Minecraft SchematicsView in 3D. Build layer by layer. Export in any format.

https://www.youtube.com/watch?v=ako9z2E5TTI

Created by https://www.youtube.com/@Alfheim_Minecraft/videos

Created by: https://www.youtube.com/@Alfheim_Minecraft/videos

I have built a compact 1-bit ripple full adder; the dimensions are 5 wide by 8 tall with a depth of 2. I was able to make this very small thanks to my XOR gate, which is 4x2x4 and on my Reddit.

I stacked two of my XOR gates on top of each other, and for the carry-out, I used the fact that both XOR gates already have a torch that works when both inputs are on; I simply ORed these signals together.

I have managed to place inputs A and B on the base and the carry-out on the side. So this can be stacked on in front of the other with a 1-block gap and one extra block on the side to accommodate the extra wiring. This allows the carry-in and carry-out to be on the same side.

V1.2 iterates on my last design (V1.1) by reducing the width from 6 to 5 blocks, bringing the totalbounding-box volume from 96 to 80. This design also reduces the tick count on the carry input to 4 redstone ticks.

This is done in Java Edition.

• Reddit, u/Aggravating_Quiet_85

This is a duper that comes with an unbundler. a lava bucket must go in the dispenser on the bottom that is also the closest to the edge. For specifics on the duper use this video:"https://www.youtube.com/watch?v=bU7Hp0Q2gMg"

This contraption unbundles items (do what you will with that information). Put a lava bucket in the right most dispenser BEFORE building the white side.

A spruce and calcite house, with a beautiful detailed interior, and a stunning pathway surrounded by spruce trees.

A spruce and calcite house, with a beautiful interior, and a stunning pathway.

I have built a compact 1-bit full adder using only torches; the dimensions are 6 wide by 8 tall with a depth of 2. I was able to make this very small thanks to my XOR gate, which is 4x2x4 (I will post it soon; it's also on my Reddit, u/Aggravating_Quiet_85). This full adder is a refined version of the one I have already posted on my Reddit.

I stacked two of my XOR gates on top of each other, and for the carry-out, I used the fact that both XOR gates already have a torch that works when both inputs are on; I simply ORed these signals together.

I have managed to place all the inputs on the base and the carry-out on the side; to put them in a linked row, the mirrored form is needed every other time. This allows the carry-in and carry-out to be on the same side.

This is done in Java Edition.

I have updated this design and posted it.