organism GNM-1783485922-4823
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.
genome fingerprint
COMP · CELL · SYM · CLST · RAD · CRV · CUT · CLR · HTC
phase 1 · embryonic
Body plan. The Voronoi substrate is laid down.
- 1. COMPOSE-1 biased site placement toward RULE_OF_THIRDS composition at strength 0.74, falloff power 1.84.
- 2. CELL-1 laid down 52 sites via CLUSTER (colony growth), with 3 parent colonies × 8 children, radius 23.7mm, — MINIATURE (dense mosaic) morph, — composition envelope CIRCLE at 80% extent, — 3 Lloyd iteration(s), boundary noise 0.103.
phase 2 · structural
Bones. Load-bearing organization is imposed.
- 3. SYMMETRY-2 mirrored sites across RADIAL 2-fold axis in REPLACE_RIGHT mode.
- 4. CLUSTER-2 pulled sites toward 6 cluster center(s) at 31% strength, cluster radius 15mm, rotation 264° — island composition with huge peripheral cells.
- 5. RADIATE-2 pushed sites radially outward from (0.50, 0.44) at 45% strength, falloff 1.52.
phase 3 · geometric
Reshape. Cells are deformed and re-tessellated.
- 6. CURVY-3 curved polygon edges: amount 0.29, 8 segment(s) per edge, variance 0.23.
- 7. CUTOUT-3 cut pieces out of cells larger than 1.8× the median — each piece scaled to 51%, rotated -7°, and lifted out as a new cell.
phase 4 · decorative
Paint. Color, texture, and pattern land on the substrate.
- 8. COLOR-4 painted cells using the MONOCHROME palette, 9 distribution.
- 9. HATCH-4 applied DOTTED hatching at 65°, spacing 1.05mm, to giants only.