Skills
96,981 packaged capabilities and playbooks for agents. Install any of them with one command.
Design & UI
Create, redesign, extend, debug, validate, package, test, and upgrade distinctive production Bagisto storefront themes. Use for self-contained Bagisto UI/UX direction, ultra-polished brand and commerce design systems, design tokens, responsive storefront UX, guided beginner implementation, Shop theme registration, resource overlays, distributable packages, Blade layouts/components, inline Vue, Vite/Tailwind assets, dynamic admin-controlled content, channel and theme-customization content, localization/RTL, accessibility, performance, complete Playwright commerce coverage, deployment, or resolving theme inheritance and asset-manifest failures. Derive every identity, path, version, component, locale, and command from the target checkout.
Build the pre-migration spec of a website — pages, redirects, 404s, layout variants, the EDS blocks each page needs with reuse verdicts, dynamic features, martech and open decisions — as documented knowledge files for people and a migration agent. Use when someone asks to scope, estimate or plan a migration, wants "which pages use block X / which blocks does page Y need", a redirect or 404 inventory, or the facts behind a migration brief. Not the migration itself (replica, migrate, rollout)
Guide implementation of the Syncfusion WinUI AutoComplete control (SfAutoComplete) for creating searchable dropdowns with single or multiple selection, filtering suggestions, and customizable token display. Use this skill when implementing search-as-you-type functionality, autocomplete dropdowns with multi-select, tagging systems with token/chip display, or filtered suggestion boxes in WinUI applications.
Learn to implement Syncfusion WinUI NumberBox (SfNumberBox) control for numeric input with validation, custom formatting, and value restrictions. Use this skill when you need numeric input fields with currency, percentage, or decimal formatting in WinUI applications.
Implementation guide for Syncfusion WinUI Polar Chart (SfPolarChart) control. Use this when working with polar charts, radar charts, or spider charts for radial data visualization in WinUI applications. This skill covers line and area series for visualizing data in terms of values and angles, multi-dimensional data comparison, and directional data visualization with PolarLineSeries and PolarAreaSeries.
Guide for implementing Syncfusion WinUI TreeGrid (SfTreeGrid) components for displaying hierarchical or self-relational data. Use this skill when working with tree-structured grids, parent-child data relationships, or expandable grid rows. Covers TreeGrid features for organizational charts, file system displays, and multi-level data representation in WinUI applications.
Version-aware templUI v1 and shadcn-templ v2 component guidance for Go/templ apps. Use for component installation, UI blocks, Script() setup, HTML-to-templ conversion, or Go-to-JavaScript interpolation. Offers an upgrade when legacy templUI is encountered. Skips generic HTMX issues and full goilerplate application generation.
Master UI/UX design skill combining Apple HIG, modern web design, SuperDesign patterns, and universal design principles. Use for any UI/UX design task including iOS/macOS/web apps, landing pages, dashboards, design systems, accessibility, responsive layouts, animation, and creating beautiful, functional interfaces across all platforms and frameworks.
Break down and lay out user-provided articles, notes, tutorials, SOPs, checklists, web content or local documents into 3:4 multi-page Xiaohongshu image-text HTML. By default generates a complete self-contained HTML with more than 6 pages at 1080×1440 each that can be screenshotted page by page; supports 62 brand design styles and, before starting, offers the user matching style candidates and 6/7/8/9-page options to choose from. For requests such as "make Xiaohongshu image-text", "turn content into Xiaohongshu cards", "generate multi-page Xiaohongshu HTML", "make 3:4 knowledge cards", "lay out an article into a Xiaohongshu image set", "make tutorial image-text", "make screenshottable HTML".
Extract semantic structure and transferable style grammar from academic figures, PDFs, and paper or figure URLs for analysis, redraws, or reference-conditioned generation. Do not use it for paper-text-only figure planning.
An infographic skill for AI agents — works inside Claude Code, Codex, Hermes, OpenClaw, Cursor, and any agent host that loads skills. Create professional infographics as self-contained HTML files with PNG exports. Use when the user asks to create, design, generate, build, or make an infographic, data visualization, visual explainer, chart poster, cheatsheet, or pocket guide. Trigger phrases include "make this visual", "turn this into a graphic", "visualize this data", "infographic for X", "cheatsheet for X", or when the user provides structured data (tokenomics allocations, ecosystem/partner lists, timelines, comparisons, step-by-step processes) AND asks for a visual output. Covers tokenomics, ecosystem overviews, game overviews, cheatsheets, airdrop guides, comparisons, and process flows. Do NOT trigger for plain text answers, markdown tables, bulleted summaries, questions asking for advice or explanations about a topic (even when the topic is tokenomics, ecosystem, vesting, etc.), inline chat diagrams, or data processing with no visual output requested. The signal is "asks for a visual", not "mentions a keyword".
This skill should be used when the user asks about "typography", "type design", "font selection", "font pairing", "typographic hierarchy", "typographic grid", "type scale", "readability", "legibility", "kerning", "leading", "tracking", "typeface classification", "serif vs sans-serif", "modular scale", "act as a typographer", "typographer mode", "type system", "web typography", "variable fonts", "responsive typography", "paragraph spacing", "baseline grid", or needs expertise in type selection, typographic hierarchy design, font pairing strategies, and readability optimization. Part of the AlterLab FC Skills collection (VCD department).
Apply Apple's current design language (Human Interface Guidelines + Liquid Glass, mid-2026) to any UI work — app interfaces in the iOS/iPadOS/macOS style, and marketing/landing pages in the Apple.com style (huge headlines, alternating light/dark sections, scroll-driven product reveals). Use this skill whenever the user asks for "Apple style", "Apple-like", "HIG", "iOS style", "macOS style", "Liquid Glass", "iOS 26 style", "Cupertino", a "clean premium minimal" landing page, or a product page that feels like an iPhone/Mac launch page — even if they don't say "Apple" explicitly but describe frosted glass, floating tab bars, pill buttons, giant centered headlines, or scroll-scrubbed product animations. Also use when reviewing/critiquing a design for Apple-platform fit. Works for HTML/CSS/JS prototypes, React + Tailwind, and Figma design guidance
Analyzes article structure, identifies positions requiring visual aids, generates illustrations with a Type × Style two-dimension approach. Use when the user asks to "illustrate article", "add images", "generate images for article", or "为文章配图".
Use when the user wants Claude to send images to OpenAI Codex — Codex-side review of an existing screenshot/mockup/wireframe, generate an image via Codex's image_gen tool, or edit an existing image via Codex — or explicitly invokes "codex-vision" / "/codex-vision". Wraps the upstream `codex exec -i` CLI with three modes (review / generate / edit) and an opt-in tmux session prefixed `claude-codex-` so the user can attach and watch. SKIP when the task is text-only, or when the user needs a durable multi-turn repo task — use codex-tmux-dev for long-running image+coding work. The bare word "codex" is not a trigger; the bare word "screenshot" is not a trigger. For generate/edit, require explicit Codex intent unless the user invoked the skill by name. Explicit `/codex-vision` invocation overrides every other gating rule below.
Improve an existing website or web app's decision clarity, trust, forms, UX copy, and accessibility without dark patterns. Use when an agent must polish CTAs, navigation, pricing, onboarding, empty or error states, keyboard behavior, semantic HTML, focus, contrast, or the end-to-end conversion path.
Create dimensioned 3D CAD parts from natural-language requirements and export validated STEP, STP, or STL files with OpenCAD. Use when a user asks an AI agent to model a mechanical part, make a printable STL, create an editable STEP file, convert a dimensional description into CAD, or revise a previously generated OpenCAD model.
Design and audit creator, seller, developer, plugin author, marketplace contributor, community moderator, and content partner onboarding for marketplaces, app stores, skill repositories, template stores, game UGC, creator economies, affiliate programs, and developer ecosystems. Use when improving submission readiness, quality, trust, payout setup, review queues, publishing, analytics, support, and creator activation.
Generate an animated, interactive HTML page that explains a complex concept through real-world analogies, visual diagrams, and progressive disclosure. Use this whenever the user says 'explainer infographic,' 'explain how X works,' 'make an explainer for,' 'visualize this concept,' 'turn this into a visual,' 'help me understand X visually,' or asks to break down a topic in a bite-sized visual format. Output is a single self-contained HTML file the user can open in a browser, scroll through, or share as a link. Topics can be anything — finance concepts, technical systems, scientific processes, business frameworks.
Builds, revises, restyles, and critiques deliberate, editable Feishu / Lark whiteboards from content, references, existing SVGs, or live boards. Use for whiteboards, infographics, diagrams, system maps, timelines, decision boards, posters, and visual explainers that need factual fidelity, strong hierarchy, intentional composition, and evidence-based review rather than a generic grid of equal cards. Routes creation, revision, and critique through separate playbooks; commits to a content-and-design contract before drawing; validates deterministic SVG defects; renders and inspects the actual artifact; and uses an independent final reviewer for material deliveries.
Write a structured design brief for a Figma design task from a product requirement or feature request. Use when asked to write a design brief, create a design spec for Figma, turn a PRD into design requirements, or brief a designer on what to build in Figma. Produces a brief with goals, scope, user flows, components needed, constraints, and success criteria.
Extract a design system from vibe-coded production apps that never had one: inventory components, mine de-facto styling into DTCG tokens, scaffold a Storybook package, port components, and optionally round-trip tokens/components into Figma. Use when the user wants to 'extract a design system', 'create a design system from this app/codebase', 'reverse-engineer our components into Storybook', 'turn our app styles into tokens', or 'consolidate the UI of several AI-built products'. Works best with the figma-console-mcp local server connected (figma_ds_* tools); includes an agent-driven fallback.
Plan prototype interactions and flows for user testing in Figma. Use when asked to plan a Figma prototype, set up prototype interactions, define what to prototype for a user test, or prepare a Figma prototype for usability testing. Produces a prototype scope, interaction specification, test task scripts, and Figma setup guide.
Design a spacing and layout token system for a Figma design system. Use when asked to create a spacing system, define layout tokens, set up a grid system, build a spacing scale, or establish layout foundations for a Figma file. Produces a complete spacing scale, grid definition, component spacing conventions, and Figma implementation guide.
Review and design form UX for signup, checkout, onboarding, settings, support, enterprise lead forms, creator submission, marketplace listing, payment, cancellation, data export, and admin workflows across web, mobile, and desktop. Use when improving form completion, clarity, accessibility, validation, errors, field order, progressive disclosure, autosave, trust, fraud controls, and support evidence.
Use this skill as the frontend entrypoint for the Svelte 5 app in ClientApp — adding routes, creating feature slices, writing Svelte components, applying TypeScript conventions, using shared UI/formatter components, handling accessibility, or adding frontend tests. The legacy Angular app still powers most of the current site in ClientApp.angular, but all new frontend development should be Svelte UI only unless the user explicitly asks for Angular or legacy UI changes.
Frontend visual replication skill. Explores a target website’s publicly visible pages via Playwright MCP or agent-browser, captures screenshots and layout information, then generates a static or client-side frontend replica that approximates the original’s visual appearance and page structure. This skill replicates FRONTEND PRESENTATION ONLY — it does not reproduce backend logic, server-side behavior, databases, or any non-public content. The user is responsible for ensuring they have proper authorization (ownership, license, or explicit permission) before replicating any website. Authorization gate: Before starting, the agent MUST confirm with the user that they have the legal right to replicate the target site. If the user cannot confirm, the skill MUST refuse to proceed.
Holocron is a Mintlify-compatible docs site generator and Vite plugin. Use this skill when creating, migrating, customizing, or deploying a Holocron documentation site. Also load when writing index.mdx, page titles, hideTitle, Above heroes, or homepage SEO for Google brand ranking.
Resolve a natural-language element description ("the red button in the hero", "the third card from the top") to a concrete DOM element in the current preview + source-code location. Uses Chrome DevTools MCP take_snapshot UIDs for deterministic targeting. Use when user asks to change/style/remove a specific visual element without pointing at source code.
Software development engine for coding. A production-grade skills system for web apps and mobile architecture, APIs, databases, web, mobile, AI, security, UX, SaaS, and ERP engineering. Encodes reusable engineering judgment through layered baseline and specialist skills to help generate secure, scalable, maintainable, high-performance software systems
Transforms any subject knowledge point into a vertical educational infographic (9:16). The user only needs to enter a knowledge point name (such as "sound phenomena," "Pythagorean theorem," "photosynthesis"), and the Skill automatically: identifies the subject/grade/chapter, breaks it down into 3-5 core sub-concepts, assigns a theme color scheme, generates specific illustration descriptions for each sub-concept, builds a complete prompt, and calls linyuebanzi-image-gen to generate the image. Built-in two-layer subject accuracy check: self-check the prompt against a per-subject checklist before generation, then read back the PNG for visual review after generation (text/formulas/diagrams), with automatic retries on failure to ensure the content delivered to students is accurate. Built-in illustration guidance for subjects including physics (sound/light/heat/force/electricity/lenses/mechanical motion), math, chemistry, biology, Chinese, history, and English. Supports batch generation - "all chapters of first-semester 8th grade physics" will be generated chapter by chapter, each with a different color scheme and a consistent style. Trigger words include: make an infographic, knowledge card, subject diagram, physics infographic, chemistry infographic, make a knowledge chart, draw a knowledge card, turn this knowledge point into an image. Do not use for dynamic interactive demos (use the interactive demo Skill), article cover images (use linyuebanzi-cover-generator), or hand-drawn style article illustrations (use linyuebanzi-inline-diagram).
Build a terminal-style, always-running animated architecture diagram (a "live panel") from a JSON config and render it to an mp4. Use when the user wants a system, agent or org architecture diagram that looks like a monitoring dashboard in a terminal window - fixed layout, glowing packets on the wires, scrolling log, counters, bars that flip state - as a screen-recording-style video or a live web page, instead of a static picture or a step-by-step reveal. 中文：当用户要做"活的"架构图、agent 树或系统监控面板风格的动画（mp4 视频或循环网页）时使用——终端里一直在跑的监控面板外观，固定布局、线上流动的数据包、滚动日志、翻转的计数器和状态条；不是静态图，也不是分步演示。
Build industrial-grade SCADA/HMI dashboards in MATLAB following industrial-HMI conventions (ISA-101-aligned): gray-field philosophy, alarms at source, write safeguards, fixed-range trends, drill-down layout. Produces a real App Designer app (.mlapp, or plain-text .m+.xml on R2026b+) by handing serialization to the matlab-build-app skill when available, and falls back to a programmatic .m app otherwise. Use when wrapping OPC UA / Modbus / MQTT / OSI PI / PI AF monitoring scripts into a live operator app, building plant overviews, designing operator dashboards, or any time a user asks for a "SCADA dashboard", "HMI", "plant dashboard", "operator screen", or "industrial monitoring app" in MATLAB. Trigger on: SCADA, HMI, industrial dashboard, plant overview, operator screen, uigauge, uilamp, alarm banner, gray-field, ISA-101, OPC UA dashboard, setpoint, write safeguards, alarm visualization, OSIsoft PI, AVEVA PI, PI Server, PI Data Archive, PI AF, PI Asset Framework, piclient, afclient.
Make a web interface feel native on a phone. Touch targets, dynamic viewport height, safe areas, tap highlight and sticky hover, input zoom, touch-action and overscroll, sheets and bottom bars in the thumb zone, the on-screen keyboard, momentum and pull-to-refresh conflicts, and performance on a mid-range device. Use when a site "feels like a website" on mobile, when building bottom sheets, bottom navigation or mobile forms, or before shipping anything people will use on a phone.
Turn one sentence of intent into tasteful, produced motion. Given a natural-language request like "make a good-looking animated landing page", "add a delightful like animation", or "make a silky release video", this skill classifies the intent, picks the most suitable recipes from the motion-anything library while honoring MOTION-SPEC.md (timing, easing, and the restraint budget), and produces the output. The universal entry point to motion-anything. Works on web pages, slides, app-showcase pages, and video.
New to MCP?
From what the protocol is to installing your first server, these answers cover most first questions.
An open protocol that defines how AI applications connect to external tools and data in a uniform way. Clients talk to the model; MCP servers provide tools, resources and prompt templates. They exchange standard messages, so one server can be reused by many clients.