Have fun making crazy images with a simple assembly-like language.
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def <number> Create a number and store it in the register. loa <memory location> Load a memory location into the register. set <memory location> Set a memory location to the value of the register. jmp <#label> Jump to the label. jeq <memory location> <#label> If the register matches the value at this memory location, jump to the label. jlt <memory location> <#label> If the register is less than the value at this memory location, jump to the label. add <memory location> Add the value at the memory location to the register. sub <memory location> Subtract the value at the memory location to the register. mul <memory location> Multiply the value at the memory location to the register. div <memory location> Divide the value at the memory location to the register. dis <memory location> Find the distance (absolute value of sub) of the value at the memory location and the register and store it in the register. mod <memory location> Find the remainder of the register divided by the value at the memory location and store it in the register. rnd Make random number between 0 and 255 and store it in the register. out Send the pixel to the canvas. You can use %<integer> to represent a constant memory value. Example: This represents 13: %13 The first 7 memory locations are: the register (0), red (r) (1), green (g) (2), blue (b) (3), x (x) (4), y (y) (5), time (t) (6) Memory locations 7-15 are free. Double slashes (//) represent a comment till the next end line. Press F6 as a shortcut to compile and run. |