The VGM interface to geometry factory providing functions for geometry construction and conversions. More...

#include <IFactory.h>

Inheritance diagram for VGM::IFactory:

Public Member Functions
virtual	~IFactory ()

virtual ISolid *	CreateArb8 (const std::string &name, double hz, std::vector< VGM::TwoVector > vertices)=0
	Create the arbitrary trapezoid with 8 vertices standing on two paralel planes perpendicular to Z axis.

virtual ISolid *	CreateBox (const std::string &name, double hx, double hy, double hz)=0
	Create the box solid.

virtual ISolid *	CreateCons (const std::string &name, double rin1, double rout1, double rin2, double rout2, double hz, double sphi, double dphi)=0
	Create the cons solid = phi segment of a conical tube.

virtual ISolid *	CreateCtubs (const std::string &name, double rin, double rout, double hz, double sphi, double dphi, double nxlow, double nylow, double nzlow, double nxhigh, double nyhigh, double nzhigh)=0
	Create the cut tubs solid = phi segment of a tube cut with two planes.

virtual ISolid *	CreateEllipsoid (const std::string &name, double dx, double dy, double dz, double zBottomCut, double zTopCut)=0
	Create the ellipsoid solid.

virtual ISolid *	CreateEllipticalTube (const std::string &name, double dx, double dy, double hz)=0
	Create the elliptical tube solid.

virtual ISolid *	CreateExtrudedSolid (const std::string &name, std::vector< TwoVector > polygon, std::vector< std::vector< double > > zsections)=0
	Create the extruded solid.

virtual ISolid *	CreateHype (const std::string &name, double r1, double r2, double stereo1, double stereo2, double hz)=0
	Create the hyperboloid solid.

virtual ISolid *	CreatePara (const std::string &name, double hx, double hy, double hz, double alpha, double theta, double phi)=0
	Create the para solid = parallelepiped.

virtual ISolid *	CreateParaboloid (const std::string &name, double r1, double r2, double hz)=0
	Create the paraboloid solid.

virtual ISolid *	CreatePolycone (const std::string &name, double sphi, double dphi, int nofZplanes, double z, double rin, double *rout)=0
	Create the polycone solid = phi segment of a polycone.

virtual ISolid *	CreatePolyhedra (const std::string &name, double sphi, double dphi, int nofSides, int nofZplanes, double z, double rin, double *rout)=0
	Create the polyhedra solid = phi segment of a polyhedra (polygone)

virtual ISolid *	CreateSphere (const std::string &name, double rin, double rout, double sphi, double dphi, double stheta, double dtheta)=0
	Create the sphere solid = phi segment of a spherical shell.

virtual ISolid *	CreateTessellatedSolid (const std::string &name, std::vector< std::vector< VGM::ThreeVector > > facets)=0
	Create tessellated solid = solid composed from triangular and rectangular facets.

virtual ISolid *	CreateTorus (const std::string &name, double rin, double rout, double rax, double sphi, double dphi)=0
	Create the torus solid = phi segment of a torus.

virtual ISolid *	CreateTrap (const std::string &name, double hz, double theta, double phi, double dy1, double dx1, double dx2, double alpha1, double dy2, double dx3, double dx4, double alpha2)=0
	Create the trap solid = general trapezoid ( Note that of the 11 parameters described below, only 9 are really independent)

virtual ISolid *	CreateTrd (const std::string &name, double hx1, double hx2, double hy1, double hy2, double hz)=0
	Create the trd solid = a trapezoid with the x and y dimensions varying along z.

virtual ISolid *	CreateTubs (const std::string &name, double rin, double rout, double hz, double sphi, double dphi)=0
	Create the trd solid = phi segment of a tube.

virtual ISolid *	CreateIntersectionSolid (const std::string &name, VGM::ISolid solidA, VGM::ISolid solidB, const VGM::Transform &transform)=0
	Create the intersection of two solids.

virtual ISolid *	CreateSubtractionSolid (const std::string &name, VGM::ISolid solidA, VGM::ISolid solidB, const VGM::Transform &transform)=0
	Create the subtraction of two solids.

virtual ISolid *	CreateUnionSolid (const std::string &name, VGM::ISolid solidA, VGM::ISolid solidB, const VGM::Transform &transform)=0
	Create the union of two solids.

virtual ISolid *	CreateDisplacedSolid (const std::string &name, VGM::ISolid *solid, const VGM::Transform &transform)=0
	Create displaced solid.

virtual ISolid *	CreateScaledSolid (const std::string &name, VGM::ISolid *solid, const VGM::Transform &transform)=0
	Create scaled solid.

virtual ISolid *	CreateMultiUnion (const std::string &name, std::vector< VGM::ISolid * > constituents, std::vector< VGM::Transform > transforms)=0
	Create the multi union of solids.

virtual IVolume *	CreateVolume (const std::string &name, VGM::ISolid *solid, const std::string &mediumName)=0
	Create the volume.

virtual IPlacement *	CreatePlacement (const std::string &name, int copyNo, VGM::IVolume volume, VGM::IVolume motherVolume, const VGM::Transform &transform)=0
	Create the simple volume placement.

virtual IPlacement *	CreateMultiplePlacement (const std::string &name, VGM::IVolume volume, VGM::IVolume motherVolume, VGM::Axis axis, int nofItems, double width, double offset, double halfGap)=0
	Create the multiple volume placement.

virtual VGM::IPlacement *	CreateParameterisedPlacement (const std::string &name, VGM::IVolume motherVolume, const std::vector< VGM::Transform > &transforms, const std::vector< VGM::IVolume > &volumes)=0
	Create the parameterised volume placement.

virtual IPlacement *	Top () const =0
	Return the top volume placement.

virtual ISolid *	SingleSolid () const =0
	Return solid (if in one solid conversion mode)

virtual std::string	Name () const =0
	Return the name of this factory.

virtual const SolidStore &	Solids () const =0
	Return the store of solids.

virtual const VolumeStore &	Volumes () const =0
	Return the store of volumes.

virtual IMaterialFactory *	MaterialFactory () const =0
	Return the associated material factory.

virtual void	PrintSolids () const =0
	Print all solids.

virtual void	PrintVolumes () const =0
	Print all volumes.

virtual bool	Export (IFactory *factory) const =0
	Export geometry to the specified factory.

virtual void	SetDebug (int value)=0
	Set the debug level.

virtual int	Debug () const =0
	Return the debug level.

virtual void	SetIgnore (bool value, double dummyBoxDimensions=kDefaultDummyBoxDimensions)=0
	Set ignoring of unsupported features.

virtual bool	Ignore () const =0
	Return the ignore option.

virtual void	SetDummyBoxDimensions (double value)=0
	Set the dimensions in mm of a dummy box replacing the unsupported shapes if the 'ignore' option is activated.

virtual double	DummyBoxDimensions () const =0
	Return the ignore option.

virtual void	SetBestMatch (bool value)=0
	Set best match option.

virtual bool	BestMatch () const =0
	Return the single mode option.

virtual void	SetSingleMode (bool value)=0
	Set single mode option.

virtual bool	SingleMode () const =0
	Return the single mode option.

virtual void	SetSolid (VGM::ISolid *solid)=0
	Set solid (in single mode)

Detailed Description

The VGM interface to geometry factory providing functions for geometry construction and conversions.

Author: Ivana Hrivnacova; IPN Orsay

Definition at line 49 of file IFactory.h.

Constructor & Destructor Documentation

◆ ~IFactory()

virtual VGM::IFactory::~IFactory ( )

inlinevirtual

Definition at line 52 of file IFactory.h.

Member Function Documentation

◆ CreateArb8()

virtual ISolid * VGM::IFactory::CreateArb8	(	const std::string &	name,
		double	hz,
		std::vector< VGM::TwoVector >	vertices )

pure virtual

Create the arbitrary trapezoid with 8 vertices standing on two paralel planes perpendicular to Z axis.

Parameters

hz	half-length along the z axis in mm
vertices	vector of (x,y) coordinates of vertices first four points are the (x,y) coordinates of the vertices sitting on the -dz plane; last four points are the (x,y) coordinates of the vertices sitting on the +dz plane;

The order of defining the vertices of an arb8 is the following:

point 0 is connected with points 1,3,4
point 1 is connected with points 0,2,5
point 2 is connected with points 1,3,6
point 3 is connected with points 0,2,7
point 4 is connected with points 0,5,7
point 5 is connected with points 1,4,6
point 6 is connected with points 2,5,7
point 7 is connected with points 3,4,6

Points can be identical in order to create shapes with less than vertices.

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateBox()

virtual ISolid * VGM::IFactory::CreateBox	(	const std::string &	name,
		double	hx,
		double	hy,
		double	hz )

pure virtual

Create the box solid.

Parameters

hx	half-length along the x axis in mm
hy	half-length along the y axis in mm
hz	half-length along the z axis in mm

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateCons()

virtual ISolid * VGM::IFactory::CreateCons	(	const std::string &	name,
		double	rin1,
		double	rout1,
		double	rin2,
		double	rout2,
		double	hz,
		double	sphi,
		double	dphi )

pure virtual

Create the cons solid = phi segment of a conical tube.

Parameters

rin1	inside radius at -hz in mm
rin2	inside radius at +hz in mm
rout1	outside radius at -hz in mm
rout2	outside radius at +hz in mm
hz	half-length along the z axis in mm
sphi	starting angle of the segment in deg
dphi	opening angle of the segment in deg

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateCtubs()

virtual ISolid * VGM::IFactory::CreateCtubs	(	const std::string &	name,
		double	rin,
		double	rout,
		double	hz,
		double	sphi,
		double	dphi,
		double	nxlow,
		double	nylow,
		double	nzlow,
		double	nxhigh,
		double	nyhigh,
		double	nzhigh )

pure virtual

Create the cut tubs solid = phi segment of a tube cut with two planes.

Parameters

rin	inside radius in mm
rout	outside radius in mm
hz	half-length along the z axis in mm
sphi	starting angle of the segment in deg
dphi	opening angle of the segment in deg
nxlow	X-component of the normal unit vector to the cut plane in -z
nylow	Y-component of the normal unit vector to the cut plane in -z
nzlow	Z-component of the normal unit vector to the cut plane in -z
nxhigh	X-component of the normal unit vector to the cut plane in +z
nyhigh	Y-component of the normal unit vector to the cut plane in +z
nzhigh	Z-component of the normal unit vector to the cut plane in +z

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateEllipsoid()

virtual ISolid * VGM::IFactory::CreateEllipsoid	(	const std::string &	name,
		double	dx,
		double	dy,
		double	dz,
		double	zBottomCut,
		double	zTopCut )

pure virtual

Create the ellipsoid solid.

Parameters

dx	the semi-axis of the ellipse along x in mm
dy	the semi-axis of the ellipse along y in mm
dz	the semi-axis of the ellipse along z in mm
zBottomCut	the bottom cut along the z axis in mm
zTopCut	the top cut along the z axis in mm

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateEllipticalTube()

virtual ISolid * VGM::IFactory::CreateEllipticalTube	(	const std::string &	name,
		double	dx,
		double	dy,
		double	hz )

pure virtual

Create the elliptical tube solid.

Parameters

dx	the semi-axis of the ellipse along x in mm
dy	the semi-axis of the ellipse along y in mm
hz	half-length along the z axis in mm

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateExtrudedSolid()

virtual ISolid * VGM::IFactory::CreateExtrudedSolid	(	const std::string &	name,
		std::vector< TwoVector >	polygon,
		std::vector< std::vector< double > >	zsections )

pure virtual

Create the extruded solid.

Parameters

polygon	the outline polygon defined by its vertices
zsections	the z-sections defined by z positions, polygon offset in x, y and scale

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateHype()

virtual ISolid * VGM::IFactory::CreateHype	(	const std::string &	name,
		double	r1,
		double	r2,
		double	stereo1,
		double	stereo2,
		double	hz )

pure virtual

Create the hyperboloid solid.

Parameters

r1	radius of the inner hyperbolic surface in mm
r2	radius of the outer hyperbolic surface in mm
stereo1	stereo angle for the inner hyperbolic surface in deg
stereo2	stereo angle for the outer hyperbolic surface in deg
hz	half-length along the z axis in mm

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreatePara()

virtual ISolid * VGM::IFactory::CreatePara	(	const std::string &	name,
		double	hx,
		double	hy,
		double	hz,
		double	alpha,
		double	theta,
		double	phi )

pure virtual

Create the para solid = parallelepiped.

Parameters

hx	half-length along the x axis in mm
hy	half-length along the y axis in mm
hz	half-length along the z axis in mm
alpha	angle formed by the y axis and by the plane joining the centre of the faces parallel to the z-x plane at -hy and +hy in deg
theta	polar angle of the line joining the centres of the faces at -hz and +hz in deg
phi	azimuthal angle of the line joining the centres of the faces at -hz and +hz in deg

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateParaboloid()

virtual ISolid * VGM::IFactory::CreateParaboloid	(	const std::string &	name,
		double	r1,
		double	r2,
		double	hz )

pure virtual

Create the paraboloid solid.

Parameters

r1	radius at -hz in mm
r2	radius at +hz in mm
hz	half-length along the z axis in mm

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreatePolycone()

virtual ISolid * VGM::IFactory::CreatePolycone	(	const std::string &	name,
		double	sphi,
		double	dphi,
		int	nofZplanes,
		double *	z,
		double *	rin,
		double *	rout )

pure virtual

Create the polycone solid = phi segment of a polycone.

Parameters

sphi	starting angle of the segment in deg
dphi	opening angle of the segment in deg
nofZplanes	number of planes perpendicular to the z axis (has to be >= 2)
z	array of z positions of the planes in mm
rin	array of inside radius of the planes in mm
rout	array of outside radius of the planes in mm

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreatePolyhedra()

virtual ISolid * VGM::IFactory::CreatePolyhedra	(	const std::string &	name,
		double	sphi,
		double	dphi,
		int	nofSides,
		int	nofZplanes,
		double *	z,
		double *	rin,
		double *	rout )

pure virtual

Create the polyhedra solid = phi segment of a polyhedra (polygone)

Parameters

sphi	starting angle of the segment in deg
dphi	opening angle of the segment in deg
nofSides	number of sides of the cross section between the given phi limits
nofZplanes	number of planes perpendicular to the z axis (has to be >= 2)
z	array of z positions of the planes in mm
rin	array of inside radius of the planes in mm
rout	array of outside radius of the planes in mm

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateSphere()

virtual ISolid * VGM::IFactory::CreateSphere	(	const std::string &	name,
		double	rin,
		double	rout,
		double	sphi,
		double	dphi,
		double	stheta,
		double	dtheta )

pure virtual

Create the sphere solid = phi segment of a spherical shell.

Parameters

rin	inside radius of the shell in mm
rout	outside radius of the shell in mm
sphi	starting azimuthal angle of the segment in deg
dphi	opening azimuthal angle of the segment in deg
stheta	starting polar angle of the segment in deg
dtheta	opening polar angle of the segment in deg

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateTessellatedSolid()

virtual ISolid * VGM::IFactory::CreateTessellatedSolid	(	const std::string &	name,
		std::vector< std::vector< VGM::ThreeVector > >	facets )

pure virtual

Create tessellated solid = solid composed from triangular and rectangular facets.

Parameters

facets the vector of facets defined as a vector of three vectors representing the facet points in mm

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateTorus()

virtual ISolid * VGM::IFactory::CreateTorus	(	const std::string &	name,
		double	rin,
		double	rout,
		double	rax,
		double	sphi,
		double	dphi )

pure virtual

Create the torus solid = phi segment of a torus.

Parameters

rin	inside radius of the torus in mm
rout	outside radius of the torus in mm
rax	axial (swept) radius of the torus in mm
sphi	starting angle of the segment in deg (with 0 being the +x axis)
dphi	opening angle of the segment in deg

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateTrap()

virtual ISolid * VGM::IFactory::CreateTrap	(	const std::string &	name,
		double	hz,
		double	theta,
		double	phi,
		double	dy1,
		double	dx1,
		double	dx2,
		double	alpha1,
		double	dy2,
		double	dx3,
		double	dx4,
		double	alpha2 )

pure virtual

Create the trap solid = general trapezoid ( Note that of the 11 parameters described below, only 9 are really independent)

Parameters

hz	half-length along the z axis in mm
theta	polar angle of the line joining the centres of the faces at -hz and +hz in deg
phi	azimuthal angle of the line joining the centres of the faces at -hz and +hz in deg
dy1	half-length along y of the face at -hz in mm
dx1	half-length along x of the side at -hy of the face at -hz in mm
dx2	half-length along x of the side at +hy of the face at +hz in mm
alpha1	angle with respect to the y axis from the centre of the side at -hy to the centre at +hy of the face at -hz
dy2	half-length along y of the face at +hz in mm
dx3	half-length along x of the side at -hy of the face at +hz in mm
dx4	half-length along x of the side at +hy of the face at +hz in mm
alpha2	angle with respect to the y axis from the centre of the side at -hy to the centre at +hy of the face at +hz

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateTrd()

virtual ISolid * VGM::IFactory::CreateTrd	(	const std::string &	name,
		double	hx1,
		double	hx2,
		double	hy1,
		double	hy2,
		double	hz )

pure virtual

Create the trd solid = a trapezoid with the x and y dimensions varying along z.

Parameters

hx1	half-length along x at the surface positioned at -hz in mm
hx2	half-length along x at the surface positioned at +hz in mm
hy1	half-length along y at the surface positioned at -hz in mm
hy2	half-length along y at the surface positioned at +hz in mm
hz	half-length along the z axis in mm

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateTubs()

virtual ISolid * VGM::IFactory::CreateTubs	(	const std::string &	name,
		double	rin,
		double	rout,
		double	hz,
		double	sphi,
		double	dphi )

pure virtual

Create the trd solid = phi segment of a tube.

Parameters

rin	inside radius in mm
rout	outside radius in mm
hz	half-length along the z axis in mm
sphi	starting angle of the segment in deg
dphi	opening angle of the segment in deg

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateIntersectionSolid()

virtual ISolid * VGM::IFactory::CreateIntersectionSolid	(	const std::string &	name,
		VGM::ISolid *	solidA,
		VGM::ISolid *	solidB,
		const VGM::Transform &	transform )

pure virtual

Create the intersection of two solids.

Parameters

solidA,solidB	constituent solids
transform	3D displacement of the solidB with respect to solid A

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateSubtractionSolid()

virtual ISolid * VGM::IFactory::CreateSubtractionSolid	(	const std::string &	name,
		VGM::ISolid *	solidA,
		VGM::ISolid *	solidB,
		const VGM::Transform &	transform )

pure virtual

Create the subtraction of two solids.

Parameters

solidA,solidB	constituent solids
transform	3D displacement of the solidB with respect to solid A

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateUnionSolid()

virtual ISolid * VGM::IFactory::CreateUnionSolid	(	const std::string &	name,
		VGM::ISolid *	solidA,
		VGM::ISolid *	solidB,
		const VGM::Transform &	transform )

pure virtual

Create the union of two solids.

Parameters

solidA,solidB	constituent solids
transform	3D displacement of the solidB with respect to solid A

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateDisplacedSolid()

virtual ISolid * VGM::IFactory::CreateDisplacedSolid	(	const std::string &	name,
		VGM::ISolid *	solid,
		const VGM::Transform &	transform )

pure virtual

Create displaced solid.

Parameters

solid	constituent solids
transform	3D displacement of the solidB with respect to solid A

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateScaledSolid()

virtual ISolid * VGM::IFactory::CreateScaledSolid	(	const std::string &	name,
		VGM::ISolid *	solid,
		const VGM::Transform &	transform )

pure virtual

Create scaled solid.

Parameters

solid	constituent solids
transform	scale transformation (sx, sy, sz)

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateMultiUnion()

virtual ISolid * VGM::IFactory::CreateMultiUnion	(	const std::string &	name,
		std::vector< VGM::ISolid * >	constituents,
		std::vector< VGM::Transform >	transforms )

pure virtual

Create the multi union of solids.

Parameters

constituents	constituent solids
transforms	3D displacement of the constituent solids

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateVolume()

virtual IVolume * VGM::IFactory::CreateVolume	(	const std::string &	name,
		VGM::ISolid *	solid,
		const std::string &	mediumName )

pure virtual

Create the volume.

Parameters

solid	the associated solid
mediumName	the name of the associated medium

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreatePlacement()

virtual IPlacement * VGM::IFactory::CreatePlacement	(	const std::string &	name,
		int	copyNo,
		VGM::IVolume *	volume,
		VGM::IVolume *	motherVolume,
		const VGM::Transform &	transform )

pure virtual

Create the simple volume placement.

Parameters

copyNo	the copy number of this placement
volume	the associated volume
motherVolume	the associated mother volume
transform	3D transformation

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateMultiplePlacement()

virtual IPlacement * VGM::IFactory::CreateMultiplePlacement	(	const std::string &	name,
		VGM::IVolume *	volume,
		VGM::IVolume *	motherVolume,
		VGM::Axis	axis,
		int	nofItems,
		double	width,
		double	offset,
		double	halfGap )

pure virtual

Create the multiple volume placement.

Parameters

volume	the associated volume which will be replicated
motherVolume	the associated mother volume
axis	the replication axis
nofItems	number of replications
width	the replication width (the unit depends on the axis; can be mm or deg)
offset	the replication offset (the unit depends on the axis; can be mm or deg)
halfGap	the half with of the gap between replications (can be mm or deg)

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ CreateParameterisedPlacement()

virtual VGM::IPlacement * VGM::IFactory::CreateParameterisedPlacement	(	const std::string &	name,
		VGM::IVolume *	motherVolume,
		const std::vector< VGM::Transform > &	transforms,
		const std::vector< VGM::IVolume * > &	volumes )

pure virtual

Create the parameterised volume placement.

Parameters

motherVolume	the associated mother volume
transforms	transformations for every replicated element
volumes	volumes for every replicated element

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ Top()

virtual IPlacement * VGM::IFactory::Top ( ) const

pure virtual

Return the top volume placement.

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ SingleSolid()

virtual ISolid * VGM::IFactory::SingleSolid ( ) const

pure virtual

Return solid (if in one solid conversion mode)

Implemented in Geant4GM::Factory, and RootGM::Factory.

◆ Name()

virtual std::string VGM::IFactory::Name ( ) const

pure virtual

Return the name of this factory.

Implemented in BaseVGM::VFactory.

◆ Solids()

virtual const SolidStore & VGM::IFactory::Solids ( ) const

pure virtual

Return the store of solids.

Implemented in BaseVGM::VFactory.

◆ Volumes()

virtual const VolumeStore & VGM::IFactory::Volumes ( ) const

pure virtual

Return the store of volumes.

Implemented in BaseVGM::VFactory.

◆ MaterialFactory()

virtual IMaterialFactory * VGM::IFactory::MaterialFactory ( ) const

pure virtual

Return the associated material factory.

Implemented in BaseVGM::VFactory.

◆ PrintSolids()

virtual void VGM::IFactory::PrintSolids ( ) const

pure virtual

Print all solids.

Implemented in BaseVGM::VFactory.

◆ PrintVolumes()

virtual void VGM::IFactory::PrintVolumes ( ) const

pure virtual

Print all volumes.

Implemented in BaseVGM::VFactory.

◆ Export()

virtual bool VGM::IFactory::Export ( IFactory * factory ) const

pure virtual

Export geometry to the specified factory.

Implemented in BaseVGM::VFactory.

◆ SetDebug()

virtual void VGM::IFactory::SetDebug ( int value )

pure virtual

Set the debug level.

Implemented in BaseVGM::VFactory.

◆ Debug()

virtual int VGM::IFactory::Debug ( ) const

pure virtual

Return the debug level.

Implemented in BaseVGM::VFactory.

◆ SetIgnore()

virtual void VGM::IFactory::SetIgnore	(	bool	value,
		double	dummyBoxDimensions = kDefaultDummyBoxDimensions )

pure virtual

Set ignoring of unsupported features.

if not set (default) - program stops when an unsupported feature occurs
if set - only warning is issued

Implemented in BaseVGM::VFactory.

◆ Ignore()

virtual bool VGM::IFactory::Ignore ( ) const

pure virtual

Return the ignore option.

Implemented in BaseVGM::VFactory.

◆ SetDummyBoxDimensions()

virtual void VGM::IFactory::SetDummyBoxDimensions ( double value )

pure virtual

Set the dimensions in mm of a dummy box replacing the unsupported shapes if the 'ignore' option is activated.

Implemented in BaseVGM::VFactory.

◆ DummyBoxDimensions()

virtual double VGM::IFactory::DummyBoxDimensions ( ) const

pure virtual

Return the ignore option.

Implemented in BaseVGM::VFactory.

◆ SetBestMatch()

virtual void VGM::IFactory::SetBestMatch ( bool value )

pure virtual

Set best match option.

if not set (default) - prefer the geometry optimization to the best match of the hierarchy of volumes
if set - prefer the best match of the hierarchy of volumes to optimization in preformance/memory (currently this option is used only in emulation of the "replica slice" emulation in Root)

Implemented in BaseVGM::VFactory.

◆ BestMatch()

virtual bool VGM::IFactory::BestMatch ( ) const

pure virtual

Return the single mode option.

Implemented in BaseVGM::VFactory.

◆ SetSingleMode()

virtual void VGM::IFactory::SetSingleMode ( bool value )

pure virtual

Set single mode option.

if not set (default) - import/export the whole geometry tree
if set - import/export a single geometry object (currently only solid objects are supported)

Implemented in BaseVGM::VFactory.

◆ SingleMode()

virtual bool VGM::IFactory::SingleMode ( ) const

pure virtual

Return the single mode option.

Implemented in BaseVGM::VFactory.

◆ SetSolid()

virtual void VGM::IFactory::SetSolid ( VGM::ISolid * solid )

pure virtual

Set solid (in single mode)

Implemented in Geant4GM::Factory, and RootGM::Factory.

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

packages/VGM/include/VGM/volumes/IFactory.h

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ ~IFactory()

Member Function Documentation

◆ CreateArb8()

◆ CreateBox()

◆ CreateCons()

◆ CreateCtubs()

◆ CreateEllipsoid()

◆ CreateEllipticalTube()

◆ CreateExtrudedSolid()

◆ CreateHype()

◆ CreatePara()

◆ CreateParaboloid()

◆ CreatePolycone()

◆ CreatePolyhedra()

◆ CreateSphere()

◆ CreateTessellatedSolid()

◆ CreateTorus()

◆ CreateTrap()

◆ CreateTrd()

◆ CreateTubs()

◆ CreateIntersectionSolid()

◆ CreateSubtractionSolid()

◆ CreateUnionSolid()

◆ CreateDisplacedSolid()

◆ CreateScaledSolid()

◆ CreateMultiUnion()

◆ CreateVolume()

◆ CreatePlacement()

◆ CreateMultiplePlacement()

◆ CreateParameterisedPlacement()

◆ Top()

◆ SingleSolid()

◆ Name()

◆ Solids()

◆ Volumes()

◆ MaterialFactory()

◆ PrintSolids()

◆ PrintVolumes()

◆ Export()

◆ SetDebug()

◆ Debug()

◆ SetIgnore()

◆ Ignore()

◆ SetDummyBoxDimensions()

◆ DummyBoxDimensions()

◆ SetBestMatch()

◆ BestMatch()

◆ SetSingleMode()

◆ SingleMode()

◆ SetSolid()