Diamond shaped lens system

A diamond-shaped lens system comprising:

• a first half diamond-shaped lens comprising of refractive material and having a first surface, a second surface and a third surface, wherein the first surface refracts incident light beams from a first object having a width of X1, from the first surface towards the second surface;
• a second half diamond-shaped lens positioned next to the first half diamond-shaped lens and comprising of refractive material and having a first surface, a second surface and a third surface for refracting incident light beams from a second object having a width of X2, from the first surface towards the second surface, wherein
• the third surface of the first half diamond-shaped lens is positioned next to the third surface of the second half diamond-shaped lens to form a full diamond-shaped lens, the full diamond-shaped lens having a first surface the same as the first surface of the first half diamond-shaped lens, a second surface the same as the second surface of the first half diamond-shaped lens, a third surface the same as the second surface of the second half diamond-shaped lens, and a fourth surface the same as the first surface of the second half diamond-shaped lens;
• a first reflective material positioned at the second surface of the full diamond-shaped lens for reflecting refracted light beams from the first surface of the full diamond-shaped lens at an angle toward the fourth surface of the full diamond-shaped lens to exit the fourth surface to form a first image of the first object with a width Y1;
• a second reflective material positioned at the third surface of the full diamond-shaped lens for reflecting light beams reflected from the fourth surface of the full diamond-shaped lens toward the first surface of the full diamond-shaped lens to exit the first surface to form a second image of the second object with a width Y2;
• and
• a chromatic control structure for correcting chromatic dispersions of the first and second image.