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A real-time particle system rendered entirely in ASCII characters. Each particle is born at your cursor with a velocity shaped by the direction you move, then drifts through a turbulence field before fading out. No WebGL — pure 2D canvas text, thousands of characters computed every frame.
A fully interactive mobile app prototype rendered inside a pixel-perfect iPhone frame. Send packages via trained city pigeons — browse pricing, track your bird in real time, and check pigeon-unfriendly weather alerts. Five screens, smooth transitions, zero backend.
Real-time text reflow around draggable shapes, powered by pretext's variable-width line layout engine. Pure arithmetic — no DOM measurement.
ASCII rain falls through a story about rain. Characters ripple outward from each drop with spring-return displacement physics.
Face tracking drives head-coupled perspective across layered 3D scenes. Move your head to look around — the screen becomes a window into another world.
A second real-time WebGL visual built with Unicorn Studio, embedded live and interactive. Responds to cursor movement and viewport changes.
Your camera feed translated into characters in real time. Each pixel's luminance maps to a position in the ASCII ramp. Toggle full color mode to inherit per-pixel RGB from the source, or pick a mono accent and adjust grid density.
Two hundred words, each with its own spring physics. Move your cursor through the crowd — some words surge toward you, others crush inward, each reacting at its own speed.
A real-time WebGL visual built with Unicorn Studio, embedded live and interactive. Responds to cursor movement and viewport changes.
A living showcase of 4 UI design philosophies. One page, one global style switcher — every element transforms between Brutalist, Glassmorphism, Neomorphism, and Retro/Y2K aesthetics. Includes a micro-animation gallery and full component zoo.
Drag the corner handles to resize the box. The snake inside maintains a fixed body length, coiling tightly in small spaces and stretching out when given room.
Audio-reactive spring mesh. Triangulated geometry that breathes with simulated audio and fractures on click, reassembling through spring physics.