PAZ · Voronoi Hero — ART · CODE

The generative core

What you read below is literally the code drawing the hero above (pulled live via Function.prototype.toString). Change one number, re-open the file, watch it move.

Learn-it path — ART → CODE → LEARN → architecture

See it. Scatter ~60 random points. Each point owns the region closer to it than to any other — that region is its Voronoi cell.
Make it. Build each cell by clipping a rectangle with the perpendicular bisector against every other seed (the half-plane method here — zero libraries).
Calm it. Each frame, nudge every seed toward its cell's centroid (Lloyd relaxation) — chaotic panels settle into an even tessellation.

NOW APPLY IT TO A BUILDING → replace the random seeds with program anchors (core, atrium, two entries, a courtyard): the cells become a floor plan, the edges become the adjacency graph. Flip it vertical and the same diagram is a façade panelization — raise seed density on the south face to shrink panels and cut solar gain, exactly like the Beijing Water Cube.

PAZ · ART+CODE+LEARN generative hero — Voronoi / Delaunay. Zero dependencies, deterministically seeded from the tag, honours prefers-reduced-motion. Palette: magenta #ff2dd6 · cyan #00f0ff · lime #ccff00 on near-black.