Generative artist, sharing my journey in visual experiments.
Roland DXY-1300Hello svg5Getting started with ln, the 3D Line Art EnginelnHello lnFlowers of NoisehatchMultiplePolygons testHexagrid NoiseRecursive grid #1Möbius strips for pen plotterHatch test CMJ(N)TilesRotated ArcsPlotter templateSnake skinflowfieldStipplingGenerating SVGsRosaceVorogrid10 PrintGrowing spacesnoise wavesBreaking thingsConfined TreesSunburstsVoronoise
Colorful polygons
n = 30
brushLength = 10
palette = ['cyan', 'magenta', 'yellow']
svg`<svg width="${w}" height="${h}">
<rect width="${w}" height="${h}" fill="none" stroke="blue" />
${array(n).map(i => Polygon.intersection(zone, new Polygon(...polygonPath(PVector.random(PVector(w, h)), randInt(12), randInt(50, (n-i) * 10), random(TAU))))[0])
.filter(d => d)
.map(p => {
const c = palette[randInt(palette.length)]
const hatches = p.getHatches(random(TAU), randInt(3, 8), 3, true)
return `<path
stroke="${c}"
fill="none"
d="${pathFromHatches(hatches)}"
/>
<path
stroke="${c}"
fill="none"
d="${pathFromPolygon(p)}"
/>`
}).join('\n')}
</svg>`
polygonPath = (center, n, rad, startAngle = 0) => array(n).map(i => PVector.fromAngle(startAngle + TAU/n * i).mult(rad).add(center))
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