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Remove the unused function ThetaPhiCell #75

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Remove the unused function ThetaPhiCell #75

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2 changes: 0 additions & 2 deletions source/LumiCalReco/include/GlobalMethodsClass.h
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Expand Up @@ -94,8 +94,6 @@ class GlobalMethodsClass {
double toSignal(double valNow) const;
double toGev(double valNow) const;

void ThetaPhiCell(const int cellId, std::map<GlobalMethodsClass::Coordinate_t, double>& thetaPhiCell) const;

static void CellIdZPR(int cellId, int& cellZ, int& cellPhi, int& cellR, int& arm);
static int CellIdZPR(int cellZ, int cellPhi, int cellR, int arm);
static int CellIdZPR(int cellId, Coordinate_t ZPR);
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28 changes: 0 additions & 28 deletions source/LumiCalReco/src/GlobalMethodsClass.cpp
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Expand Up @@ -199,34 +199,6 @@ double GlobalMethodsClass::toSignal(double value) const { return value * getCali

double GlobalMethodsClass::toGev(double value) const { return value / getCalibrationFactor(); }

void GlobalMethodsClass::ThetaPhiCell(const int cellId,
std::map<GlobalMethodsClass::Coordinate_t, double>& thetaPhiCell) const {
// compute Z,Phi,R coordinates according to the cellId
// returned Phi is in the range (-M_PI, M_PI )

int cellIdZ, cellIdPhi, cellIdR, arm;
CellIdZPR(cellId, cellIdZ, cellIdPhi, cellIdR, arm);

// theta
double rCell = GlobalParamD.at(RMin) + (cellIdR + 0.5) * GlobalParamD.at(RCellLength) - GlobalParamD.at(RCellOffset);
double zCell =
fabs(GlobalParamD.at(ZStart)) + GlobalParamD.at(ZLayerThickness) * (cellIdZ) + GlobalParamD.at(ZLayerZOffset);
double thetaCell = atan(rCell / zCell);

// phi
//(BP) use phiCell size and account for possible layers relative offset/stagger
// double phiCell = 2 * M_PI * (double(cellIdPhi) + .5) / double(GlobalParamI[NumCellsPhi]) + double( cellIdZ % 2 ) * GlobalParamD[;
double phiCell = (double(cellIdPhi)) * GlobalParamD.at(PhiCellLength) +
double((cellIdZ) % 2) * GlobalParamD.at(ZLayerPhiOffset) + GlobalParamD.at(PhiCellOffset);
phiCell = ( phiCell > M_PI ) ? phiCell-2.*M_PI : phiCell;
// fill output container
thetaPhiCell[GlobalMethodsClass::COTheta] = thetaCell;
thetaPhiCell[GlobalMethodsClass::COPhi] = phiCell;
thetaPhiCell[GlobalMethodsClass::COR] = rCell;
thetaPhiCell[GlobalMethodsClass::COZ] = zCell;
return;
}


std::string GlobalMethodsClass::GetParameterName ( Parameter_t par ){

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