Thirty canvas effects, each driven by your mouse, click, or scroll. Pick one to explore.
A grid of dots pulled toward your cursor like metal filings around a magnet, springing back when you move away.
View Demo → 02 / 30 ParticlesStar particles that connect with lines when close. Your cursor repels them, breaking constellations apart.
View Demo → 03 / 30 FluidGlowing blobs that merge when they overlap, creating organic lava-lamp shapes. Click to attract them to your cursor.
View Demo → 04 / 30 FluidEvery click sends a glowing ripple ring propagating outward, coloured by where you clicked on screen.
View Demo → 05 / 30 DepthFive geometric layers at different depths, each shifting at a different rate as you move the mouse.
View Demo → 06 / 30 3DA perspective-projected icosahedron that follows your mouse, edges coloured by depth.
View Demo → 07 / 30 TypographyClick to shatter text into hundreds of particles, each flying outward. Click again to reform it.
View Demo → 08 / 30 TypographyIndividual characters that scale, glow and shift hue based on how close your cursor gets to each letter.
View Demo → 09 / 30 NoiseHundreds of particles following a noise-based vector field, leaving colour trails. Your cursor warps the field.
View Demo → 10 / 30 NoiseClick and drag to deposit ink that spreads organically using a cellular diffusion simulation.
View Demo → 11 / 30 DepthA grid of lines bends toward your cursor like a gravitational lens, glowing brighter the closer you get.
View Demo → 12 / 30 FluidLayered sine-wave curtains of light drift across a starfield. Move your cursor to shift the colour palette.
View Demo → 13 / 30 PhysicsLeft-click to place attractors, right-click for repellers. Watch 300 particles bend into orbital paths.
View Demo → 14 / 30 Generative18 orbiting seed points divide the canvas into living colour cells. Move your cursor to repel the seeds.
View Demo → 15 / 30 NoiseKatakana characters cascade in columns. Move your cursor to part the streams like walking through a waterfall.
View Demo → 16 / 30 PhysicsGlowing balls bounce off the walls and blend together using screen compositing. Click to spawn more.
View Demo → 17 / 30 GenerativeLines drawn between mathematically offset points on a circle, forming cardioids and rosettes. Mouse shapes the pattern.
View Demo → 18 / 30 FluidMove your cursor fast to generate drifting smoke particles that expand, billow, and slowly fade away.
View Demo → 19 / 30 PhysicsClick to spawn branching bolts using midpoint displacement. Hold for a continuous storm of electric arcs.
View Demo → 20 / 30 GenerativeAn animated wedge pattern mirrored and rotated to form a mesmerising kaleidoscope. X controls facets, Y controls spin.
View Demo → 21 / 30 ParticlesTwo hundred agents follow the classic Reynolds flocking rules — separation, alignment, cohesion. Move your cursor to scatter them.
View Demo → 22 / 30 ParticlesRockets launch and burst into trails of coloured sparks with real gravity and fade. Click to launch your own.
View Demo → 23 / 30 PhysicsA cellular automaton where sand grains fall, pile, and slide realistically. Click and drag to pour. Six colour choices.
View Demo → 24 / 30 GenerativeOscilloscope-style parametric curves that morph as you move the mouse. X sets the frequency ratio, Y shifts the phase.
View Demo → 25 / 30 PhysicsA spring-mass cloth grid pinned at the top, hanging under gravity. Grab and drag any point to pull the fabric.
View Demo → 26 / 30 GenerativeFour thousand stars arranged into logarithmic spiral arms, slowly rotating. Move the cursor to warp the disk.
View Demo → 27 / 30 NoiseThe Gray-Scott model grows organic Turing patterns in real time. Click or drag to seed new disturbances.
View Demo → 28 / 30 GenerativeColumns of pixels continuously sort themselves by brightness, creating glitchy digital art. Click to inject colour chaos.
View Demo → 29 / 30 GenerativeEach click blooms a procedurally generated mandala with random symmetry, ring count, and colour palette.
View Demo → 30 / 30 PhysicsPlace up to 8 gravitational bodies — they attract each other and distort particle paths into orbital flows.
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