Skill UI

This skill executes a comprehensive, three-stage verification pipeline to rigorously evaluate any given code artifact or execution session. The process starts with mechanical checks (linting, building, unit testing), progresses to semantic evaluation (checking against acceptance criteria and goal alignment), and optionally concludes with a Multi-Model Consensus vote for maximum reliability. Ideal for CI/CD pipelines and critical code reviews.

This is a synthetic, instructional fixture designed solely for verifying the delivery and access of community skills within the OpenSquilla live Skill Hub canary environment. It is crucial for testing platform capability (e.g., resource access validation) and should not be executed for actual functionality or command processing.

This master router serves as the central entry point for all game development inquiries. It fingerprints your project by detecting the game engine (Godot, Unity, Unreal, etc.) and classifying the specific task (AI, UI/UX, Physics, etc.) or genre. It resolves the minimal set of required specialized skills, guiding you to the correct starting point without re-teaching APIs. Ideal for starting new projects or figuring out which skill applies when unsure.

This skill provides a rigorous, verification-first methodology for citing and analyzing legal precedents from the Special Court for Sierra Leone (SCSL) and its Residual Special Court (RSCSL). It covers landmark international jurisprudence concerning child soldiers, forced marriage, head-of-state immunity, and the joint criminal enterprise doctrine, ensuring citations are verified against official legal repositories. Ideal for academic research and international law writing.

Master complex character movement and actions within the Unity engine using the Animator component and Mecanim system. This skill covers defining state machines, managing parameters (Float, Bool, Trigger), implementing blend trees for smooth locomotion (idle to run), and utilizing humanoid Avatar IK to achieve realistic character rigging and blending for game development.

A comprehensive guide to configuring, scripting, and automating Unity game builds. This skill covers platform targeting, selecting scripting backends (Mono vs IL2CPP), managed code stripping, and integrating with CI/headless environments using `BuildPipeline.BuildPlayer`. Essential for achieving reliable and reproducible game releases.

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.

Implement robust AI pathfinding and movement in Unity using the dedicated AI Navigation package. This system allows developers to bake complex navigable surfaces (NavMeshSurface) and control NPC movement via NavMeshAgent. Use cases include simulating enemy chases, patrolling fixed routes, handling dynamic obstacles, and determining if a destination is reachable within the game environment.

A comprehensive guide detailing how to set up and manage 3D physics simulations using Unity's Rigidbody and PhysX engine. Learn best practices for applying forces, handling collisions (OnCollisionEnter), managing triggers (OnTriggerEnter), and performing raycasts. Essential for creating realistic and stable physical movement in 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.

This skill covers building and scripting complex 2D tilemaps within Unity using the Grid and Tilemap components. It details the workflow for painting levels, implementing collision detection (TilemapCollider2D), utilizing advanced features like Rule Tiles, and programmatically modifying map data at runtime via C# methods (SetTile, SetTilesBlock). Ideal for procedural generation and dynamic level editing.