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Found 3,409 Skills
Execute Clay production deployment checklist and rollback procedures. Use when deploying Clay integrations to production, preparing for launch, or implementing go-live procedures. Trigger with phrases like "clay production", "deploy clay", "clay go-live", "clay launch checklist".
Analyze videos using Google's Gemini API - describe content, answer questions, transcribe audio with visual descriptions, reference timestamps, clip videos, and process YouTube URLs. Supports 9 video formats, multiple models (Gemini 2.5/2.0), and context windows up to 2M tokens (6 hours of video).
Generate custom sticker designs using each::sense AI. Create die-cut stickers, vinyl decals, kawaii designs, brand logos, emoji packs, laptop stickers, bumper stickers, planner stickers, holographic effects, and complete sticker sheets.
CLI for Backlog project management (by Nulab). Use this skill when: (1) Listing, creating, editing, closing, or commenting on issues (2) Creating, listing, merging, or commenting on pull requests (3) Viewing, creating, or editing Wiki pages (4) Querying project settings (issue types, statuses, categories, milestones, members) (5) Checking notifications, stars, or watches (6) Making raw API requests via `backlog api`
Controlled plan execution with human review checkpoints - loads plan, executes in batches, pauses for feedback. Supports one-go (autonomous) or batch modes.
Create professional SVG graphics powered by Gemini 3.1 Pro via the Gemini MCP server. Generates logos, icons, illustrations, infographics, patterns, animated SVGs, and UI elements with a dual-model refinement loop (Claude orchestrates + Gemini generates). Gemini 3.1 Pro has SOTA animated SVG capabilities and advanced reasoning. Use this skill when the user asks to: create an SVG, design a logo, make an icon, draw an illustration, create an infographic, design a pattern, make an animated SVG, generate vector graphics, create SVG art, or any request involving SVG creation or generation. Also triggers on: 'generate SVG', 'draw me', 'design graphic', 'create vector', 'SVG illustration', 'SVG icon', 'SVG animation', 'create badge', 'design emblem', 'make a diagram'.
Generate hologram and 3D display content using each::sense AI. Create holographic product displays, presenters, 3D logos, interactive menus, event content, museum exhibits, retail displays, and trade show holograms.
Reorganize exported browser bookmarks under one user-specified topic folder into cleaner categories, remove duplicate URLs, and generate an importable Netscape HTML file. Use when users ask to analyze a bookmarks export, extract one topic directory, regroup links and subfolders, and output a browser-importable HTML file.
Use when user asks to "deep review the code", "thorough code review", "multi-pass review", or when orchestrating the Phase 9 review loop. Provides review pass definitions (code quality, security, performance, test coverage), signal detection patterns, and iteration algorithms.
Production-ready RNA-seq differential expression analysis using PyDESeq2. Performs DESeq2 normalization, dispersion estimation, Wald testing, LFC shrinkage, and result filtering. Handles multi-factor designs, multiple contrasts, batch effects, and integrates with gene enrichment (gseapy) and ToolUniverse annotation tools (UniProt, Ensembl, OpenTargets). Supports CSV/TSV/H5AD input formats and any organism. Use when analyzing RNA-seq count matrices, identifying DEGs, performing differential expression with statistical rigor, or answering questions about gene expression changes.
Bytecode interpreter and JIT compiler skill for implementing language runtimes in C/C++. Use when designing bytecode dispatch loops (switch, computed goto, threaded code), implementing stack-based or register-based VMs, adding a simple JIT using mmap/mprotect, or understanding performance trade-offs in interpreter design. Activates on queries about bytecode VMs, dispatch loops, computed goto, JIT compilation basics, tracing JITs, or implementing a scripting language runtime.
Create and use brand.yml files for consistent branding across Shiny apps and Quarto documents. Use when working with brand styling, colors, fonts, logos, or corporate identity in Shiny or Quarto projects. Covers: (1) Creating new _brand.yml files from brand guidelines, (2) Applying brand.yml to Shiny for R apps with bslib, (3) Applying brand.yml to Shiny for Python apps with ui.Theme, (4) Using brand.yml in Quarto documents, presentations, dashboards, and PDFs, (5) Modifying existing brand.yml files, (6) Troubleshooting brand integration issues. Includes complete specifications and framework-specific integration guides.