container to hold data to be written into TTree More...

#include <TkOffTreeVariables.h>

Public Member Functions
void	clear ()
	set to empty values
void	clearMergeAffectedPart ()
	set those values to empty that are affected by merging
	TkOffTreeVariables ()
	constructor initialises to empty values
Public Attributes
UInt_t	blade
Float_t	chi2PerDofX
Float_t	chi2PerDofY
UInt_t	entries
Float_t	fitMeanNormX
Float_t	fitMeanNormY
Float_t	fitMeanX
Float_t	fitMeanY
Float_t	fitSigmaNormX
Float_t	fitSigmaNormY
Float_t	fitSigmaX
Float_t	fitSigmaY
UInt_t	half
std::string	histNameLocalX
std::string	histNameLocalY
std::string	histNameNormLocalX
std::string	histNameNormX
std::string	histNameNormY
std::string	histNameX
std::string	histNameY
Bool_t	isDoubleSide
Bool_t	isStereo
UInt_t	layer
Float_t	meanLocalX
Float_t	meanNormLocalX
Float_t	meanNormX
Float_t	meanNormY
Float_t	meanX
Float_t	meanY
Float_t	medianX
Float_t	medianY
UInt_t	module
UInt_t	moduleId
Float_t	numberOfOutliers
Float_t	numberOfOverflows
Float_t	numberOfUnderflows
UInt_t	outerInner
UInt_t	panel
UInt_t	petal
Float_t	phiDirection
Float_t	posEta
Float_t	posPhi
Float_t	posR
Float_t	posX
Float_t	posY
Float_t	posZ
Float_t	rDirection
UInt_t	ring
Float_t	rmsLocalX
Float_t	rmsNormLocalX
Float_t	rmsNormX
Float_t	rmsNormY
Float_t	rmsX
Float_t	rmsY
UInt_t	rod
Float_t	rOrZDirection
UInt_t	side
Float_t	sigmaNormX
Float_t	sigmaX
UInt_t	subDetId
Float_t	zDirection

Detailed Description

container to hold data to be written into TTree

Definition at line 9 of file TkOffTreeVariables.h.

Constructor & Destructor Documentation

TkOffTreeVariables::TkOffTreeVariables ( ) [inline]

constructor initialises to empty values

Definition at line 12 of file TkOffTreeVariables.h.

References clear().

{ this->clear();}

Member Function Documentation

void TkOffTreeVariables::clear ( void ) [inline]

set to empty values

Definition at line 15 of file TkOffTreeVariables.h.

References blade, clearMergeAffectedPart(), half, histNameLocalX, histNameLocalY, histNameNormLocalX, histNameNormX, histNameNormY, histNameX, histNameY, isDoubleSide, isStereo, layer, moduleId, outerInner, panel, petal, phiDirection, posEta, posPhi, posR, posX, posY, posZ, rDirection, ring, rod, rOrZDirection, side, subDetId, and zDirection.

Referenced by TrackerOfflineValidation::fillTree(), TrackerOfflineValidationSummary::fillTree(), and TkOffTreeVariables().

               {
    // First clear things that are changing if TTrees are merged:
    this->clearMergeAffectedPart();

    // Now the rest:
    // Float_t's
    posR = posPhi = posEta = posX = posY = posZ
      = rDirection = phiDirection = zDirection = rOrZDirection = 0.;
    // Int_t's
    moduleId = subDetId
      = layer = side = half = rod 
      = ring = petal 
      = blade = panel 
      = outerInner = module = 0;
    // Bool_t's
    isDoubleSide = isStereo = false;
    // std::string's
    histNameLocalX = histNameNormLocalX 
      = histNameLocalY /* = histNameNormLocalY */
      = histNameX = histNameNormX
      = histNameY = histNameNormY = "";
  }

void TkOffTreeVariables::clearMergeAffectedPart ( ) [inline]

set those values to empty that are affected by merging

Definition at line 38 of file TkOffTreeVariables.h.

References chi2PerDofX, chi2PerDofY, entries, fitMeanNormX, fitMeanNormY, fitMeanX, fitMeanY, fitSigmaNormX, fitSigmaNormY, fitSigmaX, fitSigmaY, meanLocalX, meanNormLocalX, meanNormX, meanNormY, meanX, meanY, medianX, medianY, numberOfOutliers, numberOfOverflows, numberOfUnderflows, rmsLocalX, rmsNormLocalX, rmsNormX, rmsNormY, rmsX, rmsY, sigmaNormX, and sigmaX.

Referenced by clear().

  {
    // variable Float_t's
    meanLocalX = meanNormLocalX = meanX = meanNormX = meanY = meanNormY
       = medianX = medianY
      = chi2PerDofX = chi2PerDofY
      = rmsLocalX = rmsNormLocalX = rmsX = rmsNormX = rmsY = rmsNormY
      = sigmaX = sigmaNormX
      = fitMeanX = fitSigmaX = fitMeanNormX = fitSigmaNormX  
      = fitMeanY = fitSigmaY = fitMeanNormY = fitSigmaNormY  
      = numberOfUnderflows = numberOfOverflows = numberOfOutliers = 0.;

    // variable Int_t's
    entries = 0;
  }