Refinement

Generation of new elements through refinement of selected existing elements. More...

Functions
void	Refine (Mesh *mesh)
	Refines selected elements and builds a regular closure. More...
void	Refine (Mesh *mesh, bool strict_subset_inheritance, bool use_snap_points)
	Refines selected elements and builds a regular closure. More...
void	RefineWithSnapPoints (Mesh *mesh)
	Refines selected elements so that new edges are built between midpoints of selected edges and selected vertices, if possible. More...
void	RefineWithSnapPointsOrtho (Mesh *mesh)
	Refines selected elements so that new edges are built between midpoints of selected edges and selected vertices, if possible. New vertices are placed so that their connecting edge to the snap point is orthogonal to their parent edge. More...
void	RefineSmooth (Mesh *mesh)
	Refines selected elements using piecewise smooth refinement. More...
void	RefineSmooth (Mesh *mesh, bool strict_subset_inheritance)
	Refines selected elements using piecewise smooth refinement. More...
void	InsertCenter (Mesh *mesh)
	Inserts a central vertex in all selected elements. More...
void	InsertCenter (Mesh *mesh, bool strict_subset_inheritance)
	Inserts a central vertex in all selected elements. More...
void	PlaneCut (Mesh *mesh, const Vec3d *plane_center, const Vec3d *plane_normal)
	Cuts selected edges along the given plane. More...
void	HangingNodeRefine (Mesh *mesh, bool anisotropic)
	Refines selected elements using hanging nodes. More...
void	HangingNodeRefine (Mesh *mesh, bool strict_subset_inheritance, bool anisotropic)
	Refines selected elements using hanging nodes. More...
void	RegularizingRefinement (Mesh *mesh, double aspect_ratio)
	Marks and refines elements with small aspect ratios, trying to improves said aspect ratios. More...

Detailed Description

Generation of new elements through refinement of selected existing elements.

Function Documentation

HangingNodeRefine() [1/2]

void HangingNodeRefine	(	Mesh *	mesh,
		bool	anisotropic
	)

Refines selected elements using hanging nodes.

HangingNodeRefine() [2/2]

void HangingNodeRefine	(	Mesh *	mesh,
		bool	strict_subset_inheritance,
		bool	anisotropic
	)

Refines selected elements using hanging nodes.

InsertCenter() [1/2]

void InsertCenter

(

Mesh *

mesh

)

Inserts a central vertex in all selected elements.

InsertCenter() [2/2]

void InsertCenter	(	Mesh *	mesh,
		bool	strict_subset_inheritance
	)

Inserts a central vertex in all selected elements.

PlaneCut()

void PlaneCut	(	Mesh *	mesh,
		const Vec3d *	plane_center,
		const Vec3d *	plane_normal
	)

Cuts selected edges along the given plane.

Refine() [1/2]

void Refine

(

Mesh *

mesh

)

Refines selected elements and builds a regular closure.

Refine() [2/2]

void Refine	(	Mesh *	mesh,
		bool	strict_subset_inheritance,
		bool	use_snap_points
	)

Refines selected elements and builds a regular closure.

RefineSmooth() [1/2]

void RefineSmooth

(

Mesh *

mesh

)

Refines selected elements using piecewise smooth refinement.

RefineSmooth() [2/2]

void RefineSmooth	(	Mesh *	mesh,
		bool	strict_subset_inheritance
	)

Refines selected elements using piecewise smooth refinement.

RefineWithSnapPoints()

void RefineWithSnapPoints

(

Mesh *

mesh

)

Refines selected elements so that new edges are built between midpoints of selected edges and selected vertices, if possible.

RefineWithSnapPointsOrtho()

void RefineWithSnapPointsOrtho

(

Mesh *

mesh

)

Refines selected elements so that new edges are built between midpoints of selected edges and selected vertices, if possible. New vertices are placed so that their connecting edge to the snap point is orthogonal to their parent edge.

RegularizingRefinement()

void RegularizingRefinement	(	Mesh *	mesh,
		double	aspect_ratio
	)

Marks and refines elements with small aspect ratios, trying to improves said aspect ratios.