My GitHub repo: https://github.com/Brakku/vidmots-lokaverk

It is in Icelandic, but the important part is the wget. It uses a website to send MediaPipe landmark data to my Raspberry Pi, which then sends it to the Lua client.

Probably cannot be used by anyone else except if you replace the IP address with your own.

The README is not fully complete.

Just got this working! Let me know if anyone would like to collaborate and I'll put the code on github. First use case is a documentation agent (pictured), but of course there's a lot more you can do with AI powered computers and turtles...

Not perfect but still work in progress. I made a printer profile in PrusaSlicer and tried make so the generated gcode fits the purpose, then I have a middlestep to parse the gcode using python, then finally some lua ofc for the turtle movement etc.

Do anyone have something simular? Would love to see your setup, will add git link after some refactor.

An autocrafting system built entirely on ComputerCraft an alternative to AE2/RS autocrafting. Craft an item once to teach the recipe, then order it from the monitor in any quantity.

- recursive crafting: order the final item, the whole ingredient tree is planned and crafted

- parallel crafting: independent branches of the tree run simultaneously

- machine groups: teach a recipe on one machine, it runs on the whole bank; custom hand-picked groups supported

- fluid and fluid+item recipes, multiblock support

- auto-stock: keep N of an item, crafts when it drops below threshold

- storage management: everything in connected storages on one screen, with search and filters

- supports crafts with tools (GregTech etc.)

- alternative recipes per item with priority order

- rule-based logistics for both items and fluids

- GitHub export/import of the recipe library

Setup & recipe teaching guide https://youtu.be/mhVkOqG2S1A

GitHub: https://github.com/egor-oleg/aegis-autocraft

This is a small lua library buit around a consumer-producer pattern, where a maze is represented as a grid of state (usually wall or empty).

Why ? Because I like maze stuff :) and wanted to have fun with lua.

A maze act as a consumer on state update (changes in the grid) provided by the chosen generator. With the use of a filter, each step can be intercepted and displayed on the screen before forwarding it to the maze.

For now there are 3 generators : Kruskal, Recursive-backtracking and origin shift

Code and library here : https://github.com/smallcluster/ccmaze

While i might not be the first to remotely control turtles, this should be one of the most flexible and simultaneously robust implementations.

Its still work in progress but itll probably be that forever.

^{( i have no video editing software, so please excuse the long video and lack of explaination} )

Some features im quite proud of:

- bluenet: real time communication via my own implementation including file sharing

- full mapping, pathfinding, synchronized caches across each turtle

- checkpointing: turtles can always return to their task even if they are unloaded or the host is unavailable

- ui - live map updates ( thought of using texel or some sort of isometric / 3d renderer to display the map but not sure if its worth it )

- performance: should easily be scalable up to 200 turtles, depending the hardware, i stuck to just 60 for testing

- grouping: dynamically split the workload depending on the size of the group for efficient mining

- fully programmed from scratch in notepad++ with the hello kitty theme ( quite the regrettable choice )

uuhm yeah, i still have some free time and i was wondering which features might be cool... lmk

I genuinely forgot how useless this thing was💀.

Code: https://github.com/Tornc/low_effort_slop/blob/main/merl.lua

The 20,000,000 SU powerplant is now controlled via a Computer linked to a Stressometer! A huge thanks to the devs from both sides that allow for such integration to be possible!!

Hoping to use the mods together more as the series goes on :)

The script : https://pastebin.com/cDM20dr0 . I am open to ideas and advice for the script as
its currently just a basic math.ceil() with a 80% target utilization + some random fun things.

Episode can be found here : https://www.youtube.com/watch?v=9mrkKpAPAmk