Discover Development skills, compare source repositories and read the instructions for each workflow.
Unified workflow orchestration for substantial tasks. Auto-detects complexity, defers to matching skills, or provides phase-based execution. Solves workflow conflicts between skills, loop mode, and CLAUDE.md.
Comprehensive document creation, editing, and analysis with support for tracked changes, comments, formatting preservation, and text extraction. When Claude needs to work with professional documents (.docx file...
Presentation creation, editing, and analysis. When Claude needs to work with presentations (.pptx files) for: (1) Creating new presentations, (2) Modifying or editing content, (3) Working with layouts, (4) Addi...
生成单个文档的详细内容，根据文档结构和用户意图生成包含导航、代码示例、技术图表的完整文档。 使用场景： - doc-smith 主流程调用，批量生成各文档内容 - 输入文档路径（与 document-structure.yaml 中的 path 对应） - 自...
从工作区数据源生成和更新全面的文档，包括代码仓库、文本文件和媒体资源。当用户请求以下操作时使用此技能：(1) 从代码或文件创建或生成文档，(2) 构建文档结构或文档详情，(3) 更新、修改或改进已有文档，(4) 重写文档的特定...
RDKit molecular manipulation and visualization within Coot's Python environment. Use when working with Coot and need to (1) Create RDKit molecules from Coot monomers, (2) Modify molecular structures (e.g., atom...
NCS Reference Guidance
How to handle Unmodelled Density Blobs
Using Density-Fit Correlations in Coot
Best Practices for Model-Building Tools and Refinement
Best practices for protein structure refinement and validation in Coot. Use when performing (1) Residue refinement operations, (2) Model building and fitting, (3) Rotamer fixing, (4) Scripted/automated refineme...
"API documentation to be loaded at startup - when starting a Coot session, immediately call get_function_descriptions() with the functions listed in this skill.""
Comprehensive structure validation combining model-to-map analysis and unmodeled density detection
Best Practices for using Coot MCP
Guidance for deep knowledge graph traversal across memories, entities, and relationships. Use when needing comprehensive context before planning, investigating connections between concepts, or answering "what d...
Guidance for maintaining memory quality through curation. Covers updating outdated memories, marking obsolete content, and linking related knowledge. Use when memories need modification, when new information su...
Guidance for using Forgetful semantic memory effectively. Applies Zettelkasten atomic memory principles. Use when deciding whether to query or create memories, structuring memory content, or understanding memor...
Lightning Web Components with PICKLES methodology and 165-point scoring. TRIGGER when: user creates/edits LWC components, touches lwc/**/*.js, .html, .css, .js-meta.xml files, or asks about wire service, SLDS,...
Implement kkrpc client/server in any programming language to communicate with TypeScript kkrpc endpoints. Covers protocol, message formats, transports, and reference implementations in Go, Python, Rust, and Swi...
Build bidirectional RPC systems in TypeScript with kkrpc. Create RPC channels, expose APIs, use multiple transports (stdio, WebSocket, HTTP), handle callbacks, property access, and errors across Node.js, Deno,...
Svelte component patterns. Use for web components, component libraries (Bits UI, Ark UI, Melt UI), form patterns, or third-party integration.
Svelte runes guidance. Use for reactive state, props, effects, attachments, or migration. Covers $state, $derived, $effect, @attach. Prevents reactivity mistakes.
Svelte deployment guidance. Use for adapters, Vite config, pnpm setup, library authoring, PWA, or production builds.
Research topics by verifying actual source content. Use when asked to research or study links and documentation.
The default order uses GitHub repository stars from our indexed data. Stars belong to the source repository and may be shared by multiple skills. They indicate repository interest, not skill installs or an independent quality score.