Just a big dot with a lot of little dots inside.

This piece arranges shapes with varied fill patterns and outlines, leveraging transformer and traversal algorithms while responding to an underlying flow field system.

Features:

• dotSize (2-7) - base size of each shape
• gridSize (98-175, step: 7) - grid resolution
• palettes (1-4) - number of random 4-color palettes
• attractors (21-175, step: 7) - flow field influence points
• attractorStrength - attractor influence function (linear, sine, sineSquared, easeIn, smoothstep, parabola, sigmoid)
• x - horizontal coordinate transformation function (linear, sine, sineSquared, easeIn, smoothstep, parabola, sigmoid)
• y - vertical coordinate transformation function (linear, sine, sineSquared, easeIn, smoothstep, parabola, sigmoid)
• distributor - point distribution algorithm (fermatsSpiral, fibonacciLattice, sphericalSpiral, geodesicSphere)
• traverser - traversal algorithm (row, column, zigZagRow, zigZagColumn, diagonal, bfs, dfs, random)
• kick - position/color adjustment function (linear, sine, sineSquared, easeIn, smoothstep, parabola, sigmoid)
• repeat (1-25) - color pattern frequency
• fills - shape fill strategy (more or less of palette colors, light, dark or no fill)
• strokes - shape outline strategy (more or less of palette colors, light, dark or no outline)
• shape - quad, hexagon or circle

Shortcuts & interactions:

• h to toggle help
• p to download as png
• s to download as svg