internal BoundaryMesh <T> CreateMesh(List <T> nodes, Settings settings)
{
MeshingAlgorithm.Settings meshingSettings = ConvertToMesherSettings(settings);
BoundaryMesh <T> mesh = MeshingAlgorithm.ComputeMesh(nodes, meshingSettings);
return(mesh);
}
public VoronoiGrid CreateGrid(VoronoiNodes nodes, Settings settings)
{
List <Node> mesherNodes = WrapInMesherNodes(nodes.Nodes);
BoundaryMesh <Node> mesh = CreateMesh(mesherNodes, settings);
VoronoiGrid grid = Convert2VoronoiGrid(mesh, settings);
return(grid);
}
public static VoronoiGrid Convert2VoronoiGrid <T>(BoundaryMesh <T> mesh, VoronoiInfo info)
where T : IVoronoiNodeCastable
{
IReadOnlyList <MeshCell <T> > cells = mesh.GetCells();
(GridCommons grid, int[][] aggregation) = ExtractGridCommonsAndCellAggregation(cells);
IList <T> nodeList = mesh.GetNodes();
IList <VoronoiNode> voronoiNodeList = Cast(nodeList);
VoronoiNodes nodes = new VoronoiNodes(voronoiNodeList);
VoronoiGrid voronoiGrid = new VoronoiGrid(grid, aggregation, nodes, info);
return(voronoiGrid);
}
public TrackedVoronoiGrid CreateGrid(VoronoiNodes nodes, Settings settings)
{
List <TrackableNode> mesherNodes = WrapInMesherNodes(nodes.Nodes);
BoundaryMesh <TrackableNode> mesh = CreateMesh(mesherNodes, settings);
VoronoiGrid grid = Convert2VoronoiGrid(mesh, settings);
OneWayArrayMap resultMap = ExtractMap(mesh.GetNodes());
OneWayArrayMap inputMap = GetInputMap(resultMap, nodes.Count);
TrackedVoronoiGrid movingGrid = new TrackedVoronoiGrid
{
Result = grid,
InputNodesToResultNodes = inputMap,
ResultNodesToInputNodes = resultMap
};
return(movingGrid);
}
internal VoronoiGrid Convert2VoronoiGrid(BoundaryMesh <T> mesh, Settings settings)
{
VoronoiGrid grid = GridConverter.Convert2VoronoiGrid(mesh, settings.GridInfo);
return(grid);
}
