baritone

It was a one-way collaboration, in that we referenced their discoveries and code such as LattiCG https://github.com/mjtb49/LattiCG, but they were unaware of anything we were doing until now. https://twitter.com/admiral_stapler/status/17806748612594609... Naming Baritone after Fit is actually a coincidence / joke, the repo github.com/cabaletta/baritone was the result of random brainstorming for something untaken. We only later realized it described Fit and thus added that to the readme :)

If you are interested in this sort of tools, look into Baritone and Schematica https://github.com/cabaletta/baritone https://github.com/Lunatrius/Schematica

Maybe a bit tangential to the original comment, but have you also checked some practical implementations of path planning in Minecraft, such as Baritone (https://github.com/cabaletta/baritone)? Practical as in, it is actually deployed widely to automate various kinds of complex tasks (building structures, automate mining, killing other human players) for bots in anarchy servers? Although the method uses a variant of A* and might not be that “fancy” in academia terms, it’s astonishing how far it can achieve (see demos like [1] and [2]) and might actually be far more useful to study it closely instead of more theoretical papers. [1] https://youtu.be/c2OFyoECOhQ [2] https://youtu.be/rQFPvU2ew9Q

GitHub: https://github.com/cabaletta/baritone

Step 1: install Baritone Step 2: type "#mine iron_ore" https://github.com/cabaletta/baritone https://youtu.be/CZkLXWo4Fg4?t=80 I always wonder why so few people know about Baritone. It can do so much: move the player, clear areas, mine ores and other blocks, construct simple surfaces such as roads or even paste complicated Schematicas layer by layer. Perhaps it takes away too much of the fun.

I take it no one's submitted Baritone [0] yet? Or would that be against the spirit of the contest? [0] https://github.com/cabaletta/baritone