void Start()
{
visualizeController = GetComponent <VisualizerController3D>();
//Get the random points
HashSet <Vector2> randomPoints = TestAlgorithmsHelpMethods.GenerateRandomPoints2D(0, halfSquareSize: 6f, numberOfPoints: 25);
//To MyVector2
HashSet <MyVector2> randomPoints_2d = new HashSet <MyVector2>(randomPoints.Select(x => x.ToMyVector2()));
//Hull
List <Vector3> hullPoints = TestAlgorithmsHelpMethods.GetPointsFromParent(hullConstraintParent);
List <MyVector2> hullPoints_2d = hullPoints.Select(x => x.ToMyVector2()).ToList();;
//Holes
HashSet <List <MyVector2> > allHolePoints_2d = new HashSet <List <MyVector2> >();
foreach (Transform holeParent in holeConstraintParents)
{
List <Vector3> holePoints = TestAlgorithmsHelpMethods.GetPointsFromParent(holeParent);
if (holePoints != null)
{
List <MyVector2> holePoints_2d = holePoints.Select(x => x.ToMyVector2()).ToList();
allHolePoints_2d.Add(holePoints_2d);
}
}
//Normalize to range 0-1
//We should use all points, including the constraints because the hole may be outside of the random points
List <MyVector2> allPoints = new List <MyVector2>();
allPoints.AddRange(randomPoints_2d);
allPoints.AddRange(hullPoints_2d);
foreach (List <MyVector2> hole in allHolePoints_2d)
{
allPoints.AddRange(hole);
}
Normalizer2 normalizer = new Normalizer2(allPoints);
HashSet <MyVector2> randomPoints_2d_normalized = normalizer.Normalize(randomPoints_2d);
List <MyVector2> hullPoints_2d_normalized = normalizer.Normalize(hullPoints_2d);
HashSet <List <MyVector2> > allHolePoints_2d_normalized = new HashSet <List <MyVector2> >();
foreach (List <MyVector2> hole in allHolePoints_2d)
{
List <MyVector2> hole_normalized = normalizer.Normalize(hole);
allHolePoints_2d_normalized.Add(hole_normalized);
}
StartCoroutine(GenerateConstrainedDelaunayLoop(randomPoints_2d_normalized, hullPoints_2d_normalized, allHolePoints_2d_normalized, shouldRemoveTriangles: true, new HalfEdgeData2(), normalizer));
}