rev1-0818  ·  the entry instrument

Plain English: this page runs the entry sequence you wrote in dots and arrows. It descends into voxels, crosses through zero to the root, and opens the first frame — and it proves two side-claims: that a linear step can address a doubly-exponential space, and that surface-motion and depth-motion don't interfere (a "commutator" reads zero). New to this? Every panel has a RUN button; press them left to right.

Plain English: who actually made this — you, me, and the verifier that caught my mistake before it shipped. The split is a judgement call (AMBER).

Plain English: the one-axis view — the descent by depth. Each dot is one level deeper. The number beside it is how vast that level's space is (its digit-count), and the window is how little of it you ever touch at once. Toggle to see the BROKEN reading, where the vast number is mistaken for work instead of space.

Plain English: the interactive. Pick a surface move and a burrow depth. It runs both orders — move-then-burrow and burrow-then-move — and shows the difference. Zero means they don't interfere (orthogonal). Flip the TAMPER switch to inject a broken "spilling" burrow that MUST make the difference non-zero — that's how you know the instrument can actually see a fault.

Plain English: the three-axis view, and the axis everyone else fixed. W1–W4 all treated ZERO as a floor you stop at. It isn't. This panel shows the sign flip — you pass THROUGH zero to −1, and the root lives on the far side. The third dimension is the sign of z.