Skill UI

An advanced tool that audits legal documents (such as contracts, NDAs, or policies) against established legal design principles. It scores the text across six pillars: language patterns, readability metrics (Flesch, LIX, etc.), structure, hidden clauses, statutory duplication, and visual hierarchy. It provides a non-rewriting assessment report to help users understand the clarity, complexity, and compliance risk of their legal drafting.

A comprehensive guide for structuring and building playable game levels. This skill focuses on the engine-neutral process of blockout (whitebox/greybox), defining player metrics, pacing the experience (tension/rest curve), and mapping the critical path. It ensures that gameplay flow and mechanics are validated long before any final art or details are applied.

This skill assists legal professionals and mediators in conducting comprehensive dispute analysis. By reviewing case materials—including contracts, pleadings, and evidence—it identifies the core issues, underlying interests of all parties, and relevant legal principles. It focuses on developing practical, resolution-oriented strategies for mediation or settlement, moving beyond mere legal rights.

This skill provides expert guidance on Section 508 compliance and WCAG 2.0 standards for US federal Information and Communication Technology (ICT). Use it for conducting comprehensive accessibility audits, generating VPAT/ACR reports, developing remediation plans, or answering detailed questions about the POUR principles. It covers federal procurement requirements, electronic documents, and diverse accessibility domains.

This comprehensive guide outlines the principles, architecture, and best practices for developing specialized, modular skills that extend large language model capabilities. Learn how to integrate domain expertise, multi-step workflows, API tool integrations, and structured resources while managing the context window efficiently.

This skill enables applying John Ousterhout's design principles to reduce complexity in software systems. It guides decisions on module boundaries, API design, information hiding, and abstraction depth. Use it when refactoring shallow interfaces or managing cognitive load during development. Ideal for architects and senior engineers optimizing system structure and ensuring maintainable codebases through proper abstraction layers.

Apply Robert C. Martin-inspired rules to separate business policy from frameworks, databases, UI, and infrastructure. This skill helps define architectural boundaries, dependency direction, use cases, and interface adapters. Use it for software design decisions involving framework isolation or technology churn to ensure maintainability and clarity.

Apply Robert C. Martin-inspired clean code rules to improve code readability, naming conventions, function design, and responsibilities. This skill ensures everyday implementation quality, readable control flow, and testable code by following established best practices for software development.

Apply pragmatic programming rules inspired by Hunt and Thomas to improve engineering judgment, feedback loops, DRY knowledge, orthogonality, automation, and adaptability. Use this skill for design and code decisions requiring pragmatic engineering tradeoffs.

This skill covers core principles for 2D game development, including sprite systems, atlases, tilemaps, physics engines, and camera controls. It addresses genre-specific patterns like platformers and top-down games. Suitable for frameworks like Phaser, Kaplay, Pixi, or Canvas. Also applies to guest viewports in hybrid web apps. Focuses on performance optimization, collision handling, and animation techniques to ensure clarity and smooth gameplay.

This skill covers fundamental principles for 3D game development, including rendering pipelines, shader programming, physics systems, camera controls, lighting techniques, and level of detail optimization. It helps developers create efficient and visually appealing 3D environments by understanding optimization strategies like frustum culling, occlusion culling, and batching. Suitable for implementing core game mechanics and profiling rendering performance.

A comprehensive guide for designing and implementing 3D user interfaces across web, mobile, and cross-platform environments. Learn core principles like perspective transformations, Z-axis depth, and interactive rotation to build visually stunning, spatially immersive, and highly engaging product experiences.