Base class for collimators with common construction. More...

#include <BDSCollimator.hh>

Inheritance diagram for BDSCollimator:

Collaboration diagram for BDSCollimator:

Public Member Functions
	BDSCollimator (const G4String &name, G4double length, G4double horizontalWidth, const G4String &type, G4Material collimatorMaterial, G4Material vacuumMaterial, G4double xApertureIn=0, G4double yApertureIn=0, G4double xApertureOutIn=0, G4double yApertureOutIn=0, G4Colour *colourIn=nullptr, G4bool circularOuterIn=false)

virtual void	SetMinimumKineticEnergy (G4double minimimumKineticEnergyIn)


virtual G4String	Material () const
	Accessor.

virtual G4double	XApertureIn () const
	Accessor.

virtual G4double	XApertureOut () const
	Accessor.

virtual G4double	YApertureIn () const
	Accessor.

virtual G4double	YApertureOut () const
	Accessor.

Public Member Functions inherited from BDSAcceleratorComponent
	BDSAcceleratorComponent (const G4String &name, G4double arcLength, G4double angle, const G4String &type, BDSBeamPipeInfo beamPipeInfo=nullptr, const G4ThreeVector &inputFaceNormalIn=G4ThreeVector(0, 0,-1), const G4ThreeVector &outputFaceNormalIn=G4ThreeVector(0, 0, 1), BDSFieldInfo fieldInfoIn=nullptr)

virtual void	Initialise ()

virtual void	SetRegion (const G4String &regionIn)
	Set the region name for this component.

void	SetField (BDSFieldInfo *fieldInfoIn)
	Set the field definition for the whole component.

virtual void	SetMinimumKineticEnergy (G4double)

virtual G4String	GetName () const
	The name of the component without modification.

G4double	GetAngle () const

G4double	Sagitta () const
	Calculate the sagitta - ie the distance between the chord and the arc at the centre.

G4String	GetType () const
	Get a string describing the type of the component.

G4String	GetRegion () const
	Get the region name for this component.

virtual G4bool	HasAField () const
	Whether this component has a field or not (ie is active). Implicit cast of pointer to bool.

virtual void	SetFieldUsePlacementWorldTransform ()

BDSBeamPipeInfo *	GetBeamPipeInfo () const

virtual G4String	Material () const
	Return the name of a material associated with the component - ie the primary material.

virtual std::set< G4LogicalVolume * >	GetAcceleratorVacuumLogicalVolumes () const
	Access the 'vacuum' volume(s) in this component if any. Default is empty set.

virtual std::set< G4LogicalVolume * >	GetAcceleratorMaterialLogicalVolumes () const
	Return a set of logical volumes excluding the ones in the 'vacuum' set.

void	IncrementCopyNumber ()
	Increment (+1) the number of times this component has been copied.

G4int	GetCopyNumber () const
	Get the number of times this component has been copied.

BDSSimpleComponent *	EndPieceBefore () const

BDSSimpleComponent *	EndPieceAfter () const

virtual void	SetBiasVacuumList (const std::list< std::string > &biasVacuumListIn)
	Copy the bias list to this element.

virtual void	SetBiasMaterialList (const std::list< std::string > &biasMaterialListIn)
	Copy the bias list to this element.

virtual G4double	GetArcLength () const

virtual G4double	GetChordLength () const

G4ThreeVector	InputFaceNormal () const

G4ThreeVector	OutputFaceNormal () const

G4bool	AngledInputFace () const
	Whether the face normal is angled at all w.r.t. the incoming / outgoing reference trajectory.

G4bool	AngledOutputFace () const
	Whether the face normal is angled at all w.r.t. the incoming / outgoing reference trajectory.

std::list< std::string >	GetBiasVacuumList () const
	Access the bias list copied from parser.

std::list< std::string >	GetBiasMaterialList () const
	Access the bias list copied from parser.

virtual void	SetInputFaceNormal (const G4ThreeVector &input)
	Allow updating of face normals. Virtual so derived class may apply it to daughters.

virtual void	SetOutputFaceNormal (const G4ThreeVector &output)
	Allow updating of face normals. Virtual so derived class may apply it to daughters.

Public Member Functions inherited from BDSGeometryComponent
	BDSGeometryComponent (G4VSolid containerSolidIn, G4LogicalVolume containerLVIn, const BDSExtent &extentIn=BDSExtent(), const BDSExtent &innerExtentIn=BDSExtent(), const G4ThreeVector &placementOffsetIn=G4ThreeVector(0, 0, 0), G4RotationMatrix *placementRotationIn=nullptr)

	BDSGeometryComponent (G4AssemblyVolume containerAssemblyIn, const BDSExtent &extentIn=BDSExtent(), const BDSExtent &innerExtentIn=BDSExtent(), const G4ThreeVector &placementOffsetIn=G4ThreeVector(0, 0, 0), G4RotationMatrix placementRotationIn=nullptr)

	BDSGeometryComponent (const BDSGeometryComponent &component)
	Copy constructor (no copying of registered objects)

BDSGeometryComponent &	operator= (const BDSGeometryComponent &)=delete
	Assignment operator not used.

G4bool	ContainerIsAssembly () const
	Whether the container is an assembly. If not, it's a logical volume.

void	SetPlacementOffset (const G4ThreeVector &offsetIn)
	Set the offset from 0,0,0 that the object should ideally be placed in its parent.

G4ThreeVector	GetExtentPositive () const
	Get the extent of the object in the positive direction in all dimensions.

G4ThreeVector	GetExtentNegative () const
	Get the extent of the object in the negative direction in all dimensions.

void	InheritExtents (BDSGeometryComponent const *const anotherComponent)
	Update the extents of this object with those of another object.

void	InheritExtents (BDSGeometryComponent const *const anotherComponent, const G4ThreeVector &offset)

void	RegisterDaughter (BDSGeometryComponent *anotherComponent)

void	RegisterSolid (G4VSolid *solid)

void	RegisterSolid (const std::set< G4VSolid * > &solids)
	Similarly for a set of unique solids.

void	RegisterLogicalVolume (G4LogicalVolume *logicalVolume)

void	RegisterLogicalVolume (const std::set< G4LogicalVolume * > &localVolumes)
	Apply RegisterLogicalVolume() to a set of logical volumes.

void	RegisterSensitiveVolume (G4LogicalVolume *sensitiveVolume, BDSSDType sensitivityType)

void	RegisterSensitiveVolume (const std::set< G4LogicalVolume * > &sensitiveVolumes, BDSSDType sensitivityType)

void	RegisterSensitiveVolume (const std::map< G4LogicalVolume *, BDSSDType > &sensitiveVolumes)
	Copy in a mapping of sensitive volumes to sensitive detectors.

void	RegisterPhysicalVolume (G4VPhysicalVolume *physicalVolume)

void	RegisterPhysicalVolume (const std::set< G4VPhysicalVolume * > &physicalVolumes)
	Apply RegisterPhysicalVolume() to a set of physical volumes.

void	RegisterRotationMatrix (G4RotationMatrix *rotationMatrix)

void	RegisterRotationMatrix (const std::set< G4RotationMatrix * > &rotationMatrices)
	Apply Register RotationMatrix() to a set of rotation matrices.

void	RegisterVisAttributes (G4VisAttributes *visAttribute)

void	RegisterVisAttributes (const std::set< G4VisAttributes * > &visAttributes)
	Apply RegisterVisAttribute() to a set of visualisation attributes.

void	RegisterUserLimits (G4UserLimits *userLimit)

void	RegisterUserLimits (const std::set< G4UserLimits * > &userLimits)
	Apply RegisterUserLimit to a set of user limits.

void	InheritObjects (BDSGeometryComponent *component)

virtual std::set< G4LogicalVolume * >	GetAllLogicalVolumes () const
	Access all logical volumes belonging to this component.

virtual std::set< G4LogicalVolume * >	GetAllBiasingVolumes () const
	Return all logical volumes that should be used for biasing minus any that are in the excluded set.

virtual std::map< G4LogicalVolume *, BDSSDType >	GetAllSensitiveVolumes () const
	Access all sensitive volumes belonging to this component.

void	MakeAllVolumesSensitive (BDSSDType stype=BDSSDType::energydep)

virtual void	AttachSensitiveDetectors ()
	Attach a sensitive detector class to all registered sensitive volumes in this component.

virtual void	ExcludeLogicalVolumeFromBiasing (G4LogicalVolume *lv)

void	StripOuterAndMakeAssemblyVolume ()
	Change from a container logical volume to an assembly volume.

G4VSolid *	GetContainerSolid () const
	Accessor - see member for more info.

G4LogicalVolume *	GetContainerLogicalVolume () const
	Accessor - see member for more info.

G4AssemblyVolume *	GetContainerAssemblyVolume () const
	Accessor - see member for more info.

G4Transform3D	GetPlacementTransform () const
	Accessor - see member for more info.

G4ThreeVector	GetPlacementOffset () const
	Accessor - see member for more info.

G4RotationMatrix *	GetPlacementRotation () const
	Accessor - see member for more info.

BDSExtent	GetExtent () const
	Accessor - see member for more info.

BDSExtent	GetInnerExtent () const
	Accessor - see member for more info.

std::pair< G4double, G4double >	GetExtentX () const
	Accessor - see member for more info.

std::pair< G4double, G4double >	GetExtentY () const
	Accessor - see member for more info.

std::pair< G4double, G4double >	GetExtentZ () const
	Accessor - see member for more info.

std::pair< G4double, G4double >	GetInnerExtentX () const
	Accessor - see member for more info.

std::pair< G4double, G4double >	GetInnerExtentY () const
	Accessor - see member for more info.

std::pair< G4double, G4double >	GetInnerExtentZ () const
	Accessor - see member for more info.

virtual std::set< G4VPhysicalVolume * >	GetAllPhysicalVolumes () const
	Accessor - see member for more info.

virtual std::set< G4RotationMatrix * >	GetAllRotationMatrices () const
	Accessor - see member for more info.

virtual std::set< G4VisAttributes * >	GetAllVisAttributes () const
	Accessor - see member for more info.

virtual std::set< G4UserLimits * >	GetAllUserLimits () const
	Accessor - see member for more info.

virtual std::set< BDSGeometryComponent * >	GetAllDaughters () const
	Accessor - see member for more info.

virtual std::set< G4VSolid * >	GetAllSolids () const
	Accessor - see member for more info.

void	SetExtent (const BDSExtent &extIn)
	Set extent.

void	SetInnerExtent (const BDSExtent &extIn)
	Set extent.

Protected Member Functions
virtual void	CheckParameters ()

virtual void	Build ()

virtual void	BuildContainerLogicalVolume ()

virtual void	BuildInnerCollimator ()=0

G4UserLimits *	CollimatorUserLimits ()
	Return either default user limits or custom ones based on optional minimumKineticEnergy.

Protected Member Functions inherited from BDSAcceleratorComponent
virtual void	Build ()

virtual void	BuildContainerLogicalVolume ()=0

void	SetAcceleratorVacuumLogicalVolume (G4LogicalVolume *accVacLVIn)

void	SetAcceleratorVacuumLogicalVolume (const std::set< G4LogicalVolume * > &accVacLVIn)

virtual void	BuildUserLimits ()

virtual void	AttachUserLimits () const
	Doesn't change member variables, but may change their contents.

Protected Attributes
G4double	horizontalWidth
	Horizontal width.

G4Material *	collimatorMaterial
	Material.

G4Material *	vacuumMaterial
	Vacuum material.

G4double	xAperture
	Aperture at entrance in x dimension.

G4double	yAperture
	Aperture at entrance in y dimension.

G4double	xApertureOut
	Aperture at exit in x dimension.

G4double	yApertureOut
	Aperture at exit in y dimension.

G4bool	tapered
	Flag for tapered collimator.

G4Colour *	colour
	Colour of collimator.

G4double	minKineticEnergy
	Optional minimum kinetic energy for collimator materials.

G4bool	circularOuter
	Aperture type of the collimator.


G4VSolid *	collimatorSolid
	Geometrical objects:

G4VSolid *	innerSolid
	Geometrical objects:

G4VSolid *	vacuumSolid
	Geometrical objects:

Protected Attributes inherited from BDSAcceleratorComponent
BDSBeamPipeInfo *	beamPipeInfo
	Optional beam pipe recipe that is written out to the survey if it exists.

std::set< G4LogicalVolume * >	acceleratorVacuumLV
	A set of logical volumes we classify as 'vacuum' for biasing purposes.

BDSSimpleComponent *	endPieceBefore

BDSSimpleComponent *	endPieceAfter

G4UserLimits *	userLimits
	Cache of user limits.

BDSFieldInfo *	fieldInfo
	Recipe for field that could overlay this whole component.

const G4String	name
	Const protected member variable that may not be changed by derived classes.

const G4double	arcLength
	Const protected member variable that may not be changed by derived classes.

const G4String	type
	Const protected member variable that may not be changed by derived classes.

G4double	chordLength
	Protected member variable that can be modified by derived classes.

G4double	angle
	Protected member variable that can be modified by derived classes.

G4String	region
	Protected member variable that can be modified by derived classes.

Protected Attributes inherited from BDSGeometryComponent
G4bool	containerIsAssembly
	True if the 'container' is really an assembly; false if an LV.

G4VSolid *	containerSolid

G4LogicalVolume *	containerLogicalVolume

G4AssemblyVolume *	containerAssembly

BDSExtent	outerExtent

BDSExtent	innerExtent

std::set< BDSGeometryComponent * >	allDaughters
	registry of all daughter geometry components

std::set< G4VSolid * >	allSolids
	registry of all solids belonging to this component

std::set< G4LogicalVolume * >	allLogicalVolumes

std::map< G4LogicalVolume *, BDSSDType >	sensitivity

G4bool	overrideSensitivity

std::set< G4VPhysicalVolume * >	allPhysicalVolumes
	registry of all physical volumes belonging to this component

std::set< G4RotationMatrix * >	allRotationMatrices
	registry of all rotation matrices belonging to this component

std::set< G4VisAttributes * >	allVisAttributes
	registry of all visualisation attributes belonging to this component

std::set< G4UserLimits * >	allUserLimits
	registry of all user limits belonging to this component

G4ThreeVector	placementOffset

G4RotationMatrix *	placementRotation

std::set< G4LogicalVolume * > *	lvsExcludedFromBiasing
	Volumes that should not be included when return GetAllBiasingVolumes().

Private Member Functions
	BDSCollimator ()=delete
	Private default constructor to force the use of the supplied one.


BDSCollimator &	operator= (const BDSCollimator &)=delete
	Assignment and copy constructor not implemented nor used.

	BDSCollimator (BDSCollimator &)=delete
	Assignment and copy constructor not implemented nor used.

Additional Inherited Members
Static Public Member Functions inherited from BDSGeometryComponent
static void	AttachUserLimitsToAssembly (G4AssemblyVolume av, G4UserLimits ul)
	Utility function to apply user limits to an assembly volume as there's not interface.

Static Public Attributes inherited from BDSAcceleratorComponent
static G4double	lengthSafetyLarge = 0

Static Protected Attributes inherited from BDSAcceleratorComponent
static G4double	lengthSafety = -1
	Useful variable often used in construction.

static G4Material *	emptyMaterial = nullptr
	Useful variable often used in construction.

static G4Material *	worldMaterial = nullptr
	Useful variable often used in construction.

static G4bool	checkOverlaps = false
	Useful variable often used in construction.

static G4bool	sensitiveOuter = true
	Useful variable often used in construction.

static G4bool	sensitiveVacuum = false
	Useful variable often used in construction.

static G4VisAttributes *	containerVisAttr = nullptr
	Useful variable often used in construction.

Detailed Description

Base class for collimators with common construction.

Author: Laurie Nevay

Definition at line 37 of file BDSCollimator.hh.

Constructor & Destructor Documentation

◆ BDSCollimator()

BDSCollimator::BDSCollimator	(	const G4String &	name,
		G4double	length,
		G4double	horizontalWidth,
		const G4String &	type,
		G4Material *	collimatorMaterial,
		G4Material *	vacuumMaterial,
		G4double	xApertureIn = `0`,
		G4double	yApertureIn = `0`,
		G4double	xApertureOutIn = `0`,
		G4double	yApertureOutIn = `0`,
		G4Colour *	colourIn = `nullptr`,
		G4bool	circularOuterIn = `false`
	)

Definition at line 42 of file BDSCollimator.cc.

◆ ~BDSCollimator()

BDSCollimator::~BDSCollimator ( )

virtual

Definition at line 71 of file BDSCollimator.cc.

Member Function Documentation

◆ Build()

void BDSCollimator::Build ( )

protectedvirtual

This calls BuildContainerLogicalVolume() and then sets the visual attributes of the container logical volume. This should be overridden by derived class to add more geometry apart from the container volume. The overridden Build() function can however, call make use of this function to call BuildContainerLogicalVolume() by calling BDSAcceleratorComponent::Build() at the beginning.

Reimplemented from BDSAcceleratorComponent.

Reimplemented in BDSCollimatorJaw.

Definition at line 143 of file BDSCollimator.cc.

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◆ BuildContainerLogicalVolume()

void BDSCollimator::BuildContainerLogicalVolume ( )

protectedvirtual

Build the container solid and logical volume that all parts of the component will contained within - must be provided by derived class.

Implements BDSAcceleratorComponent.

Reimplemented in BDSCollimatorJaw.

Definition at line 116 of file BDSCollimator.cc.

References BDSAcceleratorComponent::chordLength, circularOuter, BDSAcceleratorComponent::emptyMaterial, horizontalWidth, BDSAcceleratorComponent::name, and BDSGeometryComponent::SetExtent().

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◆ BuildInnerCollimator()

virtual void BDSCollimator::BuildInnerCollimator ( )

protectedpure virtual

Pure virtual function to be provided by derived classes. Must produce vacuumSolid and innerSolid - the inner is used to subtract from the mass and the vacuum is placed inside it all

Implemented in BDSCollimatorElliptical, BDSCollimatorRectangular, BDSTarget, and BDSCollimatorJaw.

Referenced by Build().

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◆ CheckParameters()

void BDSCollimator::CheckParameters ( )

protectedvirtual

Check and update parameters before construction. Called at the start of Build() as we can't call a virtual function in a constructor.

Reimplemented in BDSCollimatorElliptical, and BDSCollimatorJaw.

Definition at line 74 of file BDSCollimator.cc.

References colour, BDSColours::GetColour(), horizontalWidth, BDSColours::Instance(), BDS::IsFinite(), BDSAcceleratorComponent::name, tapered, xAperture, xApertureOut, yAperture, and yApertureOut.

Referenced by Build(), and BDSCollimatorElliptical::CheckParameters().

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◆ CollimatorUserLimits()

G4UserLimits * BDSCollimator::CollimatorUserLimits ( )

protected

Return either default user limits or custom ones based on optional minimumKineticEnergy.

Definition at line 253 of file BDSCollimator.cc.

References BDS::IsFinite(), minKineticEnergy, BDSGeometryComponent::RegisterUserLimits(), and BDSAcceleratorComponent::userLimits.

Referenced by Build(), and BDSCollimatorJaw::Build().

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◆ Material()

G4String BDSCollimator::Material ( ) const

virtual

Accessor.

Reimplemented from BDSAcceleratorComponent.

Definition at line 108 of file BDSCollimator.cc.

References collimatorMaterial.

◆ SetMinimumKineticEnergy()

virtual void BDSCollimator::SetMinimumKineticEnergy ( G4double )

inlinevirtual

Set a minimum kinetic energy for a component by component level cut. By default does nothing - only certain components implement a response or user limits to this.

Reimplemented from BDSAcceleratorComponent.

Definition at line 62 of file BDSCollimator.hh.

References minKineticEnergy.

◆ XApertureIn()

virtual G4double BDSCollimator::XApertureIn ( ) const

inlinevirtual

Accessor.

Definition at line 56 of file BDSCollimator.hh.

References xAperture.

◆ XApertureOut()

virtual G4double BDSCollimator::XApertureOut ( ) const

inlinevirtual

Accessor.

Definition at line 57 of file BDSCollimator.hh.

References xApertureOut.

◆ YApertureIn()

virtual G4double BDSCollimator::YApertureIn ( ) const

inlinevirtual

Accessor.

Definition at line 58 of file BDSCollimator.hh.

References yAperture.

◆ YApertureOut()

virtual G4double BDSCollimator::YApertureOut ( ) const

inlinevirtual

Accessor.

Definition at line 59 of file BDSCollimator.hh.

References yApertureOut.

Field Documentation

◆ circularOuter

G4bool BDSCollimator::circularOuter

protected

Aperture type of the collimator.

Definition at line 96 of file BDSCollimator.hh.

Referenced by Build(), and BuildContainerLogicalVolume().

◆ collimatorMaterial

G4Material* BDSCollimator::collimatorMaterial

protected

Material.

Definition at line 87 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorJaw::Build(), and Material().

◆ collimatorSolid

G4VSolid* BDSCollimator::collimatorSolid

protected

Geometrical objects:

Definition at line 82 of file BDSCollimator.hh.

Referenced by Build(), and BDSCollimatorJaw::Build().

◆ colour

G4Colour* BDSCollimator::colour

protected

Colour of collimator.

Definition at line 94 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorJaw::Build(), CheckParameters(), and BDSCollimatorJaw::CheckParameters().

◆ horizontalWidth

G4double BDSCollimator::horizontalWidth

protected

Horizontal width.

Definition at line 86 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorJaw::Build(), BuildContainerLogicalVolume(), BDSCollimatorJaw::BuildContainerLogicalVolume(), CheckParameters(), and BDSCollimatorJaw::CheckParameters().

◆ innerSolid

G4VSolid* BDSCollimator::innerSolid

protected

Geometrical objects:

Definition at line 83 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorElliptical::BuildInnerCollimator(), and BDSCollimatorRectangular::BuildInnerCollimator().

◆ minKineticEnergy

G4double BDSCollimator::minKineticEnergy

protected

Optional minimum kinetic energy for collimator materials.

Definition at line 95 of file BDSCollimator.hh.

Referenced by CollimatorUserLimits(), and SetMinimumKineticEnergy().

◆ tapered

G4bool BDSCollimator::tapered

protected

Flag for tapered collimator.

Definition at line 93 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorElliptical::BuildInnerCollimator(), BDSCollimatorRectangular::BuildInnerCollimator(), and CheckParameters().

◆ vacuumMaterial

G4Material* BDSCollimator::vacuumMaterial

protected

Vacuum material.

Definition at line 88 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorJaw::Build(), and BDSCollimatorJaw::BuildContainerLogicalVolume().

◆ vacuumSolid

G4VSolid* BDSCollimator::vacuumSolid

protected

Geometrical objects:

Definition at line 84 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorJaw::Build(), BDSCollimatorElliptical::BuildInnerCollimator(), and BDSCollimatorRectangular::BuildInnerCollimator().

◆ xAperture

G4double BDSCollimator::xAperture

protected

Aperture at entrance in x dimension.

Definition at line 89 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorElliptical::BuildInnerCollimator(), BDSCollimatorRectangular::BuildInnerCollimator(), CheckParameters(), BDSCollimatorElliptical::CheckParameters(), and XApertureIn().

◆ xApertureOut

G4double BDSCollimator::xApertureOut

protected

Aperture at exit in x dimension.

Definition at line 91 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorElliptical::BuildInnerCollimator(), BDSCollimatorRectangular::BuildInnerCollimator(), CheckParameters(), BDSCollimatorElliptical::CheckParameters(), and XApertureOut().

◆ yAperture

G4double BDSCollimator::yAperture

protected

Aperture at entrance in y dimension.

Definition at line 90 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorElliptical::BuildInnerCollimator(), BDSCollimatorRectangular::BuildInnerCollimator(), CheckParameters(), BDSCollimatorElliptical::CheckParameters(), and YApertureIn().

◆ yApertureOut

G4double BDSCollimator::yApertureOut

protected

Aperture at exit in y dimension.

Definition at line 92 of file BDSCollimator.hh.

Referenced by Build(), BDSCollimatorElliptical::BuildInnerCollimator(), BDSCollimatorRectangular::BuildInnerCollimator(), CheckParameters(), BDSCollimatorElliptical::CheckParameters(), and YApertureOut().

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

/Users/lnevay/physics/reps/bdsim/include/BDSCollimator.hh
/Users/lnevay/physics/reps/bdsim/src/BDSCollimator.cc

Public Member Functions

Protected Member Functions

Protected Attributes

Private Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ BDSCollimator()

◆ ~BDSCollimator()

Member Function Documentation

◆ Build()

◆ BuildContainerLogicalVolume()

◆ BuildInnerCollimator()

◆ CheckParameters()

◆ CollimatorUserLimits()

◆ Material()

◆ SetMinimumKineticEnergy()

◆ XApertureIn()

◆ XApertureOut()

◆ YApertureIn()

◆ YApertureOut()

Field Documentation

◆ circularOuter

◆ collimatorMaterial

◆ collimatorSolid

◆ colour

◆ horizontalWidth

◆ innerSolid

◆ minKineticEnergy

◆ tapered

◆ vacuumMaterial

◆ vacuumSolid

◆ xAperture

◆ xApertureOut

◆ yAperture

◆ yApertureOut