DRTT · Laminarity imaging
One optical capture, read at twenty sites across the hands and feet. Each site is read as a small field of cells; laminarity asks how cleanly that field keeps its order from the center out to the edge. Pick any two sites to read them against each other — and the flow between them — then compare across three days.
Day 101 · 2026-07-05 · one capture · 20 sites · dorsal digit surfaces — illustrative measurement output, not a diagnosis
Click any site — a circle on the body map or a bar in the spectrum. It becomes your latest pick on the left; the one before slides right. The middle is the relationship between the two: a laminar flow whose color runs from one site's order to the other's, whose weave is how well their timing agrees, and whose arc is how far apart they sit on the shell. Where the two are a directly measured pair it also carries the real seam; otherwise it reads their fields against each other.
latest pick
the relationship
previous pick
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Day 99
Day 100
Day 101 · today
Each digit, colored by how far its field's order holds to the edge. Select one.
Nine cells. Fill = laminar order · ring = response phase · line = direction, length = strength · dimmer = less support.
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the response, cell by cell
The drop in laminar order from center to edge — a clean field on the left, a fracturing one on the right.
Each cell carries the full measured dimensionality at once: its laminar order (fill color), the direction of its response (line angle) and the strength of that response (line length), the response's phase (ring color), and how much support backed it (dimness). A site holding clean order reads as gold cells with long directors and rings in agreement; a fracturing one reads as cool cells with broken directors and rings scattered out of phase. Every value is read directly from the Day-101 packet — outputs of the measurement, not a diagnosis.