Class name:
G4GeometryManager
Category: Geometry
Documentation:
A class responsible for managing high level objects in
the geometrical
subsystem, notably including opening and closing
(`locking') the geometry, and creating/deleting
optimisation information for G4Navigator.
Export Control: Public
Cardinality: 1
Hierarchy:
Superclasses: none
Public Uses:
G4LogicalVolume
Public Interface:
Operations:
CloseGeometry (G4bool)
GetInstance ( )
OpenGeometry ( )
Private Interface:
Has-A Relationships:
G4GeometryManager fgInstance
Operations:
BuildOptimisations ( )
DeleteOptimisations ( )
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
BuildOptimisations
Private member of: G4GeometryManager
Return Class: void
Documentation:
Build all necessary optimisation info. Currently
consists of looping over all defined logical volumes
and creating smart voxels.
Concurrency: Sequential
Operation name:
CloseGeometry
Public member of: G4GeometryManager
Return Class: G4bool
Arguments:
G4bool pOptimize=true
Documentation:
Close (`lock') the geometry: perform sanity and
`completion' checks, and optionally build optimisation
information.
Concurrency: Sequential
Operation name:
DeleteOptimisations
Private member of: G4GeometryManager
Return Class: void
Documentation:
Destroy any optimisation info created by
BuildOptimisations. Currently consists of looping over
all created logical volumes and deleting any smart
voxels.
Concurrency: Sequential
Operation name:
GetInstance
Public member of: G4GeometryManager
Return Class: G4GeometryManager*
Documentation:
Return ptr to the singleton geometry manager
Concurrency: Sequential
Operation name:
OpenGeometry
Public member of: G4GeometryManager
Return Class: void
Documentation:
Open (`unlock') the geometry and remove optimisation
information if present.
Concurrency: Sequential
Class name:
G4RotationMatrixStore
Category: Geometry
Documentation:
Responsible for storing and providing access to all
rotation matrices
Export Control: Public
Cardinality: 1
Hierarchy:
Superclasses: none
Private Interface:
Has-A Relationships:
G4RotationMatrixStore fgInstance
G4RotationMatrix frotationMatrices
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4LogicalVolume
Category: Geometry
Documentation:
Represents a leaf node or unpositioned subtree in the
geometry hierarchy. It may have daughters ascribed to
it, and is responsible for retrieval of the physical
and tracking attributes of the physical volume that it
represents. [material, visualisation attribute,
solid..]
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Uses:
G4LogicalVolumeStore
Public Interface:
Operations:
AddDaughter (G4VPhysicalVolume*)
GetDaughter (G4int)
GetMagneticField ( )
GetMaterial ( )
GetName ( )
GetNoDaughters ( )
GetSensitiveDetector ( )
GetSolid ( )
GetUserLimits ( )
GetVoxelHeader ( )
IsDaughter (G4VPhysicalVolume*)
RemoveDaughter (G4VPhysicalVolume*)
SetMagneticField (G4MagneticField*)
SetMaterial (G4Material*)
SetName (G4String&)
SetSensitiveDetector (G4SensitiveDetector*)
SetSolid (G4VSolid)
SetUserLimits (G4UserLimits*)
SetVoxelHeader (G4VoxelHeader*)
operator== (const G4LogicalVolume)
Private Interface:
Has-A Relationships:
G4VPhysicalVolume fdaughters
The volumes positioned inside the logical
volume
G4MagneticField fmagneticField
G4Material fmaterial
G4String fname
G4SensitiveDetector fsensitive
Hit calculation
G4VSolid fsolid
G4UserLimits fuserLimits
G4SmartVoxelHeader fvoxel
Pure tracking optimisation information
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
AddDaughter
Public member of: G4LogicalVolume
Arguments:
G4VPhysicalVolume* p
Concurrency: Sequential
Operation name:
GetDaughter
Public member of: G4LogicalVolume
Return Class: G4PhysicalVolume*
Arguments:
G4int n
Concurrency: Sequential
Operation name:
GetMagneticField
Public member of: G4LogicalVolume
Return Class: G4MagneticField*
Documentation:
Gets current magentic field
Concurrency: Sequential
Operation name:
GetMaterial
Public member of: G4LogicalVolume
Return Class: G4Material*
Documentation:
Gets current material
Concurrency: Sequential
Operation name:
GetName
Public member of: G4LogicalVolume
Return Class: G4String
Documentation:
Returns the name of the logical volume
Concurrency: Sequential
Operation name:
GetNoDaughters
Public member of: G4LogicalVolume
Return Class: G4int
Concurrency: Sequential
Operation name:
GetSensitiveDetector
Public member of: G4LogicalVolume
Return Class: G4SensitiveDetector*
Documentation:
Gets current sensitive detector
Concurrency: Sequential
Operation name:
GetSolid
Public member of: G4LogicalVolume
Return Class: G4VSolid*
Concurrency: Sequential
Operation name:
GetUserLimits
Public member of: G4LogicalVolume
Return Class: G4UserLimits*
Documentation:
Gets current user limits
Concurrency: Sequential
Operation name:
GetVoxelHeader
Public member of: G4LogicalVolume
Return Class: G4VoxelHeader*
Documentation:
Get current voxel header
Concurrency: Sequential
Operation name:
IsDaughter
Public member of: G4LogicalVolume
Return Class: G4bool
Arguments:
G4VPhysicalVolume* p
Concurrency: Sequential
Operation name:
RemoveDaughter
Public member of: G4LogicalVolume
Return Class: void
Arguments:
G4VPhysicalVolume* p
Concurrency: Sequential
Operation name:
SetMagneticField
Public member of: G4LogicalVolume
Return Class: void
Arguments:
G4MagneticField* pField
Documentation:
Stes magnetic field
Concurrency: Sequential
Operation name:
SetMaterial
Public member of: G4LogicalVolume
Return Class: void
Arguments:
G4Material* pMaterial
Documentation:
Sets material
Concurrency: Sequential
Operation name:
SetName
Public member of: G4LogicalVolume
Return Class: void
Arguments:
G4String& pName
Concurrency: Sequential
Operation name:
SetSensitiveDetector
Public member of: G4LogicalVolume
Return Class: void
Arguments:
G4SensitiveDetector* pSDetector
Documentation:
Sets sensitive detector
Concurrency: Sequential
Operation name:
SetSolid
Public member of: G4LogicalVolume
Arguments:
G4VSolid solid
Concurrency: Sequential
Operation name:
SetUserLimits
Public member of: G4LogicalVolume
Return Class: void
Arguments:
G4UserLimits* pULimits
Concurrency: Sequential
Operation name:
SetVoxelHeader
Public member of: G4LogicalVolume
Return Class: void
Arguments:
G4VoxelHeader* pVoxel
Documentation:
Sets current voxel header
Concurrency: Sequential
Operation name:
operator==
Public member of: G4LogicalVolume
Return Class: G4bool
Arguments:
const G4LogicalVolume &lv
Documentation:
Returns true if lv has the same address as the current
object.
Concurrency: Sequential
Class name:
G4MagneticField
Category: Geometry
Documentation:
Responsible for the magnetic field in each volume,
including the calculation of particle trajectories in
the field. In cases where a geometric
step limits the particle's step, the distance
calculated is guaranteed to be to a boundary.
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4UserLimits
Category: Geometry
Documentation:
Responsible for user limits on step size
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4LogicalVolumeStore
Category: Geometry
Documentation:
Responsible for storing and providing access to all
logical volumes
Export Control: Public
Cardinality: 1
Hierarchy:
Superclasses: none
Private Interface:
Has-A Relationships:
G4LogicalVolumeStore fgInstance
G4LogicalVolume fvolumes
The managed volumes
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4Navigator
Category: Geometry
Documentation:
A class for use by the tracking management, able to
obtain/calculate dynamic tracking time information such
as the distance to the next volume, or to find the
physical volume containing agiven point in the world
reference system. The navigator maintains a
transformation history and other information to
optimise the tracking time performance.
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Interface:
Operations:
ComputeLocalAxis (const G4ThreeVector&)
ComputeStep (G4ThreeVector, G4ThreeVector,
G4double, G4double)
CreateGRSSolid ( )
CreateGRSVolume ( )
CreateTouchableHistory ( )
GetCurrentLocalCoordinate ( )
GetCurrentLocalDirection ( )
GetWorldVolume ( )
LocateGlobalPointAndSetup (const G4ThreeVector&, G4bool)
LocateGlobalPointAndSetup (const G4ThreeVector&,
const G4TouchableHistory&)
NetRotation ( )
NetTranslation ( )
SetGeometricallyLimitedStep ( )
SetWorldVolume (G4VPhysicalVolume*)
Private Interface:
Has-A Relationships:
G4NavigationHistory fHistory
G4NormalNavigation fnormalNav
G4ParameterisedNavigation fparamNav
G4ReplicaNavigation freplicaNav
G4VPhysicalVolume ftopPhysical
A link to the topmost physical volume in
the detector. It must be positioned at
the origin and unrotated.
G4VoxelNavigation fvoxelNav
State machine: Yes
Concurrency: Sequential
Persistence: Transient
Operation name:
ComputeLocalAxis
Public member of: G4Navigator
Return Class: G4ThreeVector
Arguments:
const G4ThreeVector& pVec
Documentation:
Returns vector rotated into current local reference
system
Concurrency: Sequential
Operation name:
ComputeStep
Public member of: G4Navigator
Return Class: G4double
Arguments:
G4ThreeVector globalpoint
G4ThreeVector direction
G4double pCurrentProposedStepLength
G4double &newSafety
Documentation:
Calculate the distance to the next boundary intersected
along the specified NORMALISED vector direction and
from the specified point in the global coordiante
system. LocateGlobalPointAndSetup must have been
called with the same global point prior to this call.
The isotropic distance to the nearest boundary is also
calculated (usually an underesitmate). The current
proposed step length is used to avoid intersection
calculations: if it can be determined that the nearest
boundary is >pCurrentProposedStepLength away, kInfinity
is returned together with the computed isotropic safety
distance. Geometry must be closed.
Semantics:
Object diagram: Distance Computation
Concurrency: Sequential
Operation name:
CreateGRSSolid
Public member of: G4Navigator
Return Class: G4GRSSolid*
Documentation:
Returns touchable solid of current volume
Concurrency: Sequential
Operation name:
CreateGRSVolume
Public member of: G4Navigator
Return Class: G4GRSVolume*
Documentation:
Returns touchable version of current volume
Concurrency: Sequential
Operation name:
CreateTouchableHistory
Public member of: G4Navigator
Return Class: G4TouchableHistory*
Documentation:
Returns touchable of current volume, including
hierarchy all history information
Concurrency: Sequential
Operation name:
GetCurrentLocalCoordinate
Public member of: G4Navigator
Return Class: G4ThreeVector
Documentation:
Return the local coordinate of the current track,
realtive to its containing volume.
Concurrency: Sequential
Operation name:
GetCurrentLocalDirection
Public member of: G4Navigator
Return Class: G4ThreeVector
Documentation:
Return the `current' track's direction relative to its
containing physical volume
Concurrency: Sequential
Operation name:
GetWorldVolume
Public member of: G4Navigator
Return Class: G4VPhysicalVolume*
Documentation:
Return the current world (`topmost') volume
Concurrency: Sequential
Operation name:
LocateGlobalPointAndSetup
Public member of: G4Navigator
Return Class: G4PhysicalVolume*
Arguments:
const G4ThreeVector& p
G4bool pRelativeSearch=true
Documentation:
Search the geometrical hierarchy for the volumes
deepest in the hierarchy containing the point in the
global coordinate space. Makes use of no previous/state
information. Returns the physical volume containing the
point, with all previous mothers correctly setup. If
pRelativeSearch is set to true, the search begin is the
geometrical hierarchy at the location of the last
located point, or the endpoint of the previous step if
SetGeometricallyLimitedStep() has been called
immediately before. Geometry must be closed.
Semantics:
Object diagram: Point Location
Concurrency: Sequential
Operation name:
LocateGlobalPointAndSetup
Public member of: G4Navigator
Return Class: G4VPhysicalVolume*
Arguments:
const G4ThreeVector& globalPoint
const G4TouchableHistory& history
Documentation:
Locate a point in the hierarchy starting from the
`state'/position stored in the history
Concurrency: Sequential
Operation name:
NetRotation
Public member of: G4Navigator
Return Class: G4RotationMatrix
Documentation:
Returns current net rotation
Concurrency: Sequential
Operation name:
NetTranslation
Public member of: G4Navigator
Return Class: G4ThreeVector
Documentation:
Returns current net translation
Concurrency: Sequential
Operation name:
SetGeometricallyLimitedStep
Public member of: G4Navigator
Return Class: void
Documentation:
Inform the navigator that the previous step calculated
by the geometry was taken in its entirety
Concurrency: Sequential
Operation name:
SetWorldVolume
Public member of: G4Navigator
Return Class: G4bool
Arguments:
G4VPhysicalVolume* pWorld
Documentation:
Set the world (`topmost') volume. This must be
positioned at (0,0,0) and unrotated
Concurrency: Sequential
Class name:
G4NavigationHistory
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Interface:
Operations:
BackLevel ( )
Clear ( )
GetDepth ( )
GetTopReplicaNo ( )
GetTopTransform ( )
GetTopVolume ( )
GetTopVolumeType ( )
NewLevel ( )
Reset ( )
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
BackLevel
Public member of: G4NavigationHistory
Concurrency: Sequential
Operation name:
Clear
Public member of: G4NavigationHistory
Concurrency: Sequential
Operation name:
GetDepth
Public member of: G4NavigationHistory
Concurrency: Sequential
Operation name:
GetTopReplicaNo
Public member of: G4NavigationHistory
Concurrency: Sequential
Operation name:
GetTopTransform
Public member of: G4NavigationHistory
Concurrency: Sequential
Operation name:
GetTopVolume
Public member of: G4NavigationHistory
Concurrency: Sequential
Operation name:
GetTopVolumeType
Public member of: G4NavigationHistory
Concurrency: Sequential
Operation name:
NewLevel
Public member of: G4NavigationHistory
Concurrency: Sequential
Operation name:
Reset
Public member of: G4NavigationHistory
Concurrency: Sequential
Class name:
G4NormalNavigation
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Interface:
Operations:
ComputeStep ( )
LevelLocate ( )
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
ComputeStep
Public member of: G4NormalNavigation
Concurrency: Sequential
Operation name:
LevelLocate
Public member of: G4NormalNavigation
Concurrency: Sequential
Class name:
G4VoxelNavigation
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Interface:
Operations:
ComputeStep ( )
LevelLocate ( )
VoxelLocate ( )
Private Interface:
Operations:
ComputeVoxelSafety ( )
LocateNextVoxel ( )
VoxelSubLevelSetup ( )
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
ComputeStep
Public member of: G4VoxelNavigation
Concurrency: Sequential
Operation name:
ComputeVoxelSafety
Private member of: G4VoxelNavigation
Concurrency: Sequential
Operation name:
LevelLocate
Public member of: G4VoxelNavigation
Concurrency: Sequential
Operation name:
LocateNextVoxel
Private member of: G4VoxelNavigation
Concurrency: Sequential
Operation name:
VoxelLocate
Public member of: G4VoxelNavigation
Concurrency: Sequential
Operation name:
VoxelSubLevelSetup
Private member of: G4VoxelNavigation
Concurrency: Sequential
Class name:
G4ReplicaNavigation
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Interface:
Operations:
BackLocate ( )
ComputeStep ( )
ComputeTransform ( )
DistanceToOut ( )
Inside ( )
LevelLocate ( )
Private Interface:
Operations:
DistanceToOutPhi ( )
DistanceToOutRad ( )
VoxelLocate ( )
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
BackLocate
Public member of: G4ReplicaNavigation
Concurrency: Sequential
Operation name:
ComputeStep
Public member of: G4ReplicaNavigation
Concurrency: Sequential
Operation name:
ComputeTransform
Public member of: G4ReplicaNavigation
Concurrency: Sequential
Operation name:
DistanceToOut
Public member of: G4ReplicaNavigation
Concurrency: Sequential
Operation name:
DistanceToOutPhi
Private member of: G4ReplicaNavigation
Concurrency: Sequential
Operation name:
DistanceToOutRad
Private member of: G4ReplicaNavigation
Concurrency: Sequential
Operation name:
Inside
Public member of: G4ReplicaNavigation
Concurrency: Sequential
Operation name:
LevelLocate
Public member of: G4ReplicaNavigation
Concurrency: Sequential
Operation name:
VoxelLocate
Private member of: G4ReplicaNavigation
Concurrency: Sequential
Class name:
G4ParameterisedNavigation
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Interface:
Operations:
ComputeStep ( )
LevelLocate ( )
VoxelLocate ( )
Private Interface:
Operations:
ComputeVoxelSafety ( )
LocateNextVoxel ( )
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
ComputeStep
Public member of: G4ParameterisedNavigation
Concurrency: Sequential
Operation name:
ComputeVoxelSafety
Private member of: G4ParameterisedNavigation
Concurrency: Sequential
Operation name:
LevelLocate
Public member of: G4ParameterisedNavigation
Concurrency: Sequential
Operation name:
LocateNextVoxel
Private member of: G4ParameterisedNavigation
Concurrency: Sequential
Operation name:
VoxelLocate
Public member of: G4ParameterisedNavigation
Concurrency: Sequential
Class name:
G4VPhysicalVolume
Category: Geometry
Documentation:
Represents one or many volumes positioned within and
relative to a mother volume.
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Interface:
Operations:
GetCopyNo ( )
GetLogicalVolume ( )
GetMother ( )
GetName ( )
GetParameterisation ( )
GetReplicationData (EAxis&, G4int&, G4double&,
G4double&, G4bool&)
GetRotation ( )
GetRotation ( )
GetTranslation ( )
IsMany ( )
IsReplicated ( )
SetLogicalVolume (G4LogicalVolume*)
SetMother (G4VPhysicalVolume*)
SetName (G4String&)
SetRotation (G4RotationMatrix*)
SetTranslation (const G4ThreeVector&)
Setup (G4VPhysicalVolume*)
operator== (const G4VPhysicalVolume)
Private Interface:
Has-A Relationships:
G4LogicalVolume flogical
The logical volume representing the
physical and tracking attributes of the
volume
G4VPhysicalVolume fmother
The current mother volume
G4String fname
G4RotationMatrix frot
G4ThreeVector ftrans
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
GetCopyNo
Public member of: G4VPhysicalVolume
Return Class: G4int
Documentation:
Return the copy number of the volume
Concurrency: Sequential
Operation name:
GetLogicalVolume
Public member of: G4VPhysicalVolume
Return Class: G4LogicalVolume*
Documentation:
Return the logical volume (subtree) that is positioned.
Concurrency: Sequential
Operation name:
GetMother
Public member of: G4VPhysicalVolume
Return Class: G4VPhysicalVolume*
Documentation:
Return the volumes *currently active* mother
Concurrency: Sequential
Operation name:
GetName
Public member of: G4VPhysicalVolume
Return Class: G4String
Documentation:
Returns the volume's name
Concurrency: Sequential
Operation name:
GetParameterisation
Public member of: G4VPhysicalVolume
Return Class: G4VPVParameterisation*
Documentation:
Returns parameterisation object
Concurrency: Sequential
Operation name:
GetReplicationData
Public member of: G4VPhysicalVolume
Arguments:
EAxis& axis
G4int& nReplicas
G4double& width
G4double& offset
G4bool& consuming
Documentation:
Returns information about replication: axis, no of
replications, width, offset, and whether consuming
(completely filling the mother volume)
Concurrency: Sequential
Operation name:
GetRotation
Public member of: G4VPhysicalVolume
Return Class: const G4RotationMatrix*
Documentation:
Returns current rotation matrix (possbily null =>
no/identity rotation)
Concurrency: Sequential
Operation name:
GetRotation
Public member of: G4VPhysicalVolume
Return Class: G4RotationMatrix*
Documentation:
Returns (non const) ptr to current rotation
Concurrency: Sequential
Operation name:
GetTranslation
Public member of: G4VPhysicalVolume
Return Class: const G4ThreeVector&
Documentation:
Returns current translation
Concurrency: Sequential
Operation name:
IsMany
Public member of: G4VPhysicalVolume
Return Class: G4bool
Documentation:
Returns true if the volume is MANY
Concurrency: Sequential
Operation name:
IsReplicated
Public member of: G4VPhysicalVolume
Return Class: G4bool
Documentation:
Returns true if volume represents many touchables
Concurrency: Sequential
Operation name:
SetLogicalVolume
Public member of: G4VPhysicalVolume
Arguments:
G4LogicalVolume* pLogical
Concurrency: Sequential
Operation name:
SetMother
Public member of: G4VPhysicalVolume
Arguments:
G4VPhysicalVolume* pMother
Concurrency: Sequential
Operation name:
SetName
Public member of: G4VPhysicalVolume
Arguments:
G4String& pName
Concurrency: Sequential
Operation name:
SetRotation
Public member of: G4VPhysicalVolume
Return Class: void
Arguments:
G4RotationMatrix* pRot
Documentation:
Set current rotation matrix ptr
Concurrency: Sequential
Operation name:
SetTranslation
Public member of: G4VPhysicalVolume
Return Class: void
Arguments:
const G4ThreeVector& v
Concurrency: Sequential
Operation name:
Setup
Public member of: G4VPhysicalVolume
Return Class: void
Arguments:
G4VPhysicalVolume* pMother
Documentation:
Calculate the mother-> local (self) transformation for
the volume, and perform any necessary setup.
Concurrency: Sequential
Operation name:
operator==
Public member of: G4VPhysicalVolume
Return Class: G4bool
Arguments:
const G4VPhysicalVolume &p
Documentation:
Returns true if objects have same address
Concurrency: Sequential
Class name:
G4PVPlacement
Category: Geometry
Documentation:
A physical volume corresponding to a single touchable
detector element.
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VPhysicalVolume
Private Interface:
Has-A Relationships:
G4int fcopyNo
For (users) unique identification
G4bool fmany
Flag for booleans
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4PVReplica
Category: Geometry
Documentation:
Represents many touchable detector elements differing
only in their
positioning. The elements' positions are calculated by
means of a simple
linear formula, and the elements completely fill the
containing mother volume.
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VPhysicalVolume
Private Interface:
Has-A Relationships:
EAxis faxis
The axis along which replication occurs
G4int fnReplicas
The number of replications
G4double foffset
The offset of the first replication along
the axis (only required for phi
replication)
G4double fwidth
The width of each replication along the
axis
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4PVIndexed
Category: Geometry
Documentation:
A volume able to perform simple changes to its shape
and representing
a single touchable detector element. [Corresponds to
GSPOSP]
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4PVPlacement
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4PVParameterised
Category: Geometry
Documentation:
Represnts many touchable detector elements. Each
element's position is
calculated as per G4PVDivision, and each element's
shape can be modified by means of a user supplied
formula.
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4PVReplica
Private Interface:
Has-A Relationships:
G4VPVParameterisation fparam
The parameterisation object
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4VPVParameterisation
Category: Geometry
Documentation:
Parameterisation class able to tcompute the
transformation and (indirectly) the dimensions of
parameterised volumes, given a replication number.
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Interface:
Operations:
ComputeDimensions (G4Box&, G4int,
G4VPhysicalVolume*)
ComputeDimensions (G4Tubs&, G4int,
G4VPhysicalVolume*)
ComputeTransformation (G4Transform&, G4int)
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
ComputeDimensions
Public member of: G4VPVParameterisation
Arguments:
G4Box& pBox
G4int n
G4VPhysicalVolume* pRep
Documentation:
Compute the dimensions of the G4Box of given
replication number and (parameterised) physical volume.
Concurrency: Sequential
Operation name:
ComputeDimensions
Public member of: G4VPVParameterisation
Arguments:
G4Tubs& pTubs
G4int n
G4VPhysicalVolume* pRep
Documentation:
Compute the dimensions of the G4Tubs of given
replication number and (parameterised) physical volume.
Concurrency: Sequential
Operation name:
ComputeTransformation
Public member of: G4VPVParameterisation
Arguments:
G4Transform& pTrans
G4int n
Documentation:
Compute the transformation of the specified
replication
Concurrency: Sequential
The parameterisation object
Class name:
MyCustomG4PVParameterisation
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VPVParameterisation
State machine: No
Concurrency: Sequential
Persistence: Transient
The volumes positioned inside the logical volume
The logical volume representing the physical and tracking
attributes of the volume
Class name:
G4Box
Category: Geometry
Documentation:
A cuboid of given half lengths dx dy dz. The box is
centred on the origin with sides parallel to the x/y/z
axes appropriately.
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
Public Interface:
Operations:
G4Box (const G4String, G4double, G4double, G4double)
Protected Interface:
Operations:
CalculateRotatedVertices (const G4Transform)
Private Interface:
Has-A Relationships:
G4double fDx
The x half-length
G4double fDy
The y half-length
G4double fDz
The z half-length
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
CalculateRotatedVertices
Protected member of: G4Box
Return Class: G4ThreeVectorList*
Arguments:
const G4Transform &pTransform
Documentation:
Create the list of transformed vertices in the format
required for G4VSolid::ClipCrossSection and
ClipBetweenSections
Concurrency: Sequential
Operation name:
G4Box
Public member of: G4Box
Arguments:
const G4String &pName
G4double pX
G4double pY
G4double pZ
Documentation:
Construct a box with the given name and half lengths.
Concurrency: Sequential
Class name:
G4Tubs
Category: Geometry
Documentation:
A tube or tube segment with curved sides parallel to
the z-axis. The tube has a specified half-length along
the z axis, about which it is centred, and a given
minimum and maximum radius. A minimum radius of 0
signifies a filled tube /cylinder. The tube segment is
specified by starting and delta
angles for phi, with 0 being the +x axis, 90 or PI/2
the +z axis. A delta angle of 360 or 2PI signifies a
complete, unsegmented tube/cylinder.
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
Public Interface:
Operations:
G4Tubs (const G4String, G4double, G4double,
G4double, G4double, G4bool)
Protected Interface:
Operations:
CalculateRotatedVertices (const G4Transform)
Private Interface:
Has-A Relationships:
G4double fDPhi
The delta angle in radians. 2PI if the
tube is unsegmented.
G4double fDz
The z half-length
G4double fRMax
The maximum radius
G4double fRMin
The minimum radius
G4double fSPhi
The starting phi angle in radians,
adjusted such the fSPhi+fDPhi-2PI
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
CalculateRotatedVertices
Protected member of: G4Tubs
Return Class: G4ThreeVectorList*
Arguments:
const G4Transform &pTransform
Documentation:
Create the list of transformed vertices in the format
required for G4VSolid::ClipCrossSection and
ClipBetweenSections. Perform this by fitting a mesh
around the tube.
Concurrency: Sequential
Operation name:
G4Tubs
Public member of: G4Tubs
Arguments:
const G4String &pName
G4double pRMin
G4double pRMax
G4double pDz
G4double pDPhi
G4bool pRadians=false
Documentation:
Constrcut a tubs with the given name and dimensions. If
pRadians=true, the angles are provided is radians, else
degrees are assumed. The angles are converted to
radians internally.
Concurrency: Sequential
Class name:
G4HalfSpaceSolid
Category: Geometry
Documentation:
A solid created by the boolean AND of 1 or more half
space surfaces
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
Public Interface:
Has-A Relationships:
G4VHalfSpaceSurface
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4BREPSolid
Category: Geometry
Documentation:
A solid creted by an abitrary set of finite surfaces
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4Torus
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4Trd
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4Cons
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4Sphere
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4Trap
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4GTra
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4VHalfSpaceSurface
Category: Geometry
Documentation:
A mathemetical surface, possibly infinite, with the
space on given side defined as being `inside'
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4HalfSpacePlane
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VHalfSpaceSurface
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4VSweptSolid
Category: Geometry
Documentation:
A solid created by performing a 3D transformation on a
finite planar face
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSolid
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4ExtrudedSolid
Category: Geometry
Documentation:
A solid generated by extruding a planar face along a
specified axis
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSweptSolid
Private Interface:
Has-A Relationships:
G4PlanarFace
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4RotatedSolid
Category: Geometry
Documentation:
A solid generated by rotating a planar face about a
specified axis
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VSweptSolid
Private Interface:
Has-A Relationships:
G4PlanarFace
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4HalfSpaceSpherical
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VHalfSpaceSurface
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4HalfSpaceConical
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VHalfSpaceSurface
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4HalfSpaceCylindrical
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: G4VHalfSpaceSurface
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4PlanarFace
Category: Geometry
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4SolidStore
Category: Geometry
Documentation:
Responsible for storing and providing access to all
solids
Export Control: Public
Cardinality: 1
Hierarchy:
Superclasses: none
Private Interface:
Has-A Relationships:
G4SolidStore fgInstance
G4VSolid fsolids
State machine: No
Concurrency: Sequential
Persistence: Transient
Class name:
G4VSolid
Category: Geometry
Documentation:
Represents position independent geomeetrical entities,
having
only a `shape'
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Uses:
G4SolidStore
G4VoxelLimits
Public Interface:
Operations:
CalculateExtent (const EAxis, const G4VoxelLimits&,
const G4Transform&, G4double&, G4double&)
ComputeDimensions ( )
DistanceToIn (const G4ThreeVector&)
DistanceToIn (const G4ThreeVector&,
const G4ThreeVector&)
DistanceToOut (const G4ThreeVector&)
DistanceToOut (const G4ThreeVector&,
const G4ThreeVector&, const G4bool,
G4bool*, G4ThreeVector*)
G4VSolid (const G4String)
Inside (const G4ThreeVector&)
SurfaceNormal (const G4ThreeVector&)
operator== (const G4VSolid)
~G4VSolid ( )
Protected Interface:
Operations:
CalculateClippedPolygonExtent (G4ThreeVectorList&,
const G4VoxelLimits, const EAxis,
G4double, G4double)
ClipBetweenSections (G4ThreeVectorList,
const G4int, const G4VoxelLimits&,
const EAxis, G4double, G4double)
ClipCrossSection (G4ThreeVectorList, const G4int,
const G4VoxelLimits, const EAxis,
G4double, G4double)
ClipPolygon (G4ThreeVectorList, const G4VoxelLimits)
Private Interface:
Has-A Relationships:
G4String fname
Operations:
ClipPolygonToSimpleLimits (G4ThreeVectorList,
G4ThreeVectorList, const G4VoxelLimits)
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
CalculateClippedPolygonExtent
Protected member of: G4VSolid
Return Class: void
Arguments:
G4ThreeVectorList& &pPolygon
const G4VoxelLimits &pVoxelLimit
const EAxis pAxis
G4double &pMin
G4double &pMax
Documentation:
Calculate the maximum and minimum extents of the convex
polygon pPolygon along the axis pAxis, within the
limits pVoxelLimit.
If the minimum is pMax, pMax is set to the new
maximum.
Modifications to pPolygon ARE made - it is left in an
undefined state.
Concurrency: Sequential
Operation name:
CalculateExtent
Public member of: G4VSolid
Return Class: G4bool
Arguments:
const EAxis pAxis
const G4VoxelLimits& pVoxelLimit
const G4Transform& pTransform
G4double& pMin
G4double& pMax
Documentation:
Calculate the minimum and maximum extent of the solid,
when under the specified transform, and within the
specified limits. If the solid does is not intersected
by the region, return false, else return true.
Concurrency: Sequential
Operation name:
ClipBetweenSections
Protected member of: G4VSolid
Return Class: void
Arguments:
G4ThreeVectorList *pVertices
const G4int pSectionIndex
const G4VoxelLimits& &pVoxelLimit
const EAxis pAxis
G4double &pMin
G4double &pMax
Documentation:
Calculate the maximum and minimum extents of the
polygon joining the CrossSections at
pSectionIndex->pSectionIndex+3 and
pSectionIndex+4->pSectionIndex+7 in the list pVertices,
within the boundaries of the voxxel limits pVoxelLimit.
If the minimum is pMax, pMax is set to the new
maximum.
No modifications are made to pVertices.
Concurrency: Sequential
Operation name:
ClipCrossSection
Protected member of: G4VSolid
Return Class: void
Arguments:
G4ThreeVectorList *pVertices
const G4int pSectionIndex
const G4VoxelLimits &pVoxelLimit
const EAxis pAxis
G4double &pMin
G4double &pMax
Documentation:
Calculate the maximum and minimum extents of the
polygon described by the vertices: pSectionIndex->
pSectionIndex+1 ->pSectionIndex+3 -> pSectionIndex in
the list pVertices.
If the minimum is pMax, pMax is set to the
new maximum.
No modifications are made to pVertices.
Concurrency: Sequential
Operation name:
ClipPolygon
Protected member of: G4VSolid
Return Class: void
Arguments:
G4ThreeVectorList &pPolygon
const G4VoxelLimits &pVoxelLimit
Documentation:
Clip the specified convex polygon to the given limits,
where the polygon is described by the vertices at
(0),(1),...,(n),(0) in pPolygon.
If the polygon is completely clipped away, the polygon
is cleared.
Concurrency: Sequential
Operation name:
ClipPolygonToSimpleLimits
Private member of: G4VSolid
Return Class: void
Arguments:
G4ThreeVectorList &pPolygon
G4ThreeVectorList &outputPolygon
const G4VoxelLimits &pVoxelLimit
Documentation:
Clip the specified convex polygon to the given limits,
storing the result in outputPolygon. The voxel limits
must be limits in one plane only - this is achieve by
having only x or y or z limits, and either the minimum
or maximum limit set yo 0+kInfinity respectively.
Concurrency: Sequential
Operation name:
ComputeDimensions
Public member of: G4VSolid
Documentation:
By using the paramterisation object, compute the
dimensions of the solid for the given replication
number. Dispatches to the relevant ComputeDimensions
function of the replication object, so that the
replication object obtains type of solid
Concurrency: Sequential
Operation name:
DistanceToIn
Public member of: G4VSolid
Return Class: G4double
Arguments:
const G4ThreeVector& p
const G4ThreeVector& v
Documentation:
Return distance along the normalised vector v to the
shape, from the point at offset p. If there is no
intersection, return kInfinity. The first intersection
resulting from `leaving' a surface/volume is discarded.
Henacs, tolerant ofpoints on surface of shape.
Concurrency: Sequential
Operation name:
DistanceToIn
Public member of: G4VSolid
Return Class: G4double
Arguments:
const G4ThreeVector& p
Documentation:
Calculate distance to nearest surface of shape from an
outside point. The distance can be an underestimate.
Concurrency: Sequential
Operation name:
DistanceToOut
Public member of: G4VSolid
Return Class: G4double
Arguments:
const G4ThreeVector& p
const G4ThreeVector& v
const G4bool calcNorm=false
G4bool* validNorm=0
G4ThreeVector* n=0
Documentation:
Return distance along the nomalised vector v to the
shape, from a point at an offset p inside or on the
surface of the shape. Intersections with surfaces, with
the point is *
Arguments:
G4LogicalVolume* pVolume
G4VoxelLimits pLimits
const G4VolumeNosVector *pCandidates
EAxis pAxis
Documentation:
Compute the best axis for slicing at the current depth,
within the current limits, and build the corresponding
nodes.
Concurrency: Sequential
Operation name:
BuildVoxels
Protected member of: G4SmartVoxelHeader
Return Class: void
Arguments:
G4LogicalVolume* pVolume
G4VoxelLimits pLimits
const G4VolumeNosVector *pCandidates
Documentation:
Build and redine voxels between specified limits,
considering only the physical volumes `pCandidates'
Semantics:
Object diagram: Voxel Construction (G4VoxelHeader::BuildVoxels)
Concurrency: Sequential
Operation name:
CalculateQuality
Protected member of: G4SmartVoxelHeader
Return Class: G4double
Arguments:
G4ProxyVector *pSlice
Documentation:
Calculate the "quality value" for the specified vector
of voxels. The value returned should be >0 and such
that the smaller the number the higher the quality of
the slice. pSlice must consist of SmartVoxelNodeProxies
only
Concurrency: Sequential
Operation name:
CollectEquivalentHeaders
Protected member of: G4SmartVoxelHeader
Return Class: void
Documentation:
Collect common headers, deleting all but one to save
memory, and adjust stored slice ptrs appropriately
Concurrency: Sequential
Operation name:
CollectEquivalentNodes
Protected member of: G4SmartVoxelHeader
Return Class: void
Documentation:
Coolect common nodes, deleting all butone to save
memory, and adjusting stored slice ptrs.
Concurrency: Sequential
Operation name:
G4SmartVoxelHeader
Public member of: G4SmartVoxelHeader
Arguments:
G4LogicalVolume *pVolume
const G4int pSlice=0
Documentation:
Constructor for topmost header, to begin voxel
construction at a given logical volume.
Semantics:
Object diagram: Voxel Construction
Concurrency: Sequential
Operation name:
G4SmartVoxelHeader
Protected member of: G4SmartVoxelHeader
Arguments:
G4LogicalVolume *pVolume
const G4VoxelLimits &pLimits
G4VolumeNosVector *pCandidates
G4int pSlice=0
Concurrency: Sequential
Operation name:
GetAxis
Public member of: G4SmartVoxelHeader
Return Class: EAxis
Documentation:
Return the current division axis
Concurrency: Sequential
Operation name:
GetMaxEquivalentSliceNo
Public member of: G4SmartVoxelHeader
Return Class: G4int
Documentation:
Return the max equivalents slice no
Concurrency: Sequential
Operation name:
GetMaxExtent
Public member of: G4SmartVoxelHeader
Return Class: G4double
Documentation:
Return the maximum coordinate limit along the current
axis
Concurrency: Sequential
Operation name:
GetMinEquivalentSliceNo
Public member of: G4SmartVoxelHeader
Return Class: G4int
Documentation:
Returns the minimum equivalent slice no
Concurrency: Sequential
Operation name:
GetMinExtent
Public member of: G4SmartVoxelHeader
Return Class: G4double
Documentation:
Return the minimum coordinate limit along the current
axis
Concurrency: Sequential
Operation name:
GetNoSlices
Public member of: G4SmartVoxelHeader
Return Class: G4int
Documentation:
Return the no of slices along the current axis
Concurrency: Sequential
Operation name:
GetSlice
Public member of: G4SmartVoxelHeader
Return Class: G4VSmartVoxelProxy*
Arguments:
G4int n
Documentation:
Return ptr to the proxy for the nth slice (numbering
from 0, no bounds checking)
Concurrency: Sequential
Operation name:
RefineNodes
Protected member of: G4SmartVoxelHeader
Return Class: void
Arguments:
G4LogicalVolume *pVolume
G4VoxelLimits pLimits
Documentation:
Examine each contained node, refine (create a
replacement additional dimension of voxels) when there
is more than one voxel in the slice.
Concurrency: Sequential
Operation name:
SetMaxEquivalentSliceNo
Public member of: G4SmartVoxelHeader
Arguments:
G4int pSlice
Documentation:
Sets the maximum equivalent sliceno
Concurrency: Sequential
Operation name:
SetMinEquivalentSliceNo
Public member of: G4SmartVoxelHeader
Arguments:
G4int pSlice
Documentation:
Stes the minimum equivalent slice no
Concurrency: Sequential
Operation name:
operator==
Public member of: G4SmartVoxelHeader
Return Class: G4bool
Arguments:
const G4SmartVoxelHeader &pHead
Documentation:
Equality operator. Return true if the contents of the
headers (and their related nodes/headers) are equal.
Concurrency: Sequential
Operation name:
~G4SmartVoxelHeader
Public member of: G4SmartVoxelHeader
Documentation:
Destroy header and underlying nodes/headers
Concurrency: Sequential
Class name:
G4SmartVoxelProxy
Category: Geometry
Documentation:
A class for proxying for either smart voxel headers or
nodes. Get functionality is provided proxy type
checking: GetHeader fails when proxying for a node.
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Interface:
Operations:
G4SmartVoxelProxy (G4SmartVoxelHeader)
G4SmartVoxelProxy (G4SmartVoxelNode)
GetHeader ( )
GetNode ( )
IsHeader ( )
IsNode ( )
Private Interface:
Has-A Relationships:
G4SmartVoxelHeader fheader
G4SmartVoxelNode fnode
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
G4SmartVoxelProxy
Public member of: G4SmartVoxelProxy
Arguments:
G4SmartVoxelHeader *pHeader
Documentation:
Proxy for the specifed header
Concurrency: Sequential
Operation name:
G4SmartVoxelProxy
Public member of: G4SmartVoxelProxy
Arguments:
G4SmartVoxelNode *pNode
Documentation:
Proxy for the psicifed node
Concurrency: Sequential
Operation name:
GetHeader
Public member of: G4SmartVoxelProxy
Documentation:
Return ptr to Header if proxying for a header, else
call G4Exception
Concurrency: Sequential
Operation name:
GetNode
Public member of: G4SmartVoxelProxy
Documentation:
Return ptr to node if proxying for a node, else call
G4Exception
Concurrency: Sequential
Operation name:
IsHeader
Public member of: G4SmartVoxelProxy
Return Class: G4bool
Documentation:
Returns true if proxying for a header
Concurrency: Sequential
Operation name:
IsNode
Public member of: G4SmartVoxelProxy
Return Class: G4bool
Documentation:
Returns ture if proxying for a node
Concurrency: Sequential
Class name:
G4SmartVoxelNode
Category: Geometry
Documentation:
A single virtual division, containing the physical
volumes inside
its boundaries and those of its parents
Export Control: Public
Cardinality: n
Hierarchy:
Superclasses: none
Public Interface:
Operations:
GetContents ( )
GetMaxEquivalentSliceNo ( )
GetMinEquivalentSliceNo ( )
GetNoContained ( )
Insert ( )
IsRefined ( )
SetMaxEquivalentSliceNo (G4int)
SetMinEquivalentSliceNo (G4int)
Private Interface:
Has-A Relationships:
G4int fcontents
G4int fmaxEquivalent
The maximum equivalent slice no
G4int fminEquivalent
The minimum equivalent slice no
State machine: No
Concurrency: Sequential
Persistence: Transient
Operation name:
GetContents
Public member of: G4SmartVoxelNode
Documentation:
Return the contents of the virtual slice
Concurrency: Sequential
Operation name:
GetMaxEquivalentSliceNo
Public member of: G4SmartVoxelNode
Documentation:
Returns greatest slice no of neighbouring slices with
same contents
Concurrency: Sequential
Operation name:
GetMinEquivalentSliceNo
Public member of: G4SmartVoxelNode
Documentation:
Returns smallest slice no of neighbouring slices with
same contents
Concurrency: Sequential
Operation name:
GetNoContained
Public member of: G4SmartVoxelNode
Return Class: G4int
Documentation:
Return no of volumes contained by the node
Concurrency: Sequential
Operation name:
Insert
Public member of: G4SmartVoxelNode
Documentation:
Add a physical volume to the nodes contents
Concurrency: Sequential
Operation name:
IsRefined
Public member of: G4SmartVoxelNode
Return Class: G4bool
Documentation:
Return true if the specified node is sufficiently
refined (pEnd to the volume
described by the current limits. Return true if theline
remains after clipping, else false, and leave the
vectors in an undefined state.
Concurrency: Sequential
Operation name:
G4VoxelLimits
Public member of: G4VoxelLimits
Documentation:
Constructor. Initialise to be unlimited
Concurrency: Sequential
Operation name:
GetMaxExtent
Public member of: G4VoxelLimits
Return Class: G4double
Arguments:
EAxis pAxis
Documentation:
Return maximum limit along specified axis, kInfinity if
not limited
Concurrency: Sequential
Operation name:
GetMaxXExtent
Public member of: G4VoxelLimits
Concurrency: Sequential
Operation name:
GetMaxYExtent
Public member of: G4VoxelLimits
Concurrency: Sequential
Operation name:
GetMaxZExtent
Public member of: G4VoxelLimits
Concurrency: Sequential
Operation name:
GetMinExtent
Public member of: G4VoxelLimits
Return Class: G4double
Arguments:
EAxis pAxis
Documentation:
Return minimum limit along specified axis, kInifinty if
not limited
Concurrency: Sequential
Operation name:
GetMinXExtent
Public member of: G4VoxelLimits
Concurrency: Sequential
Operation name:
GetMinYExtent
Public member of: G4VoxelLimits
Concurrency: Sequential
Operation name:
GetMinZExtent
Public member of: G4VoxelLimits
Concurrency: Sequential
Operation name:
Inside
Public member of: G4VoxelLimits
Return Class: G4bool
Arguments:
G4ThreeVector& pVec
Documentation:
Return true if the specified vector is inside/on
boundaries of limits
Concurrency: Sequential
Operation name:
IsLimited
Public member of: G4VoxelLimits
Return Class: G4bool
Arguments:
EAxis PAxis
Documentation:
Returns true if specified axis is limited
Concurrency: Sequential
Operation name:
IsLimited
Public member of: G4VoxelLimits
Return Class: G4bool
Documentation:
Returns true if any axis is limited
Concurrency: Sequential
Operation name:
IsXLimited
Public member of: G4VoxelLimits
Return Class: G4bool
Concurrency: Sequential
Operation name:
IsYLimited
Public member of: G4VoxelLimits
Return Class: G4bool
Concurrency: Sequential
Operation name:
IsZLimited
Public member of: G4VoxelLimits
Return Class: G4bool
Concurrency: Sequential
Operation name:
OutCode
Public member of: G4VoxelLimits
Return Class: G4int
Arguments:
const G4ThreeVector& pVec
Documentation:
Calculate the `outcode' for the specified vector.
Intended for use during clipping against the limits.
The bits are set given the following conditions:
0 pVec.x()fxAxisMax && IsXlimited()
and similarly 2-3 for y and 4-5 for z limits
Concurrency: Sequential