//Show current active point where we split triangle
private void ShowCircle(MyVector2 p)
{
controller.ResetBlackMeshes();
HashSet <Triangle2> triangles = _GenerateMesh.Circle(controller.UnNormalize(p), 0.2f, 10);
List <Mesh> meshes = controller.GenerateTriangulationMesh(triangles, shouldUnNormalize: false);
controller.blackMeshes = meshes;
}
//
// Visualize stuff
//
private void ShowAllPoints(HashSet <MyVector2> points)
{
HashSet <Triangle2> triangles = new HashSet <Triangle2>();
foreach (MyVector2 p in points)
{
HashSet <Triangle2> tCircle = _GenerateMesh.Circle(controller.UnNormalize(p), 0.1f, 10);
triangles.UnionWith(tCircle);
}
//To mesh
List <Mesh> meshes = controller.GenerateTriangulationMesh(triangles, shouldUnNormalize: false);
controller.ResetBlackMeshes();
controller.blackMeshes = meshes;
//Debug.Log(meshes.Count);
}
//Show circles
private void ShowCircles(MyVector2 a, MyVector2 b, MyVector2 c, MyVector2 d)
{
//Generate triangles
//Will unnormalize
HashSet <Triangle2> triangles = controller.GenerateDelaunayCircleTriangles(a, b, c, d);
//The active edge is between a-c
HashSet <Triangle2> edge = _GenerateMesh.LineSegment(controller.UnNormalize(a), controller.UnNormalize(c), 0.2f);
triangles.UnionWith(edge);
//Generate meshes
List <Mesh> meshes = controller.GenerateTriangulationMesh(triangles, shouldUnNormalize: false);
controller.ResetBlackMeshes();
controller.blackMeshes = meshes;
}
//
// Display stuff
//
//Show points
private void ShowPoints(HashSet <MyVector2> points)
{
controller.ResetBlackMeshes();
HashSet <Triangle2> triangles = new HashSet <Triangle2>();
foreach (MyVector2 p in points)
{
MyVector2 point = controller.UnNormalize(p);
HashSet <Triangle2> circleTriangles = _GenerateMesh.Circle(point, 0.1f, 10);
triangles.UnionWith(circleTriangles);
}
//Will unnormalize
List <Mesh> meshes = controller.GenerateTriangulationMesh(triangles, shouldUnNormalize: false);
controller.blackMeshes = meshes;
}
