class Type¶

Holds TagProbe class and InvariantMass class.

Constructor details¶

    Type(
        const char*& resonance,
        const char*& particleName,
        bool& doTagMuon,
        bool& doProbeMuon,
        const char*& canvasWatermark,
        const char*& directoryToSave,
        const char*  particleType)
          : resonance(resonance),
            particleName(particleName),
            doTagMuon(doTagMuon),
            doProbeMuon(doProbeMuon),
            canvasWatermark(canvasWatermark),
            directoryToSave(directoryToSave),
            particleType(particleType)
    {}

Private variable details¶

Summary

Type	Name
const char*&	resonance
const char*&	particleName
bool&	doTagMuon
bool&	doProbeMuon
const char*&	canvasWatermark
const char*&	directoryToSave

All variables here are reference for public variables in mother class: SidebandSubtraction class.

Public variable details¶

Summary

Type	Name	Default value
const char*	particleType	NULL

Details

const char* particleType = NULL
- Set the name of particle type.

Constructed objects

InvariantMass Mass
- Stores all informations about invariant masses, including fit and histograms.
TagProbe Tag
- Stores all informations about tag muons, incuding quantities histograms and efficiencies.
TagProbe Probe
- Stores all informations about probe muons, incuding quantities histograms and efficiencies.

Public Functions details¶

consistencyDebugCout()¶

void consistencyDebugCout()

Print on terminal the consistency check after subtractSigHistograms().

createEfficiencyCanvas(...)¶

void createEfficiencyCanvas(bool shouldWrite = false,
                            bool shouldSavePNG = false)

Create canvas for all efficiencies calculated. It need to be called after createEfficiencyPlot(...).

createEfficiencyPlot(...)¶

void createEfficiencyPlot(bool shouldWrite = false)

Create a TEfficiency object with calculated efficiency. It needs do be called after subtractSigHistograms().

createMassCanvas(...)¶

void createMassCanvas(bool drawRegions = false,
                    bool shouldWrite = false,
                    bool shouldSavePNG = false)

Create canvas for all invariant mass (passing and all muons).

createQuantitiesCanvas(...)¶

void createQuantitiesCanvas(bool shouldWrite = false,
                            bool shouldSavePNG = false)

Create canvas for all quantities after subtractSigHistograms().

defineMassHistogramNumbers()¶

void defineMassHistogramNumbers(int nBins,
                                double xMin,
                                double xMax,
                                int decimals = 3)

Redefine number parameters of mass histograms in Mass object.

doFit()¶

void doFit()

Apply a fit over invariant mass in Mass object.

fillMassHistograms(...)¶

void fillMassHistograms(double& InvariantMass,
                        int& isPassing)

Automatically fill all masses histograms. Needs to be called in a loop over all dataset.

fillQuantitiesHistograms(...)¶

void fillQuantitiesHistograms(double** quantities,
                            int& isPassing)

Automatically fill all quantities histograms. Needs to be called in a loop over all dataset.

normalizeHistograms()¶

void normalizeHistograms()

Normalize quantities histograms of variable bin after filling it.

subtractSigHistograms()¶

void subtractSigHistograms()

Apply sideband subtraction over all histograms.

updateMassValuesAll()¶

void updateMassValuesAll()

After fill invariant mass histograms, you need to set signal regions and sideband regions. This function will set it for you.

writeMassHistogramsOnFile(...)¶

void writeMassHistogramsOnFile(bool writehPass,
                            bool writehAll)

Write all mass canvas histograms in a root file. Just need to call this function and all mass histograms will be written.

writeQuantitiesHistogramsOnFile(...)¶

void writeQuantitiesHistogramsOnFile(bool hSigBack,
                                    bool hSig,
                                    bool hBack)

Write all quantities histograms in a root file. Just need to call this function and all quantities histograms will be written. It needs to be called after subtractSigHistograms().