Class PhysicsEventSystem

constructor

• new PhysicsEventSystem(options: PhysicsEventSystemOptions): PhysicsEventSystem

  Parameters

  • options: PhysicsEventSystemOptions

  Returns PhysicsEventSystem

  Throws

  FourError if source still dispatches its own events. Both halves running would put the listeners back at step 6 and make this system a no-op over an already-empty queue — a configuration that looks wired and is not, which §85 says to refuse rather than to accept and ignore.

priority

Readonlysource

worlds

• get worlds(): readonly PhysicsWorld[]

  The worlds whose events are dispatched, in the source's tracking order.

  Returns readonly PhysicsWorld[]

dispose

• dispose(): void

  Nothing to release (§39 teardown).

  The worlds belong to the source system, which drops its own references in its dispose; dropping them here as well would make teardown order matter.

  Returns void

fixedUpdate

• fixedUpdate(): void

  Dispatches every tracked world's queued events, in tracking order (§39 step 9, §6b).

  Exactly the pass PhysicsSystem.fixedUpdate performs when it dispatches its own events — same worlds, same order, same method — moved to its own priority. Allocates nothing.

  Returns void

initialize

• initialize(): void

  No per-registration setup is needed (§39).

  Returns void