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#ifndef Alignment_OfflineValidation_TkOffTreeVariables_h
#define Alignment_OfflineValidation_TkOffTreeVariables_h
#include <string>
// For ROOT types with '_t':
#include "Rtypes.h"
/// container to hold data to be written into TTree
struct TkOffTreeVariables {
/// constructor initialises to empty values
TkOffTreeVariables() { this->clear(); }
/// set to empty values
void clear() {
// 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 = "";
profileNameResXvsX = profileNameResXvsY = profileNameResYvsX = profileNameResYvsY = "";
}
/// set those values to empty that are affected by merging
void clearMergeAffectedPart() {
// 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.;
meanResXvsX = meanResXvsY = meanResYvsX = meanResYvsY = rmsResXvsX = rmsResXvsY = rmsResYvsX = rmsResYvsY = 0.;
// variable Int_t's
entries = 0;
}
///////////////////////////////////////////////////////////////////////////////
// Data members:
// They do not follow convention to have '_' at the end since they will appear
// as such in the TTree and that is ugly.
///////////////////////////////////////////////////////////////////////////////
Float_t meanLocalX, meanNormLocalX, meanX, meanNormX, //mean value read out from module histograms
meanY, meanNormY, medianX, medianY, //median read out from module histograms
chi2PerDofX, chi2PerDofY, rmsLocalX, rmsNormLocalX, rmsX, rmsNormX, //rms value read out from modul histograms
rmsY, rmsNormY, sigmaX, sigmaNormX, fitMeanX, fitSigmaX, fitMeanNormX, fitSigmaNormX, fitMeanY, fitSigmaY,
fitMeanNormY, fitSigmaNormY, posR, posPhi, posEta, //global coordiantes
posX, posY, posZ, //global coordiantes
numberOfUnderflows, numberOfOverflows, numberOfOutliers, rDirection, phiDirection, zDirection, rOrZDirection;
UInt_t entries; // number of entries for each module
UInt_t moduleId, subDetId, //moduleId == detId
layer, side, half, rod, // half = TPB: halfBarrel, TPE: halfCylinder, TIB: halfShell
ring, petal, blade, panel, outerInner,
module; //orientation of modules in TIB:1/2= int/ext string, TID:1/2=back/front ring, TEC 1/2=back/front petal
Bool_t isDoubleSide; // (!isDoubleSide) is a detUnit, (isDoubleSide) is a Det (glued Modules)
Bool_t isStereo; // (!isStereo) is a rPhi-module, (isStereo) is the stereo module from a Det
std::string histNameLocalX, histNameNormLocalX, histNameLocalY; /* histNameNormLocalY, */
std::string histNameX, histNameNormX, histNameY, histNameNormY;
Float_t meanResXvsX, meanResXvsY, meanResYvsX, meanResYvsY;
Float_t rmsResXvsX, rmsResXvsY, rmsResYvsX, rmsResYvsY;
std::string profileNameResXvsX, profileNameResXvsY, profileNameResYvsX, profileNameResYvsY;
};
#endif
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