SVG (Scalable Vector Graphics) is an XML-based vector image format for two-dimensional graphics maintained by the World Wide Web Consortium (W3C). It's a standard format for vector graphics on the web.
Why this server?
Analyzes Figma DSL structure to extract and download SVG resources and vectors with intelligent handling of complex node structures
Why this server?
Provides weather icons in SVG format as part of the weather forecast data structure.
Why this server?
Provides specialized support for SVG format logos with prioritization in the scoring system and ability to output optimized SVG files.
Why this server?
Generates SVG chart visualizations from PubMed data, supporting bar, line, and scatter chart types for data representation.
Why this server?
Supports rendering Mermaid diagrams as SVG format, which can be used for vector-based graphics representation
Why this server?
Offers SVG placeholder generation with customizable dimensions, text, and colors
Why this server?
Supports exporting generated mind maps in SVG format, preserving the vector graphics quality of the visualization.
Why this server?
Retrieves SVG code for icons, allowing direct access to vector graphics that can be used in UI/UX design and frontend development projects.
Why this server?
Enables generation of QR codes in SVG format through the MCP server's generator tools.
Why this server?
Extracts SVG components from source files and creates individual .svg files with preserved structure and attributes
Why this server?
The MCP server offers QR code generation in SVG format as one of its generator tools
Why this server?
Supports SVG as an input format for conversion to other image formats
Why this server?
Supports generation of SVG-based logo and icon designs that follow Superdesign principles
Why this server?
Supports SVG-based visualizations as shown in the embedded asciinema player which uses SVG format for rendering terminal recordings.
Why this server?
Generates visualizations in SVG format, allowing for scalable vector graphics output that maintains quality at any size when creating charts, diagrams, and other visual elements.
Why this server?
Enables AI-powered transformation of static SVG files into animated SVG components with custom animation effects like glowing, pulsing, spinning, and bouncing.
Why this server?
Integration with SVG technology via SVGL for accessing and utilizing logo assets and brand icons in various formats including raw SVG markup.
Why this server?
Integrates with SVGL to provide access to professional brand assets and logos
Why this server?
Used for header animation and visual elements in the project documentation
Why this server?
Retrieves and processes SVG assets from Figma designs, supporting vector graphics integration in the resulting React components.
Why this server?
Renders geometric images in SVG format, allowing for scalable vector graphics output.
Why this server?
Converts canvas content to optimized SVG vector representations for efficient visual sharing with LLMs.
Why this server?
Enables exporting Excalidraw drawings to SVG format.
Why this server?
Integrates with SVGL to provide access to professional brand assets and logos for UI components
Why this server?
Allows for generating SVG vector graphics through the Recraft-Vector model with automatic optimization
Why this server?
Analyzes SVG header images for quality metrics including gradients, animations, rounded corners, and project-specific elements.
Why this server?
Supports exporting canvas data to SVG format through the export_canvas tool, allowing visualization of JSON Canvas content.
Why this server?
Supports retrieving SVG images from IPFS with automatic image detection and returns them as base64-encoded data.
Why this server?
Supports downloading SVG assets from Figma designs with original export settings preserved.
Why this server?
Supports parsing and processing of SVG files, with capabilities for layout information extraction and image rendering.
Why this server?
Enables programmatic generation of SVG images from text prompts with customizable quality and aspect ratio, and saving them to the local filesystem
Why this server?
Mentioned as a planned feature for logo generation with vector-style outputs and future SVG conversion support.
Why this server?
Provides image vectorization tool to convert images into scalable SVG graphics
Why this server?
Supports downloading SVG assets from Figma designs for use in development projects.
Why this server?
Provides conversion functionality from SVG code to PNG and JPG images with detailed customization options including transparency support, quality settings, and resolution scaling.
Why this server?
Allows processing SVG files as part of the content generation, enabling analysis and description of vector graphics.
Why this server?
Supported as one of the export formats when exporting Figma nodes as images through the export_node_as_image tool.
Why this server?
Renders and beautifies SVG output with multiple styling options including sketchy, colorful, minimalist, and professional themes
Why this server?
Converts SVG code to PNG images, supporting customizable working directories and offering two conversion methods (CairoSVG and Inkscape)
Why this server?
Supports processing SVG files to extract content for large language models