Skill UI

This skill automates the complex process of creating formal drawing descriptions and reference numeral indexes for patent applications. It analyzes user-provided technical diagrams (PNG, JPG, SVG, PDF), identifies components, assigns sequential reference numerals according to standard patent rules (e.g., 100-199 for FIG. 1), and generates structured descriptions in both Chinese (CN) and English (US/EP). It also cross-references the generated index against patent claims to ensure completeness.

Generates high-quality, deterministic, and editable vector diagrams (SVG) for system architecture, workflows, and pipelines. By using a structured JSON specification (FigureSpec), it ensures that the same input always yields the identical output, making it ideal for reproducible technical documentation, academic papers, and formal system modeling where precise layout and connections are critical. It is optimized for non-data-plot, formal diagrams.

This skill converts complex technical descriptions, such as system architectures, data flow diagrams, flowcharts, and sequence diagrams, into professional, production-quality SVG diagrams. It supports various technical models, including Agent and Memory architectures, and exports the final output as high-resolution PNG files for seamless documentation and presentation use.

This skill provides a comprehensive workflow for managing Lucidchart documents and diagrams using the REST API. Users can programmatically execute the full lifecycle: creating new documents, adding complex shapes and connectors via the Standard Import format, modifying existing content, and exporting the final diagram into high-resolution formats like PNG, PDF, or SVG. Ideal for automated diagram generation and content lifecycle management.

This workflow manages the collaboration and lifecycle of diagrams created in Lucidchart. Users can invite specific collaborators with tailored, role-based permissions (e.g., editor, viewer, commenter). It allows for setting granular access controls, such as restricting downloads, limiting link sharing, or setting document expiry dates. Furthermore, it enables tracking revision history and managing comment threads, ensuring secure and organized team knowledge sharing.

This guide provides advanced techniques for optimizing API interactions with Lucidchart, especially when dealing with enterprise diagrams containing thousands of shapes. Key strategies include implementing Redis caching for metadata, utilizing cursor-based pagination for list retrieval, grouping updates for batch operations, and robust rate limit handling with exponential backoff. It ensures stable and high-throughput integration.

A comprehensive guide for developers implementing secure integrations with Lucidchart. Covers critical security measures including OAuth2 client credential management, webhook signature verification (HMAC-SHA256), API version pinning, robust access control, and data redaction for handling sensitive diagrams and proprietary data.

Programmatically manages advanced elements on Miro boards using the REST API v2. Functions include creating connectors, uploading images (from URL or Base64), embedding external content (like videos/URLs), managing custom App Cards, and adding documents. Ideal for building complex, automated, and visually rich workflows, architecture diagrams, and collaborative dashboards.

This skill acts as a Senior Solution Architect specializing in the Microsoft Power Platform ecosystem (Power Apps, Power Automate, Power BI, etc.). It excels at analyzing unstructured input, such as meeting transcripts or high-level use case descriptions, and generating a comprehensive technical solution architecture. The output includes component selection, detailed implementation steps, and visualizations (e.g., Mermaid.js diagrams) required to build a robust digital solution.

Use this comprehensive skill to generate, manipulate, and export draw.io diagrams. It converts diagrams into native .drawio files and allows exporting to high-quality formats like PNG, SVG, and PDF. Crucially, it embeds the editable XML data, ensuring the resulting diagrams are professional, scalable, and easily integrated into documents.

This skill generates comprehensive Entity Relationship Diagrams (ERDs) and database schemas as D2 source code from an existing Entity Framework Core codebase. It analyzes DbContexts, DbSet declarations, Fluent API mappings, and migrations to accurately visualize tables, columns, primary/foreign keys, relationships (including many-to-many joins), owned types, and constraints. The output is a structured .d2 file, suitable for rendering into SVG or PNG, helping developers document the persistence model.

A powerful Python skill for adding professional callouts, arrows, and labels to various images, including screenshots, diagrams, and architecture documents. It allows users to visually highlight specific areas or changes. The advanced `annotate.py` module provides algorithmic label placement, optimizing for readability and preventing overlaps. Ideal for creating clear PR descriptions, documenting changes, or building annotated demo assets.