the weave · you

← ops · ⚖ solver · ◎ 2D · ⬡ 3D · upperrind — the ring topology, walked (6 above · 6 below · two ring loops)

move: WASD / click what you can see · scroll to zoom · each floor is a solenoid in its verb's hue — walk an aperture and you're on that thread

energising the flux…

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weave tightness

loose · spreadtight · near core

turnScale 0.35 · re-lays the floors

the ring topology, walked

The ring schematic, brought into the pocket. 6 white ops above × 6 engines below (K 6,6), joined by two ring loops: assembly — the inner loop at the core, bonded to the fulfillment nexus; reclaim — the outer loop at the rim. Each ring touches all 12 threads, and each is a true loop — walk it round and you return (the last arc stitches to the first). A thread runs assembly-ring → K-crossings → reclaim-ring, hub → rim. Every ring crossing is a zero-grade antechamber — no ladders. Adjacent crossings merge into beefy chambers that junction the ring + two threads (a Y — 6 per ring). And the rings themselves now weave — over then under between antechambers (zero-grade flats at each), so they're part of the weave, not flat. Drag weave tightness to re-lay the floors looser or tighter.

the floor is a field

Each white thread is a solenoid — a flux field along its axis, bending round the shielded chambers, in the thread's dominant-verb hue. The six engine floors are machine halls — the engine's bays wired by directed conveyors. The rings + nexus wear their own hues. Doors are apertures; walk one and you're on that floor.