I need help with a Game math problem using Unity...

Project a point to a plane defined by 3 other points.

You will need to use Vector addition, subtraction, normalization, Dot and Cross products to solve this problem.

Note: Experienced developers should be able to solve this in 10 to 15 minutes and in 2 lines of inlined undocumented code. But please, definining variables while adding a few more lines of code makes it far more readable and easy to debug.

The points are: (Not that you necessarily need them..

pt 1 -.2248946x 5.672097y 4.211876z

pt 2 -2.39135x 4.4073y .070989z

pt 3 2.697184x 6.790536y -1.885628z

Bluept -.976281x 9.394463y -4.840367

Here is a visual to help aid in the idea-> need to get the Blue ball onto the plane Using game math.. Thank You!

Oh, and the clear ball on the plane's position (which should be the final answer) == 0.8102685x, 5.731036y, -4.656172z

Scene Shaded 2D Gizmos QAll Z Persp DotCross Challenge Assembly-CSharp using System.Collections; 2 using System.Collections.Generic; Lusing UnityEngine; AwNE 6 7 8 9 10 Unity Scriptoreferences public class DotCrossChallenge : MonoBehaviour { public Transform pti; public Transform pt2; public Transform pt3; public Transform pt_off_plane; Unity Message Oreferences void Start () { Vector3 pt = Vector3.zero; B #region STUDENT_CODE // Project pt_off_plane to the plane defined pti, pt2 and pt3 1/ 11 12 13 14 15 16 17 18 19 20 21 22 23 24 #endregion pt_off_plane. localPosition pt; if ((GameObject. Find("Pt_projected"). transform.position - pt).magnitude