game-bootstrap

Scaffold a Godot 4 project skeleton with scenes, scripts, and input actions.

Updated Mar 19, 2026
One-click install
npx skills add https://github.com/dragoscirjan/opencode-config --skill game-bootstrap
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: game-bootstrap
Source: https://github.com/dragoscirjan/opencode-config/tree/main/skills/game-bootstrap
Command: npx skills add https://github.com/dragoscirjan/opencode-config --skill game-bootstrap

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill turns a game concept or change request into a solid Godot 4 project scaffold, reducing the time and ambiguity involved in setting up scenes, scripts, inputs, and build order.

Core Features & Use Cases

  • Project Scaffolding: Creates a compilable Godot project skeleton with project.godot, scene structure, and script stubs.
  • Architecture Planning: Produces complete architecture notes that define scenes, scripts, signals, input actions, and asset needs.
  • Scene Build Orchestration: Guides the creation and dependency order of scene builder scripts so assets and scenes can be assembled reliably.
  • Use Case: A developer starting a new Godot game can use this Skill to establish a clean technical foundation before implementing gameplay logic.

Quick Start

Use the game-bootstrap skill to scaffold my Godot 4 project from this game concept and generate the architecture notes, project configuration, and scene/script stubs.

Frequently Asked Questions about game-bootstrap

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I scaffold a Godot 4 project from a game concept?

Scaffolding a Godot 4 project from a game concept involves generating a compilable skeleton with project.godot, scene hierarchies, script stubs, input actions, and build-order planning to establish a clean technical foundation.

What is included in Godot project architecture notes for scene builders?

Godot project architecture notes define scene structures, scripts, signals, input actions, and asset needs, while guiding the creation and dependency order of scene builder scripts for reliable asset and scene assembly.

Can I use this Godot scaffolding process for incremental project refactors?

Yes, this Godot scaffolding process applies to incremental refactors that need updated scene hierarchies, script stubs, input actions, and build-order planning alongside project.godot updates and headless verification.

How do I plan asset import sequencing for Godot scene generation?

Planning asset import sequencing for Godot scene generation requires draft architecture notes that orchestrate scene builder script dependencies, ensuring assets and scenes are assembled reliably and in the correct build order.

What's the best way to generate Godot script stubs and input actions?

The best way to generate Godot script stubs and input actions is through automated project scaffolding that updates project.godot, produces architecture notes, and creates scene builder scripts for headless verification.

Do I need headless verification to set up a Godot project skeleton?

Headless verification is required to validate the generated Godot project skeleton, ensuring the scene hierarchies, script stubs, and project.godot configurations compile and function correctly before gameplay logic implementation.