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Public Member Functions | |
| StETofGeometry (const char *name="etofGeo", const char *title="simplified ETOF Geometry") | |
| void | init (TGeoManager *geoManager, const double *safetyMargins=0, const bool useHelixSwimmer=false) |
| void | reset () |
| bool | isInitDone () const |
| bool | setInitFlag (const bool initFlag) |
| std::string | formTGeoPath (const TGeoManager *geoManager, int plane, int sector, int counter=-1) |
| std::string | formTGeoPath (const TGeoManager *geoManager, int plane, int sector, int counter, int gap) |
| int | calcModuleIndex (const int §or, const int &plane) |
| int | calcVolumeIndex (const int §or, const int &plane, const int &counter, const int &strip) |
| void | decodeVolumeIndex (const int &volumeId, int §or, int &plane, int &counter, int &strip) |
| StETofNode * | findETofNode (const int moduleId, const int counter) |
| void | pointMaster2local (const int moduleId, const int counterId, const double *master, double *local) |
| void | hitLocal2Master (const int moduleId, const int counter, const double *local, double *master) |
| StThreeVectorD | hitLocal2Master (StETofHit *hit) |
| StThreeVectorD | hitLocal2Master (StMuETofHit *hit) |
| TVector3 | hitLocal2Master (StPicoETofHit *hit) |
| std::vector< int > | sectorAtPhi (const double &angle) |
| StThreeVectorD | helixCrossETofPlane (const StHelixD &helix) |
| StThreeVectorD | helixCrossPlane (const StHelixD &helix, const double &z) |
| void | helixSwimmer (const StPhysicalHelixD &helix, StPhysicalHelixD &swimmerHelix, const double &z, double &pathlength) |
| std::vector< int > | helixCrossSector (const StHelixD &helix) |
| void | helixCrossCounter (const StPhysicalHelixD &helix, std::vector< int > &idVec, std::vector< StThreeVectorD > &crossVec, std::vector< StThreeVectorD > &localVec, std::vector< double > &thetaVec, std::vector< double > &pathLenVec) |
| void | logPoint (const char *text, const StThreeVectorD &point) |
| TVector3 | helixCrossETofPlane (const StPicoHelix &helix) |
| TVector3 | helixCrossPlane (const StPicoHelix &helix, const double &z) |
| void | helixSwimmer (const StPicoPhysicalHelix &helix, StPicoPhysicalHelix &swimmerHelix, const double &z, double &pathlength) |
| std::vector< int > | helixCrossSector (const StPicoHelix &helix) |
| void | helixCrossCounter (const StPicoPhysicalHelix &helix, std::vector< int > &idVec, std::vector< TVector3 > &crossVec, std::vector< TVector3 > &localVec, std::vector< double > &thetaVec) |
| void | logPoint (const char *text, const TVector3 &point) |
| StThreeVectorD | getField (const StThreeVectorD &pos) |
| TVector3 | getField (const TVector3 &pos) |
| double | getFieldZ (const StThreeVectorD &pos) |
| double | getFieldZ (const TVector3 &pos) |
| double | getFieldZ (const double &x, const double &y, const double &z) |
| StETofGeomModule * | module (const unsigned int i) |
| unsigned int | nValidModules () const |
| void | readAlignmentParameters () |
| void | readAlignmentDatabase () |
| void | setFileNameAlignParam (std::string FileNameAlignParam) |
| void | debugOn () |
| void | debugOff () |
| bool | isDebugOn () const |
Definition at line 282 of file StETofGeometry.h.
| std::string StETofGeometry::formTGeoPath | ( | const TGeoManager * | geoManager, |
| int | plane, | ||
| int | sector, | ||
| int | counter = -1 |
||
| ) |
FormTGeoPath Returns full path to the eTof module/counter placed at a predefined location in the detector's ROOT geometry. An empty string is returned if the module/counter is not found in the geometry hierarchy (via TGeoManager).
Definition at line 705 of file StETofGeometry.cxx.
| void StETofGeometry::helixCrossCounter | ( | const StPhysicalHelixD & | helix, |
| std::vector< int > & | idVec, | ||
| std::vector< StThreeVectorD > & | crossVec, | ||
| std::vector< StThreeVectorD > & | localVec, | ||
| std::vector< double > & | thetaVec, | ||
| std::vector< double > & | pathLenVec | ||
| ) |
HelixCrossCounter Returns true if a counter is crossed by a helix
Definition at line 1080 of file StETofGeometry.cxx.
References helixCrossSector().
| void StETofGeometry::helixCrossCounter | ( | const StPicoPhysicalHelix & | helix, |
| std::vector< int > & | idVec, | ||
| std::vector< TVector3 > & | crossVec, | ||
| std::vector< TVector3 > & | localVec, | ||
| std::vector< double > & | thetaVec | ||
| ) |
HelixCrossCounter( Returns true if a counter is crossed by a helix
Definition at line 1328 of file StETofGeometry.cxx.
References helixCrossSector().
| std::vector< int > StETofGeometry::helixCrossSector | ( | const StHelixD & | helix | ) |
HelixCrossSector Returns a vector of sector ids that the track could intersect with
Definition at line 1015 of file StETofGeometry.cxx.
Referenced by helixCrossCounter().
| std::vector< int > StETofGeometry::helixCrossSector | ( | const StPicoHelix & | helix | ) |
HelixCrossSector Returns a vector of sector ids that the track could intersect with
Definition at line 1313 of file StETofGeometry.cxx.
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