The fall anticipates the pass: a decided winner resolves mid-flight

Once the player's winner is past the net its landing is closed-form knowable
(predictLanding is exact), so a ball that will bounce in beyond the body's
provable reach resolves while still in the air — the collapse starts as the
ball flies past, roughly half a second earlier than the bounce-1 call, which
stays as the fallback for anything too close to call. Same conservative
margins, same willFall gate, same decided-latch discipline.

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

src/gameplay.js

@@ -941,6 +941,9 @@ function matchFallWillPlay() {
   return racketStage({ hp: after, hpMax: rz.hpMax }) !== racketStage(rz);          // a limb
 }
 
+const rzChaseSpeed = rz => TUNE.racketSpeed
+  * (TUNE.matchSpeedBase + (G.match.opp - 1) * TUNE.matchSpeedPer) * ((rz.foe && rz.foe.speed) || 1);
+
 // Can the match opponent still reach this ball before its second bounce? Closed-form flight from
 // the POST-BOUNCE state (velocities already damped when the line call runs) against the body's own
 // chase speed — the same dials racketAI moves with — plus a full swing reach and a 0.6 m benefit
@@ -950,8 +953,7 @@ function matchOutOfReach() {
   if (!rz || ball.vz > 0) return false;
   const g = ball.g || TUNE.gravity;
   const t2 = Math.max(0.05, 2 * ball.vy / g);        // time until the second touchdown
-  const spd = TUNE.racketSpeed * (TUNE.matchSpeedBase + (G.match.opp - 1) * TUNE.matchSpeedPer)
-            * ((rz.foe && rz.foe.speed) || 1);
+  const spd = rzChaseSpeed(rz);
   for (let i = 0; i <= 8; i++) {
     const t = t2 * i / 8;
     const bx = ball.x + ball.vx * t, bz = ball.z + ball.vz * t;
@@ -960,6 +962,25 @@ function matchOutOfReach() {
   return true;
 }
 
+// The MID-FLIGHT version (Oliver: "the losing point could still be more anticipated"): the same
+// question asked while the ball is still in the air, over the piecewise track flight -> bounce ->
+// roll to the second touchdown. Same conservative margins; pred is predictLanding()'s exact spot.
+function matchOutOfReachFlight(rz, pred) {
+  const g = ball.g || TUNE.gravity;
+  const spd = rzChaseSpeed(rz);
+  const vyl = ball.vy - g * pred.t;                  // vertical speed at touchdown
+  const t2 = Math.max(0.05, 2 * (-vyl * TUNE.bounceY) / g);
+  const vx2 = ball.vx * TUNE.bounceXZ, vz2 = ball.vz * TUNE.bounceXZ;
+  const T = pred.t + t2;
+  for (let i = 0; i <= 10; i++) {
+    const t = T * i / 10;
+    const bx = t <= pred.t ? ball.x + ball.vx * t : pred.x + vx2 * (t - pred.t);
+    const bz = t <= pred.t ? ball.z + ball.vz * t : pred.z + vz2 * (t - pred.t);
+    if (Math.hypot(bx - rz.x, bz - rz.z) <= spd * t + TUNE.aiReach + 0.6) return false;
+  }
+  return true;
+}
+
 function onBounce() {
   ball.bounces++;
   pock(0.35, 500);
@@ -1752,6 +1773,23 @@ export function update(dt) {
         G.netRipple = { x: ball.x, t: 0.4 }; // the tape carries the hit: a damped wobble where it clipped
       }
     }
+    // THE FALL ANTICIPATES THE PASS (Oliver: "the losing point could still be more anticipated
+    // timing-wise"). Once the player's winner is past the net its landing is closed-form knowable
+    // (predictLanding is exact), so a ball that will bounce in and is provably beyond the body's
+    // reach resolves MID-FLIGHT — the collapse starts while the ball is still in the air. The
+    // bounce-1 hook in onBounce stays as the fallback for anything too close to call up here.
+    if (G.match && !G.match.ending && !G.match.decided && G.phase === 'rally'
+        && ball.active && ball.lastHit === 'P' && ball.vz < 0 && ball.z < COURT.netZ - 0.3
+        && matchFallWillPlay()) {
+      const arz = zombies.find(z => z.variant === 'r');
+      const pred = arz && predictLanding();
+      if (pred && inCourt(pred.x, pred.z) && matchOutOfReachFlight(arz, pred)) {
+        G.matchEarly = true;
+        resolveInterlude('P');
+        G.matchEarly = false;
+        if (G.match) G.match.decided = true;
+      }
+    }
     if (ball.y <= 0 && ball.vy < 0) {
       // EXACT TOUCHDOWN, not the frame after it. The integrated position lands up to one full
       // step PAST the true contact — at serve pace that is ~0.75 m of travel in 1/60 s, so a