#include <SpaceCharge.h>

Public Types
enum class	IntegrationStrategy { Trapezoidal = 0 , Simpson = 1 , Root = 2 , SimpsonIterative = 3 }
	numerical integration strategys More...

enum class	Type { Distortions = 0 , Corrections = 1 }

enum class	GlobalDistType { Standard = 0 , Fast = 1 , None = 2 }

enum class	GlobalDistCorrMethod { LocalDistCorr , ElectricalField }

enum class	MisalignmentType { ShiftedClip , RotatedClip , RodShift }

enum class	FCType { IFC , OFC }

Public Member Functions
	SpaceCharge (const int bfield, const unsigned short nZVertices=129, const unsigned short nRVertices=129, const unsigned short nPhiVertices=360, const bool initBuffers=false)

	SpaceCharge ()
	constructor for empty object. Can be used when buffers are loaded from file

	SpaceCharge (SpaceCharge &&)=default
	default move constructor

SpaceCharge &	operator= (SpaceCharge &&)=default
	move assignment

void	fillChargeDensityFromHisto (const TH3 &hisSCDensity3D)

void	fillChargeDensityFromHisto (const TH3 &hisSCDensity3D_A, const TH3 &hisSCDensity3D_C)

void	fillChargeDensityFromHisto (const char file, const char nameA, const char *nameC)

void	fillChargeDensityFromCalDet (const std::vector< CalDet< float > > &calSCDensity3D)

void	fillChargeFromIDCs (std::vector< CalDet< float > > &idcZero, const CalDet< float > &mapIBF, const float ionDriftTimeMS=200, const bool normToPadArea=true)

void	fillChargeFromCalDet (const std::vector< CalDet< float > > &calCharge3D)

void	fillChargeDensityFromFile (TFile &fInp, const char *name)

void	calculateDistortionsCorrections (const o2::tpc::Side side, const bool calcVectors=false)

void	setChargeDensityFromFormula (const AnalyticalFields< DataT > &formulaStruct)

void	setPotentialBoundaryFromFormula (const AnalyticalFields< DataT > &formulaStruct)

void	addBoundaryPotential (const SpaceCharge< DataT > &other, const Side side, const float scaling=1)

void	resetBoundaryPotentialToZeroInRangeZ (float zMin, float zMax, const Side side)
	setting the boundary potential to 0 for z<zMin and z>zMax

void	setPotentialFromFormula (const AnalyticalFields< DataT > &formulaStruct)

void	mirrorPotential (const Side sideRef, const Side sideMirrored)

void	setSimOneSector ()

void	setDefaultStaticDistortionsGEMFrameChargeUp (const Side side, const DataT deltaPotential=1000)

void	setPotentialBoundaryGEMFrameAlongR (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryGEMFrameIROCBottomAlongPhi (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryGEMFrameIROCTopAlongPhi (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryGEMFrameOROC1BottomAlongPhi (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryGEMFrameOROC1TopAlongPhi (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryGEMFrameOROC2BottomAlongPhi (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryGEMFrameOROC2TopAlongPhi (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryGEMFrameOROC3BottomAlongPhi (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryGEMFrameOROC3TopAlongPhi (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryGEMFrameOROC3ToOFCPhi (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryGEMFrameIROCToIFCPhi (const std::function< DataT(DataT)> &potentialFunc, const Side side)
	setting the potential from the IROC to the inner field cage

void	setPotentialBoundaryInnerRadius (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	setPotentialBoundaryOuterRadius (const std::function< DataT(DataT)> &potentialFunc, const Side side)

void	poissonSolver (const Side side, const DataT stoppingConvergence=1e-6, const int symmetry=0)

void	poissonSolver (const DataT stoppingConvergence=1e-6, const int symmetry=0)

void	calcEField (const Side side)

void	setEFieldFromFormula (const AnalyticalFields< DataT > &formulaStruct)

void	scaleChargeDensity (const DataT scalingFactor, const Side side)

void	scaleChargeDensitySector (const float scalingFactor, const Sector sector)

void	scaleChargeDensityStack (const float scalingFactor, const Sector sector, const GEMstack stack)
	scaling the space-charge density for given stack

void	addChargeDensity (const SpaceCharge< DataT > &otherSC)

template<typename ElectricFields = AnalyticalFields<DataT>>
void	calcLocalDistortionsCorrections (const Type type, const ElectricFields &formulaStruct)

template<typename ElectricFields = AnalyticalFields<DataT>>
void	calcLocalDistortionCorrectionVector (const ElectricFields &formulaStruct)

template<typename ElectricFields = AnalyticalFields<DataT>>
void	calcLocalDistortionsCorrectionsRK4 (const Type type, const Side side)

template<typename Fields = AnalyticalFields<DataT>>
void	calcGlobalCorrections (const Fields &formulaStruct, const int type=3)

void	calcGlobalCorrectionsEField (const Side side, const int type=3)
	calculate the global corrections using the electric fields (interface for python)

template<typename Fields = AnalyticalFields<DataT>>
void	calcGlobalDistortions (const Fields &formulaStruct, const int maxIterations=3 sSteps 129)

void	init ()

void	calcGlobalDistWithGlobalCorrIterative (const DistCorrInterpolator< DataT > &globCorr, const int maxIter=100, const DataT approachZ=1, const DataT approachR=1, const DataT approachPhi=1, const DataT diffCorr=50e-6, const SpaceCharge< DataT > *scSCale=nullptr, float scale=0)

void	calcGlobalDistWithGlobalCorrIterative (const Side side, const SpaceCharge< DataT > *scSCale=nullptr, float scale=0, const int maxIter=100, const DataT approachZ=1, const DataT approachR=1, const DataT approachPhi=1, const DataT diffCorr=50e-6)

void	calcGlobalDistWithGlobalCorrIterative (const SpaceCharge< DataT > *scSCale=nullptr, float scale=0, const int maxIter=100, const DataT approachZ=1, const DataT approachR=1, const DataT approachPhi=1, const DataT diffCorr=50e-6)

void	calcGlobalCorrWithGlobalDistIterative (const Side side, const SpaceCharge< DataT > *scSCale=nullptr, float scale=0, const int maxIter=100, const DataT approachZ=1, const DataT approachR=1, const DataT approachPhi=1, const DataT diffCorr=50e-6)

void	calcGlobalCorrWithGlobalDistIterative (const SpaceCharge< DataT > *scSCale=nullptr, float scale=0, const int maxIter=100, const DataT approachZ=1, const DataT approachR=1, const DataT approachPhi=1, const DataT diffCorr=50e-6)

void	calcGlobalDistWithGlobalCorrIterativeLinearCartesian (const Side side, const SpaceCharge< DataT > *scSCale=nullptr, float scale=0, const int maxIter=100, const DataT approachX=1, const DataT approachY=1, const DataT approachZ=1, const DataT diffCorr=50e-6)

void	calcGlobalDistWithGlobalCorrIterativeLinearCartesian (const SpaceCharge< DataT > *scSCale=nullptr, float scale=0, const int maxIter=100, const DataT approachX=1, const DataT approachY=1, const DataT approachZ=1, const DataT diffCorr=50e-6)

void	calcGlobalCorrWithGlobalDistIterativeLinearCartesian (const Side side, const SpaceCharge< DataT > *scSCale=nullptr, float scale=0, const int maxIter=100, const DataT approachX=1, const DataT approachY=1, const DataT approachZ=1, const DataT diffCorr=50e-6)

void	calcGlobalCorrWithGlobalDistIterativeLinearCartesian (const SpaceCharge< DataT > *scSCale=nullptr, float scale=0, const int maxIter=100, const DataT approachX=1, const DataT approachY=1, const DataT approachZ=1, const DataT diffCorr=50e-6)

unsigned short	getNZVertices () const

unsigned short	getNRVertices () const

unsigned short	getNPhiVertices () const

auto	getC0 () const

auto	getC1 () const

auto	getC2 () const

int	getBField () const

const auto &	getPotential (const Side side) const &

void	setPotential (int iz, int ir, int iphi, Side side, float val)
	setting the potential directly for given vertex

DataT	getDensityCyl (const DataT z, const DataT r, const DataT phi, const Side side) const

DataT	getPotentialCyl (const DataT z, const DataT r, const DataT phi, const Side side) const

std::vector< float >	getPotentialCyl (const std::vector< DataT > &z, const std::vector< DataT > &r, const std::vector< DataT > &phi, const Side side) const
	get the potential for list of given coordinate

void	getElectricFieldsCyl (const DataT z, const DataT r, const DataT phi, const Side side, DataT &eZ, DataT &eR, DataT &ePhi) const

void	getLocalCorrectionsCyl (const DataT z, const DataT r, const DataT phi, const Side side, DataT &lcorrZ, DataT &lcorrR, DataT &lcorrRPhi) const

void	getLocalCorrectionsCyl (const std::vector< DataT > &z, const std::vector< DataT > &r, const std::vector< DataT > &phi, const Side side, std::vector< DataT > &lcorrZ, std::vector< DataT > &lcorrR, std::vector< DataT > &lcorrRPhi) const

void	getCorrectionsCyl (const DataT z, const DataT r, const DataT phi, const Side side, DataT &corrZ, DataT &corrR, DataT &corrRPhi) const

void	getCorrectionsCyl (const std::vector< DataT > &z, const std::vector< DataT > &r, const std::vector< DataT > &phi, const Side side, std::vector< DataT > &corrZ, std::vector< DataT > &corrR, std::vector< DataT > &corrRPhi) const

void	getCorrections (const DataT x, const DataT y, const DataT z, const Side side, DataT &corrX, DataT &corrY, DataT &corrZ) const

void	getCorrectionsAnalytical (const DataT x, const DataT y, const DataT z, const Side side, DataT &corrX, DataT &corrY, DataT &corrZ) const

void	getLocalDistortionsCyl (const DataT z, const DataT r, const DataT phi, const Side side, DataT &ldistZ, DataT &ldistR, DataT &ldistRPhi) const

void	getLocalDistortionsCyl (const std::vector< DataT > &z, const std::vector< DataT > &r, const std::vector< DataT > &phi, const Side side, std::vector< DataT > &ldistZ, std::vector< DataT > &ldistR, std::vector< DataT > &ldistRPhi) const

void	getLocalDistortionVectorCyl (const DataT z, const DataT r, const DataT phi, const Side side, DataT &lvecdistZ, DataT &lvecdistR, DataT &lvecdistRPhi) const

void	getLocalDistortionVectorCyl (const std::vector< DataT > &z, const std::vector< DataT > &r, const std::vector< DataT > &phi, const Side side, std::vector< DataT > &lvecdistZ, std::vector< DataT > &lvecdistR, std::vector< DataT > &lvecdistRPhi) const

void	getLocalCorrectionVectorCyl (const DataT z, const DataT r, const DataT phi, const Side side, DataT &lveccorrZ, DataT &lveccorrR, DataT &lveccorrRPhi) const

void	getLocalCorrectionVectorCyl (const std::vector< DataT > &z, const std::vector< DataT > &r, const std::vector< DataT > &phi, const Side side, std::vector< DataT > &lveccorrZ, std::vector< DataT > &lveccorrR, std::vector< DataT > &lveccorrRPhi) const

void	getDistortionsCyl (const DataT z, const DataT r, const DataT phi, const Side side, DataT &distZ, DataT &distR, DataT &distRPhi) const

void	getDistortionsCyl (const std::vector< DataT > &z, const std::vector< DataT > &r, const std::vector< DataT > &phi, const Side side, std::vector< DataT > &distZ, std::vector< DataT > &distR, std::vector< DataT > &distRPhi) const

void	getDistortions (const DataT x, const DataT y, const DataT z, const Side side, DataT &distX, DataT &distY, DataT &distZ) const

void	getDistortionsAnalytical (const DataT x, const DataT y, const DataT z, const Side side, DataT &distX, DataT &distY, DataT &distZ) const

void	setDistortionsCorrectionsAnalytical (const AnalyticalDistCorr< DataT > &formula)
	set distortions and corrections by an analytical formula

const auto &	getDistortionsCorrectionsAnalytical () const &

void	setUseAnalyticalDistCorr (const bool useAna)
	setting usage of the analytical formula for the distortions and corrections

bool	getUseAnalyticalDistCorr () const

void	correctElectron (GlobalPosition3D &point)

void	distortElectron (GlobalPosition3D &point, const SpaceCharge< DataT > *scSCale=nullptr, float scale=0) const

void	setDistortionLookupTables (const DataContainer &distdZ, const DataContainer &distdR, const DataContainer &distdRPhi, const Side side)

void	setFromFile (std::string_view file, const Side side)

void	setFromFile (std::string_view file)

DataT	getGridSpacingR (const Side side) const
	Get grid spacing in r direction.

DataT	getGridSpacingZ (const Side side) const
	Get grid spacing in z direction.

DataT	getGridSpacingPhi (const Side side) const
	Get grid spacing in phi direction.

DataT	getRMin (const Side side) const
	Get inner radius of tpc.

DataT	getZMin (const Side side) const
	Get min z position which is used during the calaculations.

DataT	getPhiMin (const Side side) const
	Get min phi.

DataT	getRMax (const Side side) const
	Get max r.

DataT	getZMax (const Side side) const
	Get max z.

DataT	getPhiMax (const Side side) const
	Get max phi.

const RegularGrid &	getGrid3D (const Side side) const
	Get the grid object.

NumericalFields< DataT >	getElectricFieldsInterpolator (const Side side) const

DistCorrInterpolator< DataT >	getLocalDistInterpolator (const Side side) const

DistCorrInterpolator< DataT >	getLocalCorrInterpolator (const Side side) const

DistCorrInterpolator< DataT >	getGlobalDistInterpolator (const Side side) const

DistCorrInterpolator< DataT >	getGlobalCorrInterpolator (const Side side) const

DataT	getLocalDistR (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalDistZ (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalDistRPhi (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalVecDistR (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalVecDistZ (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalVecDistRPhi (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalCorrR (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalCorrZ (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalCorrRPhi (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalVecCorrR (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalVecCorrZ (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getLocalVecCorrRPhi (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getGlobalDistR (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getGlobalDistZ (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getGlobalDistRPhi (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getGlobalCorrR (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getGlobalCorrZ (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getGlobalCorrRPhi (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getEr (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getEz (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getEphi (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getDensity (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getPotential (const size_t iz, const size_t ir, const size_t iphi, const Side side) const

DataT	getPhiVertex (const size_t indexPhi, const Side side) const

DataT	getRVertex (const size_t indexR, const Side side) const

DataT	getZVertex (const size_t indexZ, const Side side) const

void	setOmegaTauT1T2 (const DataT omegaTau=0.32f, const DataT t1=1, const DataT t2=1)

void	setC0C1 (const DataT c0, const DataT c1)

void	setC2 (const DataT c2)

void	initBField (const int field)

void	setSimExBMisalignment (const bool simExBMisalignment)
	enable/disable calculation of distortions due to ExB misalignment

bool	getSimExBMisalignment () const

void	setSimEDistortions (const bool simEDistortions)
	calculate distortions due to electric fields (space charge, boundary potential...)

bool	getSimEDistortions () const

void	setUseInitialSCDensity (const bool useInitialSCDensity)

void	dumpToFile (std::string_view file, const Side side, std::string_view option) const

void	dumpToFile (std::string_view file) const

void	dumpMetaData (std::string_view file, std::string_view option, const bool overwriteExisting=false) const

void	readMetaData (std::string_view file)

void	dumpToTree (const char *outFileName, const Side side, const int nZPoints=50, const int nRPoints=150, const int nPhiPoints=180, const bool randomize=false) const

void	dumpToTree (const char *outFileName, const o2::tpc::Sector &sector, const int nZPoints=50) const

int	dumpElectricFields (std::string_view file, const Side side, std::string_view option) const

void	setElectricFieldsFromFile (std::string_view file, const Side side)

int	dumpPotential (std::string_view file, const Side side, std::string_view option) const

void	setPotentialFromFile (std::string_view file, const Side side)

void	fillPotential (const DataT potential, const size_t iz, const size_t ir, const size_t iphi, const Side side)

int	dumpDensity (std::string_view file, const Side side, std::string_view option) const

void	setDensityFromFile (std::string_view file, const Side side)

void	fillDensity (const DataT density, const size_t iz, const size_t ir, const size_t iphi, const Side side)

void	averageDensityPerSector (const Side side)
	average the sc density across all sectors per side

int	dumpGlobalDistortions (std::string_view file, const Side side, std::string_view option) const

int	dumpAnalyticalCorrectionsDistortions (TFile &outf) const

void	setAnalyticalCorrectionsDistortionsFromFile (std::string_view inpf)

void	setGlobalDistortionsFromFile (std::string_view file, const Side side)

template<typename DataTIn = DataT>
void	setGlobalDistortionsFromFile (TFile &inpf, const Side side)

int	dumpGlobalCorrections (std::string_view file, const Side side, std::string_view option) const

int	dumpGlobalCorrections (TFile &outf, const Side side) const

void	setGlobalCorrectionsFromFile (std::string_view file, const Side side)

template<typename DataTIn = DataT>
void	setGlobalCorrectionsFromFile (TFile &inpf, const Side side)

int	dumpLocalCorrections (std::string_view file, const Side side, std::string_view option) const

void	setLocalCorrectionsFromFile (std::string_view file, const Side side)

int	dumpLocalDistortions (std::string_view file, const Side side, std::string_view option) const

int	dumpLocalDistCorrVectors (std::string_view file, const Side side, std::string_view option) const

void	setLocalDistortionsFromFile (std::string_view file, const Side side)

void	setLocalDistCorrVectorsFromFile (std::string_view file, const Side side)

DataT	regulateZ (const DataT posZ, const Side side) const

DataT	regulateR (const DataT posR, const Side side) const
	set r coordinate between 'RMIN - 4 * GRIDSPACINGR' and 'RMAX + 2 * GRIDSPACINGR'. the r coordinate is not clamped to RMIN and RMAX to ensure correct interpolation at the borders of the grid.

DataT	regulatePhi (const DataT posPhi, const Side side) const
	set phi coordinate between min phi max phi

std::vector< std::pair< std::vector< o2::math_utils::Point3D< float > >, std::array< DataT, 3 > > >	calculateElectronDriftPath (const std::vector< GlobalPosition3D > &elePos, const int nSamplingPoints, const std::string_view outFile="electron_tracks.root") const

bool	checkGridFromFile (std::string_view file, std::string_view tree)

void	setDeltaVoltageCopperRodShiftIFC (const float deltaPot, const Side side, const int sector)

void	setDeltaVoltageCopperRodShiftOFC (const float deltaPot, const Side side, const int sector)

void	setDeltaVoltageStripsShiftIFC (const float deltaPot, const Side side, const int sector)

void	setDeltaVoltageStripsShiftOFC (const float deltaPot, const Side side, const int sector)

void	setDeltaVoltageRotatedClipIFC (const float deltaPot, const Side side, const int sector)

void	setDeltaVoltageRotatedClipOFC (const float deltaPot, const Side side, const int sector)

void	setIFCChargeUpRisingPot (const float deltaPot, const float zMaxDeltaPot, const int type, const float zStart, const float offs, const Side side)

void	setIFCChargeUpFallingPot (const float deltaPot, const float zMaxDeltaPot, const int type, const float zEnd, const float offs, const Side side)

void	setGlobalCorrections (const std::function< void(int sector, DataT gx, DataT gy, DataT gz, DataT &gCx, DataT &gCy, DataT &gCz)> &gCorr, const Side side)

void	setROCMisalignmentShiftZ (const int sector, const int type, const float potential)

void	setROCMisalignmentRotationAlongX (const int sector, const int type, const float potentialMin, const float potentialMax)

void	setROCMisalignmentRotationAlongY (const int sector, const int type, const float potentialMin, const float potentialMax)

void	subtractGlobalCorrections (const SpaceCharge< DataT > &otherSC, const Side side)

void	subtractGlobalDistortions (const SpaceCharge< DataT > &otherSC, const Side side)

void	scaleCorrections (const float scaleFac, const Side side)

void	setMetaData (const SCMetaData &meta)
	setting meta data for this object

const auto &	getMetaData () const

void	printMetaData () const

float	getMeanLumi () const

void	setMeanLumi (float lumi)

void	initAfterReadingFromFile ()

float	getDCAr (float tgl, const int nPoints, const float phi, o2::utils::TreeStreamRedirector *pcstream=nullptr) const

template<typename ElectricFields >
void	calcLocalDistortionsCorrections (const SpaceCharge< DataT >::Type type, const ElectricFields &formulaStruct)

template<typename ElectricFields >
void	calcLocalDistortionsCorrectionsRK4 (const SpaceCharge< DataT >::Type type, const Side side)

template<typename Formulas >
void	calcGlobalCorrections (const Formulas &formulaStruct, const int type)

Static Public Member Functions
static void	convertIDCsToCharge (std::vector< CalDet< float > > &idcZero, const CalDet< float > &mapIBF, const float ionDriftTimeMS=200, const bool normToPadArea=true)

static void	unsetSimOneSector ()
	unsetting simulation of one sector

static DataT	getRadiusFromCartesian (const DataT x, const DataT y)
	convert x and y coordinates from cartesian to the radius in polar coordinates

static DataT	getPhiFromCartesian (const DataT x, const DataT y)
	convert x and y coordinates from cartesian to phi in polar coordinates

static DataT	getXFromPolar (const DataT r, const DataT phi)
	convert radius and phi coordinates from polar coordinates to x cartesian coordinates

static DataT	getYFromPolar (const DataT r, const DataT phi)
	convert radius and phi coordinates from polar coordinates to y cartesian coordinate

static constexpr DataT	getEzField (const Side side)
	Get constant electric field.

static Side	getSide (const DataT z)

static int	getStepWidth ()
	Get the step width which is used for the calculation of the correction/distortions in units of the z-bin.

static void	setNStep (const int nSteps)

static int	getNStep ()

static int	getNThreads ()
	get the number of threads used for some of the calculations

static void	setNThreads (const int nThreads)
	set the number of threads used for some of the calculations

static void	setNumericalIntegrationStrategy (const IntegrationStrategy strategy)

static IntegrationStrategy	getNumericalIntegrationStrategy ()

static void	setGlobalDistType (const GlobalDistType globalDistType)

static GlobalDistType	getGlobalDistType ()

static void	setGlobalDistCorrMethod (const GlobalDistCorrMethod globalDistCorrMethod)

static GlobalDistCorrMethod	getGlobalDistCorrMethod ()

static void	setSimpsonNIteratives (const int nIter)

static int	getSimpsonNIteratives ()

static void	setSCDistortionType (SCDistortionType distortionType)

static SCDistortionType	getSCDistortionType ()
	Get the space-charge distortions model.

static void	makeElectronDriftPathGif (const char inpFile, TH2F &hBorder, const int type=0, const int gifSpeed=2, const int maxsamplingpoints=100, const char outName="electron_drift_path")

static void	normalizeHistoQVEps0 (TH3 &histoIonsPhiRZ)

static int	getOMPMaxThreads ()

Detailed Description

template<typename DataT = double>
class o2::tpc::SpaceCharge< DataT >

Template Parameters

DataT	the data type which is used during the calculations
Nz	number of vertices in z direction
Nr	number of vertices in r direction
Nphi	number of vertices in phi direction

this class provides the algorithms for calculating the global distortions and corrections from the space charge density. The calculations can be done by a realistic space charge histogram as an input or by an analytical formula. An example of of the usage can be found in 'macro/calculateDistortionsCorrections.C'

Definition at line 72 of file SpaceCharge.h.

Member Enumeration Documentation

◆ FCType

template<typename DataT = double>

enum class o2::tpc::SpaceCharge::FCType

strong

Enumerator
IFC	inner field cage
OFC	outer field cage

Definition at line 128 of file SpaceCharge.h.

◆ GlobalDistCorrMethod

template<typename DataT = double>

enum class o2::tpc::SpaceCharge::GlobalDistCorrMethod

strong

Enumerator
LocalDistCorr	using local dis/corr interpolator for calculation of global distortions/corrections
ElectricalField	using electric field for calculation of global distortions/corrections

Definition at line 117 of file SpaceCharge.h.

◆ GlobalDistType

template<typename DataT = double>

enum class o2::tpc::SpaceCharge::GlobalDistType

strong

Enumerator
Standard	classical method (start calculation of global distortion at each voxel in the tpc and follow electron drift to readout -slow-)
Fast	interpolation of global corrections (use the global corrections to apply an iterative approach to obtain the global distortions -fast-)
None	dont calculate global distortions

Definition at line 111 of file SpaceCharge.h.

◆ IntegrationStrategy

template<typename DataT = double>

enum class o2::tpc::SpaceCharge::IntegrationStrategy

strong

numerical integration strategys

Enumerator
Trapezoidal	trapezoidal integration (https://en.wikipedia.org/wiki/Trapezoidal_rule). straight electron drift line assumed: z0->z1, r0->r0, phi0->phi0
Simpson	simpon integration. see: https://en.wikipedia.org/wiki/Simpson%27s_rule. straight electron drift line assumed: z0->z1, r0->r0, phi0->phi0
Root	Root integration. straight electron drift line assumed: z0->z1, r0->r0, phi0->phi0.
SimpsonIterative	simpon integration, but using an iterative method to approximate the drift path. No straight electron drift line assumed: z0->z1, r0->r1, phi0->phi1

Definition at line 100 of file SpaceCharge.h.

◆ MisalignmentType

template<typename DataT = double>

enum class o2::tpc::SpaceCharge::MisalignmentType

strong

Enumerator
ShiftedClip	shifted copper rod clip
RotatedClip	rotated mylar strips from FC
RodShift	shifted copper rod

Definition at line 122 of file SpaceCharge.h.

◆ Type

template<typename DataT = double>

enum class o2::tpc::SpaceCharge::Type

strong

Enumerator
Distortions	distortions
Corrections	corrections

Definition at line 106 of file SpaceCharge.h.

Constructor & Destructor Documentation

◆ SpaceCharge() [1/3]

template<typename DataT >

SpaceCharge::SpaceCharge	(	const int	bfield,
		const unsigned short	nZVertices = `129`,
		const unsigned short	nRVertices = `129`,
		const unsigned short	nPhiVertices = `360`,
		const bool	initBuffers = `false`
	)

constructor grid granularity has to set before constructing an object using the static function setGrid(nZVertices, nRVertices, nPhiVertices)!

Parameters

bfield	magnetic field (-5, -2, 0, 2, 5)
nZVertices	grid vertices in z direction
nRVertices	grid vertices in r direction
nPhiVertices	grid vertices in phi direction
initBuffers	initialize all buffers

Definition at line 61 of file SpaceCharge.cxx.

◆ SpaceCharge() [2/3]

template<typename DataT >

SpaceCharge::SpaceCharge ( )

constructor for empty object. Can be used when buffers are loaded from file

Definition at line 71 of file SpaceCharge.cxx.

◆ SpaceCharge() [3/3]

template<typename DataT = double>

o2::tpc::SpaceCharge< DataT >::SpaceCharge ( SpaceCharge< DataT > && )

default

default move constructor

Member Function Documentation

◆ addBoundaryPotential()

template<typename DataT >

void SpaceCharge::addBoundaryPotential	(	const SpaceCharge< DataT > &	other,
		const Side	side,
		const float	scaling = `1`
	)

adding the boundary potential from other sc object which same number of vertices!

Parameters

other	other SC object which boundary potential witll be added
scaling	sclaing factor which used to scale the others boundary potential

Definition at line 3584 of file SpaceCharge.cxx.

◆ addChargeDensity()

template<typename DataT >

void SpaceCharge::addChargeDensity ( const SpaceCharge< DataT > & otherSC )

add space charge density from other object (this.mDensity = this.mDensity + other.mDensity)

Parameters

otherSC other space-charge object, which charge will be added to current object

Definition at line 3415 of file SpaceCharge.cxx.

◆ averageDensityPerSector()

template<typename DataT >

void SpaceCharge::averageDensityPerSector ( const Side side )

average the sc density across all sectors per side

Definition at line 3907 of file SpaceCharge.cxx.

◆ calcEField()

template<typename DataT >

void SpaceCharge::calcEField ( const Side side )

step 2: calculate numerically the electric field from the potential

Parameters

side	side of the TPC

Definition at line 610 of file SpaceCharge.cxx.

◆ calcGlobalCorrections() [1/2]

template<typename DataT = double>

template<typename Fields = AnalyticalFields<DataT>>

void o2::tpc::SpaceCharge< DataT >::calcGlobalCorrections	(	const Fields &	formulaStruct,
		const int	type = `3`
	)

step 4: calculate global corrections by using the electric field or the local corrections

Parameters

formulaStruct	struct containing a method to evaluate the electric field Er, Ez, Ephi or the local corrections
type	how to treat the corrections at regions where the corrected value is out of the TPC volume: type=0: use last valid correction value, type=1 do linear extrapolation, type=2 do parabolic extrapolation, type=3 do NOT abort when reaching the CE or the IFC to get a smooth estimate of the corrections

◆ calcGlobalCorrections() [2/2]

template<typename DataT = double>

template<typename Formulas >

void o2::tpc::SpaceCharge< DataT >::calcGlobalCorrections	(	const Formulas &	formulaStruct,
		const int	type
	)

Definition at line 1587 of file SpaceCharge.cxx.

◆ calcGlobalCorrectionsEField()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::calcGlobalCorrectionsEField	(	const Side	side,
		const int	type = `3`
	)

inline

calculate the global corrections using the electric fields (interface for python)

Definition at line 340 of file SpaceCharge.h.

◆ calcGlobalCorrWithGlobalDistIterative() [1/2]

template<typename DataT >

void SpaceCharge::calcGlobalCorrWithGlobalDistIterative	(	const Side	side,
		const SpaceCharge< DataT > *	scSCale = `nullptr`,
		float	scale = `0`,
		const int	maxIter = `100`,
		const DataT	approachZ = `1`,
		const DataT	approachR = `1`,
		const DataT	approachPhi = `1`,
		const DataT	diffCorr = `50e-6`
	)

calculate global corrections from global distortions

Parameters

scSCale	possible second sc object
scale	scaling for second sc object

Definition at line 722 of file SpaceCharge.cxx.

◆ calcGlobalCorrWithGlobalDistIterative() [2/2]

template<typename DataT >

void SpaceCharge::calcGlobalCorrWithGlobalDistIterative	(	const SpaceCharge< DataT > *	scSCale = `nullptr`,
		float	scale = `0`,
		const int	maxIter = `100`,
		const DataT	approachZ = `1`,
		const DataT	approachR = `1`,
		const DataT	approachPhi = `1`,
		const DataT	diffCorr = `50e-6`
	)

Definition at line 728 of file SpaceCharge.cxx.

◆ calcGlobalCorrWithGlobalDistIterativeLinearCartesian() [1/2]

template<typename DataT >

void SpaceCharge::calcGlobalCorrWithGlobalDistIterativeLinearCartesian	(	const Side	side,
		const SpaceCharge< DataT > *	scSCale = `nullptr`,
		float	scale = `0`,
		const int	maxIter = `100`,
		const DataT	approachX = `1`,
		const DataT	approachY = `1`,
		const DataT	approachZ = `1`,
		const DataT	diffCorr = `50e-6`
	)

Calculate global corrections using the global distortions by scaling with second distortion object, which will be consistent with scaled corrections in cartesian coordinates

Parameters

side	Side of the TPC
scSCale	possible second sc object
scale	scaling for second sc object

Definition at line 878 of file SpaceCharge.cxx.

◆ calcGlobalCorrWithGlobalDistIterativeLinearCartesian() [2/2]

template<typename DataT >

void SpaceCharge::calcGlobalCorrWithGlobalDistIterativeLinearCartesian	(	const SpaceCharge< DataT > *	scSCale = `nullptr`,
		float	scale = `0`,
		const int	maxIter = `100`,
		const DataT	approachX = `1`,
		const DataT	approachY = `1`,
		const DataT	approachZ = `1`,
		const DataT	diffCorr = `50e-6`
	)

Definition at line 884 of file SpaceCharge.cxx.

◆ calcGlobalDistortions()

template<typename DataT >

template<typename Fields >

void SpaceCharge::calcGlobalDistortions	(	const Fields &	formulaStruct,
		const int	maxIterations = `3 * sSteps * 129`
	)

step 5: calculate global distortions by using the electric field or the local distortions (SLOW)

Parameters

formulaStruct	struct containing a method to evaluate the electric field Er, Ez, Ephi or the local distortions
maxIterations	maximum steps which are are performed to reach the central electrode (in general this is not necessary, but in case of problems this value aborts the calculation)

Definition at line 1503 of file SpaceCharge.cxx.

◆ calcGlobalDistWithGlobalCorrIterative() [1/3]

template<typename DataT >

void SpaceCharge::calcGlobalDistWithGlobalCorrIterative	(	const DistCorrInterpolator< DataT > &	globCorr,
		const int	maxIter = `100`,
		const DataT	approachZ = `1`,
		const DataT	approachR = `1`,
		const DataT	approachPhi = `1`,
		const DataT	diffCorr = `50e-6`,
		const SpaceCharge< DataT > *	scSCale = `nullptr`,
		float	scale = `0`
	)

step 5: calculate global distortions using the global corrections (FAST)

Parameters

globCorr	interpolator for global corrections
maxIter	maximum iterations per global distortion
approachZ	when the difference between the desired z coordinate and the position of the global correction is deltaZ, approach the desired z coordinate by deltaZ * `approachZ`.
approachR	when the difference between the desired r coordinate and the position of the global correction is deltaR, approach the desired r coordinate by deltaR * `approachR`.
approachPhi	when the difference between the desired phi coordinate and the position of the global correction is deltaPhi, approach the desired phi coordinate by deltaPhi * `approachPhi`.
diffCorr	if the absolute differences from the interpolated values for the global corrections from the last iteration compared to the current iteration is smaller than this value, set converged to true for current global distortion
type	whether to calculate distortions or corrections

Definition at line 700 of file SpaceCharge.cxx.

◆ calcGlobalDistWithGlobalCorrIterative() [2/3]

template<typename DataT >

void SpaceCharge::calcGlobalDistWithGlobalCorrIterative	(	const Side	side,
		const SpaceCharge< DataT > *	scSCale = `nullptr`,
		float	scale = `0`,
		const int	maxIter = `100`,
		const DataT	approachZ = `1`,
		const DataT	approachR = `1`,
		const DataT	approachPhi = `1`,
		const DataT	diffCorr = `50e-6`
	)

step 5: calculate global distortions using the global corrections (FAST)

Parameters

scSCale	possible second sc object
scale	scaling for second sc object

Definition at line 706 of file SpaceCharge.cxx.

◆ calcGlobalDistWithGlobalCorrIterative() [3/3]

template<typename DataT >

void SpaceCharge::calcGlobalDistWithGlobalCorrIterative	(	const SpaceCharge< DataT > *	scSCale = `nullptr`,
		float	scale = `0`,
		const int	maxIter = `100`,
		const DataT	approachZ = `1`,
		const DataT	approachR = `1`,
		const DataT	approachPhi = `1`,
		const DataT	diffCorr = `50e-6`
	)

Definition at line 712 of file SpaceCharge.cxx.

◆ calcGlobalDistWithGlobalCorrIterativeLinearCartesian() [1/2]

template<typename DataT >

void SpaceCharge::calcGlobalDistWithGlobalCorrIterativeLinearCartesian	(	const Side	side,
		const SpaceCharge< DataT > *	scSCale = `nullptr`,
		float	scale = `0`,
		const int	maxIter = `100`,
		const DataT	approachX = `1`,
		const DataT	approachY = `1`,
		const DataT	approachZ = `1`,
		const DataT	diffCorr = `50e-6`
	)

Calculate global distortions using the global corrections by scaling with second distortion object, which will be consistent with scaled corrections in cartesian coordinates (as done in the tracking)

Parameters

side	Side of the TPC
scSCale	possible second sc object
scale	scaling for second sc object

Definition at line 862 of file SpaceCharge.cxx.

◆ calcGlobalDistWithGlobalCorrIterativeLinearCartesian() [2/2]

template<typename DataT >

void SpaceCharge::calcGlobalDistWithGlobalCorrIterativeLinearCartesian	(	const SpaceCharge< DataT > *	scSCale = `nullptr`,
		float	scale = `0`,
		const int	maxIter = `100`,
		const DataT	approachX = `1`,
		const DataT	approachY = `1`,
		const DataT	approachZ = `1`,
		const DataT	diffCorr = `50e-6`
	)

Definition at line 868 of file SpaceCharge.cxx.

◆ calcLocalDistortionCorrectionVector()

template<typename DataT >

template<typename ElectricFields >

void SpaceCharge::calcLocalDistortionCorrectionVector ( const ElectricFields & formulaStruct )

step 3b: calculate the local distortion and correction vectors with an electric field

Parameters

formulaStruct struct containing a method to evaluate the electric field Er, Ez, Ephi (analytical formula or by TriCubic interpolator)

Definition at line 1336 of file SpaceCharge.cxx.

◆ calcLocalDistortionsCorrections() [1/2]

template<typename DataT = double>

template<typename ElectricFields >

void o2::tpc::SpaceCharge< DataT >::calcLocalDistortionsCorrections	(	const SpaceCharge< DataT >::Type	type,
		const ElectricFields &	formulaStruct
	)

Definition at line 1252 of file SpaceCharge.cxx.

◆ calcLocalDistortionsCorrections() [2/2]

template<typename DataT = double>

template<typename ElectricFields = AnalyticalFields<DataT>>

void o2::tpc::SpaceCharge< DataT >::calcLocalDistortionsCorrections	(	const Type	type,
		const ElectricFields &	formulaStruct
	)

step 3: calculate the local distortions and corrections with an electric field

Parameters

type	calculate local corrections or local distortions: type = o2::tpc::SpaceCharge<>::Type::Distortions or o2::tpc::SpaceCharge<>::Type::Corrections
formulaStruct	struct containing a method to evaluate the electric field Er, Ez, Ephi (analytical formula or by TriCubic interpolator)

◆ calcLocalDistortionsCorrectionsRK4() [1/2]

template<typename DataT = double>

template<typename ElectricFields >

void o2::tpc::SpaceCharge< DataT >::calcLocalDistortionsCorrectionsRK4	(	const SpaceCharge< DataT >::Type	type,
		const Side	side
	)

Definition at line 1372 of file SpaceCharge.cxx.

◆ calcLocalDistortionsCorrectionsRK4() [2/2]

template<typename DataT = double>

template<typename ElectricFields = AnalyticalFields<DataT>>

void o2::tpc::SpaceCharge< DataT >::calcLocalDistortionsCorrectionsRK4	(	const Type	type,
		const Side	side
	)

step 3b: calculate the local distortions and corrections with the local distortion/correction vectors using Runge Kutta 4. calcLocalDistortionCorrectionVector() has to be called before this function

Parameters

type	calculate local corrections or local distortions: type = o2::tpc::SpaceCharge<>::Type::Distortions or o2::tpc::SpaceCharge<>::Type::Corrections
side	side of the TPC

◆ calculateDistortionsCorrections()

template<typename DataT >

void SpaceCharge::calculateDistortionsCorrections	(	const o2::tpc::Side	side,
		const bool	calcVectors = `false`
	)

Parameters

side	side of the TPC
calcVectors	set to calculate also the local distortion and local correction vectors

Definition at line 111 of file SpaceCharge.cxx.

◆ calculateElectronDriftPath()

template<typename DataT >

std::vector< std::pair< std::vector< o2::math_utils::Point3D< float > >, std::array< DataT, 3 > > > SpaceCharge::calculateElectronDriftPath	(	const std::vector< GlobalPosition3D > &	elePos,
		const int	nSamplingPoints,
		const std::string_view	outFile = `"electron_tracks.root"`
	)		const

function to calculate the drift paths of the electron whose starting position is delivered. Electric fields must be set!

Parameters

elePos	global position of the start position of the electron
nSamplingPoints	number of output points of the electron drift path
outFile	name of the output debug file (if empty no file is created)

Returns: returns the input electron a vector of 3D-points describing the drift path of the electron

Definition at line 2195 of file SpaceCharge.cxx.

◆ checkGridFromFile()

template<typename DataT >

bool SpaceCharge::checkGridFromFile	(	std::string_view	file,
		std::string_view	tree
	)

compare currently set grid with stored grid (in case the grid definition differs this instance will be newly initalizes with correct grid)

Returns: returns true if input could be loaded

Parameters

file	input file
tree	tree in input file

Definition at line 3222 of file SpaceCharge.cxx.

◆ convertIDCsToCharge()

template<typename DataT >

void SpaceCharge::convertIDCsToCharge	(	std::vector< CalDet< float > > &	idcZero,
		const CalDet< float > &	mapIBF,
		const float	ionDriftTimeMS = `200`,
		const bool	normToPadArea = `true`
	)

static

Convert the IDCs to the number of ions for the ion backflow (primary ionization is not considered)

Parameters

idcZero	map containing the IDCs values which will be converted to the space-charge density
mapIBF	map contains the pad-by-pad IBF in %
ionDriftTimeMS	ion drift time in ms
normToPadArea	normalize IDCs to pad area (should always be true as the normalization is performed in IDCFactorization::calcIDCZero

Definition at line 3472 of file SpaceCharge.cxx.

◆ correctElectron()

template<typename DataT >

void SpaceCharge::correctElectron ( GlobalPosition3D & point )

Correct electron position using correction lookup tables

Parameters

point 3D coordinates of the electron

Definition at line 1741 of file SpaceCharge.cxx.

◆ distortElectron()

template<typename DataT >

void SpaceCharge::distortElectron	(	GlobalPosition3D &	point,
		const SpaceCharge< DataT > *	scSCale = `nullptr`,
		float	scale = `0`
	)		const

Distort electron position using distortion lookup tables

Parameters

point	3D coordinates of the electron
scSCale	other sc object which is used for scaling of the distortions
scale	scaling value

Definition at line 1756 of file SpaceCharge.cxx.

◆ dumpAnalyticalCorrectionsDistortions()

template<typename DataT >

int SpaceCharge::dumpAnalyticalCorrectionsDistortions ( TFile & outf ) const

write analytical corrections and distortions to file

Parameters

outf	output file where the analytical corrections and distortions will be written to

Definition at line 2794 of file SpaceCharge.cxx.

◆ dumpDensity()

template<typename DataT >

int SpaceCharge::dumpDensity	(	std::string_view	file,
		const Side	side,
		std::string_view	option
	)		const

write density to root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC
option	"RECREATE" or "UPDATE"

Definition at line 3210 of file SpaceCharge.cxx.

◆ dumpElectricFields()

template<typename DataT >

int SpaceCharge::dumpElectricFields	(	std::string_view	file,
		const Side	side,
		std::string_view	option
	)		const

write electric fields to file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC
option	"RECREATE" or "UPDATE"

Definition at line 2967 of file SpaceCharge.cxx.

◆ dumpGlobalCorrections() [1/2]

template<typename DataT >

int SpaceCharge::dumpGlobalCorrections	(	std::string_view	file,
		const Side	side,
		std::string_view	option
	)		const

write global correction to root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC
option	"RECREATE" or "UPDATE"

Definition at line 3044 of file SpaceCharge.cxx.

◆ dumpGlobalCorrections() [2/2]

template<typename DataT >

int SpaceCharge::dumpGlobalCorrections	(	TFile &	outf,
		const Side	side
	)		const

write global corrections to root file (deprecated)

Parameters

outf	output file where the global corrections will be written to
side	of the TPC

Definition at line 3254 of file SpaceCharge.cxx.

◆ dumpGlobalDistortions()

template<typename DataT >

int SpaceCharge::dumpGlobalDistortions	(	std::string_view	file,
		const Side	side,
		std::string_view	option
	)		const

write global distortions to root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC
option	"RECREATE" or "UPDATE"

Definition at line 2999 of file SpaceCharge.cxx.

◆ dumpLocalCorrections()

template<typename DataT >

int SpaceCharge::dumpLocalCorrections	(	std::string_view	file,
		const Side	side,
		std::string_view	option
	)		const

write local corrections to root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC
option	"RECREATE" or "UPDATE"

Definition at line 3090 of file SpaceCharge.cxx.

◆ dumpLocalDistCorrVectors()

template<typename DataT >

int SpaceCharge::dumpLocalDistCorrVectors	(	std::string_view	file,
		const Side	side,
		std::string_view	option
	)		const

write local corrections to root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC
option	"RECREATE" or "UPDATE"

Definition at line 3137 of file SpaceCharge.cxx.

◆ dumpLocalDistortions()

template<typename DataT >

int SpaceCharge::dumpLocalDistortions	(	std::string_view	file,
		const Side	side,
		std::string_view	option
	)		const

write local corrections to root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC
option	"RECREATE" or "UPDATE"

Definition at line 3122 of file SpaceCharge.cxx.

◆ dumpMetaData()

template<typename DataT >

void SpaceCharge::dumpMetaData	(	std::string_view	file,
		std::string_view	option,
		const bool	overwriteExisting = `false`
	)		const

dump meta data to file (mC0, mC1, mC2, RegularGrid)

Parameters

file	output file
option	"RECREATE" or "UPDATE"
overwriteExisting	overwrite existing meta data in file

Definition at line 3292 of file SpaceCharge.cxx.

◆ dumpPotential()

template<typename DataT >

int SpaceCharge::dumpPotential	(	std::string_view	file,
		const Side	side,
		std::string_view	option
	)		const

write potential to root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC
option	"RECREATE" or "UPDATE"

Definition at line 3186 of file SpaceCharge.cxx.

◆ dumpToFile() [1/2]

template<typename DataT >

void SpaceCharge::dumpToFile ( std::string_view file ) const

write all fields etc to a file for both sides

Parameters

file	output file where the electrical fields will be written to

Definition at line 3285 of file SpaceCharge.cxx.

◆ dumpToFile() [2/2]

template<typename DataT >

void SpaceCharge::dumpToFile	(	std::string_view	file,
		const Side	side,
		std::string_view	option
	)		const

write all fields etc to a file

Parameters

file	output file where the electrical fields will be written to
side	of the TPC
option	"RECREATE" or "UPDATE"

Definition at line 3268 of file SpaceCharge.cxx.

◆ dumpToTree() [1/2]

template<typename DataT >

void SpaceCharge::dumpToTree	(	const char *	outFileName,
		const o2::tpc::Sector &	sector,
		const int	nZPoints = `50`
	)		const

dump to tree evaluated on the pads for given sector

Parameters

outFileName	name of the output file
sector	TPC sector for which the TTree is created
nZPoints	number of points in z to consider

Definition at line 2653 of file SpaceCharge.cxx.

◆ dumpToTree() [2/2]

template<typename DataT >

void SpaceCharge::dumpToTree	(	const char *	outFileName,
		const Side	side,
		const int	nZPoints = `50`,
		const int	nRPoints = `150`,
		const int	nPhiPoints = `180`,
		const bool	randomize = `false`
	)		const

dump sc density, potential, electric fields, global distortions/corrections to tree

Parameters

outFileName	name of the output file
side	of the TPC
nZPoints	number of vertices of the output in z
nRPoints	number of vertices of the output in r
nPhiPoints	number of vertices of the output in phi
randomize	randomize points

Adding other TTree as friend: TFile f1("file_1.root"); TTree* tree1 = (TTree*)f1.Get("tree"); tree1->BuildIndex("globalIndex")

TFile f2("file_2.root"); TTree* tree2 = (TTree*)f2.Get("tree"); tree2->BuildIndex("globalIndex"); tree1->AddFriend(tree2, "t2");

Definition at line 2422 of file SpaceCharge.cxx.

◆ fillChargeDensityFromCalDet()

template<typename DataT >

void SpaceCharge::fillChargeDensityFromCalDet ( const std::vector< CalDet< float > > & calSCDensity3D )

step 0: set the space charge density from std::vector<CalDet> containing the space charge density. Each entry in the object corresponds to one z slice

Parameters

calSCDensity3D pad-by-pad CalDet for the space charge density

Definition at line 1091 of file SpaceCharge.cxx.

◆ fillChargeDensityFromFile()

template<typename DataT >

void SpaceCharge::fillChargeDensityFromFile	(	TFile &	fInp,
		const char *	name
	)

step 0: set the charge density from TH3 histogram containing the space charge density

Parameters

fInp	input file containing a histogram for the space charge density
name	the name of the space charge density histogram in the file

Definition at line 1083 of file SpaceCharge.cxx.

◆ fillChargeDensityFromHisto() [1/3]

template<typename DataT >

void SpaceCharge::fillChargeDensityFromHisto	(	const char *	file,
		const char *	nameA,
		const char *	nameC
	)

step 0: set the space-charge density from two TH3 histograms containing the space charge density for A and C side separately which are stored in a ROOT file

Parameters

file	path to root file containing the space-charge density
nameA	name of the space-charge density histogram for the A-side
nameC	name of the space-charge density histogram for the C-side

Definition at line 3428 of file SpaceCharge.cxx.

◆ fillChargeDensityFromHisto() [2/3]

template<typename DataT >

void SpaceCharge::fillChargeDensityFromHisto ( const TH3 & hisSCDensity3D )

step 0: set the charge density from TH3 histogram containing the space charge density

Parameters

hisSCDensity3D histogram for the space charge density

Definition at line 1106 of file SpaceCharge.cxx.

◆ fillChargeDensityFromHisto() [3/3]

template<typename DataT >

void SpaceCharge::fillChargeDensityFromHisto	(	const TH3 &	hisSCDensity3D_A,
		const TH3 &	hisSCDensity3D_C
	)

step 0: set the space-charge density from two TH3 histograms containing the space-charge density for A and C side seperately

Parameters

hisSCDensity3D_A	histogram for the space charge density for A-side
hisSCDensity3D_C	histogram for the space charge density for C-side

Definition at line 3443 of file SpaceCharge.cxx.

◆ fillChargeFromCalDet()

template<typename DataT >

void SpaceCharge::fillChargeFromCalDet ( const std::vector< CalDet< float > > & calCharge3D )

step 0: set the charge (number of ions) from std::vector<CalDet> containing the charge. Each entry in the object corresponds to one z slice. Normalization to the space charge is also done automatically

Parameters

calCharge3D histogram for the charge

Definition at line 1098 of file SpaceCharge.cxx.

◆ fillChargeFromIDCs()

template<typename DataT >

void SpaceCharge::fillChargeFromIDCs	(	std::vector< CalDet< float > > &	idcZero,
		const CalDet< float > &	mapIBF,
		const float	ionDriftTimeMS = `200`,
		const bool	normToPadArea = `true`
	)

Convert the IDCs to the number of ions for the ion backflow (primary ionization is not considered)

Parameters

idcZero	map containing the IDCs which will be converted to the space-charge density
mapIBF	map contains the pad-by-pad IBF in %
ionDriftTimeMS	ion drift time in ms
normToPadArea	normalize IDCs to pad area (should always be true as the normalization is performed in IDCFactorization::calcIDCZero

Definition at line 3522 of file SpaceCharge.cxx.

◆ fillDensity()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::fillDensity	(	const DataT	density,
		const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)

inline

set the space charge density directly

Parameters

density	space charege density which will be set
iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	of the TPC

Definition at line 1020 of file SpaceCharge.h.

◆ fillPotential()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::fillPotential	(	const DataT	potential,
		const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)

inline

set the potential directly

Parameters

potential	potential which will be set
iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	of the TPC

Definition at line 1001 of file SpaceCharge.h.

◆ getBField()

template<typename DataT = double>

int o2::tpc::SpaceCharge< DataT >::getBField ( ) const

inline

Returns: returns BField in kG

Definition at line 405 of file SpaceCharge.h.

◆ getC0()

template<typename DataT = double>

auto o2::tpc::SpaceCharge< DataT >::getC0 ( ) const

inline

Returns: returns parameter C0

Definition at line 396 of file SpaceCharge.h.

◆ getC1()

template<typename DataT = double>

auto o2::tpc::SpaceCharge< DataT >::getC1 ( ) const

inline

Returns: returns parameter C1

Definition at line 399 of file SpaceCharge.h.

◆ getC2()

template<typename DataT = double>

auto o2::tpc::SpaceCharge< DataT >::getC2 ( ) const

inline

Returns: returns parameter C2

Definition at line 402 of file SpaceCharge.h.

◆ getCorrections()

template<typename DataT >

void SpaceCharge::getCorrections	(	const DataT	x,
		const DataT	y,
		const DataT	z,
		const Side	side,
		DataT &	corrX,
		DataT &	corrY,
		DataT &	corrZ
	)		const

get the global corrections for given coordinate

Parameters

x	global x coordinate
y	global y coordinate
z	global z coordinate
corrX	returns corrections in x direction
corrY	returns corrections in y direction
corrZ	returns corrections in z direction

Definition at line 1881 of file SpaceCharge.cxx.

◆ getCorrectionsAnalytical()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::getCorrectionsAnalytical	(	const DataT	x,
		const DataT	y,
		const DataT	z,
		const Side	side,
		DataT &	corrX,
		DataT &	corrY,
		DataT &	corrZ
	)		const

inline

get the analytical global corrections for given coordinate

Parameters

x	global x coordinate
y	global y coordinate
z	global z coordinate
corrX	returns corrections in x direction
corrY	returns corrections in y direction
corrZ	returns corrections in z direction

Definition at line 488 of file SpaceCharge.h.

◆ getCorrectionsCyl() [1/2]

template<typename DataT >

void SpaceCharge::getCorrectionsCyl	(	const DataT	z,
		const DataT	r,
		const DataT	phi,
		const Side	side,
		DataT &	corrZ,
		DataT &	corrR,
		DataT &	corrRPhi
	)		const

get the global correction for given coordinate

Parameters

z	global z coordinate
r	global r coordinate
phi	global phi coordinate
corrZ	returns correction in z direction
corrR	returns correction in r direction
corrRPhi	returns correction in rphi direction

Definition at line 1860 of file SpaceCharge.cxx.

◆ getCorrectionsCyl() [2/2]

template<typename DataT >

void SpaceCharge::getCorrectionsCyl	(	const std::vector< DataT > &	z,
		const std::vector< DataT > &	r,
		const std::vector< DataT > &	phi,
		const Side	side,
		std::vector< DataT > &	corrZ,
		std::vector< DataT > &	corrR,
		std::vector< DataT > &	corrRPhi
	)		const

get the global correction for given coordinates

Parameters

z	global z coordinates
r	global r coordinates
phi	global phi coordinates
corrZ	returns corrections in z direction
corrR	returns corrections in r direction
corrRPhi	returns corrections in rphi direction

Definition at line 1868 of file SpaceCharge.cxx.

◆ getDCAr()

template<typename DataT >

float SpaceCharge::getDCAr	(	float	tgl,
		const int	nPoints,
		const float	phi,
		o2::utils::TreeStreamRedirector *	pcstream = `nullptr`
	)		const

get DCA in RPhi for high pt track

Parameters

tgl	tgl of the track
nPoints	number of points used to calculate the DCAr
pcstream	if provided debug output is being created

Definition at line 3985 of file SpaceCharge.cxx.

◆ getDensity()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getDensity	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get density for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 838 of file SpaceCharge.h.

◆ getDensityCyl()

template<typename DataT >

DataT SpaceCharge::getDensityCyl	(	const DataT	z,
		const DataT	r,
		const DataT	phi,
		const Side	side
	)		const

get the space charge density for given coordinate

Parameters

z	global z coordinate
r	global r coordinate
phi	global phi coordinate

Definition at line 1807 of file SpaceCharge.cxx.

◆ getDistortions()

template<typename DataT >

void SpaceCharge::getDistortions	(	const DataT	x,
		const DataT	y,
		const DataT	z,
		const Side	side,
		DataT &	distX,
		DataT &	distY,
		DataT &	distZ
	)		const

get the global distortions for given coordinate

Parameters

x	global x coordinate
y	global y coordinate
z	global z coordinate
distX	returns distortion in x direction
distY	returns distortion in y direction
distZ	returns distortion in z direction

Definition at line 1988 of file SpaceCharge.cxx.

◆ getDistortionsAnalytical()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::getDistortionsAnalytical	(	const DataT	x,
		const DataT	y,
		const DataT	z,
		const Side	side,
		DataT &	distX,
		DataT &	distY,
		DataT &	distZ
	)		const

inline

get the global distortions for given coordinate for a possible analytical formula if it was specified

Parameters

x	global x coordinate
y	global y coordinate
z	global z coordinate
distX	returns distortion in x direction
distY	returns distortion in y direction
distZ	returns distortion in z direction

Definition at line 578 of file SpaceCharge.h.

◆ getDistortionsCorrectionsAnalytical()

template<typename DataT = double>

const auto & o2::tpc::SpaceCharge< DataT >::getDistortionsCorrectionsAnalytical ( ) const &

inline

Returns: returns analytical distortions/corrections

Definition at line 584 of file SpaceCharge.h.

◆ getDistortionsCyl() [1/2]

template<typename DataT >

void SpaceCharge::getDistortionsCyl	(	const DataT	z,
		const DataT	r,
		const DataT	phi,
		const Side	side,
		DataT &	distZ,
		DataT &	distR,
		DataT &	distRPhi
	)		const

get the global distortions for given coordinate

Parameters

z	global z coordinate
r	global r coordinate
phi	global phi coordinate
distZ	returns distortion in z direction
distR	returns distortion in r direction
distRPhi	returns distortion in rphi direction

Definition at line 1967 of file SpaceCharge.cxx.

◆ getDistortionsCyl() [2/2]

template<typename DataT >

void SpaceCharge::getDistortionsCyl	(	const std::vector< DataT > &	z,
		const std::vector< DataT > &	r,
		const std::vector< DataT > &	phi,
		const Side	side,
		std::vector< DataT > &	distZ,
		std::vector< DataT > &	distR,
		std::vector< DataT > &	distRPhi
	)		const

get the global distortions for given coordinate

Parameters

z	global z coordinates
r	global r coordinates
phi	global phi coordinates
distZ	returns distortions in z direction
distR	returns distortions in r direction
distRPhi	returns distortions in rphi direction

Definition at line 1975 of file SpaceCharge.cxx.

◆ getElectricFieldsCyl()

template<typename DataT >

void SpaceCharge::getElectricFieldsCyl	(	const DataT	z,
		const DataT	r,
		const DataT	phi,
		const Side	side,
		DataT &	eZ,
		DataT &	eR,
		DataT &	ePhi
	)		const

get the electric field for given coordinate

Parameters

z	global z coordinate
r	global r coordinate
phi	global phi coordinate
eZ	returns correction in z direction
eR	returns correction in r direction
ePhi	returns correction in phi direction

Definition at line 1831 of file SpaceCharge.cxx.

◆ getElectricFieldsInterpolator()

template<typename DataT >

NumericalFields< DataT > SpaceCharge::getElectricFieldsInterpolator ( const Side side ) const

Get struct containing interpolators for the electrical fields

Parameters

side	side of the TPC

Definition at line 1033 of file SpaceCharge.cxx.

◆ getEphi()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getEphi	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get global electric Field Ephi for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 831 of file SpaceCharge.h.

◆ getEr()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getEr	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get global electric Field Er for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 817 of file SpaceCharge.h.

◆ getEz()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getEz	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get global electric Field Ez for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 824 of file SpaceCharge.h.

◆ getEzField()

template<typename DataT = double>

static constexpr DataT o2::tpc::SpaceCharge< DataT >::getEzField ( const Side side )

inlinestaticconstexpr

Get constant electric field.

Definition at line 640 of file SpaceCharge.h.

◆ getGlobalCorrInterpolator()

template<typename DataT >

DistCorrInterpolator< DataT > SpaceCharge::getGlobalCorrInterpolator ( const Side side ) const

Get struct containing interpolators for global corrections dR, dZ, dPhi

Parameters

side	side of the TPC

Definition at line 1073 of file SpaceCharge.cxx.

◆ getGlobalCorrR()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getGlobalCorrR	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get global correction dR for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 796 of file SpaceCharge.h.

◆ getGlobalCorrRPhi()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getGlobalCorrRPhi	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get global correction dRPhi for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 810 of file SpaceCharge.h.

◆ getGlobalCorrZ()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getGlobalCorrZ	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get global correction dZ for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 803 of file SpaceCharge.h.

◆ getGlobalDistCorrMethod()

template<typename DataT = double>

static GlobalDistCorrMethod o2::tpc::SpaceCharge< DataT >::getGlobalDistCorrMethod ( )

inlinestatic

Definition at line 915 of file SpaceCharge.h.

◆ getGlobalDistInterpolator()

template<typename DataT >

DistCorrInterpolator< DataT > SpaceCharge::getGlobalDistInterpolator ( const Side side ) const

Get struct containing interpolators for global distortions dR, dZ, dPhi

Parameters

side	side of the TPC

Definition at line 1063 of file SpaceCharge.cxx.

◆ getGlobalDistR()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getGlobalDistR	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get global distortion dR for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 775 of file SpaceCharge.h.

◆ getGlobalDistRPhi()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getGlobalDistRPhi	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get global distortion dRPhi for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 789 of file SpaceCharge.h.

◆ getGlobalDistType()

template<typename DataT = double>

static GlobalDistType o2::tpc::SpaceCharge< DataT >::getGlobalDistType ( )

inlinestatic

Definition at line 912 of file SpaceCharge.h.

◆ getGlobalDistZ()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getGlobalDistZ	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get global distortion dZ for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 782 of file SpaceCharge.h.

◆ getGrid3D()

template<typename DataT = double>

const RegularGrid & o2::tpc::SpaceCharge< DataT >::getGrid3D ( const Side side ) const

inline

Get the grid object.

Definition at line 664 of file SpaceCharge.h.

◆ getGridSpacingPhi()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getGridSpacingPhi ( const Side side ) const

inline

Get grid spacing in phi direction.

Definition at line 637 of file SpaceCharge.h.

◆ getGridSpacingR()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getGridSpacingR ( const Side side ) const

inline

Get grid spacing in r direction.

Definition at line 631 of file SpaceCharge.h.

◆ getGridSpacingZ()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getGridSpacingZ ( const Side side ) const

inline

Get grid spacing in z direction.

Definition at line 634 of file SpaceCharge.h.

◆ getLocalCorrectionsCyl() [1/2]

template<typename DataT >

void SpaceCharge::getLocalCorrectionsCyl	(	const DataT	z,
		const DataT	r,
		const DataT	phi,
		const Side	side,
		DataT &	lcorrZ,
		DataT &	lcorrR,
		DataT &	lcorrRPhi
	)		const

get the local correction for given coordinate

Parameters

z	global z coordinate
r	global r coordinate
phi	global phi coordinate
lcorrZ	returns local correction in z direction
lcorrR	returns local correction in r direction
lcorrRPhi	returns local correction in rphi direction

Definition at line 1839 of file SpaceCharge.cxx.

◆ getLocalCorrectionsCyl() [2/2]

template<typename DataT >

void SpaceCharge::getLocalCorrectionsCyl	(	const std::vector< DataT > &	z,
		const std::vector< DataT > &	r,
		const std::vector< DataT > &	phi,
		const Side	side,
		std::vector< DataT > &	lcorrZ,
		std::vector< DataT > &	lcorrR,
		std::vector< DataT > &	lcorrRPhi
	)		const

get the local correction for given coordinates

Parameters

z	global z coordinates
r	global r coordinates
phi	global phi coordinates
lcorrZ	returns local corrections in z direction
lcorrR	returns local corrections in r direction
lcorrRPhi	returns local corrections in rphi direction

Definition at line 1847 of file SpaceCharge.cxx.

◆ getLocalCorrectionVectorCyl() [1/2]

template<typename DataT >

void SpaceCharge::getLocalCorrectionVectorCyl	(	const DataT	z,
		const DataT	r,
		const DataT	phi,
		const Side	side,
		DataT &	lveccorrZ,
		DataT &	lveccorrR,
		DataT &	lveccorrRPhi
	)		const

get the local correction vector for given coordinate

Parameters

z	global z coordinate
r	global r coordinate
phi	global phi coordinate
ldistZ	returns local correction vector in z direction
ldistR	returns local correction vector in r direction
ldistRPhi	returns local correction vector in rphi direction

Definition at line 1946 of file SpaceCharge.cxx.

◆ getLocalCorrectionVectorCyl() [2/2]

template<typename DataT >

void SpaceCharge::getLocalCorrectionVectorCyl	(	const std::vector< DataT > &	z,
		const std::vector< DataT > &	r,
		const std::vector< DataT > &	phi,
		const Side	side,
		std::vector< DataT > &	lveccorrZ,
		std::vector< DataT > &	lveccorrR,
		std::vector< DataT > &	lveccorrRPhi
	)		const

get the local correction vector for given coordinate

Parameters

z	global z coordinates
r	global r coordinates
phi	global phi coordinates
ldistZ	returns local correction vectors in z direction
ldistR	returns local correction vectors in r direction
ldistRPhi	returns local correction vectors in rphi direction

Definition at line 1954 of file SpaceCharge.cxx.

◆ getLocalCorrInterpolator()

template<typename DataT >

DistCorrInterpolator< DataT > SpaceCharge::getLocalCorrInterpolator ( const Side side ) const

Get struct containing interpolators for local corrections dR, dZ, dPhi

Parameters

side	side of the TPC

Definition at line 1053 of file SpaceCharge.cxx.

◆ getLocalCorrR()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalCorrR	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local correction dR for given vertex

Definition at line 733 of file SpaceCharge.h.

◆ getLocalCorrRPhi()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalCorrRPhi	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local correction dRPhi for given vertex

Definition at line 747 of file SpaceCharge.h.

◆ getLocalCorrZ()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalCorrZ	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local correction dZ for given vertex

Definition at line 740 of file SpaceCharge.h.

◆ getLocalDistInterpolator()

template<typename DataT >

DistCorrInterpolator< DataT > SpaceCharge::getLocalDistInterpolator ( const Side side ) const

Get struct containing interpolators for local distortions dR, dZ, dPhi

Parameters

side	side of the TPC

Definition at line 1043 of file SpaceCharge.cxx.

◆ getLocalDistortionsCyl() [1/2]

template<typename DataT >

void SpaceCharge::getLocalDistortionsCyl	(	const DataT	z,
		const DataT	r,
		const DataT	phi,
		const Side	side,
		DataT &	ldistZ,
		DataT &	ldistR,
		DataT &	ldistRPhi
	)		const

get the local distortions for given coordinate

Parameters

z	global z coordinate
r	global r coordinate
phi	global phi coordinate
ldistZ	returns local distortion in z direction
ldistR	returns local distortion in r direction
ldistRPhi	returns local distortion in rphi direction

Definition at line 1904 of file SpaceCharge.cxx.

◆ getLocalDistortionsCyl() [2/2]

template<typename DataT >

void SpaceCharge::getLocalDistortionsCyl	(	const std::vector< DataT > &	z,
		const std::vector< DataT > &	r,
		const std::vector< DataT > &	phi,
		const Side	side,
		std::vector< DataT > &	ldistZ,
		std::vector< DataT > &	ldistR,
		std::vector< DataT > &	ldistRPhi
	)		const

get the local distortions for given coordinates

Parameters

z	global z coordinates
r	global r coordinates
phi	global phi coordinates
ldistZ	returns local distortions in z direction
ldistR	returns local distortions in r direction
ldistRPhi	returns local distortions in rphi direction

Definition at line 1912 of file SpaceCharge.cxx.

◆ getLocalDistortionVectorCyl() [1/2]

template<typename DataT >

void SpaceCharge::getLocalDistortionVectorCyl	(	const DataT	z,
		const DataT	r,
		const DataT	phi,
		const Side	side,
		DataT &	lvecdistZ,
		DataT &	lvecdistR,
		DataT &	lvecdistRPhi
	)		const

get the local distortion vector for given coordinates

Parameters

z	global z coordinate
r	global r coordinate
phi	global phi coordinate
lvecdistZ	returns local distortion vector in z direction
lvecdistR	returns local distortion vector in r direction
lvecdistRPhi	returns local distortion vector in rphi direction

Definition at line 1925 of file SpaceCharge.cxx.

◆ getLocalDistortionVectorCyl() [2/2]

template<typename DataT >

void SpaceCharge::getLocalDistortionVectorCyl	(	const std::vector< DataT > &	z,
		const std::vector< DataT > &	r,
		const std::vector< DataT > &	phi,
		const Side	side,
		std::vector< DataT > &	lvecdistZ,
		std::vector< DataT > &	lvecdistR,
		std::vector< DataT > &	lvecdistRPhi
	)		const

get the local distortion vector for given coordinate

Parameters

z	global z coordinates
r	global r coordinates
phi	global phi coordinates
lvecdistZ	returns local distortion vectors in z direction
lvecdistR	returns local distortion vectors in r direction
lvecdistRPhi	returns local distortion vectors in rphi direction

Definition at line 1933 of file SpaceCharge.cxx.

◆ getLocalDistR()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalDistR	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local distortion dR for given vertex

Definition at line 691 of file SpaceCharge.h.

◆ getLocalDistRPhi()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalDistRPhi	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local distortion dRPhi for given vertex

Definition at line 705 of file SpaceCharge.h.

◆ getLocalDistZ()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalDistZ	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local distortion dZ for given vertex

Definition at line 698 of file SpaceCharge.h.

◆ getLocalVecCorrR()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalVecCorrR	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local correction vector dR for given vertex

Definition at line 754 of file SpaceCharge.h.

◆ getLocalVecCorrRPhi()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalVecCorrRPhi	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local correction vector dRPhi for given vertex

Definition at line 768 of file SpaceCharge.h.

◆ getLocalVecCorrZ()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalVecCorrZ	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local correction vector dZ for given vertex

Definition at line 761 of file SpaceCharge.h.

◆ getLocalVecDistR()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalVecDistR	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local distortion vector dR for given vertex

Definition at line 712 of file SpaceCharge.h.

◆ getLocalVecDistRPhi()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalVecDistRPhi	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local distortion vector dRPhi for given vertex

Definition at line 726 of file SpaceCharge.h.

◆ getLocalVecDistZ()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getLocalVecDistZ	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Returns: returns local distortion vector dZ for given vertex

Definition at line 719 of file SpaceCharge.h.

◆ getMeanLumi()

template<typename DataT = double>

float o2::tpc::SpaceCharge< DataT >::getMeanLumi ( ) const

inline

Definition at line 1224 of file SpaceCharge.h.

◆ getMetaData()

template<typename DataT = double>

const auto & o2::tpc::SpaceCharge< DataT >::getMetaData ( ) const

inline

Definition at line 1222 of file SpaceCharge.h.

◆ getNPhiVertices()

template<typename DataT = double>

unsigned short o2::tpc::SpaceCharge< DataT >::getNPhiVertices ( ) const

inline

Returns: returns number of vertices in phi direction

Definition at line 393 of file SpaceCharge.h.

◆ getNRVertices()

template<typename DataT = double>

unsigned short o2::tpc::SpaceCharge< DataT >::getNRVertices ( ) const

inline

Returns: returns number of vertices in r direction

Definition at line 390 of file SpaceCharge.h.

◆ getNStep()

template<typename DataT = double>

static int o2::tpc::SpaceCharge< DataT >::getNStep ( )

inlinestatic

Definition at line 898 of file SpaceCharge.h.

◆ getNThreads()

template<typename DataT = double>

static int o2::tpc::SpaceCharge< DataT >::getNThreads ( )

inlinestatic

get the number of threads used for some of the calculations

Definition at line 901 of file SpaceCharge.h.

◆ getNumericalIntegrationStrategy()

template<typename DataT = double>

static IntegrationStrategy o2::tpc::SpaceCharge< DataT >::getNumericalIntegrationStrategy ( )

inlinestatic

Definition at line 909 of file SpaceCharge.h.

◆ getNZVertices()

template<typename DataT = double>

unsigned short o2::tpc::SpaceCharge< DataT >::getNZVertices ( ) const

inline

Returns: returns number of vertices in z direction

Definition at line 387 of file SpaceCharge.h.

◆ getOMPMaxThreads()

template<typename DataT >

int SpaceCharge::getOMPMaxThreads ( )

static

Returns: returns max threads

Definition at line 105 of file SpaceCharge.cxx.

◆ getPhiFromCartesian()

template<typename DataT = double>

static DataT o2::tpc::SpaceCharge< DataT >::getPhiFromCartesian	(	const DataT	x,
		const DataT	y
	)

inlinestatic

convert x and y coordinates from cartesian to phi in polar coordinates

Definition at line 596 of file SpaceCharge.h.

◆ getPhiMax()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getPhiMax ( const Side side ) const

inline

Get max phi.

Definition at line 658 of file SpaceCharge.h.

◆ getPhiMin()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getPhiMin ( const Side side ) const

inline

Get min phi.

Definition at line 649 of file SpaceCharge.h.

◆ getPhiVertex()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getPhiVertex	(	const size_t	indexPhi,
		const Side	side
	)		const

inline

Get phi vertex position for index in phi direction

Parameters

indexPhi index in phi direction

Definition at line 852 of file SpaceCharge.h.

◆ getPotential() [1/2]

template<typename DataT = double>

const auto & o2::tpc::SpaceCharge< DataT >::getPotential ( const Side side ) const &

inline

Definition at line 407 of file SpaceCharge.h.

◆ getPotential() [2/2]

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getPotential	(	const size_t	iz,
		const size_t	ir,
		const size_t	iphi,
		const Side	side
	)		const

inline

Get potential for vertex

Parameters

iz	vertex in z dimension
ir	vertex in r dimension
iphi	vertex in phi dimension
side	side of the TPC

Definition at line 845 of file SpaceCharge.h.

◆ getPotentialCyl() [1/2]

template<typename DataT >

DataT SpaceCharge::getPotentialCyl	(	const DataT	z,
		const DataT	r,
		const DataT	phi,
		const Side	side
	)		const

get the potential for given coordinate

Parameters

z	global z coordinate
r	global r coordinate
phi	global phi coordinate

Definition at line 1813 of file SpaceCharge.cxx.

◆ getPotentialCyl() [2/2]

template<typename DataT >

std::vector< float > SpaceCharge::getPotentialCyl	(	const std::vector< DataT > &	z,
		const std::vector< DataT > &	r,
		const std::vector< DataT > &	phi,
		const Side	side
	)		const

get the potential for list of given coordinate

Definition at line 1819 of file SpaceCharge.cxx.

◆ getRadiusFromCartesian()

template<typename DataT = double>

static DataT o2::tpc::SpaceCharge< DataT >::getRadiusFromCartesian	(	const DataT	x,
		const DataT	y
	)

inlinestatic

convert x and y coordinates from cartesian to the radius in polar coordinates

Definition at line 593 of file SpaceCharge.h.

◆ getRMax()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getRMax ( const Side side ) const

inline

Get max r.

Definition at line 652 of file SpaceCharge.h.

◆ getRMin()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getRMin ( const Side side ) const

inline

Get inner radius of tpc.

Definition at line 643 of file SpaceCharge.h.

◆ getRVertex()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getRVertex	(	const size_t	indexR,
		const Side	side
	)		const

inline

Get r vertex position for index in r direction

Parameters

indexR index in r direction

Definition at line 856 of file SpaceCharge.h.

◆ getSCDistortionType()

template<typename DataT = double>

static SCDistortionType o2::tpc::SpaceCharge< DataT >::getSCDistortionType ( )

inlinestatic

Get the space-charge distortions model.

Definition at line 924 of file SpaceCharge.h.

◆ getSide()

template<typename DataT = double>

static Side o2::tpc::SpaceCharge< DataT >::getSide ( const DataT z )

inlinestatic

Definition at line 661 of file SpaceCharge.h.

◆ getSimEDistortions()

template<typename DataT = double>

bool o2::tpc::SpaceCharge< DataT >::getSimEDistortions ( ) const

inline

Returns: returns if distortions due to electric fields will be simulated during distortion calculations

Definition at line 892 of file SpaceCharge.h.

◆ getSimExBMisalignment()

template<typename DataT = double>

bool o2::tpc::SpaceCharge< DataT >::getSimExBMisalignment ( ) const

inline

Returns: returns if ExB misalignment will be simulated during distortion calculations

Definition at line 886 of file SpaceCharge.h.

◆ getSimpsonNIteratives()

template<typename DataT = double>

static int o2::tpc::SpaceCharge< DataT >::getSimpsonNIteratives ( )

inlinestatic

Definition at line 918 of file SpaceCharge.h.

◆ getStepWidth()

template<typename DataT = double>

static int o2::tpc::SpaceCharge< DataT >::getStepWidth ( )

inlinestatic

Get the step width which is used for the calculation of the correction/distortions in units of the z-bin.

Definition at line 848 of file SpaceCharge.h.

◆ getUseAnalyticalDistCorr()

template<typename DataT = double>

bool o2::tpc::SpaceCharge< DataT >::getUseAnalyticalDistCorr ( ) const

inline

Returns: returns if the analytical formula will be used in the distortElectron() and getCorrections() function

Definition at line 590 of file SpaceCharge.h.

◆ getXFromPolar()

template<typename DataT = double>

static DataT o2::tpc::SpaceCharge< DataT >::getXFromPolar	(	const DataT	r,
		const DataT	phi
	)

inlinestatic

convert radius and phi coordinates from polar coordinates to x cartesian coordinates

Definition at line 599 of file SpaceCharge.h.

◆ getYFromPolar()

template<typename DataT = double>

static DataT o2::tpc::SpaceCharge< DataT >::getYFromPolar	(	const DataT	r,
		const DataT	phi
	)

inlinestatic

convert radius and phi coordinates from polar coordinates to y cartesian coordinate

Definition at line 602 of file SpaceCharge.h.

◆ getZMax()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getZMax ( const Side side ) const

inline

Get max z.

Definition at line 655 of file SpaceCharge.h.

◆ getZMin()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getZMin ( const Side side ) const

inline

Get min z position which is used during the calaculations.

Definition at line 646 of file SpaceCharge.h.

◆ getZVertex()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::getZVertex	(	const size_t	indexZ,
		const Side	side
	)		const

inline

Get z vertex position for index in z direction

Parameters

indexZ index in z direction

Definition at line 860 of file SpaceCharge.h.

◆ init()

template<typename DataT >

void SpaceCharge::init ( )

TODO is there a faster way to get the drift velocity

TODO fix hard coded values (ezField, t1, t2): export to Constants.h or get from somewhere?

TODO use this parameterization or fixed value(s) from Magboltz calculations?

Definition at line 2055 of file SpaceCharge.cxx.

◆ initAfterReadingFromFile()

template<typename DataT >

void SpaceCharge::initAfterReadingFromFile ( )

Definition at line 3978 of file SpaceCharge.cxx.

◆ initBField()

template<typename DataT >

void SpaceCharge::initBField ( const int field )

set magnetic field which can be used for ExB misalignment distortions

Parameters

field magnetic field (-5, -2, 0, 2, 5)

Definition at line 2838 of file SpaceCharge.cxx.

◆ makeElectronDriftPathGif()

template<typename DataT >

void SpaceCharge::makeElectronDriftPathGif	(	const char *	inpFile,
		TH2F &	hBorder,
		const int	type = `0`,
		const int	gifSpeed = `2`,
		const int	maxsamplingpoints = `100`,
		const char *	outName = `"electron_drift_path"`
	)

static

Parameters

inpFile	input file containing the electron tracks tree, which is the output file of calculateElectronDriftPath()
hBorder	histogram which defines the borders for the drawing and also the axis titles
type	setting dimensions: type=0: radius vs z, type=0: radius vs phi
gifSpeed	speed of the output gif file (fastest is 2, slowest is 99)
maxsamplingpoints	maximum number of frames which will be drawn (higher number increases processing time)
outName	name of the output file

Definition at line 2324 of file SpaceCharge.cxx.

◆ mirrorPotential()

template<typename DataT >

void SpaceCharge::mirrorPotential	(	const Side	sideRef,
		const Side	sideMirrored
	)

mirror potential from one side to the other side

Parameters

sideRef	side which contains the reference potential
sideMirrored	side where the potential will be set from sideRef

Definition at line 509 of file SpaceCharge.cxx.

◆ normalizeHistoQVEps0()

template<typename DataT >

void SpaceCharge::normalizeHistoQVEps0 ( TH3 & histoIonsPhiRZ )

static

normalize a histogram containing the charge to the space charge density

Parameters

histoIonsPhiRZ histogram which will be normalized to the sapce charge density

Definition at line 2775 of file SpaceCharge.cxx.

◆ operator=()

template<typename DataT = double>

SpaceCharge & o2::tpc::SpaceCharge< DataT >::operator= ( SpaceCharge< DataT > && )

default

move assignment

◆ poissonSolver() [1/2]

template<typename DataT >

void SpaceCharge::poissonSolver	(	const DataT	stoppingConvergence = `1e-6`,
		const int	symmetry = `0`
	)

step 1: use the O2TPCPoissonSolver class to numerically calculate the potential with set space charge density and boundary conditions from potential for A and C side in parallel

Parameters

stoppingConvergence	stopping criterion used in the poisson solver
symmetry	use symmetry or not in the poisson solver

Definition at line 579 of file SpaceCharge.cxx.

◆ poissonSolver() [2/2]

template<typename DataT >

void SpaceCharge::poissonSolver	(	const Side	side,
		const DataT	stoppingConvergence = `1e-6`,
		const int	symmetry = `0`
	)

step 1: use the O2TPCPoissonSolver class to numerically calculate the potential with set space charge density and boundary conditions from potential

Parameters

side	side of the TPC
stoppingConvergence	stopping criterion used in the poisson solver
symmetry	use symmetry or not in the poisson solver

Definition at line 569 of file SpaceCharge.cxx.

◆ printMetaData()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::printMetaData ( ) const

inline

Definition at line 1223 of file SpaceCharge.h.

◆ readMetaData()

template<typename DataT >

void SpaceCharge::readMetaData ( std::string_view file )

set meta data from file (mC0, mC1, mC2, RegularGrid)

Parameters

file	input file to read from

Definition at line 3321 of file SpaceCharge.cxx.

◆ regulatePhi()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::regulatePhi	(	const DataT	posPhi,
		const Side	side
	)		const

inline

set phi coordinate between min phi max phi

Definition at line 1113 of file SpaceCharge.h.

◆ regulateR()

template<typename DataT >

DataT SpaceCharge::regulateR	(	const DataT	posR,
		const Side	side
	)		const

set r coordinate between 'RMIN - 4 * GRIDSPACINGR' and 'RMAX + 2 * GRIDSPACINGR'. the r coordinate is not clamped to RMIN and RMAX to ensure correct interpolation at the borders of the grid.

Definition at line 198 of file SpaceCharge.cxx.

◆ regulateZ()

template<typename DataT = double>

DataT o2::tpc::SpaceCharge< DataT >::regulateZ	(	const DataT	posZ,
		const Side	side
	)		const

inline

set z coordinate between min z max z

Parameters

posZ	z position which will be regulated if needed

Definition at line 1107 of file SpaceCharge.h.

◆ resetBoundaryPotentialToZeroInRangeZ()

template<typename DataT >

void SpaceCharge::resetBoundaryPotentialToZeroInRangeZ	(	float	zMin,
		float	zMax,
		const Side	side
	)

setting the boundary potential to 0 for z<zMin and z>zMax

Definition at line 3624 of file SpaceCharge.cxx.

◆ scaleChargeDensity()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::scaleChargeDensity	(	const DataT	scalingFactor,
		const Side	side
	)

inline

scale the space charge density by a scaling factor: sc_new = sc * scalingFactor

Parameters

scalingFactor	factor to scale the space-charge density
side	side for which the space-charge density will be scaled

Definition at line 302 of file SpaceCharge.h.

◆ scaleChargeDensitySector()

template<typename DataT >

void SpaceCharge::scaleChargeDensitySector	(	const float	scalingFactor,
		const Sector	sector
	)

scale the space-charge for one sector: space-charge density *= scalingFactor;

Parameters

scalingFactor scaling factor for the space-charge density

Definition at line 3935 of file SpaceCharge.cxx.

◆ scaleChargeDensityStack()

template<typename DataT >

void SpaceCharge::scaleChargeDensityStack	(	const float	scalingFactor,
		const Sector	sector,
		const GEMstack	stack
	)

scaling the space-charge density for given stack

Definition at line 3953 of file SpaceCharge.cxx.

◆ scaleCorrections()

template<typename DataT >

void SpaceCharge::scaleCorrections	(	const float	scaleFac,
		const Side	side
	)

scale corrections by factor

Parameters

scaleFac global corrections are multiplied by this factor

Definition at line 3899 of file SpaceCharge.cxx.

◆ setAnalyticalCorrectionsDistortionsFromFile()

template<typename DataT >

void SpaceCharge::setAnalyticalCorrectionsDistortionsFromFile ( std::string_view inpf )

set analytical corrections and distortions from file

Parameters

inpf	input file where the analytical corrections and distortions are stored

Definition at line 2805 of file SpaceCharge.cxx.

◆ setC0C1()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setC0C1	(	const DataT	c0,
		const DataT	c1
	)

inline

Parameters

c0	coefficient C0 (compare Jim Thomas's notes for definitions)
c1	coefficient C1 (compare Jim Thomas's notes for definitions)

Definition at line 869 of file SpaceCharge.h.

◆ setC2()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setC2 ( const DataT c2 )

inline

Parameters

c2	coefficient C2

Definition at line 876 of file SpaceCharge.h.

◆ setChargeDensityFromFormula()

template<typename DataT >

void SpaceCharge::setChargeDensityFromFormula ( const AnalyticalFields< DataT > & formulaStruct )

step 0: this function fills the internal storage for the charge density using an analytical formula

Parameters

formulaStruct struct containing a method to evaluate the density

Definition at line 212 of file SpaceCharge.cxx.

◆ setDefaultStaticDistortionsGEMFrameChargeUp()

template<typename DataT >

void SpaceCharge::setDefaultStaticDistortionsGEMFrameChargeUp	(	const Side	side,
		const DataT	deltaPotential = `1000`
	)

setting default potential (same potential for all GEM frames. The default value of 1000V are matched to distortions observed in laser data without X-Ray etc.

Parameters

side	side of the TPC where the potential will be set
deltaPotential	delta potential which will be set at the GEM frames

Definition at line 229 of file SpaceCharge.cxx.

◆ setDeltaVoltageCopperRodShiftIFC()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setDeltaVoltageCopperRodShiftIFC	(	const float	deltaPot,
		const Side	side,
		const int	sector
	)

inline

Define delta potential due to a possible shifted copper rod (delta potential spike at the copper rods) at the IFC

Parameters

deltaPot delta potential which will be set at the copper rod

Definition at line 1145 of file SpaceCharge.h.

◆ setDeltaVoltageCopperRodShiftOFC()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setDeltaVoltageCopperRodShiftOFC	(	const float	deltaPot,
		const Side	side,
		const int	sector
	)

inline

Define delta potential due to a possible shifted copper rod (delta potential spike at the copper rods) at the OFC

Parameters

deltaPot delta potential which will be set at the copper rod

Definition at line 1149 of file SpaceCharge.h.

◆ setDeltaVoltageRotatedClipIFC()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setDeltaVoltageRotatedClipIFC	(	const float	deltaPot,
		const Side	side,
		const int	sector
	)

inline

Define delta potential due to rotated clip at IFC. Only possible at sector 11 and 11+18. The delta potential increases linearly from neighbouring rod to the specified rod, the sign of the delta potential inverts and increases linearly to 0 to the other nerighbouring rod

Parameters

deltaPot delta potential which will be set at the copper rod

Definition at line 1162 of file SpaceCharge.h.

◆ setDeltaVoltageRotatedClipOFC()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setDeltaVoltageRotatedClipOFC	(	const float	deltaPot,
		const Side	side,
		const int	sector
	)

inline

Define delta potential due to rotated clip at OFC. Only possible at sector 3 and 3+18. The delta potential increases linearly from neighbouring rod to the specified rod, the sign of the delta potential inverts and increases linearly to 0 to the other nerighbouring rod

Parameters

deltaPot delta potential which will be set at the copper rod

Definition at line 1167 of file SpaceCharge.h.

◆ setDeltaVoltageStripsShiftIFC()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setDeltaVoltageStripsShiftIFC	(	const float	deltaPot,
		const Side	side,
		const int	sector
	)

inline

Define delta potential due to shifted copper rod and field cage strips at IFC (maximum of the delta potential at the copper rod and linear decreasing up to left and right neighbouring rods)

Parameters

deltaPot delta potential which will be set at the copper rod

Definition at line 1153 of file SpaceCharge.h.

◆ setDeltaVoltageStripsShiftOFC()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setDeltaVoltageStripsShiftOFC	(	const float	deltaPot,
		const Side	side,
		const int	sector
	)

inline

Define delta potential due to shifted copper rod and field cage strips at OFC (maximum of the delta potential at the copper rod and linear decreasing up to left and right neighbouring rods)

Parameters

deltaPot delta potential which will be set at the copper rod

Definition at line 1157 of file SpaceCharge.h.

◆ setDensityFromFile()

template<typename DataT >

void SpaceCharge::setDensityFromFile	(	std::string_view	file,
		const Side	side
	)

set density from root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC

Definition at line 3242 of file SpaceCharge.cxx.

◆ setDistortionLookupTables()

template<typename DataT >

void SpaceCharge::setDistortionLookupTables	(	const DataContainer &	distdZ,
		const DataContainer &	distdR,
		const DataContainer &	distdRPhi,
		const Side	side
	)

set the distortions directly from a look up table

Parameters

distdZ	distortions in z direction
distdR	distortions in r direction
distdRPhi	distortions in rphi direction
side	side of the TPC

Definition at line 2084 of file SpaceCharge.cxx.

◆ setDistortionsCorrectionsAnalytical()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setDistortionsCorrectionsAnalytical ( const AnalyticalDistCorr< DataT > & formula )

inline

set distortions and corrections by an analytical formula

Definition at line 581 of file SpaceCharge.h.

◆ setEFieldFromFormula()

template<typename DataT >

void SpaceCharge::setEFieldFromFormula ( const AnalyticalFields< DataT > & formulaStruct )

step 2a: set the electric field from an analytical formula

Parameters

formulaStruct struct containing a method to evaluate the electric fields

Definition at line 589 of file SpaceCharge.cxx.

◆ setElectricFieldsFromFile()

template<typename DataT >

void SpaceCharge::setElectricFieldsFromFile	(	std::string_view	file,
		const Side	side
	)

set electric field from root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC

Definition at line 2982 of file SpaceCharge.cxx.

◆ setFromFile() [1/2]

template<typename DataT >

void SpaceCharge::setFromFile ( std::string_view file )

set the density, potential, electric fields, local distortions/corrections, global distortions/corrections from a file for both sides. Missing objects in the file are ignored.

Parameters

file	output file where the electrical fields will be written to

Definition at line 3389 of file SpaceCharge.cxx.

◆ setFromFile() [2/2]

template<typename DataT >

void SpaceCharge::setFromFile	(	std::string_view	file,
		const Side	side
	)

set the density, potential, electric fields, local distortions/corrections, global distortions/corrections from a file. Missing objects in the file are ignored.

Parameters

file	output file where the electrical fields will be written to
side	of the TPC

Definition at line 3376 of file SpaceCharge.cxx.

◆ setGlobalCorrections()

template<typename DataT >

void SpaceCharge::setGlobalCorrections	(	const std::function< void(int sector, DataT gx, DataT gy, DataT gz, DataT &gCx, DataT &gCy, DataT &gCz)> &	gCorr,
		const Side	side
	)

setting the global corrections directly from input function provided in global coordinates

Parameters

gCorr function returning global corrections for given global coordinate

Definition at line 3740 of file SpaceCharge.cxx.

◆ setGlobalCorrectionsFromFile() [1/2]

template<typename DataT >

void SpaceCharge::setGlobalCorrectionsFromFile	(	std::string_view	file,
		const Side	side
	)

set global corrections from root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC

Definition at line 3059 of file SpaceCharge.cxx.

◆ setGlobalCorrectionsFromFile() [2/2]

template<typename DataT >

template<typename DataTIn >

void SpaceCharge::setGlobalCorrectionsFromFile	(	TFile &	inpf,
		const Side	side
	)

set global corrections from root file (deprecated)

Parameters

inpf	input file where the global corrections are stored
side	of the TPC

Definition at line 3078 of file SpaceCharge.cxx.

◆ setGlobalDistCorrMethod()

template<typename DataT = double>

static void o2::tpc::SpaceCharge< DataT >::setGlobalDistCorrMethod ( const GlobalDistCorrMethod globalDistCorrMethod )

inlinestatic

Definition at line 914 of file SpaceCharge.h.

◆ setGlobalDistortionsFromFile() [1/2]

template<typename DataT >

void SpaceCharge::setGlobalDistortionsFromFile	(	std::string_view	file,
		const Side	side
	)

set global distortions from root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC

Definition at line 3014 of file SpaceCharge.cxx.

◆ setGlobalDistortionsFromFile() [2/2]

template<typename DataT >

template<typename DataTIn >

void SpaceCharge::setGlobalDistortionsFromFile	(	TFile &	inpf,
		const Side	side
	)

set global distortions from root file (deprecated)

Parameters

inpf	input file where the global distortions are stored
side	of the TPC

Definition at line 3032 of file SpaceCharge.cxx.

◆ setGlobalDistType()

template<typename DataT = double>

static void o2::tpc::SpaceCharge< DataT >::setGlobalDistType ( const GlobalDistType globalDistType )

inlinestatic

Definition at line 911 of file SpaceCharge.h.

◆ setIFCChargeUpFallingPot()

template<typename DataT >

void SpaceCharge::setIFCChargeUpFallingPot	(	const float	deltaPot,
		const float	zMaxDeltaPot,
		const int	type,
		const float	zEnd,
		const float	offs,
		const Side	side
	)

IFC charge up: set a linear rising delta potential from the CE to given z position which falls linear down to 0 at the readout

Parameters

deltaPot	maximum value of the delta potential in V
zMaxDeltaPot	z position where the maximum delta potential of deltaPot will be set
type	function which is used to set falling potential: 0=linear falling off, 1=1/x falling off, 2=1/x steeply falling, 3=linear with offset
offs	if offs != 0 the potential doesnt fall to 0. E.g. deltaPot=400V and offs=-10V -> Potential falls from 400V at zMaxDeltaPot to -10V at z=250cm

Definition at line 3696 of file SpaceCharge.cxx.

◆ setIFCChargeUpRisingPot()

template<typename DataT >

void SpaceCharge::setIFCChargeUpRisingPot	(	const float	deltaPot,
		const float	zMaxDeltaPot,
		const int	type,
		const float	zStart,
		const float	offs,
		const Side	side
	)

IFC charge up: set a linear rising delta potential from the CE to given z

Parameters

deltaPot	maximum value of the delta potential in V
zMaxDeltaPot	z position where the maximum delta potential of deltaPot will be set
type	functional form of the delta potential: 0=linear, 1= 1/x, 2=flat, 3=linear falling, 4=flat no z dependence
zStart	usually at 0 to start the rising of the potential at the IFC

Definition at line 3658 of file SpaceCharge.cxx.

◆ setLocalCorrectionsFromFile()

template<typename DataT >

void SpaceCharge::setLocalCorrectionsFromFile	(	std::string_view	file,
		const Side	side
	)

set local corrections from root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC

Definition at line 3105 of file SpaceCharge.cxx.

◆ setLocalDistCorrVectorsFromFile()

template<typename DataT >

void SpaceCharge::setLocalDistCorrVectorsFromFile	(	std::string_view	file,
		const Side	side
	)

set local distortions from root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC

Definition at line 3169 of file SpaceCharge.cxx.

◆ setLocalDistortionsFromFile()

template<typename DataT >

void SpaceCharge::setLocalDistortionsFromFile	(	std::string_view	file,
		const Side	side
	)

set local distortions from root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC

Definition at line 3152 of file SpaceCharge.cxx.

◆ setMeanLumi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setMeanLumi ( float lumi )

inline

Definition at line 1225 of file SpaceCharge.h.

◆ setMetaData()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setMetaData ( const SCMetaData & meta )

inline

setting meta data for this object

Definition at line 1221 of file SpaceCharge.h.

◆ setNStep()

template<typename DataT = double>

static void o2::tpc::SpaceCharge< DataT >::setNStep ( const int nSteps )

inlinestatic

set number of steps used for calculation of distortions/corrections per z bin

Parameters

nSteps number of steps per z bin

Definition at line 896 of file SpaceCharge.h.

◆ setNThreads()

template<typename DataT = double>

static void o2::tpc::SpaceCharge< DataT >::setNThreads ( const int nThreads )

inlinestatic

set the number of threads used for some of the calculations

Definition at line 904 of file SpaceCharge.h.

◆ setNumericalIntegrationStrategy()

template<typename DataT = double>

static void o2::tpc::SpaceCharge< DataT >::setNumericalIntegrationStrategy ( const IntegrationStrategy strategy )

inlinestatic

set which kind of numerical integration is used for calcution of the integrals int Er/Ez dz, int Ephi/Ez dz, int Ez dz

Parameters

strategy numerical integration strategy. see enum IntegrationStrategy for the different types

Definition at line 908 of file SpaceCharge.h.

◆ setOmegaTauT1T2()

template<typename DataT >

void SpaceCharge::setOmegaTauT1T2	(	const DataT	omegaTau = `0.32f`,
		const DataT	t1 = `1`,
		const DataT	t2 = `1`
	)

Parameters

omegaTau	\omega \tau value
t1	value for t1 see: ???
t2	value for t2 see: ???

Definition at line 3404 of file SpaceCharge.cxx.

◆ setPotential()

template<typename DataT >

void SpaceCharge::setPotential	(	int	iz,
		int	ir,
		int	iphi,
		Side	side,
		float	val
	)

setting the potential directly for given vertex

Definition at line 4044 of file SpaceCharge.cxx.

◆ setPotentialBoundaryFromFormula()

template<typename DataT >

void SpaceCharge::setPotentialBoundaryFromFormula ( const AnalyticalFields< DataT > & formulaStruct )

step 0: this function fills the boundary of the potential using an analytical formula. The boundary is used in the PoissonSolver.

Parameters

formulaStruct struct containing a method to evaluate the potential

Definition at line 523 of file SpaceCharge.cxx.

◆ setPotentialBoundaryGEMFrameAlongR()

template<typename DataT >

void SpaceCharge::setPotentialBoundaryGEMFrameAlongR	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

setting the boundary potential of the GEM stack along the radius

Parameters

potentialFunc	potential funtion as a function of the radius
Side	of the TPC

Definition at line 263 of file SpaceCharge.cxx.

◆ setPotentialBoundaryGEMFrameIROCBottomAlongPhi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setPotentialBoundaryGEMFrameIROCBottomAlongPhi	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

inline

setting the boundary potential of the IROC on the bottom along phi

Parameters

potentialFunc	potential funtion as a function of global phi
Side	of the TPC

Definition at line 225 of file SpaceCharge.h.

◆ setPotentialBoundaryGEMFrameIROCToIFCPhi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setPotentialBoundaryGEMFrameIROCToIFCPhi	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

inline

setting the potential from the IROC to the inner field cage

Definition at line 268 of file SpaceCharge.h.

◆ setPotentialBoundaryGEMFrameIROCTopAlongPhi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setPotentialBoundaryGEMFrameIROCTopAlongPhi	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

inline

setting the boundary potential of the IROC on the top along phi

Parameters

potentialFunc	potential funtion as a function of global phi
Side	of the TPC

Definition at line 230 of file SpaceCharge.h.

◆ setPotentialBoundaryGEMFrameOROC1BottomAlongPhi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setPotentialBoundaryGEMFrameOROC1BottomAlongPhi	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

inline

setting the boundary potential of the OROC1 on the bottom along phi

Parameters

potentialFunc	potential funtion as a function of global phi
Side	of the TPC

Definition at line 235 of file SpaceCharge.h.

◆ setPotentialBoundaryGEMFrameOROC1TopAlongPhi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setPotentialBoundaryGEMFrameOROC1TopAlongPhi	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

inline

setting the boundary potential of the OROC1 on the top along phi

Parameters

potentialFunc	potential funtion as a function of global phi
Side	of the TPC

Definition at line 240 of file SpaceCharge.h.

◆ setPotentialBoundaryGEMFrameOROC2BottomAlongPhi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setPotentialBoundaryGEMFrameOROC2BottomAlongPhi	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

inline

setting the boundary potential of the OROC2 on the bottom along phi

Parameters

potentialFunc	potential funtion as a function of global phi
Side	of the TPC

Definition at line 245 of file SpaceCharge.h.

◆ setPotentialBoundaryGEMFrameOROC2TopAlongPhi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setPotentialBoundaryGEMFrameOROC2TopAlongPhi	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

inline

setting the boundary potential of the OROC2 on the top along phi

Parameters

potentialFunc	potential funtion as a function of global phi
Side	of the TPC

Definition at line 250 of file SpaceCharge.h.

◆ setPotentialBoundaryGEMFrameOROC3BottomAlongPhi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setPotentialBoundaryGEMFrameOROC3BottomAlongPhi	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

inline

setting the boundary potential of the OROC3 on the bottom along phi

Parameters

potentialFunc	potential funtion as a function of global phi
Side	of the TPC

Definition at line 255 of file SpaceCharge.h.

◆ setPotentialBoundaryGEMFrameOROC3ToOFCPhi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setPotentialBoundaryGEMFrameOROC3ToOFCPhi	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

inline

setting the boundary potential of the OROC3 on the top along phi

Parameters

potentialFunc	potential funtion as a function of global phi
Side	of the TPC

Definition at line 265 of file SpaceCharge.h.

◆ setPotentialBoundaryGEMFrameOROC3TopAlongPhi()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setPotentialBoundaryGEMFrameOROC3TopAlongPhi	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

inline

setting the boundary potential of the OROC3 on the top along phi

Parameters

potentialFunc	potential funtion as a function of global phi
Side	of the TPC

Definition at line 260 of file SpaceCharge.h.

◆ setPotentialBoundaryInnerRadius()

template<typename DataT >

void SpaceCharge::setPotentialBoundaryInnerRadius	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

setting the boundary potential for the inner TPC radius along r

Parameters

potentialFunc	potential funtion as a function of z
Side	of the TPC

Definition at line 464 of file SpaceCharge.cxx.

◆ setPotentialBoundaryOuterRadius()

template<typename DataT >

void SpaceCharge::setPotentialBoundaryOuterRadius	(	const std::function< DataT(DataT)> &	potentialFunc,
		const Side	side
	)

setting the boundary potential for the outer TPC radius along r

Parameters

potentialFunc	potential funtion as a function of z
Side	of the TPC

Definition at line 478 of file SpaceCharge.cxx.

◆ setPotentialFromFile()

template<typename DataT >

void SpaceCharge::setPotentialFromFile	(	std::string_view	file,
		const Side	side
	)

set potential from root file using RDataFrame

Parameters

file	output file where the electrical fields will be written to
side	of the TPC

Definition at line 3198 of file SpaceCharge.cxx.

◆ setPotentialFromFormula()

template<typename DataT >

void SpaceCharge::setPotentialFromFormula ( const AnalyticalFields< DataT > & formulaStruct )

step 0: this function fills the potential using an analytical formula

Parameters

formulaStruct struct containing a method to evaluate the potential

Definition at line 492 of file SpaceCharge.cxx.

◆ setROCMisalignmentRotationAlongX()

template<typename DataT >

void SpaceCharge::setROCMisalignmentRotationAlongX	(	const int	sector,
		const int	type,
		const float	potentialMin,
		const float	potentialMax
	)

set misalignment of ROC for rotation along local x

Parameters

sector	sector for which the misalignment in z will be applied (if sector=-1 all sectors are shifted)
type	0=IROC, 1=OROC, 2=IROC+OROC
potential	minimum delta potential
potential	maximum delta potential

Definition at line 3790 of file SpaceCharge.cxx.

◆ setROCMisalignmentRotationAlongY()

template<typename DataT >

void SpaceCharge::setROCMisalignmentRotationAlongY	(	const int	sector,
		const int	type,
		const float	potentialMin,
		const float	potentialMax
	)

set misalignment of ROC for rotation along local y

Parameters

sector	sector for which the misalignment in z will be applied (if sector=-1 all sectors are shifted)
type	0=IROC, 1=OROC, 2=IROC+OROC
potential	minimum delta potential
potential	maximum delta potential

Definition at line 3796 of file SpaceCharge.cxx.

◆ setROCMisalignmentShiftZ()

template<typename DataT >

void SpaceCharge::setROCMisalignmentShiftZ	(	const int	sector,
		const int	type,
		const float	potential
	)

set misalignment of ROC for shift in z

Parameters

sector	sector for which the misalignment in z will be applied (if sector=-1 all sectors are shifted)
type	0=IROC, 1=OROC, 2=IROC+OROC
potential	delta potential on which the ROCs are set

Definition at line 3784 of file SpaceCharge.cxx.

◆ setSCDistortionType()

template<typename DataT = double>

static void o2::tpc::SpaceCharge< DataT >::setSCDistortionType ( SCDistortionType distortionType )

inlinestatic

Set the space-charge distortions model

Parameters

distortionType distortion type (constant or realistic)

Definition at line 922 of file SpaceCharge.h.

◆ setSimEDistortions()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setSimEDistortions ( const bool simEDistortions )

inline

calculate distortions due to electric fields (space charge, boundary potential...)

Definition at line 889 of file SpaceCharge.h.

◆ setSimExBMisalignment()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setSimExBMisalignment ( const bool simExBMisalignment )

inline

enable/disable calculation of distortions due to ExB misalignment

Definition at line 883 of file SpaceCharge.h.

◆ setSimOneSector()

template<typename DataT >

void SpaceCharge::setSimOneSector ( )

simulate only one sector instead of 18 per side. This makes currently only sense for the static distortions (ToDo: simplify usage) phi max will be restricted to 2Pi/18 for this instance and for global instance of poisson solver

Definition at line 3359 of file SpaceCharge.cxx.

◆ setSimpsonNIteratives()

template<typename DataT = double>

static void o2::tpc::SpaceCharge< DataT >::setSimpsonNIteratives ( const int nIter )

inlinestatic

Definition at line 917 of file SpaceCharge.h.

◆ setUseAnalyticalDistCorr()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setUseAnalyticalDistCorr ( const bool useAna )

inline

setting usage of the analytical formula for the distortions and corrections

Definition at line 587 of file SpaceCharge.h.

◆ setUseInitialSCDensity()

template<typename DataT = double>

void o2::tpc::SpaceCharge< DataT >::setUseInitialSCDensity ( const bool useInitialSCDensity )

inline

Definition at line 926 of file SpaceCharge.h.

◆ subtractGlobalCorrections()

template<typename DataT >

void SpaceCharge::subtractGlobalCorrections	(	const SpaceCharge< DataT > &	otherSC,
		const Side	side
	)

substract global corrections from other sc object (global corrections -= other.global corrections) can be used to calculate the derivative: (this - other)/normalization for normalization see scaleCorrections()

Definition at line 3883 of file SpaceCharge.cxx.

◆ subtractGlobalDistortions()

template<typename DataT >

void SpaceCharge::subtractGlobalDistortions	(	const SpaceCharge< DataT > &	otherSC,
		const Side	side
	)

substract global distortions from other sc object (global distortions -= other.global distortions) can be used to calculate the derivative: (this - other)/normalization

Definition at line 3891 of file SpaceCharge.cxx.

◆ unsetSimOneSector()

template<typename DataT >

void SpaceCharge::unsetSimOneSector ( )

static

unsetting simulation of one sector

Definition at line 3370 of file SpaceCharge.cxx.

The documentation for this class was generated from the following files:

/home/runner/work/AliceO2/AliceO2/Detectors/TPC/simulation/include/TPCSimulation/Digitizer.h
/home/runner/work/AliceO2/AliceO2/Detectors/TPC/spacecharge/include/TPCSpaceCharge/SpaceCharge.h
/home/runner/work/AliceO2/AliceO2/Detectors/TPC/spacecharge/src/SpaceCharge.cxx

Public Types

Public Member Functions

Static Public Member Functions

Detailed Description

Member Enumeration Documentation

◆ FCType

◆ GlobalDistCorrMethod

◆ GlobalDistType

◆ IntegrationStrategy

◆ MisalignmentType

◆ Type

Constructor & Destructor Documentation

◆ SpaceCharge() [1/3]

◆ SpaceCharge() [2/3]

◆ SpaceCharge() [3/3]

Member Function Documentation

◆ addBoundaryPotential()

◆ addChargeDensity()

◆ averageDensityPerSector()

◆ calcEField()

◆ calcGlobalCorrections() [1/2]

◆ calcGlobalCorrections() [2/2]

◆ calcGlobalCorrectionsEField()

◆ calcGlobalCorrWithGlobalDistIterative() [1/2]

◆ calcGlobalCorrWithGlobalDistIterative() [2/2]

◆ calcGlobalCorrWithGlobalDistIterativeLinearCartesian() [1/2]

◆ calcGlobalCorrWithGlobalDistIterativeLinearCartesian() [2/2]

◆ calcGlobalDistortions()

◆ calcGlobalDistWithGlobalCorrIterative() [1/3]

◆ calcGlobalDistWithGlobalCorrIterative() [2/3]

◆ calcGlobalDistWithGlobalCorrIterative() [3/3]

◆ calcGlobalDistWithGlobalCorrIterativeLinearCartesian() [1/2]

◆ calcGlobalDistWithGlobalCorrIterativeLinearCartesian() [2/2]

◆ calcLocalDistortionCorrectionVector()

◆ calcLocalDistortionsCorrections() [1/2]

◆ calcLocalDistortionsCorrections() [2/2]

◆ calcLocalDistortionsCorrectionsRK4() [1/2]

◆ calcLocalDistortionsCorrectionsRK4() [2/2]

◆ calculateDistortionsCorrections()

◆ calculateElectronDriftPath()

◆ checkGridFromFile()

◆ convertIDCsToCharge()

◆ correctElectron()

◆ distortElectron()

◆ dumpAnalyticalCorrectionsDistortions()

◆ dumpDensity()

◆ dumpElectricFields()

◆ dumpGlobalCorrections() [1/2]

◆ dumpGlobalCorrections() [2/2]

◆ dumpGlobalDistortions()

◆ dumpLocalCorrections()

◆ dumpLocalDistCorrVectors()

◆ dumpLocalDistortions()

◆ dumpMetaData()

◆ dumpPotential()

◆ dumpToFile() [1/2]

◆ dumpToFile() [2/2]

◆ dumpToTree() [1/2]

◆ dumpToTree() [2/2]

◆ fillChargeDensityFromCalDet()

◆ fillChargeDensityFromFile()

◆ fillChargeDensityFromHisto() [1/3]

◆ fillChargeDensityFromHisto() [2/3]

◆ fillChargeDensityFromHisto() [3/3]

◆ fillChargeFromCalDet()

◆ fillChargeFromIDCs()

◆ fillDensity()

◆ fillPotential()

◆ getBField()

◆ getC0()

◆ getC1()

◆ getC2()

◆ getCorrections()

◆ getCorrectionsAnalytical()

◆ getCorrectionsCyl() [1/2]

◆ getCorrectionsCyl() [2/2]

◆ getDCAr()

◆ getDensity()

◆ getDensityCyl()

◆ getDistortions()