Minecraft Username:
Endenite
Have you read the Read Before Posting post?:
I have.
Your favorite thing about redstone:
The relative simplicity compared to real electrical components. Especially the fact that the precise amount of time each component takes to update is known. Though the speed at which the game runs is a bit of a bottleneck.
A build you have made which demonstrates redstone knowledge (This is your trial build):
A four bit ALU, which supports addition, subtraction, OR, NOR, XOR, XNOR, AND, and NAND. Could be extended to 7 bits before signal strength becomes a problem.
Explain what your build does in detail:
The parts of the circuit are (see the image below):
- An inverter on the right input, activated during subtraction.
- The main gate. Has four outputs: NOR and AND (top right) for the carry cancel tower, and XOR and AND (bottom right) which can be enabled/disabled to perform OR aswell. It’s set to XOR during addition.
- The carry cancel tower. Has carry in set during subtraction. There is also a carry out bit at the top.
- The final XOR gate, which takes the bottom output of (1), and is configured to xor with the output of (3) during addition/subtraction, or a constant 1/0 for the bitwise operations depending on if the inverted versions are enabled or not.
The control panel lets you pick between one of addition, XOR, OR, or AND, and the last lever turns them into subtraction, XNOR, NOR, or NAND instead.
Images / videos of the build:
Two more images here because I’m not allowed to embed more than one: https://imgur.com/a/h8zFAzZ
What is the name of the warp for your build on ORE?:
Endenite
Provide your results after completing the ORE Binary Quiz:
Binary Quiz completion certificate:
Completed by endenite in 3m14.143s on 3/17/2025, 13:29 UTC.
100.00% accuracy with 0/25 answers given incorrectly.
cded4960-6ef3-4ac8-9318-2113d9d6684a-656e64656e697465
1a6w6u052u5548211v4j6v1t035v4o3p4a5e3572m8d3m1e4m8d3q76z
Do you agree with the rules?:
I do.