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138,157 tools. Last updated 2026-05-20 05:24

"Houdini" matching MCP tools:

  • Browse available carousel design templates, including built-in options and custom brand kits, to select the right visual style before creating content slides.
    MIT
  • Convert slide plans into formatted visual assets for LinkedIn, Instagram, or Threads by generating SVG, PDF, or PNG files with custom graphics and brand templates.
    MIT
  • Discover and explore all available functions with usage details and examples to understand Houtini LM's capabilities for system diagnostics and task management.
    MIT

Matching MCP Servers

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    Connects Houdini to Claude AI through Model Context Protocol, enabling AI-assisted 3D modeling, scene creation, simulation setup, and rendering through natural language commands.
    Last updated
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  • Clears cached multi-file analysis data to resolve outdated or incorrect results, improving accuracy for specific files or all files in Houtini-lm.
    MIT
  • Generate interactive text adventure games with branching storylines, inventory systems, and multiple endings for production-ready code and documentation.
    MIT
  • Verify LM Studio server status and response availability to enable function discovery and system diagnostics for Claude Desktop integration.
    MIT
  • Analyze CSS usage to identify unused selectors for performance optimization. Supports URL, local file, and code analysis to reduce bloat and improve website speed.
    MIT
  • Analyze code complexity, maintainability, and best practices adherence to identify issues and assess technical debt in software projects.
    MIT
  • Retrieve current analysis cache statistics to monitor system performance and optimize resource usage for diagnostic workflows.
    MIT
  • Analyze WordPress themes for security vulnerabilities, performance issues, accessibility compliance, SEO optimization, and code quality to identify technical debt and ensure compatibility.
    MIT
  • Analyze code dependencies to identify circular references, unused imports, version conflicts, and coupling issues for technical debt assessment.
    MIT
  • Analyze code integration across files to detect mismatches, missing imports, and compatibility issues, providing actionable fixes with line numbers.
    MIT
  • Trace code execution paths across multiple files to understand complex call flows, identify issues, and assess technical debt with architectural insights.
    MIT
  • Analyze code structure, quality, and patterns in individual files to identify issues and provide actionable recommendations for improvement.
    MIT
  • Analyze project structure and architecture to identify issues, assess technical debt, and provide actionable recommendations for code improvement.
    MIT