org.lcsim.recon.tracking.digitization.sisim

Class CDFSiSensorSim

java.lang.Object

org.lcsim.recon.tracking.digitization.sisim.CDFSiSensorSim

All Implemented Interfaces:

SiSensorSim

public class CDFSiSensorSim
extends Object
implements SiSensorSim

Author:

tknelson

Field Summary

Fields

Modifier and Type	Field and Description
private static double	_DEPOSITION_GRANULARITY
(package private) Map<ChargeCarrier,Hep3Vector>	_drift_direction
(package private) Map<ChargeCarrier,SiElectrodeDataCollection>	_readout_data
(package private) Map<ChargeCarrier,SiElectrodeDataCollection>	_sense_data
(package private) SiSensor	_sensor
(package private) double	_trapping
private boolean	debug
private static double	DISTANCE_ERROR_THRESHOLD

Constructor Summary

Constructors

Constructor and Description
CDFSiSensorSim() Creates a new instance of CDFSiSensorSim

Method Summary

Methods

Modifier and Type	Method and Description
void	clearReadout()
private void	clearSense()
Map<ChargeCarrier,SiElectrodeDataCollection>	computeElectrodeData()
private void	depositChargeOnSense()
private ChargeDistribution	diffusionDistribution(double segment_charge, Hep3Vector origin, ChargeCarrier carrier)
private Hep3Vector	driftDestination(Hep3Vector origin, ChargeCarrier carrier)
private Hep3Vector	driftDirection(ChargeCarrier carrier, Hep3Vector local_position)
private Hep3Vector	driftVector(Hep3Vector origin, ChargeCarrier carrier)
SiElectrodeDataCollection	getReadoutData(ChargeCarrier carrier)
void	lorentzCorrect(Hep3Vector position, ChargeCarrier carrier)
private int	nSegments(TrackSegment track, ChargeCarrier carrier, double deposition_granularity)
void	setSensor(SiSensor sensor)
void	setTrapping(double trapping)
private void	transferChargeToReadout()

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

_sensor

SiSensor _sensor

_drift_direction

Map<ChargeCarrier,Hep3Vector> _drift_direction

_sense_data

Map<ChargeCarrier,SiElectrodeDataCollection> _sense_data

_readout_data

Map<ChargeCarrier,SiElectrodeDataCollection> _readout_data

_trapping

double _trapping

_DEPOSITION_GRANULARITY

private static double _DEPOSITION_GRANULARITY

DISTANCE_ERROR_THRESHOLD

private static final double DISTANCE_ERROR_THRESHOLD

See Also:

Constant Field Values

debug

private final boolean debug

See Also:

Constant Field Values

Constructor Detail

CDFSiSensorSim

public CDFSiSensorSim()

Creates a new instance of CDFSiSensorSim

Method Detail

setTrapping

public void setTrapping(double trapping)

getReadoutData

public SiElectrodeDataCollection getReadoutData(ChargeCarrier carrier)

setSensor

public void setSensor(SiSensor sensor)

Specified by:

setSensor in interface SiSensorSim

computeElectrodeData

public Map<ChargeCarrier,SiElectrodeDataCollection> computeElectrodeData()

Specified by:

computeElectrodeData in interface SiSensorSim

clearReadout

public void clearReadout()

Specified by:

clearReadout in interface SiSensorSim

lorentzCorrect

public void lorentzCorrect(Hep3Vector position,
                  ChargeCarrier carrier)

Specified by:

lorentzCorrect in interface SiSensorSim

clearSense

private void clearSense()

depositChargeOnSense

private void depositChargeOnSense()

transferChargeToReadout

private void transferChargeToReadout()

nSegments

private int nSegments(TrackSegment track,
            ChargeCarrier carrier,
            double deposition_granularity)

driftDestination

private Hep3Vector driftDestination(Hep3Vector origin,
                          ChargeCarrier carrier)

driftVector

private Hep3Vector driftVector(Hep3Vector origin,
                     ChargeCarrier carrier)

driftDirection

private Hep3Vector driftDirection(ChargeCarrier carrier,
                        Hep3Vector local_position)

diffusionDistribution

private ChargeDistribution diffusionDistribution(double segment_charge,
                                       Hep3Vector origin,
                                       ChargeCarrier carrier)