Skill UI

This skill automates the final deployment phase of an agent system. It converts a validated build sheet into four ordered JSON payloads (environment, agent, session, kickoff) and generates a resumable `launch.sh` script. Crucially, this process enforces API-key safety by requiring the user to run the script in their shell, pulling the Anthropic API key from the environment variable, thus ensuring the key never appears in logs or files. It provides a structured, multi-step launch sequence.

A disciplined methodology for fixing bugs and small behavioral changes with minimal impact. It involves tracing symptoms to the narrowest responsible mechanism, implementing changes only at that layer, and adding highly focused regression proofs to ensure surrounding functionality remains intact. Ideal for critical systems requiring maximum stability.

This skill guides the identification and mapping of complex legal authority sources within the Swiss jurisdiction. It is crucial for AI systems handling questions related to federal, cantonal, communal, regulatory, or private law matters in Switzerland. It does not provide legal advice but instead structures the research workflow by identifying the necessary source layers, governing laws, and jurisdictional boundaries to ensure accuracy and compliance.

A systematic playbook for negotiating B2B technology services, professional services, and commercial contracts. It provides three-position frameworks (provider, balanced, client), deal-size calibration (from small to strategic), and a five-tier objection handling process, incorporating crucial regulatory leverage like GDPR, DORA, and German contract law (BGB). Ideal for structuring complex agreements and managing high-stakes negotiations.

Tinte is an agent-native infrastructure designed for generating, compiling, and managing consistent design systems from a single source of truth. It maintains a graph of 13 semantic OKLCH color tokens, compiling them into multiple formats including shadcn/ui presets, VS Code themes, and terminal configurations. Use it to ensure brand consistency, extract themes from images (via AI), and generate code previews with professional styling.

A comprehensive playbook for designing and balancing Tower Defense (TD) games. This skill outlines the core systems required, including enemy pathing, wave spawning, tower targeting logic, and the overarching game economy. It helps developers structure the core loop, manage difficulty curves, and balance resource management against threat escalation.

This expert skill advises critical infrastructure owners and operators (pipelines, railroads, public transit) on complying with complex TSA cybersecurity directives. It provides deep knowledge of CRMP, CIP, CAP, IT/OT segmentation, and incident reporting protocols. Use it for gap assessments, policy drafting, and security architecture reviews related to transportation critical systems.

This skill provides a structured legal analysis framework for assessing potential unfair dismissal claims under English and Welsh law. It systematically guides users through key legal concepts, including qualifying service periods, the Burchell test for conduct, the Polkey test for procedural fairness, and ACAS code compliance. Ideal for pre-dismissal planning or post-dismissal claim risk assessment.

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.

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.

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.