis1, axis2);\
}\
\
double Type##_integral2 ( Type##_p p, int binx1, int binx2, int biny1, int biny2, const char* option ) {\
return ((TYPECASTMETHOD(Type, integral2, TH2))(p))->Integral(binx1, binx2, biny1, biny2, option);\
}\
\
TH2_p Type##_rebinX2 ( Type##_p p, int ngroup, const char* newname ) {\
return from_nonconst_to_nonconst<TH2_t, TH2>((TH2*)((TYPECASTMETHOD(Type, rebinX2, TH2))(p))->RebinX(ngroup, newname));\
}\
\
TH2_p Type##_rebinY2 ( Type##_p p, int ngroup, const char* newname ) {\
return from_nonconst_to_nonconst<TH2_t, TH2>((TH2*)((TYPECASTMETHOD(Type, rebinY2, TH2))(p))->RebinY(ngroup, newname));\
}\
\
TH2_p Type##_Rebin2D ( Type##_p p, int nxgroup, int nygroup, const char* newname ) {\
return from_nonconst_to_nonconst<TH2_t, TH2>((TH2*)((TYPECASTMETHOD(Type, Rebin2D, TH2))(p))->Rebin2D(nxgroup, nygroup, newname));\
}\
\
void Type##_SetShowProjectionX ( Type##_p p, int nbins ) {\
((TYPECASTMETHOD(Type, SetShowProjectionX, TH2))(p))->SetShowProjectionX(nbins);\
}\
\
void Type##_SetShowProjectionY ( Type##_p p, int nbins ) {\
((TYPECASTMETHOD(Type, SetShowProjectionY, TH2))(p))->SetShowProjectionY(nbins);\
}


#define TH2_DEF_NONVIRT(Type) \
TH1D_p Type##_tH2_ProjectionX ( Type##_p p, const char* name, int firstybin, int lastybin, const char* option ) {\
return from_nonconst_to_nonconst<TH1D_t, TH1D>((TH1D*)((TYPECASTMETHOD(Type, tH2_ProjectionX, TH2))(p))->ProjectionX(name, firstybin, lastybin, option));\
}\
\
TH1D_p Type##_tH2_ProjectionY ( Type##_p p, const char* name, int firstxbin, int lastxbin, const char* option ) {\
return from_nonconst_to_nonconst<TH1D_t, TH1D>((TH1D*)((TYPECASTMETHOD(Type, tH2_ProjectionY, TH2))(p))->ProjectionY(name, firstxbin, lastxbin, option));\
}


#define TH2_DEF_ACCESSOR(Type) \



TH1_DECL_VIRT(TH2)
TNAMED_DECL_VIRT(TH2)
TATTLINE_DECL_VIRT(TH2)
TATTFILL_DECL_VIRT(TH2)
TATTMARKER_DECL_VIRT(TH2)
TOBJECT_DECL_VIRT(TH2)
DELETABLE_DECL_VIRT(TH2)
TH2_DECL_VIRT(TH2)
TH2_DECL_NONVIRT(TH2)
TH2_DECL_ACCESSOR(TH2)

#ifdef __cplusplus
}
#endif