//public override HashSet<Point3D> GetHashedPoints()
//{
// var points = new HashSet<Point3D>();
// VectorMath vectorMath = new VectorMath();
// foreach (Point3D point in vectorMath.GetAllVectorPoints(new Point3D(Vert[0].X, Vert[0].Y, Vert[0].Z), new Point3D(Vert[1].X, Vert[1].Y, Vert[1].Z)))
// {
// points.Add(point);
// }
// foreach (Point3D point in vectorMath.GetAllVectorPoints(new Point3D(Vert[2].X, Vert[2].Y, Vert[2].Z), new Point3D(Vert[1].X, Vert[1].Y, Vert[1].Z)))
// {
// points.Add(point);
// }
// foreach (Point3D point in vectorMath.GetAllVectorPoints(new Point3D(Vert[0].X, Vert[0].Y, Vert[0].Z), new Point3D(Vert[2].X, Vert[2].Y, Vert[2].Z)))
// {
// points.Add(point);
// }
// return points;
//}
public override List <MPoint> GetAllPoints()
{
var points = new List <MPoint>();
VectorMath vectorMath = new VectorMath();
points.AddRange(vectorMath.GetAllVectorPoints(
new MPoint(Vertices[0].X, Vertices[0].Y, Vertices[0].Z),
new MPoint(Vertices[1].X, Vertices[1].Y, Vertices[1].Z)));
points.AddRange(vectorMath.GetAllVectorPoints(
new MPoint(Vertices[2].X, Vertices[2].Y, Vertices[2].Z),
new MPoint(Vertices[1].X, Vertices[1].Y, Vertices[1].Z)));
points.AddRange(vectorMath.GetAllVectorPoints(
new MPoint(Vertices[0].X, Vertices[0].Y, Vertices[0].Z),
new MPoint(Vertices[2].X, Vertices[2].Y, Vertices[2].Z)));
points.AddRange(new ParallelRasterizer().triangle(this));
return(points);
}