Minecraft Username: lynx_xdg
Have you read the Read Before Posting post?:
yes
Your favorite thing about redstone:
I love making computers and advanced logic for automation: auto-restocking storage, minigames, …
A build you have made which demonstrates redstone knowledge (This is your trial build):
I have made a 4 bit ALU that does OR, XOR, AND, NOR, XNOR, NAND and SUM & SUB in two’s complement. The ALU uses a 3 bit value to determine it’s mode.
Explain what your build does in detail:
The ALU takes in 2 4-bit values and performs all of the above logical & arithmetic operands. The value A is input on the right and value B is input on the left, the output all the way on the right it the result of A [operand] B. The adder is a ripple carry adder made out of the existing A ^ B and A & B gates along with 3 more gates. To subtract B from A I make the 2’s complement of B by inverting it’s bits (with a xor so I can toggle it) and adding 1 (with a simplified ripple carry adder).
Images / videos of the build:
https://imgur.com/a/5htWQox, https://youtu.be/6CUvNyJFxVo, (I’m also willing to do a call for my application as my build is kinda messy and hard to understand from just a video)
What is the name of the warp for your build on ORE?:
lynx-builder-app
Provide your results after completing the ORE Binary Quiz:
Completed by lynx_xdg in 9m11.950s on 5/22/2025, 13:21 UTC.
96.15% accuracy with 1/26 answers given incorrectly.
f43edeb4-b155-4fb7-8750-c5485079a46f-6c796e785f786467
5h3n3t3b3r2s3b1y1e693y2d5c0a2j5n672e0d4xmaze5okdmazehigb
Do you agree with the rules?:
yes, of course 