[1] Create a MATLAB program to execute ray tracing for the following optical system. 'Thin Lens (f1) Thin Lens (f2) A In ut Ra [Bl D V . . 2 (optical) aXIS Output Ray 1. D . (Hint: You should first set up the system's ray equation in matrix form, then implement it in MATLAB.) [2] Find the output ray vector using your MATLAB program for the following condition. Input A = 1 cm, B = 10 Ray degrees um _ [3] Update the ray tracing program developed above and use it to explain the function of glasses in correcting myopia. Here you should use the findings from Assignment 1 (e.g., the geometric and optical properties ofall optical components in the human eye) to formulate your answers. Cornea Aqueous Humor Lens Vitreous Humor Retina Rf 7.6 mm n 1.336 Rf 10 mm n 1.336 Rf NA Rb 6.5 mm Thickness 3 mm Rb 6 mm Thickness 16 mm n 1.376 n 1.4 Thickness 0.5 mm Thickness 3.5-4.5 mm Rf = front curvature Rb = back curvature n refractive index