| Add(const SetOfH *soh, Double_t c1=1) | SetOfH | [virtual] |
| begin() (defined in ROList) | ROList | [inline] |
| begin() const (defined in ROList) | ROList | [inline] |
| const_iterator typedef (defined in ROList) | ROList | |
| const_reverse_iterator typedef (defined in ROList) | ROList | |
| Divide(TF1 *f1, Double_t c1=1) | SetOfH | [virtual] |
| Divide(const TH1 *h1) | SetOfH | [virtual] |
| Divide(const TH1 *h1, const TH1 *h2, Double_t c1=1, Double_t c2=1, Option_t *option=0) | SetOfH | [virtual] |
| Divide(const SetOfH *soh) | SetOfH | [virtual] |
| Divide(const SetOfH *soh1, const SetOfH *soh2, Double_t c1=1, Double_t c2=1, Option_t *option=0) | SetOfH | [virtual] |
| Divide(const SetOfH *soh1, const SetOfH *soh2, const SetOfH *soh3, Double_t c1=1, Double_t c2=1) | SetOfH | [virtual] |
| Draw(TPad *pad, TVirtualPS *ps=0, Option_t *option=0, bool across=true, Int_t nx=1, Int_t ny=1, Float_t xmargin=0.01, Float_t ymargin=0.01, Int_t color=0, Int_t log=0, bool recursive=false, int izone=0) | ROList | [virtual] |
| Draw(TPad *pad, TVirtualPS *ps, Option_t *option, bool across, Int_t nx, Int_t ny, Int_t log, bool recursive=false, int izone=0) | ROList | [virtual] |
| DrawCutFlow(TPad *pad, TVirtualPS *ps=0, Option_t *option=0, Option_t *sameoption=0, bool across=true, Int_t nx=1, Int_t ny=1, Float_t xmargin=0.01, Float_t ymargin=0.01, Int_t color=0, Int_t log=0, bool recursive=false, bool backward=false) | ROList | [virtual] |
| DrawCutFlow(TPad *pad, TVirtualPS *ps, Option_t *option, Option_t *sameoption, bool across, Int_t nx, Int_t ny, Int_t log, bool recursive=false, bool backward=false) | ROList | [virtual] |
| DrawFunc(TPad *pad, TVirtualPS *ps=0, Option_t *option=0, const char *fname="", bool across=true, Int_t nx=1, Int_t ny=1, Float_t xmargin=0.01, Float_t ymargin=0.01, Int_t color=0, Int_t log=0, bool recursive=false, int izone=0) | ROList | [virtual] |
| DrawFunc(TPad *pad, TVirtualPS *ps, Option_t *option, const char *fname, bool across, Int_t nx, Int_t ny, Int_t log, bool recursive=false, int izone=0) | ROList | [virtual] |
| end() (defined in ROList) | ROList | [inline] |
| end() const (defined in ROList) | ROList | [inline] |
| genBinName(IndexType i, IndexType j) const | MatrixOfH | |
| SetOfH::genBinName(IndexType i) const | SetOfH | [virtual] |
| genBinTitle(IndexType i, IndexType j) const | MatrixOfH | |
| SetOfH::genBinTitle(IndexType i) const | SetOfH | [virtual] |
| getBinning() const | SetOfH | [inline] |
| getBinning() | SetOfH | [inline] |
| getBinning(int i) const | SetOfH | [inline] |
| getBinning(int i) | SetOfH | [inline] |
| getBinNumber(IndexType i, IndexType j) const | MatrixOfH | [inline, protected] |
| getEntries() const | ROList | [inline] |
| getEntry(IndexType i) const | ROList | [inline] |
| getEntry(const_iterator iter) const | ROList | [inline] |
| getFirstEntry() const | ROList | [inline] |
| getHighestEntry() const | ROList | [inline] |
| getHisto(IndexType i, IndexType j) | MatrixOfH2F | |
| SetOfH::getHisto(unsigned int i) | SetOfH | |
| getIndex(iterator iter) const | ROList | [inline] |
| getIndex(const_iterator iter) const | ROList | [inline] |
| getName() const | SetOfH | [inline] |
| getNextEntry(IndexType &i) const | ROList | [inline] |
| getNextEntry(const_iterator &i) const | ROList | [inline] |
| getOption() const | SetOfH | [inline] |
| getTitle() const | SetOfH | [inline] |
| IndexType typedef | ROList | |
| initHisto(IndexType i, IndexType j) | MatrixOfH2F | [virtual] |
| MatrixOfH::initHisto(IndexType i) | MatrixOfH | [virtual] |
| initHistos() | MatrixOfH | [protected, virtual] |
| iterator typedef (defined in ROList) | ROList | |
| lower_bound(IndexType i) (defined in ROList) | ROList | [inline] |
| lower_bound(IndexType i) const (defined in ROList) | ROList | [inline] |
| MatrixOfH(const char *name_, const char *title_, const ROListPoR &rol, const BinningFunPoR &binning1_, const BinningFunPoR &binning2_, Option_t *option_=0) | MatrixOfH | |
| MatrixOfH2F(const char *name_, const char *title_, const ROListPoR &hhl, const BinningFunPoR &binning1_, const BinningFunPoR &binning2_) | MatrixOfH2F | |
| MatrixOfH2F(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 BinningFunPoR &binning1_, const BinningFunPoR &binning2_) | MatrixOfH2F | |
| MatrixOfH2F(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 BinningFunPoR &binning1_, const BinningFunPoR &binning2_) | MatrixOfH2F | |
| MatrixOfH2F(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 BinningFunPoR &binning1_, const BinningFunPoR &binning2_) | MatrixOfH2F | |
| MatrixOfH2F(const char *name_, const char *title_, Int_t nbinsx, const Double_t *xbins, Int_t nbinsy, const Double_t *ybins, const ROListPoR &hhl, const BinningFunPoR &binning1_, const BinningFunPoR &binning2_) | MatrixOfH2F | |
| MatrixOfH2F(const char *name_, const char *title_, Int_t nbinsx, const Float_t *xbins, Int_t nbinsy, const Float_t *ybins, const ROListPoR &hhl, const BinningFunPoR &binning1_, const BinningFunPoR &binning2_) | MatrixOfH2F | |
| MatrixOfH2F(const char *name_, const char *title_, const Binning &xbinning, const Binning &ybinning, const ROListPoR &hhl, const BinningFunPoR &binning1_, const BinningFunPoR &binning2_) | MatrixOfH2F | |
| MatrixOfH2F(const MatrixOfH2F &source) | MatrixOfH2F | [private] |
| Multiply(TF1 *f1, Double_t c1=1) | SetOfH | [virtual] |
| Multiply(const TH1 *h1) | SetOfH | [virtual] |
| Multiply(const TH1 *h1, const TH1 *h2, Double_t c1=1, Double_t c2=1, Option_t *option=0) | SetOfH | [virtual] |
| Multiply(const SetOfH *soh) | SetOfH | [virtual] |
| Multiply(const SetOfH *soh1, const SetOfH *soh2, Double_t c1=1, Double_t c2=1, Option_t *option=0) | SetOfH | [virtual] |
| operator=(const MatrixOfH2F &source) | MatrixOfH2F | [private] |
| rbegin() (defined in ROList) | ROList | [inline] |
| rbegin() const (defined in ROList) | ROList | [inline] |
| registerObject(RegO *h) | ROList | |
| registerObject(IndexType n, RegO *h) | ROList | |
| RegO() | RegO | |
| RegO(const ROListPoR &rol) | RegO | |
| rend() (defined in ROList) | ROList | [inline] |
| rend() const (defined in ROList) | ROList | [inline] |
| reverse_iterator typedef (defined in ROList) | ROList | |
| ROList() | ROList | |
| ROList(const ROListPoR &mother) | ROList | |
| SetOfH(const char *name_, const char *title_, const ROListPoR &hhl, const BinningFunPoR &binning1_, Option_t *option_=0) | SetOfH | |
| SetOfH(const char *name_, const char *title_, const ROListPoR &hhl, const BinningFunPoR &binning1_, const BinningFunPoR &binning2_, Option_t *option_=0) | SetOfH | |
| upper_bound(IndexType i) (defined in ROList) | ROList | [inline] |
| upper_bound(IndexType i) const (defined in ROList) | ROList | [inline] |
| visit(HVisitor &v) | ROList | [virtual] |
| visit(const ConstHVisitor &v) | ROList | [virtual] |
| Write() | ROList | [virtual] |
| xaxisbinning | MatrixOfH2F | [private] |
| yaxisbinning | MatrixOfH2F | [private] |
| ~MatrixOfH() | MatrixOfH | [virtual] |
| ~MatrixOfH2F() | MatrixOfH2F | [virtual] |
| ~RegO() | RegO | [virtual] |
| ~ROList() (defined in ROList) | ROList | [virtual] |
| ~SetOfH() | SetOfH | [virtual] |
