#include <vector>
#include <set>
#include <list>
#include "SPoint2.h"
#include "SVector3.h"
#include "MElementOctree.h"

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Classes
class	meshGFace

class	deMeshGFace

class	orientMeshGFace

Functions
void	findTransfiniteCorners (GFace gf, std::vector< MVertex > &corners)

int	MeshTransfiniteSurface (GFace *gf)

int	MeshExtrudedSurface (GFace gf, std::set< std::pair< MVertex , MVertex * > > *constrainedEdges=nullptr)

bool	pointInsideParametricDomain (std::vector< SPoint2 > &bnd, SPoint2 &p, SPoint2 &out, int &N)

bool	MeshSetTransfiniteFacesAutomatic (std::set< GFace * > &candidate_faces, double cornerAngle=2.35, bool setRecombine=true, double maxDiffRel=1., bool ignoreEmbedded=false)
	Automatically set transfinite constraints on curves and faces in the candidate_faces if possible. Curves on opposide sides of rectangular faces are constrained to reiceive the same number of points. More...

Function Documentation

◆ findTransfiniteCorners()

void findTransfiniteCorners	(	GFace *	gf,
		std::vector< MVertex * > &	corners
	)

Definition at line 46 of file meshGFaceTransfinite.cpp.

Referenced by MeshTransfiniteSurface().

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◆ MeshExtrudedSurface()

int MeshExtrudedSurface	(	GFace *	gf,
		std::set< std::pair< MVertex , MVertex > > *	constrainedEdges = `nullptr`
	)

Definition at line 291 of file meshGFaceExtruded.cpp.

Referenced by Mesh2DWithBoundaryLayers(), meshGFace::operator()(), and SubdivideExtrudedMesh().

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◆ MeshSetTransfiniteFacesAutomatic()

bool MeshSetTransfiniteFacesAutomatic	(	std::set< GFace * > &	candidate_faces,
		double	cornerAngle = `2.35`,
		bool	setRecombine = `true`,
		double	maxDiffRel = `1.`,
		bool	ignoreEmbedded = `false`
	)

Automatically set transfinite constraints on curves and faces in the candidate_faces if possible. Curves on opposide sides of rectangular faces are constrained to reiceive the same number of points.

Parameters

candidate_faces	The faces which are candidate for transfinite
cornerAngle	Threshold on the angle (viewed from face) at corners
setRecombine	If true, quads will be built instead of triangles when meshing
maxDiffRel	Reject transfinite constraints if the relative difference on the initial number of lines (from sizing constraints) on opposite sides is larger than the maxDiffRel
ignoreEmbedded	If true, ignore embedded edges and vertices in faces