02161 views
Anthropic's agentic coding tool that lives in your terminal.
0 resources available
6 MCP servers — puppeteer: Browser automation for visual testing, screenshots, accessibility audits, and UI verification.; figma: Read Figma designs, inspect component properties, extract design tokens and spacing values.; storybook: Browse and interact with Storybook component library. Inspect stories, props, and variants.; filesystem: Read and write component files, styles, tests, and configuration.; github: Manage PRs, review UI changes, and track frontend-related issues. (+1 more)
4 MCP servers — defi-mcp: DeFi and crypto data — token prices, gas fees, swap quotes, wallet balances, and trending tokens across 9 chains.; filesystem: Read and write strategy files, portfolio configs, and analysis outputs.; fetch: Fetch blockchain explorer data, protocol documentation, and governance proposals.; memory: Track portfolio positions, price alerts, and research findings across sessions.
6 MCP servers — jupyter: Create, edit, and execute Jupyter notebook cells. Manage kernels and inspect outputs.; sqlite: Query SQLite databases for local data exploration, schema inspection, and ad-hoc analytics.; postgres: Query the data warehouse for production analytics, reporting, and data validation.; filesystem: Read CSV, Parquet, and JSON data files. Write processed outputs and reports.; fetch: Fetch datasets from public APIs, download documentation, and access data catalogs. (+1 more)
7 MCP servers — aws: Manage AWS resources: EC2, S3, Lambda, ECS, RDS, CloudFormation, and IAM.; docker: Build, run, and manage Docker containers, images, volumes, and networks.; github: Manage repositories, Actions workflows, releases, and infrastructure-as-code PRs.; terraform: Plan, apply, and inspect Terraform state. Browse provider documentation and module registry.; kubectl: 270+ Kubernetes tools for cluster management, deployments, troubleshooting, and monitoring. (+2 more)
7 MCP servers — filesystem: Read, write, and manage project files and directories.; github: Manage repositories, issues, PRs, branches, and releases on GitHub.; postgres: Query PostgreSQL databases, inspect schemas, and run SQL statements.; redis: Interact with Redis for cache inspection, key management, and pub/sub.; puppeteer: Browser automation for testing UI, taking screenshots, and verifying rendered output. (+2 more)
6 MCP servers — kubectl: 270+ Kubernetes management tools: pods, deployments, services, helm, networking, RBAC, and cluster operations.; kubectl-app: 8 interactive UI dashboards for Kubernetes: pods, logs, deployments, helm, cluster, cost, events, network.; docker: Manage Docker containers, images, volumes, and networks for local development and testing.; github: Manage Kubernetes manifests, Helm charts, and CI/CD workflows in GitHub repositories.; filesystem: Read and write Kubernetes YAML mani
GATEWAY — load FIRST before composing any HyperFrames animation or video. The high-level motion law that makes a multi-scene video feel like ONE continuous camera move instead of a stack of independently-animated slides. Covers the vector law (how you exit determines how you enter, incl. the Z scale-sign rule), the film's current, carrier elements, causal motion, the Seam Gate (build-gate enforcement), the ban on idle wobble (motion must PERFORM, not breathe), stillness-before-climax, and the sustained-moti
Overlay doctrine for the embedded-captions workflow — the caption MODEL (drop / rail / embed) and the rule that captions are an OVERLAY composited on top of the film, never a reserved bottom band you shift content up to avoid. Load when adding captions/subtitles to a talking-head or launch video, when deciding whether a phrase should be dropped, ride the verbatim rail, or be promoted to a scarce embedded climax, when laying out a composition that will carry captions (do NOT reserve a keep-out band), or when
The technique catalog: five velocity-matched SEAMS (zoom-through, INVERSE zoom-through, cut-the-curve, waterfall cut, rack-focus blur-cut) plus the two in-scene techniques — waterfall ENTRY (staggered arrival cascades for title cards / segment openers) and the nudge curve (slow-fast-slow three-phase group slides). Covers partial-travel (~12% of frame) velocity matching via mirrored power4 eases, the Z scale-sign rule, size-scaled blur (10px text / 18-20px full-frame), word-by-word staggered cuts, cascade pa
Render-correctness doctrine for scene-to-scene seams in HyperFrames launch videos — the prerequisites that make transitions composite correctly on the master timeline. Load when assembling the master timeline / index.html, when a white flash appears at a cut or crossfade seam (especially on dark films), when reasoning about why a transition opacity dip shows through, or when verifying the render-side mechanics of how overlapping scene wrappers blend. Covers the opaque stage-ground (#root background) white-f
Turn a weekly changelog .md into a finished branded changelog video (square 1080, ~45-60s, Annie VO, animated brand background, mock-UI visualizations, lowkey captions). Use when the user provides a changelog/digest markdown and wants the weekly video, or says "changelog video". Self-contained — fonts, background, lexicon, and scripts ship in this skill.
House-style oversized macOS cursor technique for HyperFrames launch videos. Load whenever a scene involves cursors or a pointer-led action, when kicking off a UI scene, when igniting a morph/transition/typing run with a click, or when a scene reads as static, dead, or stale and needs a cheap high-yield source of motion to carry the viewer's eye and segment them out of the stale state. Covers cursor size/look (incl. brand-motif cursors), the off-screen entry law, tip-targeting and the click tap, click-ignite
Cursor IDE rules and conventions for AI-assisted development.
Cursor IDE rules and conventions for AI-assisted development.
1. Project name and one-line description. 2. Installation / quick start (copy-paste ready). 3. Usage examples (the most common use case first). 4. Configuration reference. 5. Contributing guidelines.