public void simulate()
{
Triangulation.Delaunay tmpDelaunayTr = map.mapDraw.triangulation;
List <Coordinates.Coordinate> tmpCoordinate = new List <MOBMAP.Coordinates.Coordinate>();
MapDraw.DrawFromStatus tmpDrawFromStatus = map.mapDraw.drawFromStatus;
map.mapDraw.drawFromStatus = MapDraw.DrawFromStatus.DRAW_SIMULATION;
for (int i = 0; i < projCoordList.Count - 10; i += 10)
{
tmpCoordinate.Add(projCoordList[i]);
tmpCoordinate.Add(projCoordList[i + 1]);
tmpCoordinate.Add(projCoordList[i + 2]);
tmpCoordinate.Add(projCoordList[i + 3]);
tmpCoordinate.Add(projCoordList[i + 4]);
tmpCoordinate.Add(projCoordList[i + 5]);
tmpCoordinate.Add(projCoordList[i + 6]);
tmpCoordinate.Add(projCoordList[i + 7]);
tmpCoordinate.Add(projCoordList[i + 8]);
tmpCoordinate.Add(projCoordList[i + 9]);
delaunayTr.addNewPoints(tmpCoordinate);
map.mapDraw.setTriangulateData(delaunayTr);
Thread.Sleep(0);
}
map.mapDraw.drawFromStatus = MapDraw.DrawFromStatus.DRAW_FROM_DB;
}
public void setTriangulateData(Triangulation.Delaunay delaunayTriangulation)
{
this.triangulation = delaunayTriangulation;
if (this.triangulation != null && this.triangulation.pointList != null && this.triangulation.triangleList != null &&
this.triangulation.pointList.Count != 0 && this.triangulation.triangleList.Count != 0)
{
setVertices(triangulation.pointList);
setMap();
setIndicesMesh();
CreateMesh();
}
}
public MapSimulation(Map map)
{
this.projCoordList = new List<Coordinates.Coordinate>();
this.delaunayTr = new MOBMAP.Triangulation.Delaunay();
this.map = map;
}
public MapSimulation(Map map)
{
this.projCoordList = new List <Coordinates.Coordinate>();
this.delaunayTr = new MOBMAP.Triangulation.Delaunay();
this.map = map;
}
