Measured by the Decoder with the full-quad reader: at the snap frame both sweeps enter at their DECLARED OPENING alphas -- pteff03 at 255, pteff03a at 0 rising 1,2,3,4,6,11,17 from x=1721. Those are the leaves' own t=0 poses. My implementation advanced the shared clock and left the leaf phase untouched, so the sweeps would have sat mid-travel at the right clock value and the wrong position. A defect visible only in a film -- no still and no clock reading would show it, because the clock was correct. The field already existed (leaf_start_units, from the F6 work); it simply was not being set at the snap. VERIFIED, pre-registered, via --probe-leaf on a real boot with a real press: snap frame -> leaf_t 0.0, pteff03 x=-639, pteff03a x=1721 (declared t=0) next frame -> leaf_t 0.5, both advanced by 2 px Their separate note on my snap target: 236.0 survives their challenge -- at the snap the sweeps are at alpha 255, putting the title clock in [100,238) -- but their data cannot separate 236 from 200. Recorded as surviving, not confirmed; the bound in the code comment already says so.
90 KiB
90 KiB