Function Members (Methods)
public:
protected:
| void | _GetNodes(RooStats::ModelConfig* mc) |
| void | _GetNodes(RooAbsPdf* model, const RooArgSet* observables) |
| map<string,RooAbsReal*> | GetSampleFunctionMap(const string& channel) |
| TH1* | MakeHistFromRooFunction(RooAbsReal* func, RooArgList vars, string name = "Hist") |
| void | PrintMultiDimHist(TH1* hist, int bin_print_width) |
| void | SetPrintWidths(const string& channel) |
private:
| RooArgSet | _GetAllProducts(RooProduct* node) |
| RooAbsArg* | findChild(const string& name, RooAbsReal* parent) const |
Data Members
private:
| int | _bin_print_width | |
| int | _label_print_width | |
| int | _maxBinToPrint | |
| int | _minBinToPrint | |
| vector<string> | fChannelNameVec | |
| map<string,RooArgSet*> | fChannelObservMap | |
| map<string,RooAbsPdf*> | fChannelPdfMap | |
| map<string,map<string,RooAbsReal*> > | fChannelSampleFunctionMap | |
| map<string,RooAbsPdf*> | fChannelSumNodeMap | |
| RooAbsPdf* | fModel | |
| RooArgSet* | fObservables |
Class Charts
Function documentation
HistFactoryNavigation(ModelConfig* mc)
HistFactoryNavigation(const string& File, const string& WorkspaceName = "combined", const string& ModelConfigName = "ModelConfig")
HistFactoryNavigation(RooAbsPdf* model, RooArgSet* observables)
void PrintMultiDimHist(TH1* hist, int bin_print_width)
RooAbsPdf* GetChannelPdf(const string& channel)
void PrintState(const string& channel)
void SetPrintWidths(const string& channel)
void PrintDataSet(RooDataSet* data, const string& channel = "")
Print the contents of a 'HistFactory' RooDataset
These are stored in a somewhat odd way that makes
them difficult to inspect for humans.
They have the following layout:
ChannelA ChannelB ChannelCat Weight
bin_1_center 0 ChannelA bin_1_height
bin_2_center 0 ChannelA bin_2_height
0 bin_1_center ChannelB bin_1_height
0 bin_2_center ChannelB bin_2_height
...etc...
int label_print_width = 20;
int bin_print_width = 12;
Get the Data Histogram for this channel
void PrintModelAndData(RooDataSet* data)
Loop over all channels and print model (including all samples) and compare it to the supplied dataset
void PrintParameters(bool IncludeConstantParams = false)
void PrintChannelParameters(const string& channel, bool IncludeConstantParams = false)
Get the list of parameters
void PrintSampleParameters(const string& channel, const string& sample, bool IncludeConstantParams = false)
Get the list of parameters
double GetBinValue(int bin, const string& channel)
Get the total bin height for the ith bin (ROOT indexing convention) in channel 'channel' (Could be optimized, it uses an intermediate histogram for now...)
double GetBinValue(int bin, const string& channel, const string& sample)
Get the total bin height for the ith bin (ROOT indexing convention) in channel 'channel' (This will be slow if you plan on looping over it. Could be optimized, it uses an intermediate histogram for now...)
std::map< std::string, RooAbsReal*> GetSampleFunctionMap(const string& channel)
Get a map of strings to function pointers, which each function cooresponds to a sample
RooAbsReal* SampleFunction(const string& channel, const string& sample)
Return the function object pointer cooresponding to a particular sample in a particular channel
TH1* GetSampleHist(const string& channel, const string& sample, const string& name = "")
Get a histogram of the expected values for a particular sample in a particular channel Give a name, or a default one will be used
TH1* GetChannelHist(const string& channel, const string& name = "")
Get a histogram of the total expected value per bin for this channel Give a name, or a default one will be used
std::vector< std::string > GetChannelSampleList(const string& channel)
THStack* GetChannelStack(const string& channel, const string& name = "")
TH1* GetDataHist(RooDataSet* data, const string& channel, const string& name = "")
TO DO: MAINTAIN THE ACTUAL RANGE, USING THE OBSERVABLES MAKE IT WORK FOR MULTI-DIMENSIONAL If the dataset covers multiple categories, Split the dataset based on the categories
void DrawChannel(const string& channel, RooDataSet* data = __null)
RooArgSet _GetAllProducts(RooProduct* node)
RooAbsArg* findChild(const string& name, RooAbsReal* parent) const
RooAbsReal* GetConstraintTerm(const string& parameter)
double GetConstraintUncertainty(const string& parameter)
void ReplaceNode(const string& ToReplace, RooAbsArg* ReplaceWith)
TH1* MakeHistFromRooFunction(RooAbsReal* func, RooArgList vars, string name = "Hist")
Turn a RooAbsReal* into a TH1* based on a template histogram. The 'vars' arg list defines the x (and y and z variables) Loop over the bins of the Template, find the bin centers, Scan the input Var over those bin centers, and use the value of the function to make the new histogram Make the new histogram Cone and empty the template TH1* hist = (TH1*) histTemplate.Clone( name.c_str() );
void _GetNodes(RooStats::ModelConfig* mc)
void SetConstant(const string& regExpr = ".*", bool constant = true)
RooRealVar* var(const string& varName) const