:: III · GEOMETRIA ::

Geometria

How does the substrate project into lattices, cells, and knots?
Voronoi exposes the orbit as a dense electric-pink ridge skeleton; Nodus traces it on a torus-knot. Same Cosmopoiesis kernel, geometry-first reading.

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Voronoi α -1.40 μ 1.60 ε 0.30

Two forges, one substrate. VORONOI takes 1,500 consecutive post-warmup Cosmopoiesis sites and reveals only their pink cell boundaries. This browser view uses raster boundary extraction rather than Qhull's analytic ridges. NODUS maps the same orbit onto a T(p,q) torus-knot path in 3D, projecting to 2D — the canonical forge's torus-knot pathway. For the canonical engine itself, see the Cosmopoiesis instrument.