Uses of Class
rope.mesh.R_Delaunay_Vertex
Packages that use R_Delaunay_Vertex
-
Uses of R_Delaunay_Vertex in rope.mesh
Methods in rope.mesh that return R_Delaunay_VertexModifier and TypeMethodDescriptionR_Delaunay_Vertex.add
(R_Delaunay_Vertex p) AddR_Delaunay_Vertex.bisector
(R_Delaunay_Vertex point) Perpendicular bisector of two Pnts.static R_Delaunay_Vertex
R_Delaunay_Vertex.circumcenter
(R_Delaunay_Vertex[] simplex) Circumcenter of a simplex.static R_Delaunay_Vertex
R_Delaunay_Vertex.cross
(R_Delaunay_Vertex[] matrix) Compute generalized cross-product of the rows of a matrix.R_Delaunay_Vertex.extend
(double... coords) Create a new R_Delaunay_Vertex by adding additional coordinates to this R_Delaunay_Vertex.R_Delaunay_Triangle.getCircumcenter()
R_Delaunay_Triangle.getVertexButNot
(R_Delaunay_Vertex... badVertices) Get arbitrary vertex of this triangle, but not any of the bad vertices.R_Delaunay_Vertex.isOn
(R_Delaunay_Vertex[] simplex) Test if this R_Delaunay_Vertex is on a simplex.R_Delaunay_Vertex.isOutside
(R_Delaunay_Vertex[] simplex) Test if this R_Delaunay_Vertex is outside of simplex.R_Delaunay_Vertex.subtract
(R_Delaunay_Vertex p) Subtract.Methods in rope.mesh that return types with arguments of type R_Delaunay_VertexModifier and TypeMethodDescriptionR_Delaunay_Triangle.facetOpposite
(R_Delaunay_Vertex vertex) Report the facet opposite vertex.R_Delaunay_Triangle.iterator()
Methods in rope.mesh with parameters of type R_Delaunay_VertexModifier and TypeMethodDescriptionboolean
R_Delaunay_Triangle.add
(R_Delaunay_Vertex vertex) R_Delaunay_Vertex.add
(R_Delaunay_Vertex p) Adddouble
R_Delaunay_Vertex.angle
(R_Delaunay_Vertex p) Angle (in radians) between two Pnts (treated as vectors).R_Delaunay_Vertex.bisector
(R_Delaunay_Vertex point) Perpendicular bisector of two Pnts.static R_Delaunay_Vertex
R_Delaunay_Vertex.circumcenter
(R_Delaunay_Vertex[] simplex) Circumcenter of a simplex.static double
R_Delaunay_Vertex.content
(R_Delaunay_Vertex[] simplex) Determine the signed content (i.e., area or volume, etc.) of a simplex.static R_Delaunay_Vertex
R_Delaunay_Vertex.cross
(R_Delaunay_Vertex[] matrix) Compute generalized cross-product of the rows of a matrix.int
R_Delaunay_Triangulation.delaunay_area
(R_Delaunay_Vertex site) Place a new site into the DT.static double
R_Delaunay_Vertex.determinant
(R_Delaunay_Vertex[] matrix) Compute the determinant of a matrix (array of Pnts).int
R_Delaunay_Vertex.dimCheck
(R_Delaunay_Vertex p) Check that dimensions match.double
R_Delaunay_Vertex.dot
(R_Delaunay_Vertex p) Dot product.R_Delaunay_Triangle.facetOpposite
(R_Delaunay_Vertex vertex) Report the facet opposite vertex.R_Delaunay_Triangle.getVertexButNot
(R_Delaunay_Vertex... badVertices) Get arbitrary vertex of this triangle, but not any of the bad vertices.boolean
R_Delaunay_Vertex.isInside
(R_Delaunay_Vertex[] simplex) Test if this R_Delaunay_Vertex is inside a simplex.R_Delaunay_Vertex.isOn
(R_Delaunay_Vertex[] simplex) Test if this R_Delaunay_Vertex is on a simplex.R_Delaunay_Vertex.isOutside
(R_Delaunay_Vertex[] simplex) Test if this R_Delaunay_Vertex is outside of simplex.R_Delaunay_Triangulation.locate
(R_Delaunay_Vertex point) Locate the triangle with point inside it or on its boundary.R_Delaunay_Triangulation.neighborOpposite
(R_Delaunay_Vertex site, R_Delaunay_Triangle triangle) Report neighbor opposite the given vertex of triangle.int[]
R_Delaunay_Vertex.relation
(R_Delaunay_Vertex[] simplex) Relation between this DelaunayVertex and a simplex (represented as an array of Pnts).R_Delaunay_Vertex.subtract
(R_Delaunay_Vertex p) Subtract.R_Delaunay_Triangulation.surroundingTriangles
(R_Delaunay_Vertex site, R_Delaunay_Triangle triangle) Report triangles surrounding site in order (cw or ccw).static String
R_Delaunay_Vertex.toString
(R_Delaunay_Vertex[] matrix) Create a String for a matrix.int
R_Delaunay_Vertex.vsCircumcircle
(R_Delaunay_Vertex[] simplex) Test relation between this R_Delaunay_Vertex and circumcircle of a simplex.Constructors in rope.mesh with parameters of type R_Delaunay_VertexConstructor parameters in rope.mesh with type arguments of type R_Delaunay_VertexModifierConstructorDescriptionR_Delaunay_Triangle
(Collection<? extends R_Delaunay_Vertex> collection)