shotcaller VS meal-scheduler

As for a project using these, see: https://github.com/amethyst/shotcaller and https://github.com/jojolepro/minigene :)

We do indeed intend to be on the lookout for such opportunities for standardization. Our main R&D project in this regard is Shotcaller, which is made with bracket-lib by people who have previously worked with Amethyst Engine.

https://github.com/amethyst/shotcaller

We’re happy to help any newcomers along on our Discord: https://discord.gg/qvJyTYM

I’m building a minimalistic, 1v1 MOBA game (Dota/LoL) that’s all about grand strategy at the macro level, like chess. It is designed from scratch to accommodate AI development.

OpenAI gave up after beating 99% of players in a limited version of DOTA2. They essentially just figured out how to out-micro human players. We want to let players play alongside AI assistance, like a racing car driver backed up by their team of mechanics and engineers.

https://github.com/amethyst/shotcaller

Make a new 🦹 Leader or 📦 Item!

Make a new 🦹 Leader or 📦 Item!

I’m working on one such modern RTS game: https://github.com/amethyst/shotcaller

It’s a MOBA-style game that is played 1v1, with the 5 “players” on each side controlled by autonomous bots. This design accommodates AI development as part of the sport, much like a F1 driver and their team of engineers and mechanics.

The game is written in Rust and will use WASM for scripting to accommodate a wide range of languages for both game modding and AI code. While it’s only 1v1 in its initial iteration, I agree that there’s immense value in cooperative and more micro-level play, so we do intend to incrementally move towards that as an alternative game mode.

I’d love to chat more with anyone interested in this particular design or RTS/MOBAs in general. You can find my email on my GitHub.

I use Minizinc in a personal toy project (https://gitlab.com/dustin-space/meal-scheduler), and GECODE or Google's ortools solver at the backend. It's used for meal planning. Unfortunately it's way way slower than I'd hope. I suspect I just have the domain not modeled efficiently. Maybe if I had a few days to put into it, and learn how to properly debug the CSP solver step by step, it might help...

That sounds like a fun application, both the usage and the implementation.

I wonder if you have any interesting example data-files that could be used with the model, preferable both something small and something larger? Would be fun to test the model locally to see how it behaves.

Notes: I'm assuming here that https://gitlab.com/dustin-space/meal-scheduler/-/blob/master... is the model used.