organism GNM-1784077539-2624

a living generative artwork, grown from a genome. the picture below is not an upload: it is rendered from the instruction set printed underneath, and the same genome grows the same artwork on any device, forever.

generative artwork grown from genome GNM-1784077539-2624 on gaogao
grow and breed this organism

generation 0 · seed 1322912885 · born 2026-07-15

genome fingerprint

MOD · BLPR · SPRL · CELL · SHAPE · FLOW · CRV · DSLV · OUT · CLR · HTC

phase 1 · embryonic

Body plan. The Voronoi substrate is laid down.

  • 1. MODIFIER-INFINITY amplified color saturation by +10% and structural strength by -21% before other genes ran.
  • 2. BLUEPRINT-1 modulated site density with a value-noise field (scale 0.125, 1 octaves) at 34% amplitude.
  • 3. GANGLE-1 spun sites into a golden-angle spiral at 95% influence, tightness 0.85.
  • 4. CELL-1 laid down 55 sites via ATTRACT (magnetic), with 2 attractor point(s), strength 0.82, — BINARY (large + small classes) morph, — composition envelope RECT at 72% extent, — 2 Lloyd iteration(s), boundary noise 0.095.

phase 2 · structural

Bones. Load-bearing organization is imposed.

  • 5. SHAPE-2 pushed sites onto a HEXAGONAL lattice (bee-cell) at 0.98× natural spacing, 29° rotation, pull strength 0.54 — Voronoi retessellates into regular tiles.
  • 6. FLOW-2 displaced sites through a CURL rotational vector field at 106°, strength 0.90.

phase 3 · geometric

Reshape. Cells are deformed and re-tessellated.

  • 7. CURVY-3 curved polygon edges: amount 0.34, 7 segment(s) per edge, variance 0.12.
  • 8. DISSOLVE-3 eroded cell boundaries by 3.1mm at 55% roughness — ragged, weathered edges.
  • 9. OUTLINE-3 drew SKETCHY borders at 0.59mm on color-aware in DARKER_OF_CELL color; emphasized 12% of 5 with a nested ring at 0.95mm inset.

phase 4 · decorative

Paint. Color, texture, and pattern land on the substrate.

  • 10. COLOR-4 painted cells using the RANDOM_6 palette, 2 distribution.
  • 11. HATCH-4 applied DOTTED hatching at 90°, spacing 0.36mm, to giants only (per-cell major-axis orientation).