#include <QwDetectorInfo.h>

Inherits TObject.

Collaboration diagram for QwDetectorInfo:

Public Member Functions
	QwDetectorInfo (const std::string &name="")
	Constructor with optional name. More...

void	LoadGeometryDefinition (QwParameterFile *map)

void	LoadCrosstalkDefinition (QwParameterFile *map)

std::string	GetDetectorName () const

void	SetDetectorName (const std::string &name)

double	GetSpatialResolution () const

void	SetSpatialResolution (const double res)

double	GetTrackResolution () const

void	SetTrackResolution (const double res)

double	GetSlopeMatching () const

void	SetSlopeMatching (const double slope)

const TVector3	GetPosition () const

double	GetXPosition () const

double	GetYPosition () const

double	GetZPosition () const

void	SetPosition (const TVector3 &position)

void	SetZPosition (const double z)

void	SetXYPosition (const double x, const double y)

void	SetXYZPosition (const double x, const double y, const double z)

void	SetOctant (const int octant)

int	GetOctant () const

void	SetPlaneOffset (double offset)

double	GetPlaneOffset () const

bool	IsActive () const

bool	IsInactive () const

void	SetActive (const bool active=true)

double	GetActiveWidthX () const

double	GetActiveWidthY () const

void	SetActiveWidthXY (const double x, const double y)

double	GetActiveWidthZ () const

void	SetActiveWidthZ (const double z)

bool	InAcceptance (const double x, const double y) const

EQwDirectionID	GetElementDirection () const

void	SetElementDirection (const EQwDirectionID dir)

double	GetElementSpacing () const

void	SetElementSpacing (const double spacing)

double	GetElementOffset () const

void	SetElementOffset (const double offset)

double	GetElementCoordinate (const int element) const

double	GetElementAngle () const

double	GetElementAngleInRad () const

double	GetElementAngleInDeg () const

double	GetElementAngleCos () const

double	GetElementAngleSin () const

void	SetElementAngle (const double angle)

void	SetElementAngle (const double cosangle, const double sinangle)

int	GetNumberOfElements () const

void	SetNumberOfElements (const int nelements)

double	GetDetectorPitch () const

double	GetDetectorPitchInRad () const

double	GetDetectorPitchInDeg () const

double	GetDetectorPitchCos () const

double	GetDetectorPitchSin () const

void	SetDetectorPitch (const double pitch)

double	GetDetectorYaw () const

double	GetDetectorYawInRad () const

double	GetDetectorYawInDeg () const

double	GetDetectorYawCos () const

double	GetDetectorYawSin () const

void	SetDetectorYaw (const double yaw)

double	GetDetectorRoll () const

double	GetDetectorRollInRad () const

double	GetDetectorRollInDeg () const

double	GetDetectorRollCos () const

double	GetDetectorRollSin () const

void	SetDetectorRoll (const double roll)

double	GetRotatorPitch () const

double	GetRotatorPitchInRad () const

double	GetRotatorPitchInDeg () const

double	GetRotatorPitchCos () const

double	GetRotatorPitchSin () const

void	SetRotatorPitch (const double pitch)

double	GetRotatorYaw () const

double	GetRotatorYawInRad () const

double	GetRotatorYawInDeg () const

double	GetRotatorYawCos () const

double	GetRotatorYawSin () const

void	SetRotatorYaw (const double yaw)

double	GetRotatorRoll () const

double	GetRotatorRollInRad () const

double	GetRotatorRollInDeg () const

double	GetRotatorRollCos () const

double	GetRotatorRollSin () const

void	SetRotatorRoll (const double roll)

QwTrackingTreeRegion *	GetTrackingSearchTree ()

const QwTrackingTreeRegion *	GetTrackingSearchTree () const

void	SetTrackingSearchTree (QwTrackingTreeRegion *tree)

void	Print (Option_t *option="") const

EQwDetectorType	GetType () const

EQwDetectorPackage	GetPackage () const

EQwRegionID	GetRegion () const

EQwDirectionID	GetDirection () const

int	GetPlane () const

int	GetCrosstalkElement (int element) const

double	GetElementEfficiency (int element) const

void	SetElementEfficiency (int element, double efficiency)

void	SetElementEfficiency (double efficiency)

void	SetElectronics (int crt, int mdl, int chn)

bool	IsHit ()

int	GetNumHits ()

void	ClearHits ()

void	PushHit (int time)

	ClassDef (QwDetectorInfo, 0)

Data Fields
std::string	fDetectorName

int	fReferenceChannelIndex

std::vector< int >	fHitID

Private Attributes
EQwDetectorType	fType

EQwDetectorPackage	fPackage

EQwRegionID	fRegion

EQwDirectionID	fDirection

int	fPlane

int	fOctant

int	fCrate

int	fModule

int	fChannel

double	fDetectorOriginX
	Detector position in x. More...

double	fDetectorOriginY
	Detector position in y. More...

double	fDetectorOriginZ
	Detector position in z. More...

double	fDetectorPitch
	Pitch of detector. More...

double	fDetectorPitchCos
	Cos of detector pitch. More...

double	fDetectorPitchSin
	Sin of detector pitch. More...

double	fDetectorYaw
	Yaw of detector. More...

double	fDetectorYawCos
	Cos of detector yaw. More...

double	fDetectorYawSin
	Sin of detector yaw. More...

double	fDetectorRoll
	Roll of detector. More...

double	fDetectorRollCos
	Cos of detector roll. More...

double	fDetectorRollSin
	Sin of detector roll. More...

double	fRotatorPitch
	Pitch of rotator (rotation of rotator about global x-axis) More...

double	fRotatorPitchCos
	Cos of rotator pitch. More...

double	fRotatorPitchSin
	Sin of rotator pitch. More...

double	fRotatorYaw
	Yaw of rotator (rotation of rotator about global y-axis) More...

double	fRotatorYawCos
	Cos of rotator yaw. More...

double	fRotatorYawSin
	Sin of rotator yaw. More...

double	fRotatorRoll
	Roll of rotator (rotation of rotator about global z-axis) More...

double	fRotatorRollCos
	Cos of rotator roll. More...

double	fRotatorRollSin
	Sin of rotator roll. More...

bool	fIsActive
	Is this detector activated in tracking. More...

double	fSpatialResolution
	Spatial resolution (how accurate is the timing info) More...

double	fTrackResolution
	Track resolution (how accurate are the tracks through the hits) More...

double	fSlopeMatching
	Slope matching resolution (how accurate do the tracks line up) More...

double	fActiveWidthX
	Active volume in x. More...

double	fActiveWidthY
	Active volume in y. More...

double	fActiveWidthZ
	Active volume in z. More...

double	fElementSpacing
	Perpendicular distance between the elements. More...

double	fElementAngle
	Element orientation with respect to the X axis. More...

double	fElementAngleCos
	Cos of the element orientation. More...

double	fElementAngleSin
	Sin of the element orientation. More...

double	fElementOffset

double	fPlaneOffset
	exactly clear to me what that exactly means) More...

int	fNumberOfElements
	Total number of elements in this detector. More...

std::map< int, int >	fCrosstalk

std::vector< double >	fEfficiency
	///< Sets of crosstalking elements, in a map for easy lookup More...

QwTrackingTreeRegion *	fTree
	///< Efficiency of all elements More...

Friends
std::ostream &	operator<< (std::ostream &stream, const QwDetectorInfo &det)

Detailed Description

Definition at line 25 of file QwDetectorInfo.h.

Constructor & Destructor Documentation

QwDetectorInfo::QwDetectorInfo ( const std::string & name = "" )

Constructor with optional name.

Tracking detector information class. This will be used in an array indexed by the package, plane, and wire,

Definition at line 22 of file QwDetectorInfo.cc.

 : fType(kTypeNull),fPackage(kPackageNull),fRegion(kRegionIDNull),
   fDirection(kDirectionNull),
   fPlane(0),fOctant(0),
   fCrate(0),fModule(0),fChannel(0),
   fDetectorOriginX(0),fDetectorOriginY(0),fDetectorOriginZ(0),
   fDetectorPitch(0),fDetectorPitchCos(1),fDetectorPitchSin(0),
   fDetectorYaw(0),fDetectorYawCos(1),fDetectorYawSin(0),
   fDetectorRoll(0),fDetectorRollCos(1),fDetectorRollSin(0),
   fRotatorPitch(0),fRotatorPitchCos(1),fRotatorPitchSin(0),
   fRotatorYaw(0),fRotatorYawCos(1),fRotatorYawSin(0),
   fRotatorRoll(0),fRotatorRollCos(1),fRotatorRollSin(0),
   fIsActive(true),fSpatialResolution(0),fTrackResolution(0),fSlopeMatching(0),
   fActiveWidthX(0),fActiveWidthY(0),fActiveWidthZ(0),
   fElementSpacing(0),fElementAngle(0),fElementAngleCos(0),fElementAngleSin(0),
   fElementOffset(0),fPlaneOffset(0),fNumberOfElements(0),fTree(0),
   fDetectorName(name),fReferenceChannelIndex(0)
 {
 
 }

Member Function Documentation

QwDetectorInfo::ClassDef	(	QwDetectorInfo	,
		0
	)

void QwDetectorInfo::ClearHits ( )

inline

Definition at line 350 of file QwDetectorInfo.h.

References fHitID.

Referenced by QwDriftChamberVDC::FillHistograms().

                      {
       if (!fHitID.empty())
         fHitID.clear();
     }

Here is the caller graph for this function:

double QwDetectorInfo::GetActiveWidthX ( ) const

inline

Definition at line 88 of file QwDetectorInfo.h.

References fActiveWidthX.

Referenced by QwTreeEventBuffer::CreateHitCerenkov(), QwPartialTrack::DeterminePositionInDetector(), and QwTreeEventBuffer::GetEntry().

88 { return fActiveWidthX; };

QwDetectorInfo::fActiveWidthX

double fActiveWidthX

Active volume in x.

Definition: QwDetectorInfo.h:307

Here is the caller graph for this function:

double QwDetectorInfo::GetActiveWidthY ( ) const

inline

Definition at line 89 of file QwDetectorInfo.h.

References fActiveWidthY.

Referenced by QwPartialTrack::DeterminePositionInDetector(), and QwTreeEventBuffer::GetEntry().

89 { return fActiveWidthY; };

QwDetectorInfo::fActiveWidthY

double fActiveWidthY

Active volume in y.

Definition: QwDetectorInfo.h:308

Here is the caller graph for this function:

double QwDetectorInfo::GetActiveWidthZ ( ) const

inline

Definition at line 95 of file QwDetectorInfo.h.

References fActiveWidthZ.

Referenced by QwTreeEventBuffer::CreateHitRegion3(), and QwTrackingWorker::InitTree().

95 { return fActiveWidthZ; };

QwDetectorInfo::fActiveWidthZ

double fActiveWidthZ

Active volume in z.

Definition: QwDetectorInfo.h:309

Here is the caller graph for this function:

int QwDetectorInfo::GetCrosstalkElement ( int element ) const

inline

Definition at line 229 of file QwDetectorInfo.h.

References fCrosstalk.

Referenced by operator<<(), and QwTrackingTreeCombine::TlMatchHits().

                                                {
       if (fCrosstalk.count(element))
         return fCrosstalk.at(element);
       else
         return -1;
     }

Here is the caller graph for this function:

std::string QwDetectorInfo::GetDetectorName ( ) const

inline

Definition at line 43 of file QwDetectorInfo.h.

References fDetectorName.

Referenced by LoadCrosstalkDefinition(), and operator<<().

43 { return fDetectorName; };

QwDetectorInfo::fDetectorName

std::string fDetectorName

Definition: QwDetectorInfo.h:329

Here is the caller graph for this function:

double QwDetectorInfo::GetDetectorPitch ( ) const

inline

Definition at line 144 of file QwDetectorInfo.h.

References fDetectorPitch.

Referenced by QwPartialTrack::DeterminePositionInDetector().

144 { return fDetectorPitch; };

QwDetectorInfo::fDetectorPitch

double fDetectorPitch

Pitch of detector.

Definition: QwDetectorInfo.h:281

Here is the caller graph for this function:

double QwDetectorInfo::GetDetectorPitchCos ( ) const

inline

Definition at line 147 of file QwDetectorInfo.h.

References fDetectorPitchCos.

Referenced by QwTreeEventBuffer::CreateHitList(), QwTrackingTreeMatch::MatchRegion3(), and QwTrackingTreeCombine::r3_PartialTrackFit().

147 { return fDetectorPitchCos; };

QwDetectorInfo::fDetectorPitchCos

double fDetectorPitchCos

Cos of detector pitch.

Definition: QwDetectorInfo.h:282

Here is the caller graph for this function:

double QwDetectorInfo::GetDetectorPitchInDeg ( ) const

inline

Definition at line 146 of file QwDetectorInfo.h.

References Qw::deg, and fDetectorPitch.

146 { return fDetectorPitch / Qw::deg; };

Qw::deg

static const double deg

Definition: QwUnits.h:106

QwDetectorInfo::fDetectorPitch

double fDetectorPitch

Pitch of detector.

Definition: QwDetectorInfo.h:281

double QwDetectorInfo::GetDetectorPitchInRad ( ) const

inline

Definition at line 145 of file QwDetectorInfo.h.

References fDetectorPitch, and Qw::rad.

145 { return fDetectorPitch / Qw::rad; };

QwDetectorInfo::fDetectorPitch

double fDetectorPitch

Pitch of detector.

Definition: QwDetectorInfo.h:281

Qw::rad

static const double rad

Definition: QwUnits.h:105

double QwDetectorInfo::GetDetectorPitchSin ( ) const

inline

Definition at line 148 of file QwDetectorInfo.h.

References fDetectorPitchSin.

Referenced by QwTreeEventBuffer::CreateHitList(), QwTrackingTreeMatch::MatchRegion3(), and QwTrackingTreeCombine::r3_PartialTrackFit().

148 { return fDetectorPitchSin; };

QwDetectorInfo::fDetectorPitchSin

double fDetectorPitchSin

Sin of detector pitch.

Definition: QwDetectorInfo.h:283

Here is the caller graph for this function:

double QwDetectorInfo::GetDetectorRoll ( ) const

inline

Definition at line 166 of file QwDetectorInfo.h.

References fDetectorRoll.

166 { return fDetectorRoll; };

QwDetectorInfo::fDetectorRoll

double fDetectorRoll

Roll of detector.

Definition: QwDetectorInfo.h:287

double QwDetectorInfo::GetDetectorRollCos ( ) const

inline

Definition at line 169 of file QwDetectorInfo.h.

References fDetectorRollCos.

Referenced by QwTrackingTreeCombine::r3_PartialTrackFit().

169 { return fDetectorRollCos; };

QwDetectorInfo::fDetectorRollCos

double fDetectorRollCos

Cos of detector roll.

Definition: QwDetectorInfo.h:288

Here is the caller graph for this function:

double QwDetectorInfo::GetDetectorRollInDeg ( ) const

inline

Definition at line 168 of file QwDetectorInfo.h.

References Qw::deg, and fDetectorRoll.

168 { return fDetectorRoll / Qw::deg; };

Qw::deg

static const double deg

Definition: QwUnits.h:106

QwDetectorInfo::fDetectorRoll

double fDetectorRoll

Roll of detector.

Definition: QwDetectorInfo.h:287

double QwDetectorInfo::GetDetectorRollInRad ( ) const

inline

Definition at line 167 of file QwDetectorInfo.h.

References fDetectorRoll, and Qw::rad.

167 { return fDetectorRoll / Qw::rad; };

Qw::rad

static const double rad

Definition: QwUnits.h:105

QwDetectorInfo::fDetectorRoll

double fDetectorRoll

Roll of detector.

Definition: QwDetectorInfo.h:287

double QwDetectorInfo::GetDetectorRollSin ( ) const

inline

Definition at line 170 of file QwDetectorInfo.h.

References fDetectorRollSin.

Referenced by QwTrackingTreeCombine::r3_PartialTrackFit().

170 { return fDetectorRollSin; };

QwDetectorInfo::fDetectorRollSin

double fDetectorRollSin

Sin of detector roll.

Definition: QwDetectorInfo.h:289

Here is the caller graph for this function:

double QwDetectorInfo::GetDetectorYaw ( ) const

inline

Definition at line 155 of file QwDetectorInfo.h.

References fDetectorYaw.

155 { return fDetectorYaw; };

QwDetectorInfo::fDetectorYaw

double fDetectorYaw

Yaw of detector.

Definition: QwDetectorInfo.h:284

double QwDetectorInfo::GetDetectorYawCos ( ) const

inline

Definition at line 158 of file QwDetectorInfo.h.

References fDetectorYawCos.

158 { return fDetectorYawCos; };

QwDetectorInfo::fDetectorYawCos

double fDetectorYawCos

Cos of detector yaw.

Definition: QwDetectorInfo.h:285

double QwDetectorInfo::GetDetectorYawInDeg ( ) const

inline

Definition at line 157 of file QwDetectorInfo.h.

References Qw::deg, and fDetectorYaw.

157 { return fDetectorYaw / Qw::deg; };

Qw::deg

static const double deg

Definition: QwUnits.h:106

QwDetectorInfo::fDetectorYaw

double fDetectorYaw

Yaw of detector.

Definition: QwDetectorInfo.h:284

double QwDetectorInfo::GetDetectorYawInRad ( ) const

inline

Definition at line 156 of file QwDetectorInfo.h.

References fDetectorYaw, and Qw::rad.

156 { return fDetectorYaw / Qw::rad; };

Qw::rad

static const double rad

Definition: QwUnits.h:105

QwDetectorInfo::fDetectorYaw

double fDetectorYaw

Yaw of detector.

Definition: QwDetectorInfo.h:284

double QwDetectorInfo::GetDetectorYawSin ( ) const

inline

Definition at line 159 of file QwDetectorInfo.h.

References fDetectorYawSin.

159 { return fDetectorYawSin; };

QwDetectorInfo::fDetectorYawSin

double fDetectorYawSin

Sin of detector yaw.

Definition: QwDetectorInfo.h:286

EQwDirectionID QwDetectorInfo::GetDirection ( ) const

inline

Definition at line 225 of file QwDetectorInfo.h.

References fDirection.

Referenced by QwGeometry::as(), QwTreeEventBuffer::CreateHitCerenkov(), QwTreeEventBuffer::CreateHitRegion1(), QwTreeEventBuffer::CreateHitRegion2(), QwTreeEventBuffer::CreateHitRegion3(), and QwTrackingTreeCombine::r3_PartialTrackFit().

225 { return fDirection; };

QwDetectorInfo::fDirection

EQwDirectionID fDirection

Definition: QwDetectorInfo.h:266

Here is the caller graph for this function:

double QwDetectorInfo::GetElementAngle ( ) const

inline

Definition at line 120 of file QwDetectorInfo.h.

References fElementAngle.

Referenced by QwTreeEventBuffer::CreateHitRegion2(), QwTreeEventBuffer::CreateHitRegion3(), and QwTrackingTreeCombine::r3_PartialTrackFit().

120 { return fElementAngle; };

QwDetectorInfo::fElementAngle

double fElementAngle

Element orientation with respect to the X axis.

Definition: QwDetectorInfo.h:312

Here is the caller graph for this function:

double QwDetectorInfo::GetElementAngleCos ( ) const

inline

Definition at line 123 of file QwDetectorInfo.h.

References fElementAngleCos.

Referenced by QwTrackingTreeMatch::MatchRegion3(), and QwTrackingTreeCombine::r2_PartialTrackFit().

123 { return fElementAngleCos; };

QwDetectorInfo::fElementAngleCos

double fElementAngleCos

Cos of the element orientation.

Definition: QwDetectorInfo.h:313

Here is the caller graph for this function:

double QwDetectorInfo::GetElementAngleInDeg ( ) const

inline

Definition at line 122 of file QwDetectorInfo.h.

References Qw::deg, and fElementAngle.

122 { return fElementAngle / Qw::deg; };

Qw::deg

static const double deg

Definition: QwUnits.h:106

QwDetectorInfo::fElementAngle

double fElementAngle

Element orientation with respect to the X axis.

Definition: QwDetectorInfo.h:312

double QwDetectorInfo::GetElementAngleInRad ( ) const

inline

Definition at line 121 of file QwDetectorInfo.h.

References fElementAngle.

121 { return fElementAngle; };

QwDetectorInfo::fElementAngle

double fElementAngle

Element orientation with respect to the X axis.

Definition: QwDetectorInfo.h:312

double QwDetectorInfo::GetElementAngleSin ( ) const

inline

Definition at line 124 of file QwDetectorInfo.h.

References fElementAngleSin.

Referenced by QwTrackingTreeCombine::r2_PartialTrackFit().

124 { return fElementAngleSin; };

QwDetectorInfo::fElementAngleSin

double fElementAngleSin

Sin of the element orientation.

Definition: QwDetectorInfo.h:314

Here is the caller graph for this function:

double QwDetectorInfo::GetElementCoordinate ( const int element ) const

Get the coordinate of the specified element. E.g. this returns the x/u/v position of the specified wire, taking into account the offset of wire 1.

Parameters

element Element number

Returns: Coordinate of the element

Definition at line 247 of file QwDetectorInfo.cc.

References GetElementOffset(), and GetElementSpacing().

Referenced by QwTrackingTreeMatch::MatchRegion3().

 {
   return GetElementOffset() + (element - 1) * GetElementSpacing();
 }

Here is the call graph for this function:

Here is the caller graph for this function:

EQwDirectionID QwDetectorInfo::GetElementDirection ( ) const

inline

Definition at line 105 of file QwDetectorInfo.h.

References fDirection.

Referenced by operator<<().

105 { return fDirection; };

QwDetectorInfo::fDirection

EQwDirectionID fDirection

Definition: QwDetectorInfo.h:266

Here is the caller graph for this function:

double QwDetectorInfo::GetElementEfficiency ( int element ) const

inline

Definition at line 237 of file QwDetectorInfo.h.

References Qw::e, QwLog::endl(), fEfficiency, and QwWarning.

Referenced by QwTreeEventBuffer::CreateHitRegion2(), and QwTreeEventBuffer::CreateHitRegion3().

                                                    {
       try {
         return fEfficiency.at(element);
       } catch (std::exception& e) {
         QwWarning << "Undefined efficiency for element " << element << " in "
             << *this << QwLog::endl;
         return 0.0;
       }
     }

Here is the call graph for this function:

Here is the caller graph for this function:

double QwDetectorInfo::GetElementOffset ( ) const

inline

Definition at line 113 of file QwDetectorInfo.h.

References fElementOffset.

Referenced by QwTreeEventBuffer::CreateHitRegion1(), QwTreeEventBuffer::CreateHitRegion2(), QwTreeEventBuffer::CreateHitRegion3(), and GetElementCoordinate().

113 { return fElementOffset; };

QwDetectorInfo::fElementOffset

double fElementOffset

Definition: QwDetectorInfo.h:315

Here is the caller graph for this function:

double QwDetectorInfo::GetElementSpacing ( ) const

inline

Definition at line 109 of file QwDetectorInfo.h.

References fElementSpacing.

Referenced by QwTrackingTree::consistent(), QwTreeEventBuffer::CreateHitRegion1(), QwTreeEventBuffer::CreateHitRegion2(), QwTreeEventBuffer::CreateHitRegion3(), GetElementCoordinate(), QwTrackingWorker::InitTree(), QwTrackingTreeMatch::MatchRegion3(), QwHitPattern::SetHDCHit(), and QwTrackingTreeSearch::TsSetPoint().

109 { return fElementSpacing; };

QwDetectorInfo::fElementSpacing

double fElementSpacing

Perpendicular distance between the elements.

Definition: QwDetectorInfo.h:311

Here is the caller graph for this function:

int QwDetectorInfo::GetNumberOfElements ( ) const

inline

Definition at line 137 of file QwDetectorInfo.h.

References fNumberOfElements.

Referenced by QwTrackingTree::consistent(), QwTreeEventBuffer::CreateHitRegion1(), QwTreeEventBuffer::CreateHitRegion2(), QwTreeEventBuffer::CreateHitRegion3(), QwTrackingWorker::InitTree(), and QwTrackingWorker::ProcessEvent().

137 { return fNumberOfElements; };

QwDetectorInfo::fNumberOfElements

int fNumberOfElements

Total number of elements in this detector.

Definition: QwDetectorInfo.h:318

Here is the caller graph for this function:

int QwDetectorInfo::GetNumHits ( )

inline

Definition at line 348 of file QwDetectorInfo.h.

References fHitID.

Referenced by QwDriftChamberHDC::FillHistograms(), and QwDriftChamberVDC::FillHistograms().

348 { return fHitID.size(); };

QwDetectorInfo::fHitID

std::vector< int > fHitID

Definition: QwDetectorInfo.h:336

Here is the caller graph for this function:

int QwDetectorInfo::GetOctant ( ) const

inline

Definition at line 76 of file QwDetectorInfo.h.

References fOctant.

Referenced by QwTreeEventBuffer::CreateHitCerenkov(), QwTreeEventBuffer::CreateHitList(), QwTreeEventBuffer::CreateHitRegion1(), QwTreeEventBuffer::CreateHitRegion2(), QwTreeEventBuffer::CreateHitRegion3(), VQwSubsystemTracking::LoadGeometryDefinition(), and QwTrackingTreeCombine::TlTreeLineSort().

76 {return fOctant; };

QwDetectorInfo::fOctant

int fOctant

Definition: QwDetectorInfo.h:268

Here is the caller graph for this function:

EQwDetectorPackage QwDetectorInfo::GetPackage ( ) const

inline

Definition at line 223 of file QwDetectorInfo.h.

References fPackage.

Referenced by QwGeometry::as(), VQwSubsystemTracking::LoadGeometryDefinition(), operator<(), and QwTrackingTreeCombine::r3_PartialTrackFit().

223 { return fPackage; };

QwDetectorInfo::fPackage

EQwDetectorPackage fPackage

Definition: QwDetectorInfo.h:264

Here is the caller graph for this function:

int QwDetectorInfo::GetPlane ( ) const

inline

Definition at line 226 of file QwDetectorInfo.h.

References fPlane.

Referenced by QwTreeEventBuffer::CreateHitCerenkov(), QwTreeEventBuffer::CreateHitRegion1(), QwTreeEventBuffer::CreateHitRegion2(), QwTreeEventBuffer::CreateHitRegion3(), QwTrackingWorker::ProcessEvent(), and QwTrackingTreeSort::rcCommonWires().

226 { return fPlane; };

QwDetectorInfo::fPlane

int fPlane

Definition: QwDetectorInfo.h:267

Here is the caller graph for this function:

double QwDetectorInfo::GetPlaneOffset ( ) const

inline

Definition at line 80 of file QwDetectorInfo.h.

References fPlaneOffset.

Referenced by QwTrackingTree::consistent(), QwTrackingTreeCombine::r2_PartialTrackFit(), and QwTrackingTreeCombine::TlTreeLineSort().

80 { return fPlaneOffset; }

QwDetectorInfo::fPlaneOffset

double fPlaneOffset

exactly clear to me what that exactly means)

Definition: QwDetectorInfo.h:317

Here is the caller graph for this function:

const TVector3 QwDetectorInfo::GetPosition ( ) const

Get position of the detector

Returns: TVector3

Definition at line 226 of file QwDetectorInfo.cc.

References fDetectorOriginX, fDetectorOriginY, and fDetectorOriginZ.

Referenced by QwPartialTrack::DeterminePositionInDetector().

 {
   return TVector3(fDetectorOriginX,fDetectorOriginY,fDetectorOriginZ);
 }

Here is the caller graph for this function:

EQwRegionID QwDetectorInfo::GetRegion ( ) const

inline

Definition at line 224 of file QwDetectorInfo.h.

References fRegion.

Referenced by QwGeometry::as(), QwTrackingTree::consistent(), QwTreeEventBuffer::CreateHitCerenkov(), QwTreeEventBuffer::CreateHitRegion1(), QwTreeEventBuffer::CreateHitRegion2(), QwTreeEventBuffer::CreateHitRegion3(), QwTrackingWorker::InitTree(), VQwSubsystemTracking::LoadGeometryDefinition(), QwTrackingTree::marklin(), and operator<().

224 { return fRegion; };

QwDetectorInfo::fRegion

EQwRegionID fRegion

Definition: QwDetectorInfo.h:265

Here is the caller graph for this function:

double QwDetectorInfo::GetRotatorPitch ( ) const

inline

Definition at line 177 of file QwDetectorInfo.h.

References fRotatorPitch.

Referenced by QwPartialTrack::RotateRotator().

177 { return fRotatorPitch; };

QwDetectorInfo::fRotatorPitch

double fRotatorPitch

Pitch of rotator (rotation of rotator about global x-axis)

Definition: QwDetectorInfo.h:290

Here is the caller graph for this function:

double QwDetectorInfo::GetRotatorPitchCos ( ) const

inline

Definition at line 180 of file QwDetectorInfo.h.

References fRotatorPitchCos.

180 { return fRotatorPitchCos; };

QwDetectorInfo::fRotatorPitchCos

double fRotatorPitchCos

Cos of rotator pitch.

Definition: QwDetectorInfo.h:291

double QwDetectorInfo::GetRotatorPitchInDeg ( ) const

inline

Definition at line 179 of file QwDetectorInfo.h.

References Qw::deg, and fRotatorPitch.

179 { return fRotatorPitch / Qw::deg; };

QwDetectorInfo::fRotatorPitch

double fRotatorPitch

Pitch of rotator (rotation of rotator about global x-axis)

Definition: QwDetectorInfo.h:290

Qw::deg

static const double deg

Definition: QwUnits.h:106

double QwDetectorInfo::GetRotatorPitchInRad ( ) const

inline

Definition at line 178 of file QwDetectorInfo.h.

References fRotatorPitch, and Qw::rad.

178 { return fRotatorPitch / Qw::rad; };

QwDetectorInfo::fRotatorPitch

double fRotatorPitch

Pitch of rotator (rotation of rotator about global x-axis)

Definition: QwDetectorInfo.h:290

Qw::rad

static const double rad

Definition: QwUnits.h:105

double QwDetectorInfo::GetRotatorPitchSin ( ) const

inline

Definition at line 181 of file QwDetectorInfo.h.

References fRotatorPitchSin.

181 { return fRotatorPitchSin; };

QwDetectorInfo::fRotatorPitchSin

double fRotatorPitchSin

Sin of rotator pitch.

Definition: QwDetectorInfo.h:292

double QwDetectorInfo::GetRotatorRoll ( ) const

inline

Definition at line 199 of file QwDetectorInfo.h.

References fRotatorRoll.

Referenced by QwPartialTrack::RotateRotator().

199 { return fRotatorRoll; };

QwDetectorInfo::fRotatorRoll

double fRotatorRoll

Roll of rotator (rotation of rotator about global z-axis)

Definition: QwDetectorInfo.h:296

Here is the caller graph for this function:

double QwDetectorInfo::GetRotatorRollCos ( ) const

inline

Definition at line 202 of file QwDetectorInfo.h.

References fRotatorRollCos.

202 { return fRotatorRollCos; };

QwDetectorInfo::fRotatorRollCos

double fRotatorRollCos

Cos of rotator roll.

Definition: QwDetectorInfo.h:297

double QwDetectorInfo::GetRotatorRollInDeg ( ) const

inline

Definition at line 201 of file QwDetectorInfo.h.

References Qw::deg, and fRotatorRoll.

201 { return fRotatorRoll / Qw::deg; };

QwDetectorInfo::fRotatorRoll

double fRotatorRoll

Roll of rotator (rotation of rotator about global z-axis)

Definition: QwDetectorInfo.h:296

Qw::deg

static const double deg

Definition: QwUnits.h:106

double QwDetectorInfo::GetRotatorRollInRad ( ) const

inline

Definition at line 200 of file QwDetectorInfo.h.

References fRotatorRoll, and Qw::rad.

200 { return fRotatorRoll / Qw::rad; };

QwDetectorInfo::fRotatorRoll

double fRotatorRoll

Roll of rotator (rotation of rotator about global z-axis)

Definition: QwDetectorInfo.h:296

Qw::rad

static const double rad

Definition: QwUnits.h:105

double QwDetectorInfo::GetRotatorRollSin ( ) const

inline

Definition at line 203 of file QwDetectorInfo.h.

References fRotatorRollSin.

203 { return fRotatorRollSin; };

QwDetectorInfo::fRotatorRollSin

double fRotatorRollSin

Sin of rotator roll.

Definition: QwDetectorInfo.h:298

double QwDetectorInfo::GetRotatorYaw ( ) const

inline

Definition at line 188 of file QwDetectorInfo.h.

References fRotatorYaw.

Referenced by QwPartialTrack::RotateRotator().

188 { return fRotatorYaw; };

QwDetectorInfo::fRotatorYaw

double fRotatorYaw

Yaw of rotator (rotation of rotator about global y-axis)

Definition: QwDetectorInfo.h:293

Here is the caller graph for this function:

double QwDetectorInfo::GetRotatorYawCos ( ) const

inline

Definition at line 191 of file QwDetectorInfo.h.

References fRotatorYawCos.

191 { return fRotatorYawCos; };

QwDetectorInfo::fRotatorYawCos

double fRotatorYawCos

Cos of rotator yaw.

Definition: QwDetectorInfo.h:294

double QwDetectorInfo::GetRotatorYawInDeg ( ) const

inline

Definition at line 190 of file QwDetectorInfo.h.

References Qw::deg, and fRotatorYaw.

190 { return fRotatorYaw / Qw::deg; };

Qw::deg

static const double deg

Definition: QwUnits.h:106

QwDetectorInfo::fRotatorYaw

double fRotatorYaw

Yaw of rotator (rotation of rotator about global y-axis)

Definition: QwDetectorInfo.h:293

double QwDetectorInfo::GetRotatorYawInRad ( ) const

inline

Definition at line 189 of file QwDetectorInfo.h.

References fRotatorYaw, and Qw::rad.

189 { return fRotatorYaw / Qw::rad; };

Qw::rad

static const double rad

Definition: QwUnits.h:105

QwDetectorInfo::fRotatorYaw

double fRotatorYaw

Yaw of rotator (rotation of rotator about global y-axis)

Definition: QwDetectorInfo.h:293

double QwDetectorInfo::GetRotatorYawSin ( ) const

inline

Definition at line 192 of file QwDetectorInfo.h.

References fRotatorYawSin.

192 { return fRotatorYawSin; };

QwDetectorInfo::fRotatorYawSin

double fRotatorYawSin

Sin of rotator yaw.

Definition: QwDetectorInfo.h:295

double QwDetectorInfo::GetSlopeMatching ( ) const

inline

Definition at line 55 of file QwDetectorInfo.h.

References fSlopeMatching.

Referenced by QwTrackingTreeMatch::MatchRegion3().

55 { return fSlopeMatching; };

QwDetectorInfo::fSlopeMatching

double fSlopeMatching

Slope matching resolution (how accurate do the tracks line up)

Definition: QwDetectorInfo.h:305

Here is the caller graph for this function:

double QwDetectorInfo::GetSpatialResolution ( ) const

inline

Definition at line 47 of file QwDetectorInfo.h.

References fSpatialResolution.

Referenced by QwTreeEventBuffer::CreateHitRegion2(), QwTreeEventBuffer::CreateHitRegion3(), QwTrackingTreeCombine::r2_PartialTrackFit(), and QwTrackingTreeCombine::r2_TreelineFit().

47 { return fSpatialResolution; };

QwDetectorInfo::fSpatialResolution

double fSpatialResolution

Spatial resolution (how accurate is the timing info)

Definition: QwDetectorInfo.h:303

Here is the caller graph for this function:

QwTrackingTreeRegion* QwDetectorInfo::GetTrackingSearchTree ( )

inline

Definition at line 211 of file QwDetectorInfo.h.

References fTree.

211 { return fTree; };

QwDetectorInfo::fTree

QwTrackingTreeRegion * fTree

///< Efficiency of all elements

Definition: QwDetectorInfo.h:324

const QwTrackingTreeRegion* QwDetectorInfo::GetTrackingSearchTree ( ) const

inline

Definition at line 212 of file QwDetectorInfo.h.

References fTree.

212 { return fTree; };

QwDetectorInfo::fTree

QwTrackingTreeRegion * fTree

///< Efficiency of all elements

Definition: QwDetectorInfo.h:324

double QwDetectorInfo::GetTrackResolution ( ) const

inline

Definition at line 51 of file QwDetectorInfo.h.

References fTrackResolution.

Referenced by QwHitPattern::SetHDCHit(), QwHitPattern::SetVDCHit(), and QwTrackingTreeSearch::TsSetPoint().

51 { return fTrackResolution; };

QwDetectorInfo::fTrackResolution

double fTrackResolution

Track resolution (how accurate are the tracks through the hits)

Definition: QwDetectorInfo.h:304

Here is the caller graph for this function:

EQwDetectorType QwDetectorInfo::GetType ( ) const

inline

Definition at line 222 of file QwDetectorInfo.h.

References fType.

Referenced by QwGeometry::as(), QwTrackingTree::consistent(), and QwTrackingTree::marklin().

222 { return fType; };

QwDetectorInfo::fType

EQwDetectorType fType

Definition: QwDetectorInfo.h:263

Here is the caller graph for this function:

double QwDetectorInfo::GetXPosition ( ) const

inline

Definition at line 60 of file QwDetectorInfo.h.

References fDetectorOriginX.

Referenced by QwTreeEventBuffer::CreateHitCerenkov(), QwTreeEventBuffer::CreateHitList(), QwTreeEventBuffer::CreateHitRegion1(), QwTrackingTreeMatch::MatchRegion3(), operator<<(), QwTrackingTreeCombine::r2_PartialTrackFit(), and QwTrackingTreeCombine::r3_PartialTrackFit().

60 { return fDetectorOriginX; };

QwDetectorInfo::fDetectorOriginX

double fDetectorOriginX

Detector position in x.

Definition: QwDetectorInfo.h:276

Here is the caller graph for this function:

double QwDetectorInfo::GetYPosition ( ) const

inline

Definition at line 61 of file QwDetectorInfo.h.

References fDetectorOriginY.

Referenced by QwTreeEventBuffer::CreateHitList(), QwTreeEventBuffer::CreateHitRegion1(), QwTrackingTreeMatch::MatchRegion3(), QwTrackingTreeCombine::r2_PartialTrackFit(), and QwTrackingTreeCombine::r3_PartialTrackFit().

61 { return fDetectorOriginY; };

QwDetectorInfo::fDetectorOriginY

double fDetectorOriginY

Detector position in y.

Definition: QwDetectorInfo.h:277

Here is the caller graph for this function:

double QwDetectorInfo::GetZPosition ( ) const

inline

Definition at line 62 of file QwDetectorInfo.h.

References fDetectorOriginZ.

Referenced by QwTrackingTree::consistent(), QwTreeEventBuffer::CreateHitList(), QwPartialTrack::DeterminePositionInDetector(), QwTrackingTreeCombine::InAcceptance(), QwTrackingTreeMatch::MatchRegion3(), operator<(), operator<<(), QwTrackingTreeCombine::r2_PartialTrackFit(), QwTrackingTreeCombine::r2_TreelineFit(), QwTrackingTreeCombine::r3_PartialTrackFit(), and QwTrackingTreeCombine::TlTreeLineSort().

62 { return fDetectorOriginZ; };

QwDetectorInfo::fDetectorOriginZ

double fDetectorOriginZ

Detector position in z.

Definition: QwDetectorInfo.h:278

Here is the caller graph for this function:

bool QwDetectorInfo::InAcceptance	(	const double	x,
		const double	y
	)		const

inline

Definition at line 97 of file QwDetectorInfo.h.

References fActiveWidthX, fActiveWidthY, fDetectorOriginX, and fDetectorOriginY.

Referenced by QwTrackingTreeCombine::InAcceptance().

                                                             {
       if (fabs(x - fDetectorOriginX) < fActiveWidthX / 2.0 &&
           fabs(y - fDetectorOriginY) < fActiveWidthY / 2.0)
         return true;
       else return false;
     };

Here is the caller graph for this function:

bool QwDetectorInfo::IsActive ( ) const

inline

Definition at line 83 of file QwDetectorInfo.h.

References fIsActive.

Referenced by IsInactive().

83 { return fIsActive; };

QwDetectorInfo::fIsActive

bool fIsActive

Is this detector activated in tracking.

Definition: QwDetectorInfo.h:301

Here is the caller graph for this function:

bool QwDetectorInfo::IsHit ( )

inline

Definition at line 346 of file QwDetectorInfo.h.

References fHitID.

346 { return (!fHitID.empty()); };

QwDetectorInfo::fHitID

std::vector< int > fHitID

Definition: QwDetectorInfo.h:336

bool QwDetectorInfo::IsInactive ( ) const

inline

Definition at line 84 of file QwDetectorInfo.h.

References IsActive().

Referenced by QwTrackingWorker::ProcessEvent().

84 { return !IsActive(); };

QwDetectorInfo::IsActive

bool IsActive() const

Definition: QwDetectorInfo.h:83

Here is the call graph for this function:

Here is the caller graph for this function:

void QwDetectorInfo::LoadCrosstalkDefinition ( QwParameterFile * map )

Parse the crosstalk definition for this detector

Parameters

map	Relevant fraction of the parameter file

Definition at line 177 of file QwDetectorInfo.cc.

References QwParameterFile::ConvertValue(), QwLog::endl(), fCrosstalk, GetDetectorName(), QwParameterFile::HasVariablePair(), QwOut, QwParameterFile::ReadNextLine(), QwParameterFile::RewindToFileStart(), and QwParameterFile::TrimWhitespace().

Referenced by VQwSubsystemTracking::LoadCrosstalkDefinition().

 {
   map->TrimWhitespace();
   map->RewindToFileStart();
   while (map->ReadNextLine()) {
     std::string varname,varvalue;
     if (! map->HasVariablePair("=",varname,varvalue)) continue;
 
     if (varname == "crosstalk") {
       std::string list = map->ConvertValue<string>(varvalue);
       size_t begin = 0; // start of a 'element1,element2' pair
       while (begin < list.size()) {
         // find next space
         size_t end = list.find(' ',begin);
         // if no space, point to end of the line
         if (end == std::string::npos) end = list.size();
         // get the 'element1,element2' pair
         std::string word = list.substr(begin,end-begin);
         // find next comma
         size_t comma = word.find(',');
         // if no comma, stop
         if (comma == std::string::npos) continue;
 #if defined(__GXX_EXPERIMENTAL_CXX0X) || __cplusplus >= 201103L
         // get element1 and element2
         int element1 = std::stoi(word.substr(0,comma));
         int element2 = std::stoi(word.substr(comma+1,word.size()-comma-1));
         fCrosstalk[element1] = element2;
         fCrosstalk[element2] = element1;
         QwOut << "crosstalk in " << GetDetectorName() << ": " << element1 << "," << element2 << QwLog::endl;
 #else
         // get element1 and element2
         string str1 = word.substr(0,comma);
         string str2 = word.substr(comma+1,word.size()-comma-1);
         int element1 = std::atoi(str1.c_str());
         int element2 = std::atoi(str2.c_str());
         fCrosstalk[element1] = element2;
         fCrosstalk[element2] = element1;
         QwOut << "crosstalk in " << GetDetectorName() << ": " << element1 << "," << element2 << QwLog::endl;
 #endif
         // continue
         begin = end+1;
       }
     }
   }
 }

Here is the call graph for this function:

Here is the caller graph for this function:

void QwDetectorInfo::LoadGeometryDefinition ( QwParameterFile * map )

Parse the geometry definition for this detector

Parameters

map	Relevant fraction of the parameter file

Definition at line 46 of file QwDetectorInfo.cc.

References Qw::cm, QwParameterFile::ConvertValue(), Qw::deg, fActiveWidthX, fActiveWidthY, fActiveWidthZ, fDetectorOriginX, fDetectorOriginY, fDetectorOriginZ, fDetectorPitch, fDetectorPitchCos, fDetectorPitchSin, fDetectorRoll, fDetectorRollCos, fDetectorRollSin, fDetectorYaw, fDetectorYawCos, fDetectorYawSin, fDirection, fElementAngle, fElementAngleCos, fElementAngleSin, QwParameterFile::FileHasVariablePair(), fIsActive, fOctant, fPackage, fPlane, fPlaneOffset, fRegion, fRotatorPitch, fRotatorPitchCos, fRotatorPitchSin, fRotatorRoll, fRotatorRollCos, fRotatorRollSin, fRotatorYaw, fRotatorYawCos, fRotatorYawSin, fSlopeMatching, fSpatialResolution, fTrackResolution, fType, kQwDirectionMap, kQwPackageMap, kQwRegionMap, kQwTypeMap, SetElementEfficiency(), SetElementOffset(), SetElementSpacing(), SetNumberOfElements(), and QwParameterFile::TrimWhitespace().

Referenced by VQwSubsystemTracking::LoadGeometryDefinition().

 {
   std::string varvalue;
 
   map->TrimWhitespace();
 
   if (map->FileHasVariablePair("=","active_width_x",varvalue))
     fActiveWidthX = map->ConvertValue<double>(varvalue) * Qw::cm;
   if (map->FileHasVariablePair("=","active_width_y",varvalue))
     fActiveWidthY = map->ConvertValue<double>(varvalue) * Qw::cm;
   if (map->FileHasVariablePair("=","active_width_z",varvalue))
     fActiveWidthZ = map->ConvertValue<double>(varvalue) * Qw::cm;
 
   if (map->FileHasVariablePair("=","detector_origin_x",varvalue))
     fDetectorOriginX = map->ConvertValue<double>(varvalue) * Qw::cm;
   if (map->FileHasVariablePair("=","detector_origin_y",varvalue))
     fDetectorOriginY = map->ConvertValue<double>(varvalue) * Qw::cm;
   if (map->FileHasVariablePair("=","detector_origin_z",varvalue))
     fDetectorOriginZ = map->ConvertValue<double>(varvalue) * Qw::cm;
   if (map->FileHasVariablePair("=","detector_pitch",varvalue)) {
     fDetectorPitch = map->ConvertValue<double>(varvalue) * Qw::deg;
     fDetectorPitchCos = cos(fDetectorPitch);
     fDetectorPitchSin = sin(fDetectorPitch);
   }
   if (map->FileHasVariablePair("=","detector_yaw",varvalue)) {
     fDetectorYaw = map->ConvertValue<double>(varvalue) * Qw::deg;
     fDetectorYawCos = cos(fDetectorYaw);
     fDetectorYawSin = sin(fDetectorYaw);
   }
   if (map->FileHasVariablePair("=","detector_roll",varvalue)) {
     fDetectorRoll = map->ConvertValue<double>(varvalue) * Qw::deg;
     fDetectorRollCos = cos(fDetectorRoll);
     fDetectorRollSin = sin(fDetectorRoll);
   }
   if(map->FileHasVariablePair("=","rotator_pitch",varvalue)) {
     fRotatorPitch = map->ConvertValue<double>(varvalue) * Qw::deg;
     fRotatorPitchCos = cos(fRotatorPitch);
     fRotatorPitchSin = sin(fRotatorPitch);
   }
   if(map->FileHasVariablePair("=","rotator_yaw",varvalue)) {
     fRotatorYaw = map->ConvertValue<double>(varvalue) * Qw::deg;
     fRotatorYawCos = cos(fRotatorYaw);
     fRotatorYawSin = sin(fRotatorYaw);
   }
   if(map->FileHasVariablePair("=","rotator_roll",varvalue)) {
     fRotatorRoll = map->ConvertValue<double>(varvalue) * Qw::deg;
     fRotatorRollCos = cos(fRotatorRoll);
     fRotatorRollSin = sin(fRotatorRoll);
   }
 
   if (map->FileHasVariablePair("=","number_of_elements",varvalue))
     SetNumberOfElements(map->ConvertValue<int>(varvalue));
   if (map->FileHasVariablePair("=","element_spacing",varvalue))
     SetElementSpacing(map->ConvertValue<double>(varvalue) * Qw::cm);
   if (map->FileHasVariablePair("=","element_offset",varvalue))
     SetElementOffset(map->ConvertValue<double>(varvalue) * Qw::cm);
 
   if (map->FileHasVariablePair("=","element_angle_cos",varvalue))
     fElementAngleCos = map->ConvertValue<double>(varvalue);
   if (map->FileHasVariablePair("=","element_angle_sin",varvalue))
     fElementAngleSin = map->ConvertValue<double>(varvalue);
   fElementAngle = std::atan2(fElementAngleSin,fElementAngleCos);
 
   if (map->FileHasVariablePair("=","spatial_resolution",varvalue))
     fSpatialResolution = map->ConvertValue<double>(varvalue) * Qw::cm;
   if (map->FileHasVariablePair("=","track_resolution",varvalue))
     fTrackResolution = map->ConvertValue<double>(varvalue) * Qw::cm;
   if (map->FileHasVariablePair("=","slope_matching",varvalue))
     fSlopeMatching = map->ConvertValue<double>(varvalue) * Qw::cm;
 
   if (map->FileHasVariablePair("=","type",varvalue))
     fType = kQwTypeMap.find(map->ConvertValue<char>(varvalue))->second;
   if (map->FileHasVariablePair("=","package",varvalue))
     fPackage = kQwPackageMap.find(map->ConvertValue<char>(varvalue))->second;
   if (map->FileHasVariablePair("=","region",varvalue))
     fRegion = kQwRegionMap.find(map->ConvertValue<char>(varvalue))->second;
   if (map->FileHasVariablePair("=","direction",varvalue))
     fDirection = kQwDirectionMap.find(map->ConvertValue<char>(varvalue))->second;
 
   if (map->FileHasVariablePair("=","octant",varvalue))
     fOctant = map->ConvertValue<int>(varvalue);
   if (map->FileHasVariablePair("=","plane",varvalue))
     fPlane = map->ConvertValue<int>(varvalue);
 
   if (map->FileHasVariablePair("=","active",varvalue))
     fIsActive = map->ConvertValue<bool>(varvalue);
 
   if (map->FileHasVariablePair("=","efficiency",varvalue)) {
     SetElementEfficiency(map->ConvertValue<double>(varvalue));
   }
   if (map->FileHasVariablePair("=","efficiency_list",varvalue)) {
     std::string list = map->ConvertValue<string>(varvalue);
     size_t begin = 0; // start of a 'element:efficiency' pair
     while (begin < list.size()) {
       // find next space
       size_t end = list.find(' ',begin);
       // if no space, point to end of the line
       if (end == std::string::npos) end = list.size();
       // get the 'element:efficiency' pair
       std::string word = list.substr(begin,end-begin);
       // find next colon
       size_t colon = word.find(':');
       // if no colon, stop
       if (colon == std::string::npos) continue;
 #if defined(__GXX_EXPERIMENTAL_CXX0X) || __cplusplus >= 201103L
       // get element and efficiency
       int element = std::stoi(word.substr(0,colon));
       double efficiency = std::stod(word.substr(colon+1,word.size()-colon-1));
       SetElementEfficiency(element,efficiency);
 #else
       // get element and efficiency
       string str1 = word.substr(0,colon);
       string str2 = word.substr(colon+1,word.size()-colon-1);
       int element = std::atoi(str1.c_str());
       double efficiency = std::atof(str2.c_str());
       SetElementEfficiency(element,efficiency);
 #endif
       // continue
       begin = end+1;
     }
   }
 
   // A value of importance for region 2 only
   fPlaneOffset = fDetectorOriginY * fElementAngleCos + fDetectorOriginX * fElementAngleSin;
 }

Here is the call graph for this function:

Here is the caller graph for this function:

void QwDetectorInfo::Print ( Option_t * option = "" ) const

Print all variables in this

Definition at line 255 of file QwDetectorInfo.cc.

References Qw::cm, Qw::deg, QwLog::endl(), fActiveWidthX, fActiveWidthY, fActiveWidthZ, fDetectorOriginX, fDetectorOriginY, fDetectorOriginZ, fDetectorPitch, fDetectorRoll, fDetectorYaw, fDirection, fElementAngle, fElementOffset, fElementSpacing, fNumberOfElements, fOctant, fPackage, fPlane, fPlaneOffset, fRegion, fRotatorPitch, fRotatorRoll, fRotatorYaw, fSlopeMatching, fSpatialResolution, fTrackResolution, fType, and QwOut.

 {
   QwOut << "type = " << fType << QwLog::endl;
   QwOut << "region = " << fRegion << QwLog::endl;
   QwOut << "package = " << fPackage << QwLog::endl;
   QwOut << "direction = " << fDirection << QwLog::endl;
   QwOut << "octant = " << fOctant << QwLog::endl;
   QwOut << "plane = " << fPlane << QwLog::endl;
   QwOut << "active_width_x = " << fActiveWidthX/Qw::cm << QwLog::endl;
   QwOut << "active_width_y = " << fActiveWidthY/Qw::cm << QwLog::endl;
   QwOut << "active_width_z = " << fActiveWidthZ/Qw::cm << QwLog::endl;
   QwOut << "detector_origin_x = " << fDetectorOriginX/Qw::cm << QwLog::endl;
   QwOut << "detector_origin_y = " << fDetectorOriginY/Qw::cm << QwLog::endl;
   QwOut << "detector_origin_z = " << fDetectorOriginZ/Qw::cm << QwLog::endl;
   QwOut << "detector_pitch = " << fDetectorPitch/Qw::deg << QwLog::endl;
   QwOut << "detector_roll = " << fDetectorRoll/Qw::deg << QwLog::endl;
   QwOut << "detector_yaw = " << fDetectorYaw/Qw::deg << QwLog::endl;
   QwOut << "rotator_pitch = " << fRotatorPitch/Qw::deg << QwLog::endl;
   QwOut << "rotator_roll = " << fRotatorRoll/Qw::deg << QwLog::endl;
   QwOut << "rotator_yaw = " << fRotatorYaw/Qw::deg << QwLog::endl;
   QwOut << "spatial_resolution = " << fSpatialResolution << QwLog::endl;
   QwOut << "track_resolution = " << fTrackResolution << QwLog::endl;
   QwOut << "slope_matching = " << fSlopeMatching << QwLog::endl;
   QwOut << "element_angle = " << fElementAngle/Qw::deg << QwLog::endl;
   QwOut << "element_spacing = " << fElementSpacing/Qw::cm << QwLog::endl;
   QwOut << "element_offset = " << fElementOffset/Qw::cm << QwLog::endl;
   QwOut << "number_of_elements = " << fNumberOfElements << QwLog::endl;
   QwOut << "plane_offset = " << fPlaneOffset/Qw::cm << QwLog::endl;
 }

Here is the call graph for this function:

void QwDetectorInfo::PushHit ( int time )

inline

Definition at line 355 of file QwDetectorInfo.h.

References fHitID.

                            {
       fHitID.push_back(time);
     }

void QwDetectorInfo::SetActive ( const bool active = true )

inline

Definition at line 85 of file QwDetectorInfo.h.

References fIsActive.

85 { fIsActive = active; };

QwDetectorInfo::fIsActive

bool fIsActive

Is this detector activated in tracking.

Definition: QwDetectorInfo.h:301

void QwDetectorInfo::SetActiveWidthXY	(	const double	x,
		const double	y
	)

inline

Definition at line 90 of file QwDetectorInfo.h.

References fActiveWidthX, and fActiveWidthY.

                                                           {
       fActiveWidthX = x;
       fActiveWidthY = y;
     };

void QwDetectorInfo::SetActiveWidthZ ( const double z )

inline

Definition at line 96 of file QwDetectorInfo.h.

References fActiveWidthZ.

96 { fActiveWidthZ = z; };

QwDetectorInfo::fActiveWidthZ

double fActiveWidthZ

Active volume in z.

Definition: QwDetectorInfo.h:309

void QwDetectorInfo::SetDetectorName ( const std::string & name )

inline

Definition at line 44 of file QwDetectorInfo.h.

References fDetectorName.

44 { fDetectorName = name; };

QwDetectorInfo::fDetectorName

std::string fDetectorName

Definition: QwDetectorInfo.h:329

void QwDetectorInfo::SetDetectorPitch ( const double pitch )

inline

Definition at line 149 of file QwDetectorInfo.h.

References fDetectorPitch, fDetectorPitchCos, and fDetectorPitchSin.

                                               {
       fDetectorPitch = pitch; // in radians
       fDetectorPitchCos = std::cos(fDetectorPitch);
       fDetectorPitchSin = std::sin(fDetectorPitch);
     };

void QwDetectorInfo::SetDetectorRoll ( const double roll )

inline

Definition at line 171 of file QwDetectorInfo.h.

References fDetectorRoll, fDetectorRollCos, and fDetectorRollSin.

                                             {
       fDetectorRoll = roll; // in radians
       fDetectorRollCos = std::cos(fDetectorRoll);
       fDetectorRollSin = std::sin(fDetectorRoll);
     };

void QwDetectorInfo::SetDetectorYaw ( const double yaw )

inline

Definition at line 160 of file QwDetectorInfo.h.

References fDetectorYaw, fDetectorYawCos, and fDetectorYawSin.

                                           {
       fDetectorYaw = yaw; // in radians
       fDetectorYawCos = std::cos(fDetectorYaw);
       fDetectorYawSin = std::sin(fDetectorYaw);
     };

void QwDetectorInfo::SetElectronics	(	int	crt,
		int	mdl,
		int	chn
	)

inline

Definition at line 339 of file QwDetectorInfo.h.

References fChannel, fCrate, fModule, and fReferenceChannelIndex.

                                                  {
       fCrate = crt;
       fModule = mdl;
       fChannel = chn;
       fReferenceChannelIndex = 1;
     }

void QwDetectorInfo::SetElementAngle ( const double angle )

inline

Definition at line 125 of file QwDetectorInfo.h.

References fElementAngle, fElementAngleCos, and fElementAngleSin.

                                              {
       fElementAngle = angle;
       fElementAngleCos = std::cos(fElementAngle);
       fElementAngleSin = std::sin(fElementAngle);
     };

void QwDetectorInfo::SetElementAngle	(	const double	cosangle,
		const double	sinangle
	)

inline

Definition at line 130 of file QwDetectorInfo.h.

References fElementAngle, fElementAngleCos, and fElementAngleSin.

                                                                        {
       fElementAngleCos = cosangle;
       fElementAngleSin = sinangle;
       fElementAngle = std::atan2 (sinangle, cosangle);
     };

void QwDetectorInfo::SetElementDirection ( const EQwDirectionID dir )

inline

Definition at line 106 of file QwDetectorInfo.h.

References fDirection.

106 { fDirection = dir; };

QwDetectorInfo::fDirection

EQwDirectionID fDirection

Definition: QwDetectorInfo.h:266

void QwDetectorInfo::SetElementEfficiency	(	int	element,
		double	efficiency
	)

inline

Definition at line 247 of file QwDetectorInfo.h.

References Qw::e, QwLog::endl(), fEfficiency, and QwWarning.

Referenced by LoadGeometryDefinition().

                                                               {
       try {
         fEfficiency.at(element) = efficiency;
       } catch (std::exception& e) {
         QwWarning << "Undefined element " << element << " in "
             << *this << QwLog::endl;
       }
     }

Here is the call graph for this function:

Here is the caller graph for this function:

void QwDetectorInfo::SetElementEfficiency ( double efficiency )

inline

Definition at line 256 of file QwDetectorInfo.h.

References fEfficiency.

                                                  {
       fEfficiency.assign(fEfficiency.size(), efficiency);
     }

void QwDetectorInfo::SetElementOffset ( const double offset )

inline

Definition at line 114 of file QwDetectorInfo.h.

References fElementOffset.

Referenced by LoadGeometryDefinition().

114 { fElementOffset = offset; };

QwDetectorInfo::fElementOffset

double fElementOffset

Definition: QwDetectorInfo.h:315

Here is the caller graph for this function:

void QwDetectorInfo::SetElementSpacing ( const double spacing )

inline

Definition at line 110 of file QwDetectorInfo.h.

References fElementSpacing.

Referenced by LoadGeometryDefinition().

110 { fElementSpacing = spacing; };

QwDetectorInfo::fElementSpacing

double fElementSpacing

Perpendicular distance between the elements.

Definition: QwDetectorInfo.h:311

Here is the caller graph for this function:

void QwDetectorInfo::SetNumberOfElements ( const int nelements )

inline

Definition at line 138 of file QwDetectorInfo.h.

References fEfficiency, and fNumberOfElements.

Referenced by LoadGeometryDefinition().

                                                   {
       fNumberOfElements = nelements;
       fEfficiency.assign(nelements + 1, 1.0); // wires are counted from 1
     };

Here is the caller graph for this function:

void QwDetectorInfo::SetOctant ( const int octant )

inline

Definition at line 75 of file QwDetectorInfo.h.

References fOctant.

Referenced by VQwSubsystemTracking::LoadGeometryDefinition().

75 { fOctant = octant;};

QwDetectorInfo::fOctant

int fOctant

Definition: QwDetectorInfo.h:268

Here is the caller graph for this function:

void QwDetectorInfo::SetPlaneOffset ( double offset )

inline

Definition at line 79 of file QwDetectorInfo.h.

References fPlaneOffset.

79 { fPlaneOffset = offset; }

QwDetectorInfo::fPlaneOffset

double fPlaneOffset

exactly clear to me what that exactly means)

Definition: QwDetectorInfo.h:317

void QwDetectorInfo::SetPosition ( const TVector3 & position )

Set position of the detector

Parameters

position TVector3

Definition at line 234 of file QwDetectorInfo.cc.

References fDetectorOriginX, fDetectorOriginY, and fDetectorOriginZ.

 {
   fDetectorOriginX = position.X();
   fDetectorOriginY = position.Y();
   fDetectorOriginZ = position.Z();
 }

void QwDetectorInfo::SetRotatorPitch ( const double pitch )

inline

Definition at line 182 of file QwDetectorInfo.h.

References fRotatorPitch, fRotatorPitchCos, and fRotatorPitchSin.

                                              {
       fRotatorPitch = pitch; // in radians
       fRotatorPitchCos = std::cos(fRotatorPitch);
       fRotatorPitchSin = std::sin(fRotatorPitch);
     };

void QwDetectorInfo::SetRotatorRoll ( const double roll )

inline

Definition at line 204 of file QwDetectorInfo.h.

References fRotatorRoll, fRotatorRollCos, and fRotatorRollSin.

                                            {
       fRotatorRoll = roll; // in radians
       fRotatorRollCos = std::cos(fRotatorRoll);
       fRotatorRollSin = std::sin(fRotatorRoll);
     };

void QwDetectorInfo::SetRotatorYaw ( const double yaw )

inline

Definition at line 193 of file QwDetectorInfo.h.

References fRotatorYaw, fRotatorYawCos, and fRotatorYawSin.

                                          {
       fRotatorYaw = yaw; // in radians
       fRotatorYawCos = std::cos(fRotatorYaw);
       fRotatorYawSin = std::sin(fRotatorYaw);
     };

void QwDetectorInfo::SetSlopeMatching ( const double slope )

inline

Definition at line 56 of file QwDetectorInfo.h.

References fSlopeMatching.

56 { fSlopeMatching = slope; };

QwDetectorInfo::fSlopeMatching

double fSlopeMatching

Slope matching resolution (how accurate do the tracks line up)

Definition: QwDetectorInfo.h:305

void QwDetectorInfo::SetSpatialResolution ( const double res )

inline

Definition at line 48 of file QwDetectorInfo.h.

References fSpatialResolution.

48 { fSpatialResolution = res; };

QwDetectorInfo::fSpatialResolution

double fSpatialResolution

Spatial resolution (how accurate is the timing info)

Definition: QwDetectorInfo.h:303

void QwDetectorInfo::SetTrackingSearchTree ( QwTrackingTreeRegion * tree )

inline

Definition at line 213 of file QwDetectorInfo.h.

References fTree.

213 { fTree = tree; };

QwDetectorInfo::fTree

QwTrackingTreeRegion * fTree

///< Efficiency of all elements

Definition: QwDetectorInfo.h:324

void QwDetectorInfo::SetTrackResolution ( const double res )

inline

Definition at line 52 of file QwDetectorInfo.h.

References fTrackResolution.

52 { fTrackResolution = res; };

QwDetectorInfo::fTrackResolution

double fTrackResolution

Track resolution (how accurate are the tracks through the hits)

Definition: QwDetectorInfo.h:304

void QwDetectorInfo::SetXYPosition	(	const double	x,
		const double	y
	)

inline

Definition at line 65 of file QwDetectorInfo.h.

References fDetectorOriginX, and fDetectorOriginY.

Referenced by SetXYZPosition().

                                                        {
       fDetectorOriginX = x;
       fDetectorOriginY = y;
     };

Here is the caller graph for this function:

void QwDetectorInfo::SetXYZPosition	(	const double	x,
		const double	y,
		const double	z
	)

inline

Definition at line 69 of file QwDetectorInfo.h.

References SetXYPosition(), and SetZPosition().

                                                                         {
       SetXYPosition(x,y);
       SetZPosition(z);
     };

Here is the call graph for this function:

void QwDetectorInfo::SetZPosition ( const double z )

inline

Definition at line 64 of file QwDetectorInfo.h.

References fDetectorOriginZ.

Referenced by SetXYZPosition().

64 { fDetectorOriginZ = z; };

QwDetectorInfo::fDetectorOriginZ

double fDetectorOriginZ

Detector position in z.

Definition: QwDetectorInfo.h:278

Here is the caller graph for this function:

Friends And Related Function Documentation

std::ostream& operator<<	(	std::ostream &	stream,
		const QwDetectorInfo &	det
	)

friend

Output stream operator

Parameters

stream	Output stream
det	Detector info object

Returns: Output stream

Definition at line 291 of file QwDetectorInfo.cc.

 {
   stream << det.fDetectorName << ": ";
   stream << "type "    << det.fType  << ", ";
   stream << "package " << det.fPackage << ", ";
   stream << "region "  << det.fRegion << ", ";
   stream << "plane "   << det.fPlane << ", ";
   stream << "octant "  << det.fOctant << ", ";
   stream << "dir "     << det.GetElementDirection() << " ";
   stream << "(y = "    << det.GetXPosition() / Qw::cm << " cm)";
   stream << "(z = "    << det.GetZPosition() / Qw::cm << " cm)";
   return stream;
 }

Field Documentation

double QwDetectorInfo::fActiveWidthX

private

Active volume in x.

Definition at line 307 of file QwDetectorInfo.h.

Referenced by GetActiveWidthX(), InAcceptance(), LoadGeometryDefinition(), Print(), and SetActiveWidthXY().

double QwDetectorInfo::fActiveWidthY

private

Active volume in y.

Definition at line 308 of file QwDetectorInfo.h.

Referenced by GetActiveWidthY(), InAcceptance(), LoadGeometryDefinition(), Print(), and SetActiveWidthXY().

double QwDetectorInfo::fActiveWidthZ

private

Active volume in z.

Definition at line 309 of file QwDetectorInfo.h.

Referenced by GetActiveWidthZ(), LoadGeometryDefinition(), Print(), and SetActiveWidthZ().

int QwDetectorInfo::fChannel

private

Definition at line 273 of file QwDetectorInfo.h.

Referenced by SetElectronics().

int QwDetectorInfo::fCrate

private

Definition at line 271 of file QwDetectorInfo.h.

Referenced by SetElectronics().

std::map<int,int> QwDetectorInfo::fCrosstalk

private

Definition at line 320 of file QwDetectorInfo.h.

Referenced by GetCrosstalkElement(), and LoadCrosstalkDefinition().

std::string QwDetectorInfo::fDetectorName

Definition at line 329 of file QwDetectorInfo.h.

Referenced by GetDetectorName(), operator<<(), and SetDetectorName().

double QwDetectorInfo::fDetectorOriginX

private

Detector position in x.

Definition at line 276 of file QwDetectorInfo.h.

Referenced by GetPosition(), GetXPosition(), InAcceptance(), LoadGeometryDefinition(), Print(), SetPosition(), and SetXYPosition().

double QwDetectorInfo::fDetectorOriginY

private

Detector position in y.

Definition at line 277 of file QwDetectorInfo.h.

Referenced by GetPosition(), GetYPosition(), InAcceptance(), LoadGeometryDefinition(), Print(), SetPosition(), and SetXYPosition().

double QwDetectorInfo::fDetectorOriginZ

private

Detector position in z.

Definition at line 278 of file QwDetectorInfo.h.

Referenced by GetPosition(), GetZPosition(), LoadGeometryDefinition(), Print(), SetPosition(), and SetZPosition().

double QwDetectorInfo::fDetectorPitch

private

Pitch of detector.

Definition at line 281 of file QwDetectorInfo.h.

Referenced by GetDetectorPitch(), GetDetectorPitchInDeg(), GetDetectorPitchInRad(), LoadGeometryDefinition(), Print(), and SetDetectorPitch().

double QwDetectorInfo::fDetectorPitchCos

private

Cos of detector pitch.

Definition at line 282 of file QwDetectorInfo.h.

Referenced by GetDetectorPitchCos(), LoadGeometryDefinition(), and SetDetectorPitch().

double QwDetectorInfo::fDetectorPitchSin

private

Sin of detector pitch.

Definition at line 283 of file QwDetectorInfo.h.

Referenced by GetDetectorPitchSin(), LoadGeometryDefinition(), and SetDetectorPitch().

double QwDetectorInfo::fDetectorRoll

private

Roll of detector.

Definition at line 287 of file QwDetectorInfo.h.

Referenced by GetDetectorRoll(), GetDetectorRollInDeg(), GetDetectorRollInRad(), LoadGeometryDefinition(), Print(), and SetDetectorRoll().

double QwDetectorInfo::fDetectorRollCos

private

Cos of detector roll.

Definition at line 288 of file QwDetectorInfo.h.

Referenced by GetDetectorRollCos(), LoadGeometryDefinition(), and SetDetectorRoll().

double QwDetectorInfo::fDetectorRollSin

private

Sin of detector roll.

Definition at line 289 of file QwDetectorInfo.h.

Referenced by GetDetectorRollSin(), LoadGeometryDefinition(), and SetDetectorRoll().

double QwDetectorInfo::fDetectorYaw

private

Yaw of detector.

Definition at line 284 of file QwDetectorInfo.h.

Referenced by GetDetectorYaw(), GetDetectorYawInDeg(), GetDetectorYawInRad(), LoadGeometryDefinition(), Print(), and SetDetectorYaw().

double QwDetectorInfo::fDetectorYawCos

private

Cos of detector yaw.

Definition at line 285 of file QwDetectorInfo.h.

Referenced by GetDetectorYawCos(), LoadGeometryDefinition(), and SetDetectorYaw().

double QwDetectorInfo::fDetectorYawSin

private

Sin of detector yaw.

Definition at line 286 of file QwDetectorInfo.h.

Referenced by GetDetectorYawSin(), LoadGeometryDefinition(), and SetDetectorYaw().

EQwDirectionID QwDetectorInfo::fDirection

private

Definition at line 266 of file QwDetectorInfo.h.

Referenced by GetDirection(), GetElementDirection(), LoadGeometryDefinition(), Print(), and SetElementDirection().

std::vector<double> QwDetectorInfo::fEfficiency

private

///< Sets of crosstalking elements, in a map for easy lookup

Definition at line 322 of file QwDetectorInfo.h.

Referenced by GetElementEfficiency(), SetElementEfficiency(), and SetNumberOfElements().

double QwDetectorInfo::fElementAngle

private

Element orientation with respect to the X axis.

Definition at line 312 of file QwDetectorInfo.h.

Referenced by GetElementAngle(), GetElementAngleInDeg(), GetElementAngleInRad(), LoadGeometryDefinition(), Print(), and SetElementAngle().

double QwDetectorInfo::fElementAngleCos

private

Cos of the element orientation.

Definition at line 313 of file QwDetectorInfo.h.

Referenced by GetElementAngleCos(), LoadGeometryDefinition(), and SetElementAngle().

double QwDetectorInfo::fElementAngleSin

private

Sin of the element orientation.

Definition at line 314 of file QwDetectorInfo.h.

Referenced by GetElementAngleSin(), LoadGeometryDefinition(), and SetElementAngle().

double QwDetectorInfo::fElementOffset

private

Position of the first element (it is not

Definition at line 315 of file QwDetectorInfo.h.

Referenced by GetElementOffset(), Print(), and SetElementOffset().

double QwDetectorInfo::fElementSpacing

private

Perpendicular distance between the elements.

Definition at line 311 of file QwDetectorInfo.h.

Referenced by GetElementSpacing(), Print(), and SetElementSpacing().

std::vector<int> QwDetectorInfo::fHitID

Definition at line 336 of file QwDetectorInfo.h.

Referenced by ClearHits(), GetNumHits(), IsHit(), and PushHit().

bool QwDetectorInfo::fIsActive

private

Is this detector activated in tracking.

Definition at line 301 of file QwDetectorInfo.h.

Referenced by IsActive(), LoadGeometryDefinition(), and SetActive().

int QwDetectorInfo::fModule

private

Definition at line 272 of file QwDetectorInfo.h.

Referenced by SetElectronics().

int QwDetectorInfo::fNumberOfElements

private

Total number of elements in this detector.

Definition at line 318 of file QwDetectorInfo.h.

Referenced by GetNumberOfElements(), Print(), and SetNumberOfElements().

int QwDetectorInfo::fOctant

private

Definition at line 268 of file QwDetectorInfo.h.

Referenced by GetOctant(), LoadGeometryDefinition(), operator<<(), Print(), and SetOctant().

EQwDetectorPackage QwDetectorInfo::fPackage

private

Definition at line 264 of file QwDetectorInfo.h.

Referenced by GetPackage(), LoadGeometryDefinition(), operator<<(), and Print().

int QwDetectorInfo::fPlane

private

Definition at line 267 of file QwDetectorInfo.h.

Referenced by GetPlane(), LoadGeometryDefinition(), operator<<(), and Print().

double QwDetectorInfo::fPlaneOffset

private

exactly clear to me what that exactly means)

Perpendicular distance from the first plane in the same direction

Definition at line 317 of file QwDetectorInfo.h.

Referenced by GetPlaneOffset(), LoadGeometryDefinition(), Print(), and SetPlaneOffset().

int QwDetectorInfo::fReferenceChannelIndex

Definition at line 332 of file QwDetectorInfo.h.

Referenced by SetElectronics().

EQwRegionID QwDetectorInfo::fRegion

private

Definition at line 265 of file QwDetectorInfo.h.

Referenced by GetRegion(), LoadGeometryDefinition(), operator<<(), and Print().

double QwDetectorInfo::fRotatorPitch

private

Pitch of rotator (rotation of rotator about global x-axis)

Definition at line 290 of file QwDetectorInfo.h.

Referenced by GetRotatorPitch(), GetRotatorPitchInDeg(), GetRotatorPitchInRad(), LoadGeometryDefinition(), Print(), and SetRotatorPitch().

double QwDetectorInfo::fRotatorPitchCos

private

Cos of rotator pitch.

Definition at line 291 of file QwDetectorInfo.h.

Referenced by GetRotatorPitchCos(), LoadGeometryDefinition(), and SetRotatorPitch().

double QwDetectorInfo::fRotatorPitchSin

private

Sin of rotator pitch.

Definition at line 292 of file QwDetectorInfo.h.

Referenced by GetRotatorPitchSin(), LoadGeometryDefinition(), and SetRotatorPitch().

double QwDetectorInfo::fRotatorRoll

private

Roll of rotator (rotation of rotator about global z-axis)

Definition at line 296 of file QwDetectorInfo.h.

Referenced by GetRotatorRoll(), GetRotatorRollInDeg(), GetRotatorRollInRad(), LoadGeometryDefinition(), Print(), and SetRotatorRoll().

double QwDetectorInfo::fRotatorRollCos

private

Cos of rotator roll.

Definition at line 297 of file QwDetectorInfo.h.

Referenced by GetRotatorRollCos(), LoadGeometryDefinition(), and SetRotatorRoll().

double QwDetectorInfo::fRotatorRollSin

private

Sin of rotator roll.

Definition at line 298 of file QwDetectorInfo.h.

Referenced by GetRotatorRollSin(), LoadGeometryDefinition(), and SetRotatorRoll().

double QwDetectorInfo::fRotatorYaw

private

Yaw of rotator (rotation of rotator about global y-axis)

Definition at line 293 of file QwDetectorInfo.h.

Referenced by GetRotatorYaw(), GetRotatorYawInDeg(), GetRotatorYawInRad(), LoadGeometryDefinition(), Print(), and SetRotatorYaw().

double QwDetectorInfo::fRotatorYawCos

private

Cos of rotator yaw.

Definition at line 294 of file QwDetectorInfo.h.

Referenced by GetRotatorYawCos(), LoadGeometryDefinition(), and SetRotatorYaw().

double QwDetectorInfo::fRotatorYawSin

private

Sin of rotator yaw.

Definition at line 295 of file QwDetectorInfo.h.

Referenced by GetRotatorYawSin(), LoadGeometryDefinition(), and SetRotatorYaw().

double QwDetectorInfo::fSlopeMatching

private

Slope matching resolution (how accurate do the tracks line up)

Definition at line 305 of file QwDetectorInfo.h.

Referenced by GetSlopeMatching(), LoadGeometryDefinition(), Print(), and SetSlopeMatching().

double QwDetectorInfo::fSpatialResolution

private

Spatial resolution (how accurate is the timing info)

Definition at line 303 of file QwDetectorInfo.h.

Referenced by GetSpatialResolution(), LoadGeometryDefinition(), Print(), and SetSpatialResolution().

double QwDetectorInfo::fTrackResolution

private

Track resolution (how accurate are the tracks through the hits)

Definition at line 304 of file QwDetectorInfo.h.

Referenced by GetTrackResolution(), LoadGeometryDefinition(), Print(), and SetTrackResolution().

QwTrackingTreeRegion* QwDetectorInfo::fTree

private

///< Efficiency of all elements

Search tree for this detector

Definition at line 324 of file QwDetectorInfo.h.

Referenced by GetTrackingSearchTree(), and SetTrackingSearchTree().

EQwDetectorType QwDetectorInfo::fType

private

Definition at line 263 of file QwDetectorInfo.h.

Referenced by GetType(), LoadGeometryDefinition(), operator<<(), and Print().

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

Public Member Functions

Data Fields

Private Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Field Documentation