Amount of blocks used ├──CPU+GPU Total Blocks: 499 │ ├──AND: 230 │ ├──OR: 112 │ ├──XOR: 115 │ ├──Sensors: 18 │ └──Pistons: 24 │ ├──RAM Slot 0 Total Blocks: 422 │ ├──AND: 256 │ ├──OR: 130 │ ├──XOR: 12 │ ├──Sensors: 16 │ └──Pistons: 8 ├──RAM Slot 1 Total Blocks: 422 │ ├──AND: 256 │ ├──OR: 130 │ ├──XOR: 12 │ ├──Sensors: 16 │ └──Pistons: 8 │ ├──Number Display Total Blocks: 293 │ ├──AND: 264 │ ├──OR: 11 │ ├──XOR: 8 │ ├──Sensors: 10 │ └──Pistons: 0 │ └──Total Blocks: 1636 ├──AND: 1006 ├──OR: 383 ├──XOR: 147 ├──Sensors: 60 └──Pistons: 40 Documentation ├──?: Bit doesn't matter │ ├──001YXXXX Read │ ├──Y: Cache to write to │ ├──X: Address to read from │ ├──Reads the specified RAM address and writes it in the specified cache │ └──Takes 12 frames to run ├──010?XXXX Write │ ├──X: Address to write to │ ├──Writes the value in cache 0 to the specified RAM address │ └──Takes 14 frames to run │ ├──100YXXXX Jump │ ├──Y: Swap RAM bank │ ├──X: Address to jump to │ ├──Jumps to the specified RAM address, with an option to swap the active RAM bank (default is │ │ 0) │ └──Takes 15 frames to run ├──101YXXXX Conditional jump │ ├──Y: Type of condition │ │ ├──0: Jump if cache 0 is 0 │ │ └──1: Jump if cache 0 is negative (most significant bit is 1) │ ├──X: Address to jump to │ ├──Jumps to the specified RAM address if the condition is met │ └──Takes 15 frames to run if the condition is met, 10 if it isn't │ ├──110 ALU │ ├──110000XX Adder-Subtractor │ │ ├──X: Operation mode │ │ │ ├──00 add │ │ │ ├──01 subtract (cache 1-cache 0) │ │ │ └──10 subtract (cache 0-cache 1) │ │ ├──Adds/subtracts the caches and returns the value to cache 0 │ │ └──Takes 20 frames to run │ │ │ ├──110001XX NOT │ │ ├──X: Operation mode │ │ │ ├──01 NOT cache 0 │ │ │ ├──10 NOT cache 1 │ │ │ └──11 NOT cache 0&1 │ │ ├──Performs the NOT logical operator on the specified cache(s) │ │ └──Takes 10 frames to run │ │ │ ├──110010?? AND │ │ ├──Performs the AND logical operator between the two caches and returns the value to cache │ │ │ 0 │ │ └──Takes 10 frames to run │ ├──110011?? OR │ │ ├──Performs the OR logical operator between the two caches and returns the value to cache 0 │ │ └──Takes 10 frames to run │ ├──110100?? XOR │ │ ├──Performs the XOR logical operator between the two caches and returns the value to cache │ │ │ 0 │ │ └──Takes 10 frames to run │ │ │ ├──110101?? Swap │ │ ├──Swaps the values of the caches │ │ └──Takes 10 frames to run │ └──110110?? RNG │ ├──Returns a random value to cache 0 │ └──Takes 10 frames to run │ ├──110111?? end │ ├──Stops the execution of the computer │ └──Takes 9 frames to run │ ├──111 GPU │ ├──111000?? draw point │ │ ├──Cache 1: coordinates of the point to draw, syntax is ?YYY?XXX. The point ?000?000 is the │ │ │ top left corner of the screen │ │ ├──Toggles the state of the pixel in the given coordinates │ │ └──Takes 10 frames to run │ ├──111001?? draw line │ │ ├──Cache 1: coordinates of the starting point, syntax is ?YYY?XXX. The point ?000?000 is │ │ │ the top left corner of the screen │ │ ├──Cache 0: coordinates of the vector that represents the line, syntax is YYYYXXXX. The │ │ │ most significant bit of each coordinate is the sign of the number │ │ ├──Toggles the state of the pixels in the line defined by the point and the vector │ │ └──Takes 8+8n frames to run, where n is the amount of pixels that need to be toggled and │ │ 2≤n≤7. For n=8 it takes 67 frames to run. For n=1 use the draw point function │ ├──111010?? clear screen │ │ ├──Toggles off all pixels on the screen │ │ └──Takes 10 frames to run │ │ │ └──111011?? cache 0 to number display │ ├──Sends the value in cache 0 to the number display │ └──Takes 10 frames to run │ ├──Any other value not described here acts as no operation, which stalls the CPU for 67 frames │ └──In the RAM modules, address 0 is the closest to the seat