public static PointCloud FromTriangleVectors(List <TriangleVectors> listTriangleVectors)
{
List <Triangle> listTriangles = new List <Triangle>();
List <Vector3> newVectors = new List <Vector3>();
for (int i = 0; i < listTriangleVectors.Count; i++)
{
Triangle t = new Triangle(newVectors.Count, newVectors.Count + 1, newVectors.Count + 2);
TriangleVectors tv = listTriangleVectors[i];
listTriangles.Add(t);
//if(!newVectors.Contains(tv.A))
// newVectors.Add(tv.A);
//if (!newVectors.Contains(tv.B))
// newVectors.Add(tv.B);
//if (!newVectors.Contains(tv.C))
// newVectors.Add(tv.C);
newVectors.Add(tv.A.Vector);
newVectors.Add(tv.B.Vector);
newVectors.Add(tv.C.Vector);
}
PointCloud pcNew = PointCloud.FromListVector3(newVectors);
pcNew.Triangles = listTriangles;
pcNew.CreateIndicesFromTriangles();
return(pcNew);
}
private void toolStripTriangulate_Delaunay_Click(object sender, EventArgs e)
{
if (this.glControl1.GLrender.RenderableObjects.Count > 0)
{
PointCloud pc = this.glControl1.GLrender.RenderableObjects[0].PointCloud;
OpenTKExtension.Triangulation.Mesh m = OpenTKExtension.Triangulation.Mesh.Triangulate(pc, 6);
pc.CreateIndicesFromTriangles(m.Triangles);
RemoveAllPointClouds();
this.glControl1.GLrender.ClearAllObjects();
ShowPointCloud(pc);
}
return;
}
