What is this?
Godogen is a generator that publishes thin starter repos for Godot, Bevy, or Babylon.js games, which an AI coding agent (Claude Code or Codex) then builds out autonomously from a prompt — writing code, generating assets, running the engine, and proving the result with a live view or a recorded clip.
Godogen is a generator that publishes thin starter repos for Godot, Bevy, or Babylon.js games, which an AI coding agent (Claude Code or Codex) then builds out autonomously from a prompt — writing code, generating assets, running the engine, and proving the result with a live view or a recorded clip.Is this a game, or a tool that makes games?Neither a game nor a game engine — it is the source for a generator. Running godogen publishes a new repo (choosing engine and host agent), and the agent then builds the actual game inside that fresh repo.
Neither a game nor a game engine — it is the source for a generator. Running godogen publishes a new repo (choosing engine and host agent), and the agent then builds the actual game inside that fresh repo.How do I publish a game repo?Run publish.sh and pick the target engine (Godot, Bevy, or Babylon.js) and host agent (Claude or Codex); it renders the runtime manifest, engine guide, and asset-generation skill into a fresh repo. Pass --force to overwrite an existing target.
Run publish.sh and pick the target engine (Godot, Bevy, or Babylon.js) and host agent (Claude or Codex); it renders the runtime manifest, engine guide, and asset-generation skill into a fresh repo. Pass --force to overwrite an existing target.What do I need installed before running a generated repo?Godot 4 (.NET build) for Godot, Rust/Cargo for Bevy, or Node.js 22.12+ with npm and Chrome/Chromium (hardware WebGL2) for Babylon.js, plus Python 3 with pip and either Claude Code or Codex installed.
Godot 4 (.NET build) for Godot, Rust/Cargo for Bevy, or Node.js 22.12+ with npm and Chrome/Chromium (hardware WebGL2) for Babylon.js, plus Python 3 with pip and either Claude Code or Codex installed.Is it tested to work on any OS?It's explicitly tested only on Ubuntu, Debian, and macOS; there's no mention of native Windows support. Full generation runs can also take hours, so long unattended sessions usually need a server with SSH kept alive via tmux or screen.
It's explicitly tested only on Ubuntu, Debian, and macOS; there's no mention of native Windows support. Full generation runs can also take hours, so long unattended sessions usually need a server with SSH kept alive via tmux or screen.Who is this for, and does it need a beefy machine?It's for developers comfortable running agentic coding tools who want a hands-off or semi-steered way to prototype games; a GPU instance is recommended for long runs since engine rendering and video capture are much faster with hardware acceleration.
It's for developers comfortable running agentic coding tools who want a hands-off or semi-steered way to prototype games; a GPU instance is recommended for long runs since engine rendering and video capture are much faster with hardware acceleration.What API keys do I need to generate assets?GOOGLE_API_KEY for Gemini image generation, XAI_API_KEY for xAI Grok image/video generation, and TRIPO3D_API_KEY for Tripo3D 3D model generation and rigged animation.
GOOGLE_API_KEY for Gemini image generation, XAI_API_KEY for xAI Grok image/video generation, and TRIPO3D_API_KEY for Tripo3D 3D model generation and rigged animation.How does the agent prove the game actually works?It judges the running game rather than a clean compile — either a live URL/engine session you can watch and steer, or an unattended run that ends in a 15-20 second recorded proof clip, so visible bugs drive the next fix.
It judges the running game rather than a clean compile — either a live URL/engine session you can watch and steer, or an unattended run that ends in a 15-20 second recorded proof clip, so visible bugs drive the next fix.What's different about each supported engine?Godot 4 projects use C#/.NET with build-time scene generation and Jolt physics, Bevy projects are Rust with code-first ECS scenes and offscreen capture, and Babylon.js projects are TypeScript/Vite browser games served at a live URL.
Godot 4 projects use C#/.NET with build-time scene generation and Jolt physics, Bevy projects are Rust with code-first ECS scenes and offscreen capture, and Babylon.js projects are TypeScript/Vite browser games served at a live URL.Can I watch the agent work in real time or just get a result later?Both: you can watch the live game and steer it at decision points, or leave the run unattended and get a short proof recording when it's done — the agent reads how you frame the task to decide which mode to use.
Both: you can watch the live game and steer it at decision points, or leave the run unattended and get a short proof recording when it's done — the agent reads how you frame the task to decide which mode to use.What are similar projects?shuohao-skills, herk-edit-kit, guizang-product-video-skill, sprite-gen, pstack, threejs-game-skills, RSIGame, ruflo
shuohao-skills, herk-edit-kit, guizang-product-video-skill, sprite-gen, pstack, threejs-game-skills, RSIGame, rufloWhich topics is it in?godot-engine, ecs, game-dev, xai, godot, image-to-3d, vulkan-api, codex-cli, game-engine, grok, text-to-image, codex-skill
godot-engine, ecs, game-dev, xai, godot, image-to-3d, vulkan-api, codex-cli, game-engine, grok, text-to-image, codex-skill