For tree search and simulation of the popular rogue-like deckbuilder game Slay The Spire
Features
- c++ 17 compiled with gcc
- Standalone
- Designed to be 100% RNG accurate*
- Playable in console
- Speed: 1M random playouts in 5s with 16 threads
- Loading from save files (loading into combat currently only supported)
- Tree Search (best result, knowing the state of the game's rng)
Planned Features
- Tree search of possible game outcomes (not given the state of rng)
Implementation Progress
- All enemies
- All relics
- All Ironclad cards
- All colorless cards
- Everything outside of combat / all acts
Getting Started
- The project was built with Clion2021 and the mingw64 toolchain on Windows 10
- The main target creates a simulator of the game that can be played in console.
- The test target creates a program with various commands that can be run, including random simulation
- Click the star button at the top of the repo :)
Build tips
- If your build fails with an error about not-return-only
constexprmethods, ensure your compiler supports c++17. - If CLion shows an error about not finding python libs when loading the cmake project, try opening CLion from the msys2 shell.
- "does not contain a CMakeLists.txt file" errors may require you to update the json/pybind11 submodules via
git submodule update --init --recursive
Linux build
- cd to directory with CMakeLists.txt
cmake .make