User interface class for transport simulation. More...

#include <CbmTransport.h>

Inheritance diagram for CbmTransport:

Collaboration diagram for CbmTransport:

Public Member Functions
	CbmTransport ()
	Constructor.

virtual	~CbmTransport ()
	Destructor.

void	AddInput (const char *fileName, ECbmGenerator generator=kUnigen)
	Add an input by file name and generator type.

void	AddInput (FairGenerator *generator)
	Add an input by generator instance.

void	ConfigureVMC ()
	Set the parameters for the TVirtualMC.

void	ForceVertexAtZ (Double_t zVertex)
	Force the event vertex to be at a given z position.

void	ForceVertexInTarget (Bool_t choice=kTRUE)
	Enable or disable forcing the vertex to be in the target.

void	GenerateRunInfo (Bool_t choice=kTRUE)
	Trigger generation of a run info file.

CbmSetup *	GetSetup () const
	Detector setup interface.

std::unique_ptr< CbmStackFilter > &	GetStackFilter ()
	Access to stack filter object.

void	SetSetupSource (ECbmSetupSource setupSource)
	Set the source the setup will be loaded from.

void	LoadSetup (const char *setupName)
	Use a standard setup.

void	RegisterRadLength (Bool_t choice=kTRUE)
	Enable registration of radiation length.

void	Run (Int_t nEvents)
	Execute transport run.

void	SetBeamAngle (Double_t x0, Double_t y0, Double_t sigmaX=-1., Double_t sigmaY=-1.)
	Set the beam angle (emittency at the beam position)

void	SetBeamPosition (Double_t x0, Double_t y0, Double_t sigmaX=-1., Double_t sigmaY=-1., Double_t zF=0.)
	Set the beam position.

void	SetDecayMode (Int_t pdg, UInt_t nDaughters, Int_t *daughterPdg)
	Set a decay mode for a particle.

void	SetEngine (ECbmEngine engine)
	Set transport engine.

void	SetEventFilter (std::unique_ptr< CbmMCEventFilter > &filter)
	Set a user-defined event filter class.

void	SetEventFilterMinNofData (ECbmDataType type, Int_t value)

void	SetField (FairField *field)
	Set magnetic field.

void	SetGeoFileName (TString name)
	Define geometry file name (output)

void	SetMediaFileName (TString fileName)
	Set the media file name.

void	SetParFileName (TString name)
	Define parameter file name.

void	SetStackFilter (std::unique_ptr< CbmStackFilter > &filter)
	Set a user-defined stack filter class.

void	SetTarget (const char *medium="Gold", Double_t thickness=0.025, Double_t diameter=2.5, Double_t x=0., Double_t y=0., Double_t z=-44.0, Double_t rot=0., Double_t density=-1)
	Define the target.

void	SetOutFileName (TString name, Bool_t overwrite=kFALSE)
	Set the output file name.

void	SetRandomEventPlane (Double_t phiMin=0., Double_t phiMax=2. *TMath::Pi())
	Activate random event plane.

void	SetRandomSeed (const ULong_t seedValue)
	Set global random seed value.

void	SetVertexSmearXY (Bool_t choice=kTRUE)
	Enable smearing of event vertex in x and y.

void	SetVertexSmearZ (Bool_t choice=kTRUE)
	Enable smearing of event vertex in z.

void	StoreTrajectories (Bool_t choice=kTRUE)
	Enable storing of trajectories.

void	SetGeant3Settings (CbmGeant3Settings *val)
	Set user defined transport settings for Geant3.

void	SetGeant4Settings (CbmGeant4Settings *val)
	Set user defined transport settings for Geant4.

Private Member Functions
void	InitEventGenerator ()
	Event generator initialisation.

void	ForceUserDecays ()
	Force user-defined single-mode decays.

void	PiAndEtaDecay (TVirtualMC *vmc)
	Correct decay modes for pi0 and eta.

void	RegisterIons ()
	Register ions.

void	RegisterSetup ()
	Create and register the setup modules.

	ClassDef (CbmTransport, 4)

Private Attributes
CbmSetup *	fSetup

FairField *	fField

std::shared_ptr< CbmTarget >	fTarget

CbmEventGenerator *	fEventGen

std::unique_ptr< CbmMCEventFilter >	fEventFilter

FairRunSim *	fRun

TString	fOutFileName

TString	fParFileName

TString	fGeoFileName

std::vector< FairGenerator * >	fGenerators

Double_t	fRealTimeInit

Double_t	fRealTimeRun

Double_t	fCpuTime

ECbmEngine	fEngine

std::unique_ptr< CbmStackFilter >	fStackFilter

Bool_t	fGenerateRunInfo

Bool_t	fStoreTrajectories

std::function< void()>	fSimSetup

std::map< Int_t, std::vector< Int_t > >	fDecayModes

CbmGeant3Settings *	fGeant3Settings {nullptr}

CbmGeant4Settings *	fGeant4Settings {nullptr}

ULong_t	fRandomSeed {0}

Detailed Description

User interface class for transport simulation.

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

Since: 31 January 2019

Definition at line 55 of file CbmTransport.h.

Constructor & Destructor Documentation

◆ CbmTransport()

CbmTransport::CbmTransport ( )

Constructor.

Definition at line 62 of file CbmTransport.cxx.

References fCpuTime, fEngine, fEventFilter, fEventGen, fField, fGenerateRunInfo, fGenerators, fGeoFileName, fOutFileName, fParFileName, fRealTimeInit, fRealTimeRun, fRun, fSetup, fStackFilter, fStoreTrajectories, fTarget, and kGeant3.

Referenced by ClassDef().

◆ ~CbmTransport()

CbmTransport::~CbmTransport ( )

virtual

Destructor.

Definition at line 108 of file CbmTransport.cxx.

Member Function Documentation

◆ AddInput() [1/2]

void CbmTransport::AddInput	(	const char *	fileName,
		ECbmGenerator	generator = kUnigen )

Add an input by file name and generator type.

Parameters

fileName	Name of input file
generator	Type of generator input

Definition at line 113 of file CbmTransport.cxx.

References fEventGen, Cbm::File::IsRootFile(), kPluto, kUnigen, and kUrqmd.

Referenced by CbmTransportConfig::SetIO().

◆ AddInput() [2/2]

void CbmTransport::AddInput ( FairGenerator * generator )

Add an input by generator instance.

Parameters

generator Pointer to generator instance

Definition at line 144 of file CbmTransport.cxx.

References fEventGen.

◆ ClassDef()

CbmTransport::ClassDef	(	CbmTransport	,
		4	)

private

References CbmTransport().

◆ ConfigureVMC()

void CbmTransport::ConfigureVMC ( )

Set the parameters for the TVirtualMC.

Definition at line 153 of file CbmTransport.cxx.

References fEngine, fGeant3Settings, fGeant4Settings, fRun, fStackFilter, kGeant3, and kGeant4.

Referenced by Run().

◆ ForceUserDecays()

void CbmTransport::ForceUserDecays ( )

private

Force user-defined single-mode decays.

Definition at line 218 of file CbmTransport.cxx.

References fDecayModes, fEngine, kGeant4, and log().

Referenced by Run().

◆ ForceVertexAtZ()

void CbmTransport::ForceVertexAtZ ( Double_t zVertex )

Force the event vertex to be at a given z position.

Parameters

zVertex z position of event vertex

The event vertex will be determined by the beam intersection with the specified z plane. The beam properties (position in focal plane and direction) are sampled from the specified beam profile.

Definition at line 200 of file CbmTransport.cxx.

References fEventGen.

◆ ForceVertexInTarget()

void CbmTransport::ForceVertexInTarget ( Bool_t choice = kTRUE )

Enable or disable forcing the vertex to be in the target.

Parameters

choice If true, the vertex will be generated in the target

Definition at line 209 of file CbmTransport.cxx.

References fEventGen.

◆ GenerateRunInfo()

void CbmTransport::GenerateRunInfo ( Bool_t choice = kTRUE )

inline

Trigger generation of a run info file.

Parameters

choice If kTRUE, run info file will be generated.

The run info file contains information on resource usage.

Definition at line 104 of file CbmTransport.h.

References fGenerateRunInfo.

◆ GetSetup()

CbmSetup * CbmTransport::GetSetup ( ) const

inline

Detector setup interface.

Returns: Pointer to CbmSetup class

Definition at line 110 of file CbmTransport.h.

References fSetup.

Referenced by CbmTransportConfig::SetGeometry().

◆ GetStackFilter()

std::unique_ptr< CbmStackFilter > & CbmTransport::GetStackFilter ( )

inline

Access to stack filter object.

Returns: Pointer to stack filter object

Definition at line 116 of file CbmTransport.h.

References fStackFilter.

Referenced by CbmTransportConfig::SetStackFilter().

◆ InitEventGenerator()

void CbmTransport::InitEventGenerator ( )

private

Event generator initialisation.

Definition at line 287 of file CbmTransport.cxx.

References fEventGen, and fTarget.

Referenced by Run().

◆ LoadSetup()

void CbmTransport::LoadSetup ( const char * setupName )

Use a standard setup.

Parameters

setupName Name of standard setup

Definition at line 317 of file CbmTransport.cxx.

References fSetup.

◆ PiAndEtaDecay()

void CbmTransport::PiAndEtaDecay ( TVirtualMC * vmc )

private

Correct decay modes for pi0 and eta.

Definition at line 397 of file CbmTransport.cxx.

References fEngine, and kGeant4.

Referenced by Run().

◆ RegisterIons()

void CbmTransport::RegisterIons ( )

private

Register ions.

Since the TDatabasePDG does not contain ions we use in the transport, they are added manually by this method.

Definition at line 322 of file CbmTransport.cxx.

Referenced by Run().

◆ RegisterRadLength()

void CbmTransport::RegisterRadLength ( Bool_t choice = kTRUE )

Enable registration of radiation length.

Parameters

choice If kTRUE, registration is enabled.

If this method is used, an array of FairRadLenPoint will be created in the output tree. This is needed to analyse the material budget of the setup. It should not be used for standard transport, since it creates a lot of additional output.

Definition at line 382 of file CbmTransport.cxx.

References fRun.

◆ RegisterSetup()

void CbmTransport::RegisterSetup ( )

private

Create and register the setup modules.

Definition at line 392 of file CbmTransport.cxx.

References fSetup.

Referenced by Run().

◆ Run()

void CbmTransport::Run ( Int_t nEvents )

Execute transport run.

Parameters

nEvents Number of events to process

Definition at line 842 of file CbmTransport.cxx.

References ConfigureVMC(), fCpuTime, fEngine, fEventFilter, fEventGen, fField, fGeant3Settings, fGeant4Settings, fGenerateRunInfo, fGeoFileName, ForceUserDecays(), fOutFileName, fParFileName, fRandomSeed, fRealTimeInit, fRealTimeRun, fRun, fSetup, fStoreTrajectories, fTarget, CbmPlutoGenerator::GetNumAvailableEvents(), CbmUnigenGenerator::GetNumAvailableEvents(), InitEventGenerator(), kGeant3, kGeant4, PiAndEtaDecay(), RegisterIons(), RegisterSetup(), and CbmFieldPar::SetParameters().

◆ SetBeamAngle()

void CbmTransport::SetBeamAngle	(	Double_t	x0,
		Double_t	y0,
		Double_t	sigmaX = -1.,
		Double_t	sigmaY = -1. )

Set the beam angle (emittency at the beam position)

Parameters

x0	Beam mean angle in the x-z plane [rad]
y0	Beam mean angle in the y-z plane [rad]
sigmaX	Beam angle width in x-z [rad]
sigmaY	Beam angle width in y-z [rad]

For each event, beam angles in x and y will be generated from Gaussian distributions with the specified parameters. The event will be rotated accordingly from the beam C.S. into the global C.S.

Without using this method, the default beam is always in z direction.

Definition at line 1045 of file CbmTransport.cxx.

References fEventGen.

Referenced by CbmTransportConfig::SetBeamProfile().

◆ SetBeamPosition()

void CbmTransport::SetBeamPosition	(	Double_t	x0,
		Double_t	y0,
		Double_t	sigmaX = -1.,
		Double_t	sigmaY = -1.,
		Double_t	zF = 0. )

Set the beam position.

Parameters

x0	Beam centre position in x [cm]
y0	Beam centre position in y [cm]
sigmaX	Beam width in x [cm]. Default is 0.1.
sigmaY	Beam width in y [cm]. Default is 0.1.
zF	z coordinate of beam focal plane [cm\|. Default is 0.

The beam parameters are used to generate the event vertex. A Gaussian beam profile in x and y is assumed. If sigmaX or sigmaY are null, the event vertex is always at (x0, y0). Smearing of the event vertex in the transverse plane can be deactivated by the method SetBeamSmearXY. Without using this method, the primary vertex is always at x=0 and y=0.

Definition at line 1054 of file CbmTransport.cxx.

References fEventGen.

Referenced by CbmTransportConfig::SetBeamProfile().

◆ SetDecayMode()

void CbmTransport::SetDecayMode	(	Int_t	pdg,
		UInt_t	nDaughters,
		Int_t *	daughterPdg )

Set a decay mode for a particle.

Parameters

pdg	PDG code of particle to decay
nDaughters	Number of daughters
daughterPdg	Array of daughter PDG codes

This method will force the specified particle to always decay in the specified mode (branching ratio 100%).

Definition at line 1063 of file CbmTransport.cxx.

References fDecayModes.

◆ SetEngine()

void CbmTransport::SetEngine ( ECbmEngine engine )

inline

Set transport engine.

Parameters

engine kGeant3 or kGeant4

By default, GEANT3 is used.

Definition at line 199 of file CbmTransport.h.

References fEngine.

Referenced by CbmTransportConfig::SetTransportParameters().

◆ SetEventFilter()

void CbmTransport::SetEventFilter ( std::unique_ptr< CbmMCEventFilter > & filter )

inline

Set a user-defined event filter class.

Parameters

filter Pointer to event filter class

The filter class has to be derived from CbmMCEventFilter. It will be used instead of the default CbmMCEventFilter class for filtering MC events before writing to the output.

Definition at line 209 of file CbmTransport.h.

References fEventFilter.

◆ SetEventFilterMinNofData()

void CbmTransport::SetEventFilterMinNofData	(	ECbmDataType	type,
		Int_t	value )

inline

Definition at line 216 of file CbmTransport.h.

References fEventFilter.

◆ SetField()

void CbmTransport::SetField ( FairField * field )

inline

Set magnetic field.

Parameters

field Pointer to FairField instance

By default, a field map corresponding to the magnet geometry will be used. This can be overridden by specifying a field object directly through this method.

Definition at line 226 of file CbmTransport.h.

References fField.

◆ SetGeant3Settings()

void CbmTransport::SetGeant3Settings ( CbmGeant3Settings * val )

inline

Set user defined transport settings for Geant3.

Parameters

val	Pointer to the user object

By default, a CbmGeant3Settings object is created with the default values as defined in the class. This can be overridden by specifying a CbmGeant3Settings object directly through this method.

Definition at line 361 of file CbmTransport.h.

References fGeant3Settings.

◆ SetGeant4Settings()

void CbmTransport::SetGeant4Settings ( CbmGeant4Settings * val )

inline

Set user defined transport settings for Geant4.

Parameters

val	Pointer to the user object

By default, a CbmGeant3Settings object is created with the default values as defined in the class. This can be overridden by specifying a CbmGeant3Settings object directly through this method.

Definition at line 370 of file CbmTransport.h.

References fGeant4Settings.

Referenced by CbmTransportConfig::SetTransportParameters().

◆ SetGeoFileName()

void CbmTransport::SetGeoFileName ( TString name )

Define geometry file name (output)

Parameters

name	Name for geometry file

If a file name is specified, a ROOT file containing the used geometry will be created (containing the TGeoManager).

Definition at line 1079 of file CbmTransport.cxx.

References fGeoFileName.

Referenced by CbmTransportConfig::SetIO().

◆ SetMediaFileName()

void CbmTransport::SetMediaFileName ( TString fileName )

inline

Set the media file name.

Parameters

fileName Path to media file

By default, the media needed for building the geometry are read from media.geo. This method allows to use a different one for experimental purposes. If an absolute path is specified, it will be applied. A relative path will be appended to GEOMPATH if defined, else to VMCWRKDIR/geometry.

Definition at line 247 of file CbmTransport.h.

References fSetup.

◆ SetOutFileName()

void CbmTransport::SetOutFileName	(	TString	name,
		Bool_t	overwrite = kFALSE )

Set the output file name.

Parameters

path	Name of output file
overwrite	Overwrite output file if already existing

If the directory of the file does not exist, it will be created.

Definition at line 1127 of file CbmTransport.cxx.

References fOutFileName.

Referenced by CbmTransportConfig::SetIO().

◆ SetParFileName()

void CbmTransport::SetParFileName ( TString name )

Define parameter file name.

Parameters

name	Name for parameter file

If the parameter file does not exist, it will be created.

Definition at line 1100 of file CbmTransport.cxx.

References fParFileName.

Referenced by CbmTransportConfig::SetIO().

◆ SetRandomEventPlane()

void CbmTransport::SetRandomEventPlane	(	Double_t	phiMin = 0.,
		Double_t	phiMax = 2. * TMath::Pi() )

Activate random event plane.

Parameters

phiMin	Minimum event plane angle [rad]
phiMax	Maximum event plane angle [rad]

If this method is used, the input events will be rotated by a random angle around the z axis, with a flat distribution from phiMin to phiMax. In case several generators are used at the same time, this rotation applies to all inputs.

Definition at line 1122 of file CbmTransport.cxx.

References fEventGen.

Referenced by CbmTransportConfig::SetTransportParameters().

◆ SetRandomSeed()

void CbmTransport::SetRandomSeed ( const ULong_t seedValue )

inline

Set global random seed value.

Parameters

seedValue

This function allows to set the global seed value used by ROOTs random number generator TRandom

Definition at line 317 of file CbmTransport.h.

References fRandomSeed.

◆ SetSetupSource()

void CbmTransport::SetSetupSource ( ECbmSetupSource setupSource )

Set the source the setup will be loaded from.

Parameters

setupSource enum value ECbmSetupSource

Definition at line 312 of file CbmTransport.cxx.

References fSetup.

◆ SetStackFilter()

void CbmTransport::SetStackFilter ( std::unique_ptr< CbmStackFilter > & filter )

inline

Set a user-defined stack filter class.

Parameters

filter Pointer to CbmStackFilter class

The filter class has to be derived from CbmStackFilter. It will be used instead of the default CbmStackFilter class for filtering MCTracks before writing to the output.

Definition at line 265 of file CbmTransport.h.

References fStackFilter.

◆ SetTarget()

void CbmTransport::SetTarget	(	const char *	medium = "Gold",
		Double_t	thickness = 0.025,
		Double_t	diameter = 2.5,
		Double_t	x = 0.,
		Double_t	y = 0.,
		Double_t	z = -44.0,
		Double_t	rot = 0.,
		Double_t	density = -1 )

Define the target.

Parameters

medium	Name of target medium
thickness	Thickness of target (in z) [cm]
diameter	Target diameter [cm]
x	x position of target centre in global c.s. [cm]
y	y position of target centre in global c.s. [cm]
z	z position of target centre in global c.s. [cm]
rot	Rotation angle around y axis in global c.s. [deg]
density	target material density [g/cm^3], -1 to attempt using a default

The target is a disk with the z axis as symmetry axis. By default, it is centred at the origin. It can be rotated around the y axis.

Definition at line 1152 of file CbmTransport.cxx.

References fTarget, x, and y.

Referenced by CbmTransportConfig::SetTarget().

◆ SetVertexSmearXY()

void CbmTransport::SetVertexSmearXY ( Bool_t choice = kTRUE )

Enable smearing of event vertex in x and y.

Parameters

choice If kTRUE(default), smearing is enabled.

If enabled, the event vertex will be sampled in x and y from a Gaussian distribution with the parameters specified by the method SetBeamPosition.

TODO: It is not guaranteed that the generated event vertex falls into the target volume. In order to ensure that, the method FairPrimaryGenerator::MakeVertex would have to be modified.

Definition at line 1168 of file CbmTransport.cxx.

References fEventGen.

◆ SetVertexSmearZ()

void CbmTransport::SetVertexSmearZ ( Bool_t choice = kTRUE )

Enable smearing of event vertex in z.

Parameters

choice If kTRUE(default), smearing is enabled.

If enabled, the event vertex z coordinate will be sampled from a flat distribution inside the target. If no target is defined, the event z vertex will always be zero.

Definition at line 1177 of file CbmTransport.cxx.

References fEventGen.

◆ StoreTrajectories()

void CbmTransport::StoreTrajectories ( Bool_t choice = kTRUE )

inline

Enable storing of trajectories.

Parameters

choice If kTRUE, trajectories will be stored.

When enabled, information on the trajectories of the simulated particles in stored in the output file for later visualisation. This is disabled by default because it increases the size of the output file by factors.

Definition at line 352 of file CbmTransport.h.

References fStoreTrajectories.

Member Data Documentation

◆ fCpuTime

Double_t CbmTransport::fCpuTime

private

Definition at line 385 of file CbmTransport.h.

Referenced by CbmTransport(), and Run().

◆ fDecayModes

std::map<Int_t, std::vector<Int_t> > CbmTransport::fDecayModes

private

Definition at line 391 of file CbmTransport.h.

Referenced by ForceUserDecays(), and SetDecayMode().

◆ fEngine

ECbmEngine CbmTransport::fEngine

private

Definition at line 386 of file CbmTransport.h.

Referenced by CbmTransport(), ConfigureVMC(), ForceUserDecays(), PiAndEtaDecay(), Run(), and SetEngine().

◆ fEventFilter

std::unique_ptr<CbmMCEventFilter> CbmTransport::fEventFilter

private

Definition at line 377 of file CbmTransport.h.

Referenced by CbmTransport(), Run(), SetEventFilter(), and SetEventFilterMinNofData().

◆ fEventGen

CbmEventGenerator* CbmTransport::fEventGen

private

Definition at line 376 of file CbmTransport.h.

Referenced by AddInput(), AddInput(), CbmTransport(), ForceVertexAtZ(), ForceVertexInTarget(), InitEventGenerator(), Run(), SetBeamAngle(), SetBeamPosition(), SetRandomEventPlane(), SetVertexSmearXY(), and SetVertexSmearZ().

◆ fField

FairField* CbmTransport::fField

private

Definition at line 374 of file CbmTransport.h.

Referenced by CbmTransport(), Run(), and SetField().

◆ fGeant3Settings

CbmGeant3Settings* CbmTransport::fGeant3Settings {nullptr}

private

Definition at line 393 of file CbmTransport.h.

Referenced by ConfigureVMC(), Run(), and SetGeant3Settings().

◆ fGeant4Settings

CbmGeant4Settings* CbmTransport::fGeant4Settings {nullptr}

private

Definition at line 394 of file CbmTransport.h.

Referenced by ConfigureVMC(), Run(), and SetGeant4Settings().

◆ fGenerateRunInfo

Bool_t CbmTransport::fGenerateRunInfo

private

Definition at line 388 of file CbmTransport.h.

Referenced by CbmTransport(), GenerateRunInfo(), and Run().

◆ fGenerators

std::vector<FairGenerator*> CbmTransport::fGenerators

private

Definition at line 382 of file CbmTransport.h.

Referenced by CbmTransport().

◆ fGeoFileName

TString CbmTransport::fGeoFileName

private

Definition at line 381 of file CbmTransport.h.

Referenced by CbmTransport(), Run(), and SetGeoFileName().

◆ fOutFileName

TString CbmTransport::fOutFileName

private

Definition at line 379 of file CbmTransport.h.

Referenced by CbmTransport(), Run(), and SetOutFileName().

◆ fParFileName

TString CbmTransport::fParFileName

private

Definition at line 380 of file CbmTransport.h.

Referenced by CbmTransport(), Run(), and SetParFileName().

◆ fRandomSeed

ULong_t CbmTransport::fRandomSeed {0}

private

Definition at line 396 of file CbmTransport.h.

Referenced by Run(), and SetRandomSeed().

◆ fRealTimeInit

Double_t CbmTransport::fRealTimeInit

private

Definition at line 383 of file CbmTransport.h.

Referenced by CbmTransport(), and Run().

◆ fRealTimeRun

Double_t CbmTransport::fRealTimeRun

private

Definition at line 384 of file CbmTransport.h.

Referenced by CbmTransport(), and Run().

◆ fRun

FairRunSim* CbmTransport::fRun

private

Definition at line 378 of file CbmTransport.h.

Referenced by CbmTransport(), ConfigureVMC(), RegisterRadLength(), and Run().

◆ fSetup

CbmSetup* CbmTransport::fSetup

private

Definition at line 373 of file CbmTransport.h.

Referenced by CbmTransport(), GetSetup(), LoadSetup(), RegisterSetup(), Run(), SetMediaFileName(), and SetSetupSource().

◆ fSimSetup

std::function<void()> CbmTransport::fSimSetup

private

Definition at line 390 of file CbmTransport.h.

◆ fStackFilter

std::unique_ptr<CbmStackFilter> CbmTransport::fStackFilter

private

Definition at line 387 of file CbmTransport.h.

Referenced by CbmTransport(), ConfigureVMC(), GetStackFilter(), and SetStackFilter().

◆ fStoreTrajectories

Bool_t CbmTransport::fStoreTrajectories

private

Definition at line 389 of file CbmTransport.h.

Referenced by CbmTransport(), Run(), and StoreTrajectories().

◆ fTarget

std::shared_ptr<CbmTarget> CbmTransport::fTarget

private

Definition at line 375 of file CbmTransport.h.

Referenced by CbmTransport(), InitEventGenerator(), Run(), and SetTarget().

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

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ CbmTransport()

◆ ~CbmTransport()

Member Function Documentation

◆ AddInput() [1/2]

◆ AddInput() [2/2]

◆ ClassDef()

◆ ConfigureVMC()

◆ ForceUserDecays()

◆ ForceVertexAtZ()

◆ ForceVertexInTarget()

◆ GenerateRunInfo()

◆ GetSetup()

◆ GetStackFilter()

◆ InitEventGenerator()

◆ LoadSetup()

◆ PiAndEtaDecay()

◆ RegisterIons()

◆ RegisterRadLength()

◆ RegisterSetup()

◆ Run()

◆ SetBeamAngle()

◆ SetBeamPosition()

◆ SetDecayMode()

◆ SetEngine()

◆ SetEventFilter()

◆ SetEventFilterMinNofData()

◆ SetField()

◆ SetGeant3Settings()

◆ SetGeant4Settings()

◆ SetGeoFileName()

◆ SetMediaFileName()

◆ SetOutFileName()

◆ SetParFileName()

◆ SetRandomEventPlane()

◆ SetRandomSeed()

◆ SetSetupSource()

◆ SetStackFilter()

◆ SetTarget()

◆ SetVertexSmearXY()

◆ SetVertexSmearZ()

◆ StoreTrajectories()

Member Data Documentation

◆ fCpuTime

◆ fDecayModes

◆ fEngine

◆ fEventFilter

◆ fEventGen

◆ fField

◆ fGeant3Settings

◆ fGeant4Settings

◆ fGenerateRunInfo

◆ fGenerators

◆ fGeoFileName

◆ fOutFileName

◆ fParFileName

◆ fRandomSeed

◆ fRealTimeInit

◆ fRealTimeRun

◆ fRun

◆ fSetup

◆ fSimSetup

◆ fStackFilter

◆ fStoreTrajectories

◆ fTarget