static IntersectionMesh <T> CreateMesh <T>(IList <MICHVertex <T> > startNodes, int startCell_NodeIndice)
where T : IMesherNode, new()
{
SimpleIdMesh <T> mesh = MICMesher <T> .Create(startNodes);
IntersectionMesh <T> intersectionMesh = new IntersectionMesh <T>(mesh, startCell_NodeIndice);
return(intersectionMesh);
}
public static SimpleIdMesh <T> Create(IList <MICHVertex <T> > startNodes)
{
var mICHMesh = CreateVoronoiMeshFromDLL(startNodes);
var delaunayCells = mICHMesh.Vertices;
var delaunayEdges = mICHMesh.Edges;
SimpleIdMesh <T> mesh = MeshFromCellsAndEdges(delaunayCells, delaunayEdges, startNodes.Count);
return(mesh);
}
static SimpleIdMesh <T> MeshFromCellsAndEdges(
IEnumerable <MICHDelaunayCell <T> > delaCells,
IEnumerable <MIConvexHull.VoronoiEdge <MICHVertex <T>, MICHDelaunayCell <T> > > delaEdges,
int numberOfVoronois)
{
(VariableCell <T>[] vCells, Vertex[] arrVertices) =
CreateMeshLists(delaCells, delaEdges, numberOfVoronois);
for (int i = 0; i < vCells.Length; ++i)
{
vCells[i].Init();
}
List <MeshCell <T> > cells = new List <MeshCell <T> >(vCells);
List <Vertex> vertices = new List <Vertex>(arrVertices);
SimpleIdMesh <T> mesh = new SimpleIdMesh <T>(cells, vertices);
return(mesh);
}
