A enjoyable weekend hack: I constructed a tiny love letter to the teenage engineering OP-1 Field. I personal the bodily machine, however I wished to grasp it extra deeply. I wished to be taught the physics of sound by…

A enjoyable weekend hack: I constructed a tiny love letter to the teenage engineering OP-1 Field.

I personal the bodily machine, however I wished to grasp it extra deeply. I wished to be taught the physics of sound by taking aside one thing I like and placing it again collectively within the browser. So I attempted rebuilding a trustworthy internet model of considered one of its synth engines: Cluster.

The purpose was to not substitute the {hardware}. It was to learn the way sound works by recreating it: oscillators, detune, envelopes, filters, and all of the tiny interactions that make a synth really feel alive.

Then I added the enjoyable half: an AI agent that guides you as you play.

It watches what you’re doing and nudges you ahead: serving to you play a word, maintain it, change octave, flip knobs, and begin shaping the sound.

The system is hybrid:
– Fast native logic drives the educational path
– The LLM provides softer, contextual steerage
– The person stays in circulation as an alternative of studying a guide

I’ll preserve enhancing this.

My broader perception: inventive instruments ought to really feel much less like `full this tutorial` and extra like somebody sitting beside you, serving to you uncover what the instrument can do while you’re already enjoying.

Play round right here:
I additionally wrote extra about OP-1 synth engines and its physics right here: