Abstract base class representing the domain in which a textile cell may lie. More...

#include <Domain.h>

Inheritance diagram for TexGen::CDomain:

Public Member Functions
	CDomain (void)

	CDomain (TiXmlElement &Element)

virtual	~CDomain (void)

virtual CDomain *	Copy () const =0

virtual void	PopulateTiXmlElement (TiXmlElement &Element, OUTPUT_TYPE OutputType=OUTPUT_STANDARD) const
	Used for saving data to XML. More...

vector< pair< int, int > >	GetRepeatLimits (const CYarn &Yarn) const

vector< XYZ >	GetTranslations (const CYarn &Yarn) const
	Get the translation vectors necessary to fully fill the domain. More...

virtual void	ClipMeshToDomain (CMesh &Mesh, bool bFillGaps=true) const =0
	Clip the surface elements to the domain. More...

virtual bool	ClipMeshToDomain (CMesh &Mesh, vector< CMesh > &DomainMeshes, bool bFillGaps=true) const =0
	Clip the surface elements to the domain. More...

virtual string	GetType () const =0
	Derived class should return the class name. More...

const CMesh &	GetMesh () const
	Get the mesh representing the domain as a surface mesh. More...

virtual double	GetVolume () const
	Get the volume of the domain. More...

virtual void	Grow (double dDistance)=0
	Make the domain larger (used mainly for rendering purposes) More...

virtual void	Rotate (WXYZ Rotation)=0
	Rotate the domain by given rotation quaternion. More...

virtual void	Translate (XYZ Vector)=0
	Translate the domain by given vector. More...

virtual void	Deform (CLinearTransformation Transformation)=0
	Deform the domain by given linear transformation. More...

virtual bool	PointInDomain (const XYZ &Point) const =0
	Check if a point lies inside the domain. More...

CDomainPrism *	GetPrismDomain ()

Protected Member Functions
pair< double, double >	GetLimits (XYZ RepeatVector, const CMesh &Mesh) const
	Get the limits for a single given repeat vector and surface mesh. More...

bool	MeshIntersectsDomain (const CMesh &Mesh) const
	Determine if a mesh intersects with the domain. More...

Static Protected Member Functions
static vector< pair< int, int > >	ConvertLimitsToInt (const vector< pair< double, double > > &RepeatLimits)

Protected Attributes
CMesh	m_Mesh
	A mesh representing the domain as a surface mesh. More...

Detailed Description

Abstract base class representing the domain in which a textile cell may lie.

Definition at line 33 of file Domain.h.

Constructor & Destructor Documentation

◆ CDomain() [1/2]

CDomain::CDomain ( void )

Definition at line 26 of file Domain.cpp.

◆ CDomain() [2/2]

CDomain::CDomain ( TiXmlElement & Element )

Definition at line 34 of file Domain.cpp.

References m_Mesh.

◆ ~CDomain()

CDomain::~CDomain ( void )

virtual

Definition at line 30 of file Domain.cpp.

Member Function Documentation

◆ ClipMeshToDomain() [1/2]

virtual void TexGen::CDomain::ClipMeshToDomain	(	CMesh &	Mesh,
		bool	bFillGaps = `true`
	)		const

pure virtual

Clip the surface elements to the domain.

For surface elements (TRI and QUAD elements) the elements will be either kept, discarded or trimmed depending on their location relative to the domain. For volume elements (TET, HEX) the elements will be either kept or discarded. No trimming occurs in this case to avoid poorly shaped elements. The center of the element is used to determine whether the element should be kept or discarded. For certain finite element analyses simulations can be performed without any trimming.

Parameters

Mesh	The mesh instance to be clipped, this will be modified in place
bFillGaps	If set to true the resulting holes will be filled with a triangulated mesh

Implemented in TexGen::CDomainPlanes, and TexGen::CDomainPrism.

Referenced by TexGen::CYarn::AddCentrePlaneToMesh(), TexGen::CYarn::AddSurfaceToMesh(), and TexGen::CYarn::AddVolumeToMesh().

◆ ClipMeshToDomain() [2/2]

virtual bool TexGen::CDomain::ClipMeshToDomain	(	CMesh &	Mesh,
		vector< CMesh > &	DomainMeshes,
		bool	bFillGaps = `true`
	)		const

pure virtual

Clip the surface elements to the domain.

Parameters

Mesh	The mesh instance to be clipped, this will be modified in place
DomainMeshes	One mesh for each plane which domain/mesh intersection polygons are added
bFillGaps	If set to true the resulting holes will be filled with a triangulated mesh

Implemented in TexGen::CDomainPlanes, and TexGen::CDomainPrism.

◆ ConvertLimitsToInt()

vector< pair< int, int > > CDomain::ConvertLimitsToInt ( const vector< pair< double, double > > & RepeatLimits )

staticprotected

Definition at line 59 of file Domain.cpp.

Referenced by GetRepeatLimits().

◆ Copy()

virtual CDomain * TexGen::CDomain::Copy ( ) const

pure virtual

Implemented in TexGen::CDomainPlanes, and TexGen::CDomainPrism.

Referenced by TexGen::CTexGenRenderer::RenderDomain().

◆ Deform()

virtual void TexGen::CDomain::Deform ( CLinearTransformation Transformation )

pure virtual

Deform the domain by given linear transformation.

Implemented in TexGen::CDomainPlanes, and TexGen::CDomainPrism.

Referenced by TexGen::CTextileDeformer::DeformTextile().

◆ GetLimits()

pair< double, double > CDomain::GetLimits	(	XYZ	RepeatVector,
		const CMesh &	Mesh
	)		const

protected

Get the limits for a single given repeat vector and surface mesh.

The limits are the points where the whole surface mesh lies outside the domain The limit is represented as the factor multiplied by the repeat vector that represents the translation of the surface mesh to the limiting case.

Parameters

RepeatVector	The repeat vector to get limit for
Mesh	The surface mesh that needs to lie behind the plane

Returns: A pair of doubles representing the upper and lower limits

Definition at line 108 of file Domain.cpp.

References TexGen::DotProduct(), TexGen::GetLength(), TexGen::CMesh::GetNodes(), m_Mesh, TexGen::CMesh::NodesBegin(), and TexGen::CMesh::NodesEnd().

Referenced by GetRepeatLimits().

◆ GetMesh()

const CMesh & TexGen::CDomain::GetMesh ( ) const

inline

Get the mesh representing the domain as a surface mesh.

Definition at line 73 of file Domain.h.

Referenced by TexGen::CRectangularVoxelMesh::CalculateVoxelSizes(), TexGen::CRotatedVoxelMesh::CalculateVoxelSizes(), TexGen::CShearedVoxelMesh::CalculateVoxelSizes(), TexGen::CExporter::ConvertDomain(), TexGen::CBasicVolumes::CreateBasicVolumes(), TexGen::CSimulationAbaqus::CreatePeriodicBoundaries(), TexGen::CGeometrySolver::CreateSystem(), TexGen::CShearedTextileWeave2D::CreateTopAndBottomMeshes(), TexGen::COctreeVoxelMesh::OutputPeriodicBoundaries(), TexGen::CStaggeredVoxelMesh::OutputPeriodicBoundaries(), TexGen::CVoxelMesh::OutputPeriodicBoundaries(), TexGen::CTexGenRenderer::RenderDomain(), TexGen::CTexGenRenderer::RenderDomainAxes(), TexGen::CTexGenRenderer::RenderGrid(), TexGen::CTexGenRenderer::SaveTextileToVTK(), TexGen::CMesher::SaveVolumeMeshToABAQUS(), and TexGen::COctreeVoxelMesh::SaveVoxelMesh().

◆ GetPrismDomain()

CDomainPrism * CDomain::GetPrismDomain ( )

Definition at line 54 of file Domain.cpp.

Referenced by TexGen::CPrismVoxelMesh::CalculateVoxelSizes(), and TexGen::CPrismVoxelMesh::GetElementMap().

◆ GetRepeatLimits()

vector< pair< int, int > > CDomain::GetRepeatLimits ( const CYarn & Yarn ) const

Get the limits associated with each repeat vector, that is the upper and lower bounds multiplied to the repeat vector for the entire yarn to lie just outside out of the domain

Definition at line 148 of file Domain.cpp.

References TexGen::CYarn::AddAABBToMesh(), ConvertLimitsToInt(), GetLimits(), TexGen::CYarn::GetRepeats(), and TGERROR.

Referenced by TexGen::CExporter::ConvertYarn(), and GetTranslations().

◆ GetTranslations()

vector< XYZ > CDomain::GetTranslations ( const CYarn & Yarn ) const

Get the translation vectors necessary to fully fill the domain.

Definition at line 83 of file Domain.cpp.

References TexGen::CYarn::AddAABBToMesh(), TexGen::CopyToRange(), GetRepeatLimits(), TexGen::CYarn::GetRepeats(), MeshIntersectsDomain(), and TexGen::CMesh::Translate().

Referenced by TexGen::CYarn::AddCentrePlaneToMesh(), TexGen::CYarn::AddSurfaceToMesh(), TexGen::CYarn::AddVolumeToMesh(), TexGen::CAdjustMeshInterference::AdjustSectionMeshes(), TexGen::CGeometrySolver::AssignFibreDirectionToElements(), TexGen::CTextileDeformer::DeformTextile(), TexGen::CMesher::FillYarnTangentsData(), and TexGen::CTextile::GetPointInformation().

◆ GetType()

virtual string TexGen::CDomain::GetType ( ) const

pure virtual

Derived class should return the class name.

Implemented in TexGen::CDomainPlanes, and TexGen::CDomainPrism.

Referenced by TexGen::CExporter::ConvertDomain(), PopulateTiXmlElement(), TexGen::CSurfaceMesh::SaveSurfaceMesh(), and TexGen::CTextile3DWeave::SetDomainZValues().

◆ GetVolume()

double CDomain::GetVolume ( ) const

virtual

Get the volume of the domain.

Definition at line 70 of file Domain.cpp.

References TexGen::CMesh::CalculateVolume(), and m_Mesh.

◆ Grow()

virtual void TexGen::CDomain::Grow ( double dDistance )

pure virtual

Make the domain larger (used mainly for rendering purposes)

Implemented in TexGen::CDomainPlanes, and TexGen::CDomainPrism.

Referenced by TexGen::CTexGenRenderer::RenderDomain().

◆ MeshIntersectsDomain()

bool CDomain::MeshIntersectsDomain ( const CMesh & Mesh ) const

protected

Determine if a mesh intersects with the domain.

This is a very crude approximation of whether a mesh intersects the domain or not. It is based soley on the axis aligned bounding boxes of the two regions.

Definition at line 75 of file Domain.cpp.

References TexGen::BoundingBoxIntersect(), TexGen::CMesh::GetAABB(), and m_Mesh.

Referenced by GetTranslations().

◆ PointInDomain()

virtual bool TexGen::CDomain::PointInDomain ( const XYZ & Point ) const

pure virtual

Check if a point lies inside the domain.

Implemented in TexGen::CDomainPlanes, and TexGen::CDomainPrism.

◆ PopulateTiXmlElement()

void CDomain::PopulateTiXmlElement	(	TiXmlElement &	Element,
		OUTPUT_TYPE	OutputType = `OUTPUT_STANDARD`
	)		const

virtual

Used for saving data to XML.

Reimplemented in TexGen::CDomainPlanes, and TexGen::CDomainPrism.

Definition at line 43 of file Domain.cpp.

References GetType(), m_Mesh, TexGen::OUTPUT_FULL, and TexGen::CMesh::PopulateTiXmlElement().

Referenced by TexGen::CDomainPlanes::PopulateTiXmlElement(), and TexGen::CDomainPrism::PopulateTiXmlElement().

◆ Rotate()

virtual void TexGen::CDomain::Rotate ( WXYZ Rotation )

pure virtual

Rotate the domain by given rotation quaternion.

Implemented in TexGen::CDomainPlanes, and TexGen::CDomainPrism.

◆ Translate()

virtual void TexGen::CDomain::Translate ( XYZ Vector )

pure virtual

Translate the domain by given vector.

Implemented in TexGen::CDomainPlanes, and TexGen::CDomainPrism.

Member Data Documentation

◆ m_Mesh

CMesh TexGen::CDomain::m_Mesh

protected

A mesh representing the domain as a surface mesh.

Definition at line 112 of file Domain.h.

Referenced by TexGen::CDomainPlanes::BuildMesh(), TexGen::CDomainPrism::BuildMesh(), CDomain(), TexGen::CDomainPlanes::CDomainPlanes(), TexGen::CDomainPrism::CDomainPrism(), TexGen::CDomainPrism::GeneratePlanes(), GetLimits(), TexGen::CDomainPrism::GetMeshWithPolygonEnd(), GetVolume(), MeshIntersectsDomain(), and PopulateTiXmlElement().

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

C:/Users/epzlpb/Documents/Code/TexGen/Core/Domain.h
C:/Users/epzlpb/Documents/Code/TexGen/Core/Domain.cpp

Public Member Functions

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ CDomain() [1/2]

◆ CDomain() [2/2]

◆ ~CDomain()

Member Function Documentation

◆ ClipMeshToDomain() [1/2]

◆ ClipMeshToDomain() [2/2]

◆ ConvertLimitsToInt()

◆ Copy()

◆ Deform()

◆ GetLimits()

◆ GetMesh()

◆ GetPrismDomain()

◆ GetRepeatLimits()

◆ GetTranslations()

◆ GetType()

◆ GetVolume()

◆ Grow()

◆ MeshIntersectsDomain()

◆ PointInDomain()

◆ PopulateTiXmlElement()

◆ Rotate()

◆ Translate()

Member Data Documentation

◆ m_Mesh