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Skill Detail

Generate playable games with Codex or Claude Code using Godogen

Use Godogen to publish a thin game-generation repo where Codex or Claude Code builds, runs, captures, and iterates on Godot, Bevy, or Babylon.js games from a short prompt.

Developer ToolsMulti-Framework
Developer Tools Multi-Framework Security Reviewed
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COPY SKILL INSTRUCTIONS (OPTIONAL)
npx skills add agentskillexchange/skills --skill generate-playable-games-with-codex-or-claude-code-using-godogen Copy
Uses the third-party skills CLI, not an ASE-owned installer. Check your agent’s compatibility. This copies instructions; complete the upstream tool setup below separately.
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At a glance
Tools required
Claude Code or Codex, Godot 4 .NET or Rust/Cargo or Node.js depending on engine choice, Python, Chrome or Chromium for Babylon capture, ffmpeg, ImageMagick, optional GPU host, and optional GOOGLE_API_KEY, XAI_API_KEY, and TRIPO_API_KEY for asset generation.
Install & setup
Clone the repository, install the engine and system prerequisites from setup.md, then publish a fresh runtime repo with commands such as ./publish.sh –engine godot –agent claude –out ~/my-game, ./publish.sh –engine babylon –agent codex –out ~/my-game, or ./publish.sh –engine bevy –agent claude –out ~/my-game. Run the selected coding agent inside the generated repo with the game brief.
Author
htdt
Publisher
Independent
Last updated
Sep 23, 2026
Quick brief

Use Godogen when an operator wants a coding agent to turn a game brief into a running game project with engine-specific guidance, asset generation, execution, and visual proof. It publishes a fresh runtime layout for Godot 4, Bevy, or Babylon.js and for either Claude Code or Codex, then the selected agent scaffolds the game, generates or integrates assets, runs the engine, and judges the result from a live URL or recorded clip.

How it works

What this skill actually does

This is skill-shaped because the operator workflow is repeatable: choose an engine and host agent, run publish.sh into a fresh game repo, provide the game prompt, keep required engines and asset APIs available, and use live steering or proof recordings to drive the agent’s next iteration. Invoke it instead of manually asking a coding agent to create a game from scratch when the workflow needs a prepared game-runtime manifest, engine guide, asset-generation skill, and proof-over-claims loop. It is not a generic game engine, asset tool, or coding-agent listing; the boundary is autonomous game-generation runs across supported engines.