Three volumes of scenes built from equations alone and rendered live in WebGL 2: twelve parametric specimens, nine implicit worlds, then six islands and six orbital systems.
3 labs. Start with The Form Atlas.
Explore twelve creatures and forms built from equations, in a WebGL 2 gallery: sponges with real cavities, a winged dragon, a sea star, a Fibonacci-spined urchin, a jellyfish, a hydra, an anemone, a perforated diatom, a radiolarian cage, branching coral and a logarithmic shell. Every slider rebuilds the geometry, each form opens its construction equations, and a cutaway plane and wireframe show how it is made. Runs offline.
Fly through twelve environments built from equations: six island morphologies (atoll, caldera, fjords, estuary, basalt terraces and crescent shoals) shaped by Gaussian envelopes and channel masks, and six fictional planetary systems on Keplerian orbits, from a coplanar clockwork to a barycentric binary and the moons of a ringed giant. Live sliders, equation panels, seeds, free flight and local exports. Runs offline.
Orbit or fly through nine worlds drawn entirely by GPU shaders, with no meshes or textures: a tidal archipelago, a porous abyssal garden, a gyroid cathedral, prismatic crystal vaults, dunes with an observatory ring, a mycelium moon, a Mandelbulb monument, an orbital orchard and a recursive Menger citadel. Change a world law and the surface updates without rebuilding; read each world's equations and save a recipe that reproduces the view. Runs offline.
