pokemon-player

Autonomous Pokemon gameplay requires a pokemon-agent server with ROM-based startup, terminal UI control, and API interactions for /state, /action, /save, and /load to orchestrate emulator control. You initiate gameplay by telling the agent to play from the provided ROM while maintaining a live dashboard link.

AI vision analysis works with Game Boy emulator RAM state by reading structured game data from RAM and using screenshot-based vision analysis to navigate reliably in the world and during battles. This dual approach ensures accurate decision-making for autonomous gameplay.

You can resume autonomous Pokemon gameplay from a previous save state using the /load API endpoint. The system periodically saves game state, supports resuming from a named save, and records milestones using PKM memory prefixes for progress memory.

Coordinated action sequencing during autonomous Pokemon battles includes move, advance, fight, and save commands. These API interactions orchestrate emulator control, state reading, and vision-guided decisions for navigation, dialog handling, and battles across routes and towns.

Running classic Game Boy Pokemon titles end-to-end requires a ROM-based startup with a pokemon-agent server. The system orchestrates emulator control, state reading, and vision-guided decisions to apply autonomous gameplay from the terminal.

Terminal UI autonomous Pokemon emulator control depends on a pokemon-agent server and coordinated API interactions for /state, /action, /save, and /load. It requires screenshot plus RAM state observation for reliable vision-guided decisions during navigation and battles.