Abstract class for the simulation of double-sided silicon strip sensors. More...

#include <CbmStsSimSensorDssd.h>

Inheritance diagram for CbmStsSimSensorDssd:

Collaboration diagram for CbmStsSimSensorDssd:

Public Member Functions
	CbmStsSimSensorDssd (CbmStsElement *element=nullptr)
	Standard constructor.

	CbmStsSimSensorDssd (CbmStsSimSensorDssd &rhs)=delete
	Copy constructor (disabled)

CbmStsSimSensorDssd &	operator= (const CbmStsSimSensorDssd &rhs)=delete
	Assignment operator (disabled)

virtual	~CbmStsSimSensorDssd ()
	Destructor

virtual Int_t	GetNofStrips (Int_t side) const =0
	Number of strips on front and back side.

virtual void	ModifyStripPitch (Double_t pitch)=0
	Modify the strip pitch.

std::string	ChargeStatus () const
	Print charge status.

virtual std::string	ToString () const =0
	String output.

const CbmStsParSensorCond *	GetConditions () const
	Sensor conditions.

const CbmLink &	GetCurrentLink () const
	Current link object.

CbmStsElement *	GetElement () const
	Corresponding element in STS setup.

CbmStsSimModule *	GetModule () const
	Simulation module.

virtual Bool_t	Init ()
	Initialise the sensor, if needed.

Int_t	GetSensorId () const
	Sensor ID.

Int_t	ProcessPoint (const CbmStsPoint *point, Double_t eventTime, const CbmLink &link)
	Process one MC Point.

void	SetConditions (const CbmStsParSensorCond *conditions)

void	SetElement (CbmStsElement *element)
	Set the corresponding STS setup element.

void	SetField (Double_t bX, Double_t bY, Double_t bZ)
	Set the magnetic field in the sensor centre.

void	SetModule (CbmStsSimModule *module)
	Set the corresponding simulation module.

void	SetSimSettings (const CbmStsParSim *settings)
	Set the simulation settings.

Static Public Member Functions
static UInt_t	GetAddressFromName (TString name)
	Get the address from the sensor name (static)

Protected Member Functions
virtual Int_t	CalculateResponse (CbmStsSensorPoint *point)
	Analogue response to a track in the sensor.

void	CrossTalk (Double_t ctCoeff)

virtual Int_t	GetModuleChannel (Int_t strip, Int_t side, Int_t sensorId) const =0
	Get the readout channel in the module for a given strip.

Bool_t	IsInside (Double_t x, Double_t y)

Double_t	LorentzShift (Double_t z, Int_t chargeType, Double_t bY) const
	Lorentz shift in the x coordinate.

void	ProduceCharge (CbmStsSensorPoint *point)
	Generate charge as response to a sensor point.

virtual void	PropagateCharge (Double_t x, Double_t y, Double_t z, Double_t charge, Double_t bY, Int_t side)=0

void	RegisterCharge (Int_t side, Int_t strip, Double_t charge, Double_t time) const
	Register the produced charge in one strip to the module.

	ClassDef (CbmStsSimSensorDssd, 1)

	ClassDef (CbmStsSimSensor, 1)

Protected Attributes
Double_t	fDx = 0.
	Dimension of active area in x [cm].

Double_t	fDy = 0.
	Dimension of active area in y [cm].

Double_t	fDz = 0.
	Thickness in z [cm].

Bool_t	fIsSet = kFALSE
	Flag whether sensor is properly initialised.

TArrayD	fStripCharge [2] {}

CbmStsElement *	fElement = nullptr

CbmStsSimModule *	fModule = nullptr
	Setup element.

const CbmStsParSim *	fSettings = nullptr
	Simulation module.

const CbmStsParSensorCond *	fConditions = nullptr
	Simulation settings.

Double_t	fBx = 0.
	Operating conditions.

Double_t	fBy = 0.
	y component of magnetic field in sensor centre

Double_t	fBz = 0.
	z component of magnetic field in sensor centre

CbmLink	fCurrentLink = {}

Detailed Description

Abstract class for the simulation of double-sided silicon strip sensors.

Author: V.Friese v.fri.nosp@m.ese@.nosp@m.gsi.d.nosp@m.e

Since: 16.03.2020

This abstract class describes the (analogue) response of double-sided silicon strip sensors in the STS.

The active area does not necessarily coincide with the geometric dimensions of the sensor. It is, however, centred in the latter, meaning that the width of inactive regions (guard ring) are the same on the left and on the right side and also the same at the top and and the bottom.

The response to charged particles is modelled by a uniform charge distribution along the particle trajectory in the active volume, which is projected to the readout edge, where it is discretised on the active strips. The charge is then delivered to the corresponding channel of the readout module (CbmStsModule).

Concrete classes have to implement the pure virtual method PropagateCharge, which has to properly fill the charge arrays fStripCharge for front and back side, along with the auxiliary method Diffusion for the thermal diffusion along the drift to the readout plane. Also, the mapping from the strip numbers to the (module) channel number has to be implemented in GetModuleChannel. These methods will e.g. be different for sensors with stereo angles, where both sides are read out at the same edge, and for sensor with orthogonal strips, where the back plane is read out at the left or right edge.

Definition at line 50 of file CbmStsSimSensorDssd.h.

Constructor & Destructor Documentation

◆ CbmStsSimSensorDssd() [1/2]

CbmStsSimSensorDssd::CbmStsSimSensorDssd ( CbmStsElement * element = nullptr )

Standard constructor.

Parameters

element Pointer to element of geometry setup

Definition at line 29 of file CbmStsSimSensorDssd.cxx.

◆ CbmStsSimSensorDssd() [2/2]

CbmStsSimSensorDssd::CbmStsSimSensorDssd ( CbmStsSimSensorDssd & rhs )

delete

Copy constructor (disabled)

◆ ~CbmStsSimSensorDssd()

virtual CbmStsSimSensorDssd::~CbmStsSimSensorDssd ( )

inlinevirtual

Destructor

Definition at line 68 of file CbmStsSimSensorDssd.h.

Member Function Documentation

◆ CalculateResponse()

Int_t CbmStsSimSensorDssd::CalculateResponse ( CbmStsSensorPoint * point )

protectedvirtual

Analogue response to a track in the sensor.

Parameters

point Pointer to CbmStsSensorPoint object @value Number of analogue signals created in the strips

In this method, the analogue response of the sensor to a charged particle traversing it is implemented. The input is an object of type CbmStsSensorPoint, giving the geometric intersection of the track with the sensor in the sensor internal coordinate system. The method shall create charges in the internal arrays fStripCharge.

Implements CbmStsSimSensor.

Definition at line 34 of file CbmStsSimSensorDssd.cxx.

References CbmStsParSim::CrossTalk(), CrossTalk(), fIsSet, CbmStsSimSensor::fSettings, fStripCharge, CbmStsSimSensor::GetConditions(), CbmStsParSensorCond::GetCrossTalkCoeff(), CbmStsSimSensor::GetModule(), GetNofStrips(), CbmStsSensorPoint::GetTime(), ProduceCharge(), and RegisterCharge().

◆ ChargeStatus()

string CbmStsSimSensorDssd::ChargeStatus ( ) const

Print charge status.

Definition at line 81 of file CbmStsSimSensorDssd.cxx.

References fStripCharge, and GetNofStrips().

◆ ClassDef() [1/2]

CbmStsSimSensor::ClassDef	(	CbmStsSimSensor	,
		1	)

protectedinherited

◆ ClassDef() [2/2]

CbmStsSimSensorDssd::ClassDef	(	CbmStsSimSensorDssd	,
		1	)

protected

◆ CrossTalk()

void CbmStsSimSensorDssd::CrossTalk ( Double_t ctCoeff )

protected

Cross talk

Parameters

ctCoeff Cross-talk coefficient

Operates on the strip charge arrays and re-distributes charges between adjacent strips according to the cross-talk coefficient.

Definition at line 99 of file CbmStsSimSensorDssd.cxx.

References fStripCharge, and GetNofStrips().

Referenced by CalculateResponse().

◆ GetAddressFromName()

UInt_t CbmStsSimSensor::GetAddressFromName ( TString name )

staticinherited

Get the address from the sensor name (static)

Parameters

name	Name of sensor @value Unique element address

Definition at line 37 of file CbmStsSimSensor.cxx.

References CbmStsAddress::GetAddress().

◆ GetConditions()

const CbmStsParSensorCond * CbmStsSimSensor::GetConditions ( ) const

inlineinherited

Sensor conditions.

Returns: Sensor condition object

Definition at line 69 of file CbmStsSimSensor.h.

References CbmStsSimSensor::fConditions.

Referenced by CalculateResponse(), LorentzShift(), CbmStsSimSensorDssdOrtho::PropagateCharge(), and CbmStsSimSensorDssdStereo::PropagateCharge().

◆ GetCurrentLink()

const CbmLink & CbmStsSimSensor::GetCurrentLink ( ) const

inlineinherited

Current link object.

Returns: Current link object (to CbmStsPoint)

Definition at line 75 of file CbmStsSimSensor.h.

References CbmStsSimSensor::fCurrentLink.

Referenced by RegisterCharge().

◆ GetElement()

CbmStsElement * CbmStsSimSensor::GetElement ( ) const

inlineinherited

Corresponding element in STS setup.

Returns: Sensor element

Definition at line 81 of file CbmStsSimSensor.h.

References CbmStsSimSensor::fElement.

◆ GetModule()

CbmStsSimModule * CbmStsSimSensor::GetModule ( ) const

inlineinherited

Simulation module.

Returns: Corresponding simulation module

Definition at line 87 of file CbmStsSimSensor.h.

References CbmStsSimSensor::fModule.

Referenced by CalculateResponse(), and RegisterCharge().

◆ GetModuleChannel()

virtual Int_t CbmStsSimSensorDssd::GetModuleChannel	(	Int_t	strip,
		Int_t	side,
		Int_t	sensorId ) const

protectedpure virtual

Get the readout channel in the module for a given strip.

Parameters

strip	Strip number
side	Side (0 = front, 1 = back)
sensorId	Index of sensor within module

Returns: Channel number in module

This method defines the mapping of the sensor strips to the readout channels in the module.

Implemented in CbmStsSimSensorDssdOrtho, and CbmStsSimSensorDssdStereo.

Referenced by RegisterCharge().

◆ GetNofStrips()

virtual Int_t CbmStsSimSensorDssd::GetNofStrips ( Int_t side ) const

pure virtual

Number of strips on front and back side.

Parameters

side	0 = front side, 1 = back side @value Number of strips on the specified sensor side

Implemented in CbmStsSimSensorDssdOrtho, and CbmStsSimSensorDssdStereo.

Referenced by CalculateResponse(), ChargeStatus(), CrossTalk(), and ProduceCharge().

◆ GetSensorId()

Int_t CbmStsSimSensor::GetSensorId ( ) const

inherited

Sensor ID.

Returns: Sensor number with module

Definition at line 52 of file CbmStsSimSensor.cxx.

References CbmStsSimSensor::fElement, CbmStsElement::GetAddress(), CbmStsAddress::GetElementId(), and kStsSensor.

Referenced by CbmStsSimSensorDssdOrtho::Init(), RegisterCharge(), and CbmStsSimSensorDssdOrtho::SetParameters().

◆ Init()

virtual Bool_t CbmStsSimSensor::Init ( )

inlinevirtualinherited

Initialise the sensor, if needed.

Returns: kTRUE is successfully initialised

The implementation depends on the concrete sensor class.

Reimplemented in CbmStsSimSensorDssdOrtho, and CbmStsSimSensorDssdStereo.

Definition at line 95 of file CbmStsSimSensor.h.

◆ IsInside()

Bool_t CbmStsSimSensorDssd::IsInside	(	Double_t	x,
		Double_t	y )

protected

Check whether a point (x,y) is inside the active area.

Parameters

x	x coordinate in the local c.s. [cm]
y	y coordinate in the local c.s. [cm]

Returns: kTRUE if inside active area.

The coordinates have to be given in the local coordinate system (origin in the sensor centre).

Definition at line 130 of file CbmStsSimSensorDssd.cxx.

References fDx, fDy, x, and y.

Referenced by CbmStsSimSensorDssdOrtho::PropagateCharge(), and CbmStsSimSensorDssdStereo::PropagateCharge().

◆ LorentzShift()

Double_t CbmStsSimSensorDssd::LorentzShift	(	Double_t	z,
		Int_t	chargeType,
		Double_t	bY ) const

protected

Lorentz shift in the x coordinate.

Parameters

z	Coordinate of charge origin in local c.s. [cm]
chargeType	Type of charge carrier (0 = electron, 1 = hole)
bY	Magnetic field (y component) [T] @value Displacement in x due to Lorentz shift [cm]

Calculates the displacement in x of a charge propagating to the readout plane of the sensor.

TODO: This assumes that the sensor is oriented vertically. It has to be implemented correctly for arbitrary orientations of the local x-y plane.

Definition at line 142 of file CbmStsSimSensorDssd.cxx.

References CbmStsPhysics::ElectricField(), fDz, CbmStsSimSensor::GetConditions(), CbmStsParSensorCond::GetHallMobility(), CbmStsParSensorCond::GetVbias(), and CbmStsParSensorCond::GetVfd().

Referenced by CbmStsSimSensorDssdOrtho::PropagateCharge(), and CbmStsSimSensorDssdStereo::PropagateCharge().

◆ ModifyStripPitch()

virtual void CbmStsSimSensorDssd::ModifyStripPitch ( Double_t pitch )

pure virtual

Modify the strip pitch.

Parameters

New	strip pitch [cm]

The number of strips is re-calculated accordingly.

Implemented in CbmStsSimSensorDssdOrtho, and CbmStsSimSensorDssdStereo.

◆ operator=()

CbmStsSimSensorDssd & CbmStsSimSensorDssd::operator= ( const CbmStsSimSensorDssd & rhs )

delete

Assignment operator (disabled)

◆ ProcessPoint()

Int_t CbmStsSimSensor::ProcessPoint	(	const CbmStsPoint *	point,
		Double_t	eventTime,
		const CbmLink &	link )

inherited

Process one MC Point.

Parameters

point Pointer to CbmStsPoint object

Returns: Status variable, depends on sensor type

The point coordinates are converted into the internal coordinate system. The appropriate analogue response is then calculated with the pure virtual method CalculateResponse.

Definition at line 61 of file CbmStsSimSensor.cxx.

References CbmStsSimSensor::CalculateResponse(), CbmStsSimSensor::fCurrentLink, CbmStsSimSensor::fElement, CbmStsPoint::GetPid(), CbmStsElement::GetPnode(), CbmStsPoint::GetPxOut(), CbmStsPoint::GetPyOut(), CbmStsPoint::GetPzOut(), CbmStsPoint::GetXIn(), CbmStsPoint::GetXOut(), CbmStsPoint::GetYIn(), CbmStsPoint::GetYOut(), CbmStsPoint::GetZIn(), CbmStsPoint::GetZOut(), and CbmStsPoint::IsEntry().

◆ ProduceCharge()

void CbmStsSimSensorDssd::ProduceCharge ( CbmStsSensorPoint * point )

protected

Generate charge as response to a sensor point.

Parameters

point Pointer to sensor point object

Charge is created in the sensor volume as response to the particle trajectory and is propagated to the read-out edges.

Definition at line 186 of file CbmStsSimSensorDssd.cxx.

Referenced by CalculateResponse().

◆ PropagateCharge()

virtual void CbmStsSimSensorDssd::PropagateCharge	(	Double_t	x,
		Double_t	y,
		Double_t	z,
		Double_t	charge,
		Double_t	bY,
		Int_t	side )

protectedpure virtual

Propagate a charge created in the sensor to the readout strips

Parameters

x	x origin of charge in local c.s. [cm]
y	y origin of charge in local c.s. [cm]
z	z origin of charge in local c.s. [cm]
charge	Charge [e]
bY	Magnetic field (y component) [T]
side	0 = front (n) side; 1 = back (p) side
sensor	Pointer to sensor object

Implemented in CbmStsSimSensorDssdOrtho, and CbmStsSimSensorDssdStereo.

Referenced by ProduceCharge().

◆ RegisterCharge()

void CbmStsSimSensorDssd::RegisterCharge	(	Int_t	side,
		Int_t	strip,
		Double_t	charge,
		Double_t	time ) const

protected

Register the produced charge in one strip to the module.

Parameters

side	0 = front, 1 = back
strip	strip number
charge	charge in strip [e]
time	time of registration [ns]

The charge in one strip resulting from the analogue response simulation is registered to the read-out chip (module).

Definition at line 273 of file CbmStsSimSensorDssd.cxx.

References CbmStsSimModule::AddSignal(), CbmStsSimSensor::GetCurrentLink(), CbmLink::GetEntry(), CbmLink::GetFile(), CbmLink::GetIndex(), CbmStsSimSensor::GetModule(), GetModuleChannel(), and CbmStsSimSensor::GetSensorId().

Referenced by CalculateResponse().

◆ SetConditions()

void CbmStsSimSensor::SetConditions ( const CbmStsParSensorCond * conditions )

inlineinherited

Set the sensor conditions

Parameters

conditions Pointer to conditions parameters

Definition at line 118 of file CbmStsSimSensor.h.

References CbmStsSimSensor::fConditions.

◆ SetElement()

void CbmStsSimSensor::SetElement ( CbmStsElement * element )

inlineinherited

Set the corresponding STS setup element.

Parameters

Pointer to setup element

Definition at line 124 of file CbmStsSimSensor.h.

References CbmStsSimSensor::fElement.

◆ SetField()

void CbmStsSimSensor::SetField	(	Double_t	bX,
		Double_t	bY,
		Double_t	bZ )

inlineinherited

Set the magnetic field in the sensor centre.

Parameters

bX	x component of magnetic field [T]
bY	y component of magnetic field [T]
bZ	z component of magnetic field [T]

The magnetic field is neede for the calculation of the Lorentz shift of charge carries in the sensor. The field is approximated to be constant.

Definition at line 136 of file CbmStsSimSensor.h.

References CbmStsSimSensor::fBx, CbmStsSimSensor::fBy, and CbmStsSimSensor::fBz.

◆ SetModule()

void CbmStsSimSensor::SetModule ( CbmStsSimModule * module )

inlineinherited

Set the corresponding simulation module.

Parameters

module Pointer to module

Definition at line 147 of file CbmStsSimSensor.h.

References CbmStsSimSensor::fModule.

◆ SetSimSettings()

void CbmStsSimSensor::SetSimSettings ( const CbmStsParSim * settings )

inlineinherited

Set the simulation settings.

Parameters

Simulation setting parameteres

Definition at line 153 of file CbmStsSimSensor.h.

References CbmStsSimSensor::fSettings.

◆ ToString()

virtual std::string CbmStsSimSensorDssd::ToString ( ) const

pure virtual

String output.

Implements CbmStsSimSensor.

Implemented in CbmStsSimSensorDssdOrtho, and CbmStsSimSensorDssdStereo.

Member Data Documentation

◆ fBx

Double_t CbmStsSimSensor::fBx = 0.

protectedinherited

Operating conditions.

x component of magnetic field in sensor centre

Definition at line 174 of file CbmStsSimSensor.h.

Referenced by CbmStsSimSensor::SetField().

◆ fBy

Double_t CbmStsSimSensor::fBy = 0.

protectedinherited

y component of magnetic field in sensor centre

Definition at line 175 of file CbmStsSimSensor.h.

Referenced by CbmStsSimSensor::SetField().

◆ fBz

Double_t CbmStsSimSensor::fBz = 0.

protectedinherited

z component of magnetic field in sensor centre

Definition at line 176 of file CbmStsSimSensor.h.

Referenced by CbmStsSimSensor::SetField().

◆ fConditions

const CbmStsParSensorCond* CbmStsSimSensor::fConditions = nullptr

protectedinherited

Simulation settings.

Definition at line 173 of file CbmStsSimSensor.h.

Referenced by CbmStsSimSensor::GetConditions(), CbmStsSimSensor::SetConditions(), and CbmStsSimSensorDssdStereo::ToString().

◆ fCurrentLink

CbmLink CbmStsSimSensor::fCurrentLink = {}

protectedinherited

Definition at line 177 of file CbmStsSimSensor.h.

Referenced by CbmStsSimSensor::GetCurrentLink(), and CbmStsSimSensor::ProcessPoint().

◆ fDx

Double_t CbmStsSimSensorDssd::fDx = 0.

protected

Dimension of active area in x [cm].

Definition at line 95 of file CbmStsSimSensorDssd.h.

Referenced by CbmStsSimSensorDssdOrtho::Diffusion(), CbmStsSimSensorDssdStereo::Diffusion(), CbmStsSimSensorDssdOrtho::GetStripNumber(), CbmStsSimSensorDssdStereo::GetStripNumber(), CbmStsSimSensorDssdOrtho::Init(), CbmStsSimSensorDssdStereo::Init(), IsInside(), CbmStsSimSensorDssdOrtho::ModifyStripPitch(), CbmStsSimSensorDssdStereo::ModifyStripPitch(), CbmStsSimSensorDssdOrtho::SetParameters(), and CbmStsSimSensorDssdOrtho::ToString().

◆ fDy

Double_t CbmStsSimSensorDssd::fDy = 0.

protected

Dimension of active area in y [cm].

Definition at line 96 of file CbmStsSimSensorDssd.h.

Referenced by CbmStsSimSensorDssdStereo::CbmStsSimSensorDssdStereo(), CbmStsSimSensorDssdOrtho::Diffusion(), CbmStsSimSensorDssdStereo::Diffusion(), CbmStsSimSensorDssdOrtho::GetStripNumber(), CbmStsSimSensorDssdStereo::GetStripNumber(), CbmStsSimSensorDssdOrtho::Init(), CbmStsSimSensorDssdStereo::Init(), IsInside(), CbmStsSimSensorDssdOrtho::ModifyStripPitch(), CbmStsSimSensorDssdOrtho::SetParameters(), CbmStsSimSensorDssdOrtho::ToString(), and CbmStsSimSensorDssdStereo::ToString().

◆ fDz

Double_t CbmStsSimSensorDssd::fDz = 0.

protected

Thickness in z [cm].

Definition at line 97 of file CbmStsSimSensorDssd.h.

Referenced by CbmStsSimSensorDssdOrtho::Init(), CbmStsSimSensorDssdStereo::Init(), LorentzShift(), CbmStsSimSensorDssdOrtho::PropagateCharge(), CbmStsSimSensorDssdStereo::PropagateCharge(), CbmStsSimSensorDssdOrtho::SetParameters(), and CbmStsSimSensorDssdOrtho::ToString().

◆ fElement

CbmStsElement* CbmStsSimSensor::fElement = nullptr

protectedinherited

Definition at line 169 of file CbmStsSimSensor.h.

Referenced by CbmStsSimSensor::GetElement(), CbmStsSimSensor::GetSensorId(), CbmStsSimSensorDssdOrtho::Init(), CbmStsSimSensorDssdStereo::Init(), CbmStsSimSensor::ProcessPoint(), CbmStsSimSensor::SetElement(), CbmStsSimSensorDssdOrtho::SetParameters(), CbmStsSimSensorDssdOrtho::ToString(), and CbmStsSimSensorDssdStereo::ToString().

◆ fIsSet

Bool_t CbmStsSimSensorDssd::fIsSet = kFALSE

protected

Flag whether sensor is properly initialised.

Definition at line 98 of file CbmStsSimSensorDssd.h.

Referenced by CalculateResponse(), CbmStsSimSensorDssdOrtho::Init(), CbmStsSimSensorDssdStereo::Init(), CbmStsSimSensorDssdOrtho::ModifyStripPitch(), CbmStsSimSensorDssdStereo::ModifyStripPitch(), and CbmStsSimSensorDssdOrtho::SetParameters().

◆ fModule

CbmStsSimModule* CbmStsSimSensor::fModule = nullptr

protectedinherited

Setup element.

Definition at line 170 of file CbmStsSimSensor.h.

Referenced by CbmStsSimSensor::GetModule(), and CbmStsSimSensor::SetModule().

◆ fSettings

const CbmStsParSim* CbmStsSimSensor::fSettings = nullptr

protectedinherited

Simulation module.

Definition at line 171 of file CbmStsSimSensor.h.

Referenced by CalculateResponse(), ProduceCharge(), CbmStsSimSensorDssdOrtho::PropagateCharge(), CbmStsSimSensorDssdStereo::PropagateCharge(), and CbmStsSimSensor::SetSimSettings().

◆ fStripCharge

TArrayD CbmStsSimSensorDssd::fStripCharge[2] {}

protected

Analog charge in strips (for front and back side). Used during analog response simulation.

Definition at line 102 of file CbmStsSimSensorDssd.h.

Referenced by CalculateResponse(), ChargeStatus(), CrossTalk(), CbmStsSimSensorDssdOrtho::Init(), CbmStsSimSensorDssdStereo::Init(), CbmStsSimSensorDssdOrtho::ModifyStripPitch(), CbmStsSimSensorDssdStereo::ModifyStripPitch(), ProduceCharge(), CbmStsSimSensorDssdOrtho::PropagateCharge(), CbmStsSimSensorDssdStereo::PropagateCharge(), and CbmStsSimSensorDssdOrtho::SetParameters().

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

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ CbmStsSimSensorDssd() [1/2]

◆ CbmStsSimSensorDssd() [2/2]

◆ ~CbmStsSimSensorDssd()

Member Function Documentation

◆ CalculateResponse()

◆ ChargeStatus()

◆ ClassDef() [1/2]

◆ ClassDef() [2/2]

◆ CrossTalk()

◆ GetAddressFromName()

◆ GetConditions()

◆ GetCurrentLink()

◆ GetElement()

◆ GetModule()

◆ GetModuleChannel()

◆ GetNofStrips()

◆ GetSensorId()

◆ Init()

◆ IsInside()

◆ LorentzShift()

◆ ModifyStripPitch()

◆ operator=()

◆ ProcessPoint()

◆ ProduceCharge()

◆ PropagateCharge()

◆ RegisterCharge()

◆ SetConditions()

◆ SetElement()

◆ SetField()

◆ SetModule()

◆ SetSimSettings()

◆ ToString()

Member Data Documentation

◆ fBx

◆ fBy

◆ fBz

◆ fConditions

◆ fCurrentLink

◆ fDx

◆ fDy

◆ fDz

◆ fElement

◆ fIsSet

◆ fModule

◆ fSettings

◆ fStripCharge