The fall drops fast, lies long, and never rises

Oliver, three refinements in one breath: the frame PROGRESSION quicker
(drop 0.06+0.25 -> 0.05+0.15 — against a live rolling ball the slower drop
read as mush), the prone hold KEEPS its bench-tuned 2 s ('the lying itself
can stay that long'), and the rise row is cut ('the opponent respawns
anyway') — done() re-marks the body in its wound skin regardless, so rising
first was a respawn with extra steps. The rise frames stay in the sheets
for the bench. Wound-beat test updated to the new contract.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>

src/beats.js

@@ -396,7 +396,14 @@ function matchReady() {
 // the collapse reads as one continuous movement decelerating into the ground; the 0.07 s fall2 it
 // replaced gave the two drawn frames ~4 display frames each and read as a cut, and a 0.40 s one split
 // them 0.80 against 0.56 m/s, which is a visible hitch between two poses of the same drop.
-export const FALL = [['fall1', 0.06], ['fall2', 0.25], ['fall3', 2.0], ['rise', 0.45]];
+// 2026-08-13, after the early-fall retiming: "the progression of frames in the fall must be
+// quicker... we must remove the rise frame, the opponent respawns anyway... the lying itself can
+// stay that long." So: the DROP tightened (0.06+0.25 -> 0.05+0.15 — the collapse now plays
+// against a live rolling ball, and the slower drop tuned for a dead court read as mush next to
+// it), the 2 s prone hold KEEPS its bench-tuned length, and the rise row is CUT: done() puts the
+// body on its mark in its wound skin anyway, and rising just to be teleported read as a respawn
+// with extra steps. The z_*rise frames stay in the sheets/preload — the bench can still show them.
+export const FALL = [['fall1', 0.05], ['fall2', 0.15], ['fall3', 2.0]];
 // Read LIVE by startFall, because a snapshot goes stale the moment the table is tuned and the match's
 // 'over' beat would then expire mid-collapse — the exact bug the comment above is about.
 export const fallLen = () => FALL.reduce((s, f) => s + f[1], 0);