GART
Saved

Flow Field

Flow Field

© 2026·Created by Leon Poole·Privacy

Flow Field

Tune

Particles follow a simplex-noise angle field. Scale tightens the scribbles; density fills the sheet.

Simplex noise is read as an angle at every point, then particles are walked along that compass. Scale changes how fast the heading turns; density is how many walks you start. The drawing is the residue of those walks, not the field itself.

flownoise

Flow Field

Motion follows you as you browse.

Related

All patterns
{"generator":"GART","pattern":"topography","seed":"terrain-04","params":{"motion":0,"motionSpeed":1,"seed":"terrain-04","landform":"island","levels":25,"roughness":0.3,"scale":2.4,"stretch":1.12}}

Topography

{"generator":"GART","pattern":"lorenz-attractor","seed":"","params":{"duration":38,"start":4,"yaw":-12,"pitch":8,"fade":0.5,"rho":"28"}}

Lorenz Attractor

{"generator":"GART","pattern":"voronoi-flow","seed":"voronoi-01","params":{"seed":"voronoi-01","particleCount":360,"stepLength":2,"stepsPerParticle":100,"noiseScale":0.004,"waveFrequency":0.012,"waveAngle":25,"cellCount":18}}

Voronoi Flow

{"generator":"GART","pattern":"quadtree-flow","seed":"quad-01","params":{"seed":"quad-01","particleCount":300,"stepLength":2,"stepsPerParticle":100,"noiseScale":0.004,"waveFrequency":0.012,"waveAngle":25,"cellCount":16}}

Quadtree Flow

Variations

Explore around this drawing.

Keep controls fixed

Kept studies 0

Stored on this device. Account saves remain in Saved.