Uses of Class
uk.ac.ed.computational_geometry.algorithm.mesh_optimisation.Mesh.Vertex

Packages that use Mesh.Vertex

uk.ac.ed.computational_geometry.algorithm.mesh_optimisation

Uses of Mesh.Vertex in uk.ac.ed.computational_geometry.algorithm.mesh_optimisation

Fields in uk.ac.ed.computational_geometry.algorithm.mesh_optimisation declared as Mesh.Vertex

Mesh.Vertex	Mesh.Triangle.vertex1
Mesh.Vertex	Mesh.Triangle.vertex2
Mesh.Vertex	Mesh.Triangle.vertex3

Fields in uk.ac.ed.computational_geometry.algorithm.mesh_optimisation with type parameters of type Mesh.Vertex

Hashtable<javax.vecmath.Point3d,Mesh.Vertex>

Mesh.point_to_vertex_map

Methods in uk.ac.ed.computational_geometry.algorithm.mesh_optimisation that return Mesh.Vertex

protected Mesh.Vertex	Mesh.addVertex(javax.vecmath.Point3d point)
protected Mesh.Vertex	Mesh.CycleOfTriangles.getCommonVertex(Mesh.CycleOfTriangles.Edge edge1, Mesh.CycleOfTriangles.Edge edge2)
protected Mesh.Vertex	Mesh.CycleOfTriangles.Edge.getOtherVertex(Mesh.Vertex vertex)
protected Mesh.Vertex	Mesh.getVertex(javax.vecmath.Point3d point)
protected Mesh.Vertex	Mesh.newVertex(javax.vecmath.Point3d point)

Methods in uk.ac.ed.computational_geometry.algorithm.mesh_optimisation that return types with arguments of type Mesh.Vertex

List<Mesh.Vertex>

Mesh.CycleOfTriangles.getOuterLoop()

Methods in uk.ac.ed.computational_geometry.algorithm.mesh_optimisation with parameters of type Mesh.Vertex

boolean	Mesh.canDecimate(Mesh.Vertex vertex, List<Mesh.Triangle> new_triangles)
boolean	Mesh.decimate(Mesh.Vertex vertex)
boolean	Mesh.decimate(Mesh.Vertex vertex, List<Mesh.Triangle> new_triangles)
protected Mesh.CycleOfTriangles.Edge	Mesh.CycleOfTriangles.getEdge(Mesh.Vertex vertex1, Mesh.Vertex vertex2)
protected Mesh.Vertex	Mesh.CycleOfTriangles.Edge.getOtherVertex(Mesh.Vertex vertex)
protected Mesh.Triangle	Mesh.getTriangle(Mesh.Vertex vertex1, Mesh.Vertex vertex2, Mesh.Vertex vertex3)
protected String	Mesh.getVertexesId(Mesh.Vertex vertex1, Mesh.Vertex vertex2, Mesh.Vertex vertex3)
protected Mesh.Triangle	Mesh.newTriangle(Mesh.Vertex vertex1, Mesh.Vertex vertex2, Mesh.Vertex vertex3)
boolean	Mesh.shouldDecimate(Mesh.Vertex vertex)

Method parameters in uk.ac.ed.computational_geometry.algorithm.mesh_optimisation with type arguments of type Mesh.Vertex

protected double	Mesh.getAspectRatio(Plane3d split_pane, LineSegment3d split_line, List<Mesh.Vertex> loop, Plane3d average_plane)
protected List<LineSegment3d>	Mesh.getSplitLines(List<Mesh.Vertex> loop)
protected boolean	Mesh.isValidSplitPlane(Plane3d split_pane, LineSegment3d split_line, List<Mesh.Vertex> loop1, List<Mesh.Vertex> loop2)
protected boolean	Mesh.isValidSplitPlane(Plane3d split_pane, LineSegment3d split_line, List<Mesh.Vertex> loop1, List<Mesh.Vertex> loop2)
protected void	Mesh.splitLoop(List<Mesh.Vertex> loop, LineSegment3d split_line, List<Mesh.Vertex> new_loop1, List<Mesh.Vertex> new_loop2)
protected void	Mesh.splitLoop(List<Mesh.Vertex> loop, LineSegment3d split_line, List<Mesh.Vertex> new_loop1, List<Mesh.Vertex> new_loop2)
protected void	Mesh.splitLoop(List<Mesh.Vertex> loop, LineSegment3d split_line, List<Mesh.Vertex> new_loop1, List<Mesh.Vertex> new_loop2)
protected boolean	Mesh.triangulate(List<Mesh.Vertex> loop, Plane3d average_plane, List<Mesh.Triangle> new_triangles)
protected boolean	Mesh.triangulateWithInteriorEdge(List<Mesh.Vertex> loop, LineSegment3d interior_edge, Plane3d average_plane, List<Mesh.Triangle> new_triangles)

Constructors in uk.ac.ed.computational_geometry.algorithm.mesh_optimisation with parameters of type Mesh.Vertex

Mesh.CycleOfTriangles.Edge(Mesh.Vertex vertex1, Mesh.Vertex vertex2)

Mesh.CycleOfTriangles(Mesh.Vertex vertex)

Mesh.Triangle(Mesh.Vertex vertex1, Mesh.Vertex vertex2, Mesh.Vertex vertex3, String vertexes_id, int id)