#include <EicRoot/blob/master/eic/detectors/calorimeter/CemcGeoParData.h>

Inheritance diagram for CemcGeoParData:

Collaboration diagram for CemcGeoParData:

Public Member Functions
	CemcGeoParData (int version=-1, int subVersion=0)

	~CemcGeoParData ()

	ClassDef (CemcGeoParData, 9)

Public Member Functions inherited from BarrelGeoParData
	BarrelGeoParData (const char *detName=0, int version=-1, int subVersion=0)

	~BarrelGeoParData ()

	ClassDef (BarrelGeoParData, 2)

Public Member Functions inherited from CalorimeterGeoParData
	CalorimeterGeoParData (const char *detName=0, int version=-1, int subVersion=0)

	ClassDef (CalorimeterGeoParData, 7)

Public Member Functions inherited from EicGeoParData
	EicGeoParData (const char *detName=0, int version=-1, int subVersion=0)

	~EicGeoParData ()

void	ResetVars ()

void	SetGeometryType (GeometryType gType)

GeometryType	GetGeometryType () const

void	SetTestGeometryFlag (bool flag=true)

bool	IsTestGeometry () const

int	GetVersion () const

int	GetSubVersion () const

void	SetFileName (const char *fileName)

void	SetFileNameFormat (const char *fileNameFormat)

void	SetComment (const char *comment)

int	AttachSourceFile (const char *fileName)

void	PrintAttachedSourceFile (const char *fileName)

EicGeoMap *	CreateNewMap ()

int	SetCircularX (unsigned group=0)

int	SetCircularY (unsigned group=0)

int	SetCircularZ (unsigned group=0)

bool	GetCircularX (unsigned group=0) const

bool	GetCircularY (unsigned group=0) const

bool	GetCircularZ (unsigned group=0) const

bool	GetCircular (unsigned group, unsigned what) const

int	SetMappingTableEntry (EicGeoMap *map, const unsigned geant[], unsigned group, unsigned logical[])

int	AddLogicalVolumeGroup (unsigned dimX=0, unsigned dimY=0, unsigned dimZ=0)

void	AddBlackHoleVolume (const char *vName)

void	AddStepEnforcedVolume (const char *vName)

void	AddStepEnforcedVolumeLookupEntry (int volumeID, double step)

const TGeoMedium *	GetMedium (const char *medium)

void	SetTopVolumeTransformation (TGeoMatrix *transformation)

const TGeoMatrix *	GetTopVolumeTransformation () const

TString	GetGeometryFileName (bool root=true) const

virtual void	Print (const char *option=0) const

virtual int	ConstructGeometry (bool root=true, bool gdml=false, bool check=false)

TGeoVolume *	GetTopVolume () const

TGeoManager *	GetRootGeoManager ()

void	FinalizeOutput (bool root=true, bool gdml=false, bool check=false)

UInt_t	GetMapNum () const

EicGeoMap *	GetMapPtrViaMapID (unsigned mapId) const

const EicGeoMap *	GetMapPtrViaHitMultiIndex (ULong64_t multi) const

int	CalculateMappingTableSignatures ()

unsigned	GetMaxVolumeLevelNum () const

ULogicalIndex_t	GeantMultiToLogicalIndex (ULong64_t multi) const

unsigned	GetDimX (unsigned group=0) const

unsigned	GetDimY (unsigned group=0) const

unsigned	GetDimZ (unsigned group=0) const

unsigned	GetDim (unsigned group, unsigned what) const

unsigned	GetGroup (ULogicalIndex_t logicalID) const

unsigned	GetX (ULogicalIndex_t logicalID) const

unsigned	GetY (ULogicalIndex_t logicalID) const

unsigned	GetZ (ULogicalIndex_t logicalID) const

unsigned	GetCoord (unsigned what, ULogicalIndex_t logicalID) const

bool	IsBlackHoleVolume (const char *vName) const

const std::set< TString > &	GetBlackHoleVolumes () const

double	GetEnforcedStep (int volumeID)

const std::set< TString > &	GetStepEnforcedVolumes () const

void	InitializeLookupTables ()

LogicalVolumeLookupTableEntry *	GetLookupTableNode (ULogicalIndex_t xy) const

LogicalVolumeLookupTableEntry *	GetLookupTableNode (const TGeoNode *node) const

EicNamePatternHub< Color_t > *	GetColorTable ()

EicNamePatternHub< Char_t > *	GetTransparencyTable ()

virtual bool	AreNeighbours (ULogicalIndex_t l1, ULogicalIndex_t l2, unsigned maxLinearDist=1, unsigned maxChebyshevDist=0) const

const EicDetName *	GetDetName () const

void	AddWantedParticle (const char *vName, int pdg)

bool	IsWantedParticle (const char *vName, int pdg) const

	EicGeoParData (const char *detName=0, int version=-1, int subVersion=0)

	~EicGeoParData ()

void	ResetVars ()

void	SetGeometryType (GeometryType gType)

GeometryType	GetGeometryType () const

void	SetTestGeometryFlag (bool flag=true)

bool	IsTestGeometry () const

int	GetVersion () const

int	GetSubVersion () const

void	SetFileName (const char *fileName)

void	SetFileNameFormat (const char *fileNameFormat)

void	SetTransparency (unsigned value)

void	SetComment (const char *comment)

int	AttachSourceFile (const char *fileName)

void	PrintAttachedSourceFile (const char *fileName)

EicGeoMap *	CreateNewMap ()

int	SetCircularX (unsigned group=0)

int	SetCircularY (unsigned group=0)

int	SetCircularZ (unsigned group=0)

bool	GetCircularX (unsigned group=0) const

bool	GetCircularY (unsigned group=0) const

bool	GetCircularZ (unsigned group=0) const

bool	GetCircular (unsigned group, unsigned what) const

int	SetMappingTableEntry (EicGeoMap *map, const unsigned geant[], unsigned group, unsigned logical[])

int	AddLogicalVolumeGroup (unsigned dimX=0, unsigned dimY=0, unsigned dimZ=0)

void	AddBlackHoleVolume (const char *vName)

void	AddStepEnforcedVolume (const char *vName)

void	AddStepEnforcedVolumeLookupEntry (int volumeID, double step)

const TGeoMedium *	GetMedium (const char *medium)

void	SetTopVolumeTransformation (TGeoMatrix *transformation)

const TGeoMatrix *	GetTopVolumeTransformation () const

TString	GetGeometryFileName (bool root=true) const

virtual void	Print (const char *option=0) const

virtual int	ConstructGeometry (bool root=true, bool gdml=false, bool check=false)

TGeoVolume *	GetTopVolume () const

TGeoManager *	GetRootGeoManager ()

void	FinalizeOutput (bool root=true, bool gdml=false, bool check=false)

UInt_t	GetMapNum () const

EicGeoMap *	GetMapPtrViaMapID (unsigned mapId) const

const EicGeoMap *	GetMapPtrViaHitMultiIndex (ULong64_t multi) const

int	CalculateMappingTableSignatures ()

unsigned	GetMaxVolumeLevelNum () const

ULogicalIndex_t	GeantMultiToLogicalIndex (ULong64_t multi) const

void	PlaceG4Volume (G4LogicalVolume mother, bool check=false, void pRot=0, void *tlate=0)

unsigned	GetDimX (unsigned group=0) const

unsigned	GetDimY (unsigned group=0) const

unsigned	GetDimZ (unsigned group=0) const

unsigned	GetDim (unsigned group, unsigned what) const

unsigned	GetGroup (ULogicalIndex_t logicalID) const

unsigned	GetX (ULogicalIndex_t logicalID) const

unsigned	GetY (ULogicalIndex_t logicalID) const

unsigned	GetZ (ULogicalIndex_t logicalID) const

unsigned	GetCoord (unsigned what, ULogicalIndex_t logicalID) const

bool	IsBlackHoleVolume (const char *vName) const

const std::set< TString > &	GetBlackHoleVolumes () const

double	GetEnforcedStep (int volumeID)

const std::set< TString > &	GetStepEnforcedVolumes () const

void	InitializeLookupTables ()

LogicalVolumeLookupTableEntry *	GetLookupTableNode (ULogicalIndex_t xy) const

LogicalVolumeLookupTableEntry *	GetLookupTableNode (const TGeoNode *node) const

EicNamePatternHub< Color_t > *	GetColorTable ()

EicNamePatternHub< Char_t > *	GetTransparencyTable ()

virtual bool	AreNeighbours (ULogicalIndex_t l1, ULogicalIndex_t l2, unsigned maxLinearDist=1, unsigned maxChebyshevDist=0) const

const EicDetName *	GetDetName () const

void	AddWantedParticle (const char *vName, int pdg)

bool	IsWantedParticle (const char *vName, int pdg) const

void	SetTGeoGeometryCheckPrecision (double value)

void	TurnTGeoGeometryCheckOff (void)

const std::vector < G4VPhysicalVolume * > &	GetG4Volumes (void) const

const std::map < G4VPhysicalVolume *, unsigned > &	GetG4SensitiveVolumes (void) const

	ClassDef (EicGeoParData, 51)

Public Attributes
FiberParData *	mFiber

Additional Inherited Members
Public Types inherited from CalorimeterGeoParData
enum	EicCalorimeterType { Dummy, Crystal, Fiber, Sandwich }

Static Public Member Functions inherited from EicGeoParData
static int	ImportMediaFile (const char *fname)

Protected Attributes inherited from EicGeoParData
GeometryType	mGeometryType

Bool_t	mTestGeometryFlag

EicDetName *	mDetName
	respective lookup table (for efficiency)

unsigned char	mTransparency

Detailed Description

Definition at line 13 of file CemcGeoParData.h.

View newest version in sPHENIX GitHub at line 13 of file CemcGeoParData.h

Constructor & Destructor Documentation

CemcGeoParData::CemcGeoParData	(	int	version = `-1`,
		int	subVersion = `0`
	)

inline

Definition at line 16 of file CemcGeoParData.h.

View newest version in sPHENIX GitHub at line 16 of file CemcGeoParData.h

CemcGeoParData::~CemcGeoParData ( )

inline

Definition at line 18 of file CemcGeoParData.h.

View newest version in sPHENIX GitHub at line 18 of file CemcGeoParData.h

References mFiber.

Member Function Documentation

CemcGeoParData::ClassDef	(	CemcGeoParData	,
		9
	)

Member Data Documentation

FiberParData* CemcGeoParData::mFiber

Definition at line 18 of file CemcGeoParData.h.

View newest version in sPHENIX GitHub at line 18 of file CemcGeoParData.h

Referenced by ~CemcGeoParData().

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

EicRoot/blob/master/eic/detectors/calorimeter/CemcGeoParData.h

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation