Uses of Interface
de.javagl.simplemesh.Edge

Packages that use Edge

de.javagl.simplemesh	Simple interfaces for indexed meshes
de.javagl.simplemesh.impl	Default implementations of the mesh interfaces
de.javagl.simplemesh.ui
de.javagl.simplemesh.utils	Utility classes for meshes

Uses of Edge in de.javagl.simplemesh

Methods in de.javagl.simplemesh that return types with arguments of type Edge

java.util.List<Edge>	MeshPrimitives.getEdges() Returns an unmodifiable list of edges.
java.util.List<Edge>	Mesh.getEdges(Vertex vertex) Returns an unmodifiable list of edges that are adjacent to the given vertex.

Methods in de.javagl.simplemesh with parameters of type Edge

java.util.List<Face>

Mesh.getFaces(Edge edge) Returns an unmodifiable list of faces that are adjacent to the given edge.

Uses of Edge in de.javagl.simplemesh.impl

Classes in de.javagl.simplemesh.impl that implement Edge

class

DefaultEdge Default implementation of an Edge.

Methods in de.javagl.simplemesh.impl that return types with arguments of type Edge

java.util.List<Edge>	DefaultMeshPrimitives.getEdges()
java.util.List<Edge>	DefaultMesh.getEdges()
java.util.List<Edge>	DefaultMesh.getEdges(Vertex vertex)

Methods in de.javagl.simplemesh.impl with parameters of type Edge

java.util.List<Face>

DefaultMesh.getFaces(Edge edge)

Constructor parameters in de.javagl.simplemesh.impl with type arguments of type Edge

DefaultMeshPrimitives(java.util.Collection<? extends Vertex> vertices, java.util.Collection<? extends Edge> edges, java.util.Collection<? extends Face> faces)
Creates new mesh primtives that contain copies of the given collections.

Uses of Edge in de.javagl.simplemesh.ui

Method parameters in de.javagl.simplemesh.ui with type arguments of type Edge

void	GeometryView.addEdges(java.lang.Iterable<Edge> edges, java.awt.Color color)
static void	GeometryView.show(java.lang.String title, MeshPrimitives meshPrimitives, java.util.List<Edge> additionalEdges)

Uses of Edge in de.javagl.simplemesh.utils

Methods in de.javagl.simplemesh.utils that return types with arguments of type Edge

static java.util.Map<Edge,java.util.List<Edge>>	Topology.computeEdgeEdges(java.lang.Iterable<? extends Edge> edges) Compute a map from all edges to the edges that they are adjacent to
static java.util.Map<Edge,java.util.List<Edge>>	Topology.computeEdgeEdges(java.lang.Iterable<? extends Edge> edges) Compute a map from all edges to the edges that they are adjacent to
static java.util.Map<Edge,java.util.List<Face>>	Topology.computeEdgeFaces(java.lang.Iterable<? extends Face> faces) Compute a map from all edges of the given faces to their respective list of faces.
static java.util.List<Edge>	Topology.computeEdges(java.lang.Iterable<? extends Face> faces) Compute the list of edges of the given faces.
static java.util.Map<Vertex,java.util.List<Edge>>	Topology.computeVertexEdges(java.lang.Iterable<? extends Edge> edges) Compute a map from all vertices of the given edges to the list of adjacent edges.
static java.util.List<Edge>	Adjacency.findAdjacent(java.lang.Iterable<? extends Edge> edges, Edge edge) Find all edges from the given sequence that are adjacent to the given edge

Methods in de.javagl.simplemesh.utils with parameters of type Edge

static boolean	Adjacency.areAdjacent(Edge e0, Edge e1) Returns whether the given edges are adjacent
static boolean	Adjacency.containsAdjacent(java.lang.Iterable<? extends Edge> edges, Edge edge) Returns whether the given sequence of edges contains an edge that is adjacent to the given edge
static boolean	Adjacency.equal(Vertex v0, Vertex v1, Edge edge) Returns whether the given vertices are equal to the ones of the given edge (in any order)
static java.util.List<Edge>	Adjacency.findAdjacent(java.lang.Iterable<? extends Edge> edges, Edge edge) Find all edges from the given sequence that are adjacent to the given edge
static Vertex	Adjacency.getAdjacent(Face face, Edge edge) Returns the vertex of the given face that is adjacent (but not incident) to the given edge.

Method parameters in de.javagl.simplemesh.utils with type arguments of type Edge

static java.util.Map<Edge,java.util.List<Edge>>	Topology.computeEdgeEdges(java.lang.Iterable<? extends Edge> edges) Compute a map from all edges to the edges that they are adjacent to
static java.util.Map<Vertex,java.util.List<Edge>>	Topology.computeVertexEdges(java.lang.Iterable<? extends Edge> edges) Compute a map from all vertices of the given edges to the list of adjacent edges.
static java.util.Map<Vertex,java.util.List<Vertex>>	Topology.computeVertexNeighbors(java.lang.Iterable<? extends Edge> edges) Compute a map from all vertices of the given edges to their respective list of neighbors.
static boolean	Adjacency.containAdjacent(java.lang.Iterable<? extends Edge> edges0, java.lang.Iterable<? extends Edge> edges1) Returns whether the given sequences of edges contain adjacent edges
static boolean	Adjacency.containAdjacent(java.lang.Iterable<? extends Edge> edges0, java.lang.Iterable<? extends Edge> edges1) Returns whether the given sequences of edges contain adjacent edges
static boolean	Adjacency.containsAdjacent(java.lang.Iterable<? extends Edge> edges, Edge edge) Returns whether the given sequence of edges contains an edge that is adjacent to the given edge
static int[]	MeshPrimitivesArrays.createEdgeVertexIndices(java.util.Collection<? extends Edge> edges) Create an array containing the vertex indices of the given set of edges.
static java.util.List<Edge>	Adjacency.findAdjacent(java.lang.Iterable<? extends Edge> edges, Edge edge) Find all edges from the given sequence that are adjacent to the given edge