Polygons have symmetry. Symmetry creates intervals. Intervals make harmony.
We didn't train a model to imitate music — we found where music already lives in mathematics.
Every note computed from geometric first principles. Press play.
Low complexity, gentle rotation. The simplest polygons produce the purest intervals — fifths, octaves, natural consonance.
Parameters morph over time. Complexity increases, rotation accelerates. One prompt, continuous evolution — no splicing, no crossfades.
Phase angle sweeps continuously, shifting the tonal center through all positions. Every moment is a new geometry, but the motion is smooth.
A regular polygon with n vertices and step size k creates a star polygon. The vertices trace intervals. Those intervals map to pitch ratios — and they're already musical.
Add rotation (ω) and the harmony evolves. Add tilt (ξ) and you get depth. Sweep the phase (ψ) and the tonal center shifts. Every parameter has a musical meaning because the math demands it.
Describe a mood. Our prompt resolver maps it to geometry parameters. The parameters produce notes. No intermediate AI — just translation and computation.
Hand-tuned parameter sets for moods, genres, and scenes. Each one a specific point in the geometric space, producing a distinct musical character.
Parameters morph over time. "Calm to intense" isn't two clips spliced — it's a continuous path through the geometry, every moment computed fresh.
Continuously rotate the phase angle for evolving, ambient textures. The sound never repeats but never loses coherence — the geometry ensures it.
Real-time browser synth. Move sliders, hear the geometry change. Record, export, share your discoveries. No account required.
POST a prompt, GET a WAV. Or send raw parameters for exact control. WAV, MP3, MIDI output. Simple, fast, deterministic.
One request to generate music. Text prompt or raw geometry parameters.
Describe what you want to hear. Computed in real time from mathematics.
API keys rolling out soon. Join the list.