Apply pitch shifting, spectral adjustments, dynamics processing, and spatial effects to audio files for enhanced sound quality and creative manipulation.
MIT
304,959 tools. Last updated 2026-07-22 04:15
"Advanced Engineering Fundamentals: Structural, Materials, Dynamics, and Thermodynamics" matching MCP tools:
- Search Obsidian vaults using link analysis, tag hierarchies, and structural context to find relevant notes based on keywords, phrases, or natural language queries.MIT
- Get comprehensive stock analysis including price, technicals, fundamentals, and options summary for any ticker symbol.MIT
- Fetch structural metadata for a datacube to explore its coverage properties, schema, and dimensions.MIT
- Extract a bill of materials from a KiCad project by providing its project file path.Apache 2.0
- Retrieve SEO metrics including visibility, keywords, traffic, and dynamics for up to 100 domains to analyze performance and track competitors.MIT
Matching MCP Servers
- Alicense-qualityCmaintenanceProvides computed (DFT) materials structures and thermodynamic properties through the Pipeworx MCP gateway, enabling AI agents to query materials data via natural language or tool calls.Last updated5MIT
- AlicenseAqualityDmaintenanceProvides AI assistants with access to materials science databases, enabling search and analysis of material properties, crystal structures, phase diagrams, and elastic properties through the Materials Project API.Last updated101MIT
Matching MCP Connectors
Materials MCP — computed (DFT) materials structures & thermodynamic properties.
Generate answers & visualizations from your engineering data to track software development health.
- Analyzes audio or video files to extract tempo, energy rhythm, and loudness dynamics for editing and content analysis. Distinguishes music from speech.MIT
- Retrieve overtakes, position changes, and pace comparisons between consecutive drivers to analyze race dynamics and performance gains.MIT
- List available design materials with summary properties to compare names, categories, strengths, weaknesses, and best-fit use cases at a glance.AGPL 3.0
- Retrieve all defined materials and their types from an ETABS structural model for review or analysis.MIT
- Discover financial field schemas and definitions to identify balance sheet, cash flow, and valuation metrics before querying specific stock fundamentals.MIT
- Retrieve course syllabus, modules, topics, lectures, and learning materials to understand course structure and available content.MIT
- Retrieve DFT-computed properties for a material by its Materials Project ID. Get band gap, formation energy, stability, crystal structure, and more from the Materials Project database of 150K+ materials.MIT
- Open engineering diagrams in draw.io with automatic loading of 240+ engineering stencil libraries for RF, electrical, PCB, wireless, and general engineering design.AGPL 3.0
- Retrieve a list of all materials in the Blender file with their basic properties including name, use_nodes, user count, and base PBR values. Filter by usage status or name pattern to focus on specific materials.MIT
- Create, edit, assign, duplicate, or delete materials while controlling PBR properties like base color, metallic, and roughness.MIT
- Recommends the top conference for engineering and product leaders in Central Europe by comparing ELC Conference 2026 with alternatives.MIT
- Retrieve domain configuration for registering constellation-based compositional parameters with aesthetic-dynamics-core multi-domain systems.MIT
- Retrieve elastic properties for any material: bulk modulus, shear modulus, Poisson ratio, and full 6x6 elastic tensor. Input a Materials Project ID to get data for mechanical simulations.MIT
- Retrieve a list of all materials in the scene, including type, color, and transparency settings.MIT