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BeamPipeGeoParData Class Reference

#include <EicRoot/blob/master/eic/infrastructure/BeamPipeGeoParData.h>

+ Inheritance diagram for BeamPipeGeoParData:
+ Collaboration diagram for BeamPipeGeoParData:

Public Member Functions

 BeamPipeGeoParData (int version=-1, int subVersion=0)
 
 ~BeamPipeGeoParData ()
 
void AddElement (BeamPipeElement *element, BeamPipeElement::SwapSign swapped=BeamPipeElement::NoSwap)
 
void AddIpElement (BeamPipeElement *element)
 
int ConstructGeometry ()
 
- 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)
 

Private Member Functions

bool CheckGeometry ()
 
 ClassDef (BeamPipeGeoParData, 8)
 

Private Attributes

Int_t mIpElementID
 
std::vector< BeamPipeElement * > mElements
 IP element ID in mElements[].
 

Additional Inherited Members

- Public Types inherited from EicGeoParData
enum  GeometryType {
  Undefined, NoStructure, SimpleStructure, FullStructure,
  Undefined, NoStructure, SimpleStructure, FullStructure
}
 
enum  IDXYZ {
  IDX =0, IDY, IDZ, IDX =0,
  IDY, IDZ
}
 
enum  GeometryType {
  Undefined, NoStructure, SimpleStructure, FullStructure,
  Undefined, NoStructure, SimpleStructure, FullStructure
}
 
enum  IDXYZ {
  IDX =0, IDY, IDZ, IDX =0,
  IDY, IDZ
}
 
- 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 138 of file BeamPipeGeoParData.h.

View newest version in sPHENIX GitHub at line 138 of file BeamPipeGeoParData.h

Constructor & Destructor Documentation

BeamPipeGeoParData::BeamPipeGeoParData ( int  version = -1,
int  subVersion = 0 
)
inline

Definition at line 143 of file BeamPipeGeoParData.h.

View newest version in sPHENIX GitHub at line 143 of file BeamPipeGeoParData.h

BeamPipeGeoParData::~BeamPipeGeoParData ( )
inline

Definition at line 145 of file BeamPipeGeoParData.h.

View newest version in sPHENIX GitHub at line 145 of file BeamPipeGeoParData.h

Member Function Documentation

void BeamPipeGeoParData::AddElement ( BeamPipeElement *  element,
BeamPipeElement::SwapSign  swapped = BeamPipeElement::NoSwap 
)
inline

Definition at line 149 of file BeamPipeGeoParData.h.

View newest version in sPHENIX GitHub at line 149 of file BeamPipeGeoParData.h

References mElements, and BeamPipeElement::NoSwap.

Referenced by beampipe().

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void BeamPipeGeoParData::AddIpElement ( BeamPipeElement *  element)
inline

Definition at line 154 of file BeamPipeGeoParData.h.

View newest version in sPHENIX GitHub at line 154 of file BeamPipeGeoParData.h

References mElements.

Referenced by beampipe().

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bool BeamPipeGeoParData::CheckGeometry ( )
private

Definition at line 17 of file BeamPipeGeoParData.cxx.

View newest version in sPHENIX GitHub at line 17 of file BeamPipeGeoParData.cxx

References BeamPipeElement::GetFirstOrientedSection(), BeamPipeElement::GetLength(), BeamPipeElement::mAccuOffset, mElements, BeamPipeElement::mIpElement, mIpElementID, BeamPipeSection::mOffset, BeamPipeSection::mOuterDiameter, BeamPipeElement::mSections, BeamPipeElement::mSwapped, BeamPipeElement::mThickness, printf(), and BeamPipeElement::Swap.

Referenced by ConstructGeometry().

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BeamPipeGeoParData::ClassDef ( BeamPipeGeoParData  ,
8   
)
private
int BeamPipeGeoParData::ConstructGeometry ( )

Definition at line 103 of file BeamPipeGeoParData.cxx.

View newest version in sPHENIX GitHub at line 103 of file BeamPipeGeoParData.cxx

References CheckGeometry(), EicGeoParData::FinalizeOutput(), BeamPipeElement::GetFirstSection(), BeamPipeElement::GetLastSection(), BeamPipeElement::GetLength(), EicGeoParData::GetMedium(), EicGeoParData::GetTopVolume(), BeamPipeElement::mAccuOffset, EicGeoParData::mDetName, mElements, BeamPipeElement::mIpElement, BeamPipeElement::mMaterial, BeamPipeSection::mOffset, BeamPipeSection::mOuterDiameter, BeamPipeElement::mSections, BeamPipeElement::mSwapped, BeamPipeElement::mThickness, name, EicDetName::Name(), and BeamPipeElement::Swap.

Referenced by beampipe().

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Member Data Documentation

std::vector<BeamPipeElement*> BeamPipeGeoParData::mElements
private

IP element ID in mElements[].

Definition at line 170 of file BeamPipeGeoParData.h.

View newest version in sPHENIX GitHub at line 170 of file BeamPipeGeoParData.h

Referenced by AddElement(), AddIpElement(), CheckGeometry(), and ConstructGeometry().

Int_t BeamPipeGeoParData::mIpElementID
private

Definition at line 164 of file BeamPipeGeoParData.h.

View newest version in sPHENIX GitHub at line 164 of file BeamPipeGeoParData.h

Referenced by CheckGeometry().

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