Surface 3D representation for a discontinuity. More...

#include <gmTriSurfaceDiscontinuity.h>

Inheritance diagram for GmTriSurfaceDiscontinuity:

Collaboration diagram for GmTriSurfaceDiscontinuity:

[legend]

Public Types
enum class	CellIntersectionType { COMPLETE , PARTIAL , EXTENDED , AMBIGUOUS , EMPTY }

using	EdgeId = QPair<int, signed char>

using	CellIntersection = QVector<EdgeId>

using	BoolMat = QVector<QVector<bool>>

Public Member Functions
const char *	ciTypeToStr (const CellIntersectionType t) const

virtual	~GmTriSurfaceDiscontinuity ()
	Destructor.

virtual int	numElements () const
	A generic interface to return the original discontinuity data number of geometric elements. For 2d meshes it will be either the number of polyline segments or the number of edges. For 3d meshes, the number of triangles or the number of faces.

virtual int	numIntersections () const
	A generic interface to return the number of intersections between the mesh and the user given geometry. Is the number of line segments or faces (triangles an/or quads) in the intersection set.

virtual bool	extendGeometry (GmCellMesh *sMesh, double size, const GmLogCategory &logger)

virtual int	numPoints () const
	Returns the number of surface points.

const double *	pointCoordinates () const
	Returns the surface coordinates vector, organized as x1, y1, z1, x2, y2, z2, .... Size equal to numPoints() * 3.

int	numTriangles () const
	Returns the number of surface triangles.

int	numOriginalTriangles () const

const int *	triangleIncidences () const
	Returns the incidence vector, organized as p11, p12, p13, p21, p22, p23, .... Size equal to numTriangles() * 3.

const QHash< int, CellIntersection > &	intersectionEdgeList () const

const QHash< int, CellIntersectionType > &	intersectionTypeList () const

const QVector< bool > &	validIntersectionPointList () const

const QSet< int > &	extendedCellSet () const

const QVector< RayIntersection > &	intersectionPointList () const

virtual void	clearGeometry ()
	Clears the original discontinuity geometry information, releasing memory.

virtual void	printGeometry (const GmLogCategory &logger, GmLogLevel level) const
	Prints the discontinuity geometry information.

virtual size_t	usedGeometryMemory () const
	Returns an estimative of the memory used by the discontinuity geometry in bytes.

virtual size_t	usedIntersectionMemory () const
	Returns an estimative of the memory used by the intersection data in bytes.

virtual bool	findIntersections (const GmLogCategory &logger)
	Builds the element intersection list for this discontinuity.

virtual void	printIntersections (const GmLogCategory &logger, GmLogLevel level) const
	Prints the discontinuity-mesh intersection information.

const BoolMat &	getOrBuildEEMatrix (const GmCellType type)

const BoolMat &	getOrBuildFEMatrix (const GmCellType type)

Public Member Functions inherited from GmDiscontinuity
virtual	~GmDiscontinuity ()
	Virtuald destructor.

int	index () const
	Returns this discontinuity index in the father set.

QString	id () const
	Returns the discontinuity id (name)

int	cellGroupIndex () const
	Returns the cell group index associated with this discontinuity, if any. This is the index of the group in the list returned by GmCellMesh::cellGroupIds() Returns -1 for an unspecified cell group.

void	setCellGroupIndex (int group)

virtual int	propertyIndex (int propertySet) const
	Given a property set number, returns the line of the property set that contains property values for this discontinuity. The returned value can be used to get a property from a property accessor retrieved from the discontinuity set.

Private Member Functions
	GmTriSurfaceDiscontinuity (const GmDiscontinuitySet *ds, int index, QString id, int groupIndex, const QVector< int > &psIndex)
	Constructor.

virtual void	setGeometry (double dvec, int nd, int ivec, int ni)
	Sets the geometry. dvec should be a vector with coordinates (size nd * 3), nd the number of coordinates. ivec should be the triangle incidence list (size ni * 3), ni the number of triangles. No calculation should be done here!

virtual bool	loadGeometryFromTable (LuaTable &tab, const GmLogCategory &logger)

int	markAmbiguousEdges ()

CellIntersectionType	reorderIntersections (CellIntersection &ci, const GmCellType type, bool removeInvalid=true)
	For each cellIntersection[i] reorder its edges indexes to form a polygon with the intersection points. Return cellIntersection type after reorder.

CellIntersection	correctOrientation (CellIntersection &ci)

QVector< EdgeId >	popEdgesOnFace (QVector< EdgeId > &edges, const QVector< bool > &FELine)

BoolMat	buildEEMatrix (const QVector< QVector< int > > &faceEdge, int nedges)

BoolMat	buildFEMatrix (const QVector< QVector< int > > &edgeFace, int nface)

bool	checkConsistency ()

void	clearIntersections ()

void	DebugCell (int cellId, GmMatrix &points, CellIntersection &ci)

void	DebugSurface ()

bool	checkCoherence ()

Private Attributes
int	_numPoints
	The number of points in the surface.

int	_numTriangles
	The number of triangles in the surface.

double *	_pointCoord
	The coordinate vector. Size == _numPoints * 3.

int *	_triList
	The list with triangle incidences. Size == _numTriangles * 3.

int	_originalNumTriangles

QHash< int, CellIntersection >	_cellIntersection

QHash< int, CellIntersectionType >	_cellIntersectionType

QSet< int >	_extendedCell

QVector< RayIntersection >	_intPoint

QVector< bool >	_validIntPoint

QSet< int >	_ambiguousCells

int	_invalidCellCount

int	_validCellCount

QHash< GmCellType, BoolMat >	_accelEE

QHash< GmCellType, BoolMat >	_accelFE

QHash< GmCellType, QVector< QVector< signed char > > >	_accelNN

Friends
class	GmDiscontinuitySet

class	GmDiscontinuitySetStateDumpItem

QDataStream &	operator<< (QDataStream &stream, const GmDiscontinuitySet &ds)

QDataStream &	operator>> (QDataStream &stream, GmDiscontinuitySet &ds)

Additional Inherited Members
Protected Member Functions inherited from GmDiscontinuity
	GmDiscontinuity (const GmDiscontinuitySet *ds, int index, QString id, int groupIndex, const QVector< int > &psIndex)
	Private constructor. Discontinuities are only created by the DiscontinuitySet.

Static Protected Member Functions inherited from GmDiscontinuity
template<class T , class V >
static T *	loadIntoVector (LuaTable &tab, V validator, int n, int realSize, QString discontinuityId, const char msg, const GmLogCategory &logger)
	Allocate a vector of type T with at most tab.size() * n elements and reads the tab contents into it. Expects that tab is a vector with sub-tables storing n elements. Each loaded element is passed as a variant to the validator function, that should return the converted value to T. The validator should also fill a status variable that says if the value is ok (>=0), ignored (-1) or invalid(-2). Invalid values raise an error and causes loadIntoVector() to log a message and return NULL. Ignored values are simply not added to the result vector (which will be resized accordingly) and are targeted into ignoring cells that don't belong to the current mesh partition. Returns the real size of the vector in the realSize output parameter.

Protected Attributes inherited from GmDiscontinuity
const GmDiscontinuitySet *	_ds
	Our "father" discontinuity set.

int	_index
	The discontinuity index in its "father" discontinuity set.

QString	_id
	The discontinuity id.

int	_groupIndex
	The index in the mesh for the associated cell group or -1 if there is none.

QVector< int >	_psIndex
	The property set line index for this discontinuity. One entry per associated property set.

Detailed Description

Surface 3D representation for a discontinuity.

Member Function Documentation

◆ clearGeometry()

void GmTriSurfaceDiscontinuity::clearGeometry ( )

virtual

Clears the original discontinuity geometry information, releasing memory.

Implements GmDiscontinuity.

◆ extendGeometry()

bool GmTriSurfaceDiscontinuity::extendGeometry	(	GmCellMesh *	sMesh,
		double	size,
		const GmLogCategory &	logger )

virtual

\breif A generic interface for extending the original geometry by size units. The 'sMesh' is a empty mesh that supports addition of elements and topological consults.

Implements GmDiscontinuity.

◆ findIntersections()

bool GmTriSurfaceDiscontinuity::findIntersections ( const GmLogCategory & logger )

virtual

Builds the element intersection list for this discontinuity.

Reimplemented from GmDiscontinuity.

◆ loadGeometryFromTable()

bool GmTriSurfaceDiscontinuity::loadGeometryFromTable	(	LuaTable &	tab,
		const GmLogCategory &	logger )

privatevirtual

Implements GmDiscontinuity.

◆ numElements()

virtual int GmTriSurfaceDiscontinuity::numElements ( ) const

inlinevirtual

A generic interface to return the original discontinuity data number of geometric elements. For 2d meshes it will be either the number of polyline segments or the number of edges. For 3d meshes, the number of triangles or the number of faces.

Implements GmDiscontinuity.

◆ numIntersections()

virtual int GmTriSurfaceDiscontinuity::numIntersections ( ) const

inlinevirtual

A generic interface to return the number of intersections between the mesh and the user given geometry. Is the number of line segments or faces (triangles an/or quads) in the intersection set.

Implements GmDiscontinuity.

◆ numPoints()

virtual int GmTriSurfaceDiscontinuity::numPoints ( ) const

inlinevirtual

Returns the number of surface points.

Implements GmDiscontinuity.

◆ printGeometry()

void GmTriSurfaceDiscontinuity::printGeometry	(	const GmLogCategory &	logger,
		GmLogLevel	level ) const

virtual

Prints the discontinuity geometry information.

Implements GmDiscontinuity.

◆ printIntersections()

void GmTriSurfaceDiscontinuity::printIntersections	(	const GmLogCategory &	logger,
		GmLogLevel	level ) const

virtual

Prints the discontinuity-mesh intersection information.

Reimplemented from GmDiscontinuity.

◆ setGeometry()

virtual void GmTriSurfaceDiscontinuity::setGeometry	(	double *	dvec,
		int	nd,
		int *	ivec,
		int	ni )

inlineprivatevirtual

Sets the geometry. dvec should be a vector with coordinates (size nd * 3), nd the number of coordinates. ivec should be the triangle incidence list (size ni * 3), ni the number of triangles. No calculation should be done here!

Implements GmDiscontinuity.

◆ usedGeometryMemory()

virtual size_t GmTriSurfaceDiscontinuity::usedGeometryMemory ( ) const

inlinevirtual

Returns an estimative of the memory used by the discontinuity geometry in bytes.

It returns in general the variable memory that depends on the number of lines in a polyline, edges or faces for boundary lists or points & triangles for surfaces, ignoring "constant" sizes.

Implements GmDiscontinuity.

◆ usedIntersectionMemory()

virtual size_t GmTriSurfaceDiscontinuity::usedIntersectionMemory ( ) const

inlinevirtual

Returns an estimative of the memory used by the intersection data in bytes.

Reimplemented from GmDiscontinuity.

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

inc/discontinuities/gmTriSurfaceDiscontinuity.h
src/discontinuities/gmTriSurfaceDiscontinuity.cpp

Public Types

Public Member Functions

Private Member Functions

Private Attributes

Friends

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ clearGeometry()

◆ extendGeometry()

◆ findIntersections()

◆ loadGeometryFromTable()

◆ numElements()

◆ numIntersections()

◆ numPoints()

◆ printGeometry()

◆ printIntersections()

◆ setGeometry()

◆ usedGeometryMemory()

◆ usedIntersectionMemory()