FrostCandy's Laboratory · standalone browser packet · v1.0.39

Discrete Direction Preservation & Isotropy

Test the narrower claim the preserved simulator actually earned: can the discrete handoff / Shore candidate preserve an arbitrary carried direction, without systematic axis or diagonal bias, when many discrete FrostNode completions are accumulated?

Status: Preserved reference-simulator candidate. This packet isolates the browser demonstration from the main website. Use the Python/original-research downloads in the parent Lab folder for the historical full audit where applicable.
DISCRETE HOP ENSEMBLEREADY
Origin of the direction comparison. FV exact mean direction predicted by the Shore distribution. Accumulated finite-hop mean produced by many discrete destination-node completions. Ideal isotropic direction. Hidden until the comparison ruler is opened. Endpoint of the accumulated finite-hop mean. REFERENCE FROSTCELL / DISCRETE DESTINATION SPACE Run Frostyverse to watch many discrete destination-node completions accumulate a mean direction.
FV RESULT NOT RUN
Input direction—
FV predicted direction—
Angular errorRULER CLOSED
Acceptance thresholdRULER CLOSED
Exact Shore mean—
Boundary branches—
Sample magnitudeRULER CLOSED
Shore correction L2—