#include <VTXDigitizer.h>
Public Member Functions | |
VTXDigitizer (const VTXDigitizer &)=delete | |
VTXDigitizer & | operator= (const VTXDigitizer &)=delete |
virtual Processor * | newProcessor () |
VTXDigitizer () | |
virtual void | init () |
Initialisation member function. More... | |
virtual void | processRunHeader (LCRunHeader *run) |
Processing of run header. More... | |
virtual void | processEvent (LCEvent *evt) |
Processing of one event. More... | |
virtual void | check (LCEvent *evt) |
Produces check plots. More... | |
virtual void | end () |
Termination member function. More... | |
Protected Member Functions | |
void | FindLocalPosition (SimTrackerHit *hit, double *localPosition, double *localDirection) |
Finds coordinates. More... | |
void | TransformToLab (double *xLoc, double *xLab) |
void | ProduceIonisationPoints (SimTrackerHit *hit) |
void | ProduceSignalPoints () |
void | ProduceHits (SimTrackerHitImplVec &simTrkVec) |
void | TransformXYToCellID (double x, double y, int &ix, int &iy) |
void | TransformCellIDToXY (int ix, int iy, double &x, double &y) |
void | PoissonSmearer (SimTrackerHitImplVec &simTrkVec) |
void | GainSmearer (SimTrackerHitImplVec &simTrkVec) |
void | PrintInfo (SimTrackerHit *simTrkHit, TrackerHitImpl *recoHit) |
TrackerHitImpl * | ReconstructTrackerHit (SimTrackerHitImplVec &simTrkVec) |
void | TrackerHitToLab (TrackerHitImpl *recoHit) |
void | PositionWithinCell (double x, double y, int &ix, int &iy, double &xCell, double &yCell) |
void | generateBackground (LCCollectionVec *col) |
Protected Attributes | |
std::string | _colName {} |
Input collection name. More... | |
std::string | _outputCollectionName {} |
std::string | _colVTXRelation {} |
int | _nRun {} |
Run number. More... | |
int | _nEvt {} |
Event number. More... | |
double | _tanLorentzAngle {} |
tangent of Lorentz angle More... | |
double | _cutOnDeltaRays {} |
cut in MeV on delta electrons used in simulation of charge for each ionisation point More... | |
double | _diffusionCoefficient {} |
Diffusion coefficient in mm for nominla layer thickness. More... | |
int | _numberOfLayers {} |
layer thickness More... | |
double | _pixelSizeX {} |
double | _pixelSizeY {} |
double | _electronsPerKeV {} |
double | _segmentDepth {} |
double | _currentTotalCharge {} |
std::vector< int > | _laddersInLayer {} |
std::vector< float > | _layerRadius {} |
std::vector< float > | _layerThickness {} |
std::vector< float > | _layerHalfThickness {} |
std::vector< float > | _layerLadderLength {} |
std::vector< float > | _layerLadderHalfWidth {} |
std::vector< float > | _layerPhiOffset {} |
std::vector< float > | _layerActiveSiOffset {} |
std::vector< float > | _layerHalfPhi {} |
std::vector< float > | _layerLadderGap {} |
std::vector< float > | _bkgdHitsInLayer {} |
std::vector< float > | _layerLadderWidth {} |
int | _currentLayer {} |
int | _currentModule {} |
int | _generateBackground {} |
double | _currentParticleMomentum {} |
double | _currentParticleEnergy {} |
double | _currentParticleMass {} |
double | _currentPhi {} |
double | _widthOfCluster {} |
double | PI {} |
double | TWOPI {} |
double | PI2 {} |
double | SCALING {} |
int | _produceFullPattern {} |
int | _numberOfSegments {} |
int | _debug {} |
int | _PoissonSmearing {} |
int | _electronicEffects {} |
int | _useMCPMomentum {} |
int | _removeDrays {} |
double | _threshold {} |
double | _currentLocalPosition [3] {} |
double | _currentEntryPoint [3] {} |
double | _currentExitPoint [3] {} |
double | _electronicNoise {} |
double | _segmentLength {} |
IonisationPointVec | _ionisationPoints {} |
SignalPointVec | _signalPoints {} |
MyG4UniversalFluctuationForSi * | _fluctuate {} |
double | _xLayerReco {} |
double | _yLayerReco {} |
double | _zLayerReco {} |
double | _xLayerSim {} |
double | _yLayerSim {} |
double | _zLayerSim {} |
int | _iLayer {} |
int | _nCoveredX {} |
int | _nCoveredY {} |
int | _nCells {} |
int | _totEntries {} |
double | _totMomentum {} |
double | _momX {} |
double | _momY {} |
double | _momZ {} |
double | _eDep {} |
double | _amplX [20] {} |
double | _amplY [20] {} |
double | _amplC [100] {} |
double | _ampl {} |
double | _amplMax {} |
double | _eSum {} |
double | _energyLoss {} |
double | _clusterWidthX {} |
double | _clusterWidthY {} |
double | _ampl33 {} |
double | _ampl55 {} |
double | _ampl77 {} |
int | _ncell33 {} |
int | _ncell55 {} |
int | _ncell77 {} |
int | _storeNtuple {} |
double | _xLocalRecoCOG {} |
double | _yLocalRecoCOG {} |
double | _xLocalRecoEdge {} |
double | _yLocalRecoEdge {} |
double | _xLocalSim {} |
double | _yLocalSim {} |
std::vector< SimTrackerHitImplVec > | _hitsInLayer {} |
Definition at line 130 of file VTXDigitizer.h.