Hey, can this be done using MIPS.

The functionality of your program will support the following:

1. All pixels should be in the range x in [0,128) and y in [0,128) (the parenthesis means not including 128).

2. Pixels start from (0,0) in the upper left to (127,127) in the lower right.

3. Pixel values are referenced in a single word using the upper and lower half of the word. So, for example, 0x00XX00YY) where XX and YY can be 0x00 to 0x7F.

4. All colors should be RGB using a single 32-bit word where the top byte is zero. So, for example, 0x00RRGGBB where RR, GG, and BB can be 0x00 to 0xFF.

***** # draw_pixel: Given a coordinate in $a0, sets corresponding value in memory to the color given by $al # # # Inputs: $a0 = coordinates of pixel in format (OxooXXOOYY) $a 1 color of pixel in format (OxOORRGGBB) Outputs: No register outputs tt draw_pixel: nop # YOUR CODE HERE, only use t registers (and a, jr $ra v where appropriate) ***** # draw_pixel: Given a coordinate in $a0, sets corresponding value in memory to the color given by $al # # # Inputs: $a0 = coordinates of pixel in format (OxooXXOOYY) $a 1 color of pixel in format (OxOORRGGBB) Outputs: No register outputs tt draw_pixel: nop # YOUR CODE HERE, only use t registers (and a, jr $ra v where appropriate)