Skill UI

This guide teaches the fundamental concepts of real-time computer graphics programming, including the vertex-fragment pipeline, coordinate space transformations, and UV mathematics. It covers implementing common visual effects (like dissolve, rim light, and scrolling textures) using portable GLSL and HLSL equivalents, providing a strong foundation for game development shaders.

Automates the conversion of visual designs from Stitch into high-quality, modular React and Vite components. This skill ensures strict adherence to modern architectural standards, including logic isolation via custom hooks, data decoupling, and robust type safety using TypeScript. It manages complex workflows like network fetching, style guide synchronization, and multi-phase validation to generate production-ready frontend code.

This playbook guides the comprehensive design of complex survival and crafting games. It covers the core gameplay loop: resource gathering, managing survival needs (hunger, thirst, temperature), crafting items, building bases, and surviving escalating threats. Essential for developing deep, persistent sandbox experiences.

This skill provides a guided, hands-on tutorial to teach users the Ouroboros workflow. It guides the user through a structured process of refining vague ideas into precise, executable specifications (Seeds). By simulating an interview and exposing hidden assumptions, it reduces the inherent ambiguity in initial project planning, making it ideal for product development, AI prompt engineering, and initial concept validation.

A comprehensive guide to writing correct and idiomatic gameplay scripts using C# within the Unity engine. Covers the entire MonoBehaviour lifecycle (Awake, Update, FixedUpdate, etc.), efficient component caching, serialization best practices, and implementing time-sequenced logic using coroutines for deterministic and high-performance gaming behavior.

This guide details the modern, action-based approach to handling player input in Unity using the Input System package. It covers setting up Input Actions, Action Maps, utilizing the PlayerInput component, and advanced coding patterns (callbacks, polling). Use this when building robust, device-agnostic gameplay controls for modern Unity projects.

Master the use of ScriptableObjects (SO) in Unity to architect robust, data-driven systems. Learn how to store shared configuration, manage runtime variables, and implement event channels—all as editable project assets. This guide helps you decouple systems, replacing hard-wired singletons and creating scalable game data structures for modern Unity development.

Learn how to build complex, reusable gameplay logic in Unreal Engine 5 using Blueprints. This guide covers Blueprint Classes, Event Graphs, Construction Scripts, and advanced communication methods (Interfaces, Event Dispatchers) to structure decoupled game systems without writing C++. Ideal for designers and developers who prefer visual scripting.

A comprehensive guide to implementing modern player input in Unreal Engine 5 using the Enhanced Input system. Learn how to set up Input Actions (IA_), Input Mapping Contexts (IMC_), modifiers, and triggers. Covers binding actions in both C++ and Blueprints, providing a data-driven approach to movement, looking, and general gameplay controls, moving beyond legacy input methods.

A comprehensive guide to building and controlling real-time visual effects (VFX) in Unreal Engine 5 using the Niagara system. Learn the System/Emitter/Module hierarchy, how to expose user parameters for game logic control, and methods for spawning and driving complex particle effects at runtime using both C++ and Blueprints. Ideal for gameplay-driven visual assets.

A comprehensive guide detailing how to transform an Unreal Engine 5 project into a runnable, distributable build. It covers all aspects of the build pipeline, including selecting appropriate configurations (Development vs. Shipping), cooking content, setting the game default map, and executing the build via both the editor GUI and the command line (RunUAT BuildCookRun). Essential for releasing stable, optimized games.

This skill manages the update process for Ouroboros. It checks the current version against the latest stable release and provides guided steps for upgrading. It strictly uses the native updater to ensure the upgrade process respects the existing execution environment, configuration profiles, and installed integrations (like Claude/Codex), minimizing risk and maintaining system integrity.