fashion-graphics

Crazy Knight Curve — Generative knight's tour art with smooth Catmull-Rom curves, random grid paths, and elegant line patterns. Pure JavaScript, no dependencies. Preview on apparel.

Triangulum — Generative triangle art with celestial aesthetics. Each refresh creates a cosmic landscape of magical triangles, glowing planets, frost particles, and arc patterns. Preview on apparel.

Digital Pollen — Generative noise art with organic, pollen-like patterns. Each refresh creates a unique composition of flowing curves and vibrant colors. Preview on apparel.

Citrus Mosaic — Generative mosaic art with vibrant arc patterns, geometric shapes, and glowing accents. Pure JavaScript, no dependencies. Preview on apparel.

Fourier 1 — Generative parametric art with Fourier synthesis, recursive trees, and organic patterns. Pure JavaScript, no dependencies. Preview on apparel.

Socialism of Shapes — Generative shape art with 16 unique pattern modes. Each refresh creates a collective arrangement of shapes, lines, and geometric forms across a grid. Preview on apparel.

Fixed Wave — Generative wave simulation art with realistic wave propagation, gradient colors, and fixed boundaries. Pure JavaScript, no dependencies. Preview on apparel.

Bezier 1 — Generative bezier curves with smooth closed loops, dark backgrounds, and random colors. Each refresh creates a unique composition. Preview on apparel.

Wandering Eyes — A curated slideshow of 5 generative artworks with stories. Explore geometric art, random compositions, and narratives. Preview on apparel.

ChaotiColor — Generative cellular automata art with chaotic patterns, vibrant color palettes, and three unique modes. Pure JavaScript, no dependencies. Preview on apparel.

Crazy Knight Line — Generative knight's tour art with random grid paths, HSB cyan-to-white gradients, and elegant line patterns. Pure JavaScript, no dependencies. Preview on apparel.

Display five unique generative artworks in a slideshow that blends code and storytelling.

Generate unique wave propagation simulations on a grid using organic patterns and color gradients.

Generate unique chaotic patterns using elementary cellular automata with vibrant color palettes and three distinct modes.

Generate geometric art through a grid system with 16 unique patterns that arrange shapes and lines into collective compositions.