Instrument 007 · slices → form → read

The Reconstruction

The toolkit, pointed at rebuilding an object. Illustrative slices stand in for a scan — reveal them and a cell (a complete stand-in) comes into view; then hold and turn it, decompose it into its parts (the geodesic explode), and read each part's coordinate — here an authored label, not a measurement. Perturb a part and its coordinate shifts by a rule. This is the reading half, working end to end — the imaging front-end that would feed it real slices (an MRI or tomography source) is a separate instrument it couples to. So: the method on a stand-in now; a real specimen needs the scanner. It reports the present rather than measuring it; a real forward run needs dynamics that aren't integrated here. Illustrative — not an imaging device.

illustrative · synthetic slices
the reading method, not the scanner
drag · click a part
reconstructing from slices

The read

the whole cell
click a part to read its coordinate
present

Operate

Reconstruct  slices
Decompose  whole
the pipeline
reconstruct from datahold & turndecomposereadperturb

What it will not do

reconstruction · here a clip-reveal of a complete stand-in — no reconstruction algorithm runs
forecast · the stressor shifts an authored coordinate — no dynamics are integrated
the coordinate · an authored complexity label, not derived from the 3D geometry