Skill UI

This skill is designed to create editable, macro-free scientific posters in PowerPoint (.pptx) format for academic and conference use. It enforces rigorous content auditing, requiring authors to provide all assets and data locally. Use it when absolute control over physical dimensions, print readiness, provenance, and security (e.g., no macros or external APIs) is mandatory.

Generate production-quality React components and UIs using the specialized Rayden UI component library and Tailwind CSS. This skill ensures that all generated code strictly adheres to a defined design system, including correct component usage, design tokens, prop validation, and established layout patterns. Ideal for scaffolding complex pages like dashboards, login forms, and data tables while maintaining premium aesthetics and consistency.

This specialized skill automates the process of converting visual designs (from Stitch) into high-quality, modular React and Vite components. It adheres to modern frontend best practices, enforcing logic isolation via custom hooks, data decoupling using mock data files, and ensuring type safety with TypeScript interfaces. The workflow includes automated asset fetching, style mapping (Tailwind), and rigorous validation cycles to produce production-ready, maintainable code.

This skill provides a robust, systematic framework for evaluating the rigor of scientific claims and research studies. It guides users in assessing experimental design validity, detecting various biases (selection, confounding, publication), and evaluating statistical evidence. By applying established grading standards like GRADE and Cochrane Risk of Bias, it is essential for conducting systematic literature reviews, peer reviews, and deep scientific critical analysis.

A comprehensive skill designed to generate professional, visually engaging, and scientifically rigorous slide decks for academic talks, conferences, and thesis defenses. It guides users through structuring the narrative, incorporating complex data visualizations, ensuring consistent design aesthetics, and accurately placing citations. It works with formats compatible with PowerPoint and LaTeX Beamer.

This skill guides the creation and auditing of truthful, accessible, and publication-ready scientific figures. It emphasizes maintaining data integrity by separating universal scientific principles from journal-specific rules. Users learn proper encoding (e.g., using position on common scales, handling uncertainty/missing data) and implementing designs with scope-aware Python libraries like Matplotlib and Seaborn, ensuring compliance with WCAG standards and maximizing scientific rigor.

This skill formats and structurally validates pre-existing, clinician-authored treatment plan documentation. It is designed for record-keeping, source traceability, and managing intervention records, but it is strictly forbidden from performing any clinical decision-making, diagnosis, or recommending treatments. It only validates data supplied and verified by licensed professionals.

This skill automates the process of transforming high-level product specifications, requirements, and design documents into a detailed, actionable, and executable task plan. It follows a multi-stage workflow, including context loading, parallel research, and two rigorous review gates (Task Plan Review and Task-Graph Sanity Review). The output provides properly sized (1-3 hours), logically sequenced tasks, ensuring every requirement is covered and dependencies are explicitly managed, dramatically improving project planning accuracy.

This skill provides an interactive, comprehensive quality review for technical design documents. It systematically validates a feature's readiness for implementation by assessing critical issues, identifying strengths, and providing a clear GO/NO-GO decision with actionable next steps. Ideal for ensuring architectural soundness and catching risks early in the development lifecycle.

Provides technology-agnostic guidance for architecting and reviewing modular systems. This skill covers core architectural principles such as bounded contexts, state isolation, explicit contracts, and failure containment. Use it when determining service boundaries, assessing coupling between domains, or designing new greenfield architectures without assuming a specific framework, language, or repository structure.

This skill provides actionable strategies and code patterns to significantly reduce Anima API costs. It focuses on optimizing usage through generation caching, detecting component changes for incremental generation, and implementing smart policies to minimize unnecessary API calls. Ideal for managing large-scale design-to-code workflows and controlling API budget.

This skill demonstrates how to create an event-driven pipeline using Figma's Webhooks. It listens for design file changes and automatically triggers Anima to regenerate production-ready code components (e.g., React/TypeScript/Tailwind). Ideal for integrating continuous design updates into CI/CD workflows.