plb::TriangleBoundary3D< T > Class Template Reference

#include <triangleBoundary3D.h>

Collaboration diagram for plb::TriangleBoundary3D< T >:

Public Member Functions
	TriangleBoundary3D (DEFscaledMesh< T > const &defMesh, bool automaticCloseHoles=true)
	~TriangleBoundary3D ()
	TriangleBoundary3D (TriangleBoundary3D< T > const &rhs)
TriangleBoundary3D< T > &	operator= (TriangleBoundary3D< T > const &rhs)
void	swap (TriangleBoundary3D< T > &rhs)
TriangleBoundary3D< T > const &	select (plint whichTopology, plint whichVertices) const
TriangleBoundary3D< T > const &	pushSelect (plint whichTopology, plint whichVertices) const
TriangleBoundary3D< T > const &	popSelect () const
void	getSelection (plint &whichTopology, plint &whichVertices) const
TriangularSurfaceMesh< T > &	getMesh ()
	Get a reference to the currently active mesh.
TriangularSurfaceMesh< T > const &	getMesh () const
	Get a const reference to the currently active mesh.
VertexProperty3D< T > const *	getVertexProperty (plint iVertex) const
bool	intersectSegment (plint iTriangle, AtomicBlock3D *boundaryArg, Array< T, 3 > const &fromPoint, Array< T, 3 > const &direction, Array< T, 3 > &locatedPoint, T &distance, Array< T, 3 > &wallNormal) const
Array< T, 3 >	computeContinuousNormal (Array< T, 3 > const &p, plint iTriangle, bool isAreaWeighted=false) const
void	cloneVertexSet (plint whichVertexSet)
	Create a new set of vertices, and an associated open and closed mesh.
Array< T, 3 >	getPhysicalLocation () const
	Coordinates of the lower-left corner in physical units.
T	getDx () const
	Size of a grid spacing.
std::vector< typename TriangularSurfaceMesh< T > ::Lid > const &	getInletOutlet () const
	Get a list of all inlets and outlets (no specific sorting order).
std::vector< typename TriangularSurfaceMesh< T > ::Lid >	getInletOutlet (plint sortDirection) const
	Get a list of all inlets and outlets, sorted along a given direction.
template<typename DomainFunctional >
plint	tagDomain (DomainFunctional functional)
template<typename DomainFunctional >
plint	tagDomain (DomainFunctional functional, Array< T, 3 > normal, T angleTolerance, plint previousTag=-1)
std::vector< plint >	getInletOutletIds (plint sortDirection) const
void	getLidProperties (plint sortDirection, std::vector< Array< T, 3 > > &normal, std::vector< Array< T, 3 > > &center, std::vector< T > &radius) const
template<typename DomainFunctional >
plint	setVertexProperty (VertexProperty3D< T > const &property, DomainFunctional functional)
plint	getMargin () const
plint	getTag (plint iTriangle) const
std::vector< plint > const &	getTriangleTags () const
std::vector< plint > const &	getVertexTags () const

template<typename T>
class plb::TriangleBoundary3D< T >

Constructor & Destructor Documentation

template<typename T >

plb::TriangleBoundary3D< T >::TriangleBoundary3D	(	DEFscaledMesh< T > const &	defMesh,
		bool	automaticCloseHoles = `true`
	)			`[inline]`

References plb::DEFscaledMesh< T >::getEdgeList(), plb::DEFscaledMesh< T >::getEmanatingEdgeList(), and plb::DEFscaledMesh< T >::getVertexList().

template<typename T >

plb::TriangleBoundary3D< T >::~TriangleBoundary3D ( ) [inline]

template<typename T >

plb::TriangleBoundary3D< T >::TriangleBoundary3D ( TriangleBoundary3D< T > const & rhs ) [inline]

Member Function Documentation

template<typename T >

void plb::TriangleBoundary3D< T >::cloneVertexSet ( plint whichVertexSet ) [inline]

Create a new set of vertices, and an associated open and closed mesh.

References PLB_PRECONDITION.

template<typename T >

Array< T, 3 > plb::TriangleBoundary3D< T >::computeContinuousNormal	(	Array< T, 3 > const &	p,
		plint	iTriangle,
		bool	isAreaWeighted = `false`
	)			const `[inline]`

Given a point p on the surface of the shape, determine its "continuous normal". If the shape is for example piecewise linear, the normal is adjusted to vary continuously over the surface.

References plb::TriangleBoundary3D< T >::getMesh().

template<typename T>

T plb::TriangleBoundary3D< T >::getDx ( ) const [inline]

Size of a grid spacing.

template<typename T >

std::vector< typename TriangularSurfaceMesh< T >::Lid > plb::TriangleBoundary3D< T >::getInletOutlet ( plint sortDirection ) const [inline]

Get a list of all inlets and outlets, sorted along a given direction.

This information can be used as a hint to select the boundary condition associated to each inlet/outlet. Access the variable lid.baryCenter to know the location of a given inlet/outlet.

References plb::TriangleBoundary3D< T >::getMesh(), and PLB_PRECONDITION.

template<typename T >

std::vector< typename TriangularSurfaceMesh< T >::Lid > const & plb::TriangleBoundary3D< T >::getInletOutlet ( ) const [inline]

Get a list of all inlets and outlets (no specific sorting order).

References PLB_PRECONDITION.

template<typename T >

std::vector< plint > plb::TriangleBoundary3D< T >::getInletOutletIds ( plint sortDirection ) const [inline]

References plb::TriangleBoundary3D< T >::getMesh().

Referenced by plb::BoundaryProfiles3D< T, SurfaceData >::defineInletOutletTags().

template<typename T >

void plb::TriangleBoundary3D< T >::getLidProperties	(	plint	sortDirection,
		std::vector< Array< T, 3 > > &	normal,
		std::vector< Array< T, 3 > > &	center,
		std::vector< T > &	radius
	)			const `[inline]`

References plb::computeBaryCenter(), plb::computeInnerRadius(), plb::computeNormal(), plb::computeOuterRadius(), plb::TriangleBoundary3D< T >::getMesh(), and PLB_PRECONDITION.

Referenced by plb::BoundaryProfiles3D< T, SurfaceData >::adjustInletOutlet(), and plb::BoundaryProfiles3D< T, SurfaceData >::defineInletOutletTags().

template<typename T >

plint plb::TriangleBoundary3D< T >::getMargin ( ) const [inline]

template<typename T >

TriangularSurfaceMesh< T > const & plb::TriangleBoundary3D< T >::getMesh ( ) const [inline]

Get a const reference to the currently active mesh.

template<typename T >

TriangularSurfaceMesh< T > & plb::TriangleBoundary3D< T >::getMesh ( ) [inline]

Get a reference to the currently active mesh.

Referenced by plb::TriangleBoundary3D< T >::computeContinuousNormal(), plb::TriangleBoundary3D< T >::getInletOutlet(), plb::TriangleBoundary3D< T >::getInletOutletIds(), plb::TriangleBoundary3D< T >::getLidProperties(), plb::TriangleBoundary3D< T >::intersectSegment(), plb::TriangleBoundary3D< T >::setVertexProperty(), and plb::TriangleBoundary3D< T >::tagDomain().

template<typename T>

Array<T,3> plb::TriangleBoundary3D< T >::getPhysicalLocation ( ) const [inline]

Coordinates of the lower-left corner in physical units.

template<typename T >

void plb::TriangleBoundary3D< T >::getSelection	(	plint &	whichTopology,
		plint &	whichVertices
	)			const `[inline]`

template<typename T >

plint plb::TriangleBoundary3D< T >::getTag ( plint iTriangle ) const [inline]

Return the tag (id of boundary-portion with specific boundary condition) of a triangle.

References PLB_ASSERT.

template<typename T>

std::vector<plint> const& plb::TriangleBoundary3D< T >::getTriangleTags ( ) const [inline]

Referenced by plb::BoundaryProfiles3D< T, SurfaceData >::getProfile().

template<typename T >

VertexProperty3D< T > const * plb::TriangleBoundary3D< T >::getVertexProperty ( plint iVertex ) const [inline]

Get the material property (for example the elasticity constants) implemented on a given vertex (the answer is independent of the currently active mesh).

References PLB_ASSERT.

template<typename T>

std::vector<plint> const& plb::TriangleBoundary3D< T >::getVertexTags ( ) const [inline]

template<typename T >

bool plb::TriangleBoundary3D< T >::intersectSegment	(	plint	iTriangle,
		AtomicBlock3D *	boundaryArg,
		Array< T, 3 > const &	fromPoint,
		Array< T, 3 > const &	direction,
		Array< T, 3 > &	locatedPoint,
		T &	distance,
		Array< T, 3 > &	wallNormal
	)			const `[inline]`

Get intersection between a line segment (fromPoint,fromPoint+direction) and a given triangle in the currently active mesh; return true incase of success.

References plb::doesIntersect(), and plb::TriangleBoundary3D< T >::getMesh().

template<typename T >

TriangleBoundary3D< T > & plb::TriangleBoundary3D< T >::operator= ( TriangleBoundary3D< T > const & rhs ) [inline]

References plb::TriangleBoundary3D< T >::swap().

template<typename T >

TriangleBoundary3D< T > const & plb::TriangleBoundary3D< T >::popSelect ( ) const [inline]

Recover the previous selection of the mesh, stored through a call to pushSelect.

References PLB_PRECONDITION.

template<typename T >

TriangleBoundary3D< T > const & plb::TriangleBoundary3D< T >::pushSelect	(	plint	whichTopology,
		plint	whichVertices
	)			const `[inline]`

Select the mesh which is subsequently being referred to in calls to the methods of this class. Save the previous selection, which can be recovered through a call to popSelect.

References PLB_PRECONDITION.

template<typename T >

TriangleBoundary3D< T > const & plb::TriangleBoundary3D< T >::select	(	plint	whichTopology,
		plint	whichVertices
	)			const `[inline]`

Select the mesh which is subsequently being referred to in calls to the methods of this class.

References PLB_PRECONDITION.

template<typename T >

template<typename DomainFunctional >

plint plb::TriangleBoundary3D< T >::setVertexProperty	(	VertexProperty3D< T > const &	property,
		DomainFunctional	functional
	)			`[inline]`

Define the material property to be used on all vertices contained in the domain specified by the domain functional. Returns the tag which was assigned to the corresponding vertices.

References plb::VertexProperty3D< T >::clone(), plb::TriangleBoundary3D< T >::getMesh(), PLB_ASSERT, and PLB_PRECONDITION.

template<typename T >

void plb::TriangleBoundary3D< T >::swap ( TriangleBoundary3D< T > & rhs ) [inline]

Referenced by plb::TriangleBoundary3D< T >::operator=().

template<typename T >

template<typename DomainFunctional >

plint plb::TriangleBoundary3D< T >::tagDomain	(	DomainFunctional	functional,
		Array< T, 3 >	normal,
		T	angleTolerance,
		plint	previousTag = `-1`
	)			`[inline]`

References plb::angleBetweenVectors(), plb::TriangleBoundary3D< T >::getMesh(), and PLB_PRECONDITION.

template<typename T >

template<typename DomainFunctional >

plint plb::TriangleBoundary3D< T >::tagDomain ( DomainFunctional functional ) [inline]

References plb::TriangleBoundary3D< T >::getMesh(), and PLB_PRECONDITION.

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

plb::TriangleBoundary3D< T > Class Template Reference

Public Member Functions

template<typename T> class plb::TriangleBoundary3D< T >

Constructor & Destructor Documentation

Member Function Documentation

template<typename T>
class plb::TriangleBoundary3D< T >