public IEnumerable <Triangle.Edge> GenerateEdgesFromDelaunay(List <Triangle> triangulation)
{
var voronoiEdges = new List <Triangle.Edge>();
foreach (Triangle triangle1 in triangulation)
{
foreach (Triangle triangle2 in triangulation)
{
if (!triangle1.Equals(triangle2))
{
if (triangle1.SharesEdgeWith(triangle2))
{
var edge = new Triangle.Edge(triangle1.Circumcenter(), triangle2.Circumcenter());
voronoiEdges.Add(edge);
}
}
}
}
return(voronoiEdges);
}
public static void Main(string[] args)
{
MyForm myform = new MyForm();
myform.Text = "Main Window";
myform.Size = new Size(1280, 720);
myform.FormBorderStyle = FormBorderStyle.FixedDialog;
myform.StartPosition = FormStartPosition.CenterScreen;
myform.MaximizeBox = false;
//myform.WindowState = FormWindowState.Maximized;
BowyerWatson bw = new BowyerWatson(myform.Width, myform.Height);
List <Triangle> triangulation = bw.BW_method();
myform.randomPoints = bw.pointList;
myform.triangles = triangulation;
Voronoi v = new Voronoi();
IEnumerable <Triangle.Edge> realEdges = v.GenerateEdgesFromDelaunay(triangulation);
myform.edges = realEdges.ToList();
myform.voronoiCells = v.GetVoronoiCells(bw.pointList, triangulation).ToList();
Graphics g = myform.CreateGraphics();
myform.ShowDialog();
Triangle.Edge e1 = new Triangle.Edge(new Triangle.Point(1, 1), new Triangle.Point(2, 2));
Triangle.Edge e2 = new Triangle.Edge(new Triangle.Point(2, 2), new Triangle.Point(1, 1));
HashSet <Triangle.Edge> e = new HashSet <Triangle.Edge>();
e.Add(e2);
e.Add(e1);
}