Where music theory meets algorithmic alignment. We document recursive prompt optimization, failure-first workflows, and music generation trends optimized for our Csound synthesis engine.
Syncing generated chord chart license records onto the Solana ledger using Anchor programs and SplitConfig PDA.
Sync chord chart metadata and split configs on-chain using Solana Anchor. Building a Max4Live MIDI effect routing live MIDI keys to local MCP server instances to auto-generate accompaniment.
Build a Max4Live plugin routing MIDI inputs through the local THIRI MCP server. Training predictive machine learning models on classical voice-leading datasets using BigFrames and Python.
Train machine learning models on classical chorales using BigFrames and chord data. Generating detailed film scoring cue sheets matching visual climax metadata with target harmonic tension values.
Generate film score cue sheets matching visual intensity with target harmonic tension. An interactive songwriting assistant prompt that suggests substitutions during the composing process.
Set up an interactive songwriting chatbot prompt that suggests chord substitutions in real-time. Directing the LLM to translate standard pitch-class outputs from THIRI into custom microtonal scales.
Direct the LLM to map standard scale data into microtonal systems. Prompt strategies to map lyrics emotion onto corresponding chord progressions and tension levels.
Map song lyrics sentiment directly onto chord progressions using tension calculations. Instructing AI agents to compile clean Csound score blocks mapped directly from resolved chord voicings.
Instruct an LLM to generate Csound scores using resolved pitch classes from the MCP server. A structured developer prompt to configure Claude as an advanced jazz piano theory tutor.
Configure an LLM as a jazz harmony consultant using the THIRI MCP tools. Correcting OCR inaccuracies in chord sheets by cross-referencing chord legality metrics via THIRI.
Verify OCR-scanned chord sheets by checking chord legality metrics. Designing an automated n8n workflow that fetches songs, reharmonizes chord charts, and exports new MIDI files.
Create an automated n8n workflow that fetches progressions, reharmonizes them, and exports MIDI. A complete developer setup guide to run chord analysis, music theory voicing, and scale recommendations in AI coding agents.
How do I configure Claude Desktop, Claude Code, and Cursor to analyze musical chord voicing structures using THIRI? A comprehensive developer's blueprint showcasing 22 creative applications, system prompts, configuration templates, and agentic workflows built on Model Context Protocol.
Create an interactive music theory sandbox using the THIRI Model Context Protocol to fetch chord voicings, analyze harmonic tension, and reharmonize progressions. Adjusting midi groove velocity, syncopation, and swing dynamically based on chord progression tension.
Scale drum groove complexity and swing based on chord tension curves. How the THIRI AI Lab leverages iterative, failure-first workflows and structured Csound scores to generate release-ready audio.
12-second neo-soul band in Eb, warm Rhodes electric piano, analog sub-bass, tight snare with vinyl crackle, build tension and resolve on a major chord, no vocals, [Instrumental] Translating pitch classes into guitar fingerings and tab notations based on physical fret limitations.
Map keyboard voicings to fretboard fingerings using guitar tuning constraints. Writing backing harmonies for melody voices while avoiding parallel intervals and voice clashes.
Generate backing harmonies for melodies while respecting voice-leading constraints. Designing a lightweight node CLI to quickly resolve, voice, and analyze chords directly from shell terminals.
Build a lightweight terminal utility to resolve and analyze chords via command line. Designing an agentic skill to parse MIDI files, detect pitch structures, and generate Roman numeral lead sheets.
Parse MIDI tracks and generate chord progressions automatically using the THIRI MCP resolve tool. Using the chord analyze tool to dynamically alter Csound instruments based on tension levels.
Alter Csound synthesizer envelopes dynamically using harmonic tension data from the API. Using pitch class resolution to analyze live MIDI input and display chord symbols on the fly.
Listen to MIDI inputs and analyze chord symbols dynamically using the THIRI resolve tool. Visualizing harmonic distances and calculating transition paths when modulating between keys.
Calculate modulation paths between distant key centers using the THIRI chord analysis tools. Using the voicing tool to dynamically spell piano chord voicings in different keyboard configurations.
Query the /v2/voicing tool to spell chord voicings for jazz, gospel, and lo-fi keyboard styles. Building an interactive canvas widget that maps Roman numeral chords to suggestions computed via the reharmonize tool.
Build a drag-and-drop song grid that suggests chord substitutions via the THIRI reharmonize endpoint. How to map real-time voice-leading calculations from the THIRI API onto a 3D spectrogram canvas visualizer.
Create a 3D spectrogram arpeggiator voice-leading notes across an octave lattice using the THIRI API.