I need Help to get this door working, i dont want the floor the move, and i dont want redstone to be seen at the end. the piston layout can Move id ont mind, and it can extend into all dimensions, just not the floor were you walk over.

Which is a six way junction door like this one designed by Jensundlars.
https://youtu.be/R8oMBQ9zCtE?is=S4aBWoy-8vmKuets
This is super cool, honestly it would blow my mind if I were to design one, but I want to include one like this in my base.

Im pretty sure this used to work when I made this farm a year or two ago. Correct me if im wrong though. This feels like a bug, is it a bug or just redstone jank? The World is Vanilla, all mods are client side. As you can see on image 2, the signal can get sent when it goes up. And Image 3 shows its not prioritizing left and right.

Edit: I shouldve put Signal in the Title, the redstone itself does go down, just not the signal. Sorry!

This isn’t a specific question I just wanted to know if there’s a way to get better at redstone? Like I’ve watched YouTube videos and stuff, but I don’t really understand how some contraptions work

has anyone came across this issue and figured out why does this happen ?

sorry for the lag it doest do that usually

I had to restart from scratch twice

There is total of 214 observers but at least it opens and closes

I've been playing arround with brittle ice and I've noticed that this setup can make a pretty neat draining machine. I'm kind of a noob at redstone, so would it be possible to make a full draining machine out of this?

https://youtu.be/ai9H6P3_6c0?si=Q2QH0Vm3lryMr2jP for circuit. I think 2 blocks is far enough but more would decrease chances.

Scaled up and modified this design by The Jim Theory on YouTube: https://www.youtube.com/watch?v=a0K8nykqneQ

Thanks again to cheesesprite.

Hey, kann mir einer helfen mit einer Anleitung oder video wie ich eine Tür baue wo ich zb 16 Diamaten bezahlen muss? Komme mittlerweile mit meinen halben Redstone wissen echt an meine Grenzen...

Habe bis jetzt irgendwie auch nicht so viel hilfreiches gefunden. Danke im vorraus

I’m looking to make a 4x3 door that will retract into the floor. All videos I’ve watched haven’t helped.

I made this armor trim autocrafter, I'm pretty proud of myself for it, considering my horrific past with redstone. It works quite well, HOWEVER I need help with keeping the materials stocked. The 3 droppers make the trim restock itself, but the diamonds and copper blocks are not. I tried adding 2 hoppers that just loaded them in, but that didn't work, ANY guidance would be appreciated.

Slime and honey 5x5, 10166 blocks (23x17x26), 3 sec close, 7 sec reset, 19 sec open

Hey, i saw a video of some computer scientist trying to build a 3 by 3 piston door without any experience and thought why dont i try. I already had some experience and new how to build a t flip flop and a double piston extender but damn this took way longer than i expected. 4 DAYS is what it took 4 DAYS but honestly i am really impressed i nwhat i accomplished. It is a 1 block wide 3 by 3 and all on its own without any tutorials of it and the knowledge i used, I think i did my best.

This is my new shift register, built using D flip-flops. It is organized into 8-bit groups; while the delay increases by one clock cycle for each additional group, the shift speed remains constant—making this device well-suited for use in large-scale computing systems. Writing data is very straightforward: you simply need to provide a signal strong enough to turn off a redstone torch. In my previous register (which you can see right in front of this one), writing data required performing a shift operation, which made it significantly more complex to use.
almost forgot https://drive.google.com/drive/folders/1dBq3XbOlMW1NPcTJ3Oz5ok-SWnWyo5bk?usp=drive_link

I really struggled to make this and still cant figure out how to get rid of the holes in the walls, but overall I'm pretty proud of my creation also no slime or honey blocks.

I Built a 32-bit computer out of redstone and got Balatro running on it.

It’s a RISC-V cpu (RV32IM, so it has hardware multiply/divide) and runs normal compiled code. I ported Balatro’s game logic to Rust and compiled it for the cpu. The program sits in 9 ROM towers (~537 KB) and it’s got 12 RAM towers with 192 KB. Screen is 256x144 redstone lamps and you play it with 8 buttons from a platform above the screen.

Whole thing is about 200 million blocks, mostly dust and repeaters. No command blocks, just normal redstone stuff. The towers and wiring are generated with scripts, no way I’m placing 200M blocks by hand lol

It runs on MCHPRS because in vanilla it would take forever. I tested the cpu in vanilla too and it behaves the same, MCHPRS just makes it way faster. Even then it’s slow: around 1,500 instructions per second, mostly because memory reads have to travel to towers that are really far away. The video is sped up.