🎨 Creative Coding Gallery

Layered sine waves flow across the canvas like aurora borealis dancing in the night sky. Each wave combines multiple harmonic frequencies to cre...

Watch as circles populate the canvas and grow organically until they fill the available space. This algorithm mimics natural packing phenomena s...

Multiple circles orbit around a central point at different speeds and radii. The parametric equations for circular motion create perfectly smoot...

The Fibonacci spiral appears everywhere in nature—from nautilus shells to hurricane formations to galaxy arms. This mathematical perfection emer...

The classic fractal tree demonstrates how complex natural forms emerge from simple recursive rules. Each branch splits into two smaller branches...

A grid of diamonds rotates in synchronized waves, creating mesmerizing geometric patterns. The position-based rotation offset makes the pattern ...

Named after French physicist Jules Antoine Lissajous, these elegant curves emerge from the intersection of two perpendicular sine waves. The 3:4...

One hundred particles move independently across the canvas, bouncing off walls like molecules in a gas. This simple physics simulation creates e...

Perlin noise creates a flowing, organic terrain that evolves smoothly over time. Unlike pure randomness, Perlin noise has spatial coherence—near...

Concentric circles expand outward like ripples on water, fading as they grow. This simple but mesmerizing effect captures the physics of wave pr...

A mathematical spiral that grows outward from the center while continuously rotating. The Archimedean spiral is one of the most elegant mathemat...

Voronoi diagrams appear throughout nature—in giraffe spots, cracked mud, and cell structures. Each cell represents the region closer to one seed...

Flowing sine waves create a mesmerizing pattern of horizontal motion. Each wave oscillates with the sine function, and the progressive phase shi...