Skip to main content
Glama
604,858 tools. Updated 2026-09-23 21:44

"How to generate MIDI files for Cubase or other DAW software" matching MCP tools:

  • Rank files by how many other files import them to identify dependency hotspots and critical refactoring targets.
    MIT
  • Transcribe drum audio into MIDI notes for your DAW track. Detects kick, snare, and hi-hat onsets from WAV files, converts them to a playable MIDI pattern.
    Apache 2.0
  • Convert monophonic audio recordings into editable MIDI notes on a DAW track. Extract bass, vocal, or lead melody from WAV files for further music production.
    Apache 2.0
  • Load audio files (WAV/MP3/FLAC/OGG) into a DAW project by specifying the absolute file path and optional display name. Files in the public directory are fetched via URL for faster loading.
    Apache 2.0
  • Transcribe drums and melody from an audio file into MIDI notes on separate tracks in one call, enabling full MIDI reconstruction for remixing in a DAW.
    Apache 2.0
  • Convert a drum recording or any percussive audio into MIDI notes on your DAW track. Detects kick, snare, and hi-hat onsets to create playable MIDI patterns.
    Apache 2.0

Matching MCP Servers

Matching MCP Connectors

  • Google is not the whole market. Your agent needs Bing, Yahoo, Baidu, Naver, Seznam and YouTube results — the engines that decide whether you exist in China, Korea, Japan or Central Europe. **What you can ask for** • "What ranks for this term on Baidu, and how different is it from Google?" • "Check Naver results for our Korean brand name." • "Compare Bing and Yahoo results for the same query." • "What comes up on YouTube search for this phrase in Japanese?" • "Take a screenshot of the results page as a user there sees it." **How to use it** Point any MCP client at https://mcp.aisa.one/seo-serp-other-engines/mcp and sign in with OAuth — there is no key to create or paste. 34 tools: organic results from Bing, Yahoo, Baidu, Naver and Seznam in live, regular and raw-HTML forms, YouTube search, an AI summary of a result set, and a rendered screenshot. **Why this rather than the source** The engines that matter outside the US, with the same call shape as the Google ones. **It is also a door to the rest** The same login reaches 26 sources and 580+ operations. Check the local engine here, then ask the same agent what the site's traffic or backlinks look like in that market — without adding a second server. **What it costs** Finding and inspecting an operation is free. Running one is billed per call at API prices, with no seat and no monthly minimum, and every call takes max_price_usd so an agent cannot overspend by accident. **Where else it reaches** https://mcp.aisa.one/seo-serp/mcp for Google itself. https://mcp.aisa.one/seo/mcp for all of it at once — rankings, keywords, backlinks, site health and AI-answer visibility across DataForSEO, Semrush and Ahrefs.

  • USPS state code OR.

  • Convert a cochlea RON score into a Standard MIDI File, preserving timing and tempo, for export to DAWs or notation tools.
    Apache 2.0
  • Generate a CycloneDX SBOM from package URLs or directory scans for software inventory, vulnerability tracking, and compliance documentation.
    Apache 2.0
  • Generate a complete Eurorack-style Pure Data rack from module specifications, with automatic wiring and MIDI controller configuration for hardware control.
    MIT
  • Opens the complete interactive DAW for visual viewing and editing of music production projects.
    MIT
  • Transcribe local or public HTTPS audio files to multi-instrument MIDI. Converts recordings to playable MIDI files for further editing.
    MIT
  • Generate MIDI files from structured composition data with chord support, returning base64-encoded MIDI and an interactive piano-roll preview.
    MIT
  • Load an audio file (WAV, MP3, FLAC, or OGG) into the DAW project by specifying its absolute file path and an optional display name.
    Apache 2.0
  • Convert audio from video or standalone files to MIDI note data, returning a MIDI file and note summary for music production and analysis.
    MIT
  • Compute swing percentage and tightness from MIDI onset deviations to quantify groove feel in music performances.
    MIT
  • Convert any MIDI key number (0-127) to its corresponding note name for use in music software or scripting.
    MIT
  • Fetch MIDI information from a generated song, converting melodic and rhythmic data into a DAW-compatible format for editing or re-instrumenting.
    MIT