vtroc7
1.9 KiB
Killstreak script and engine ownership
Loaded IW4 GSC defines reward use, activation delays, duration, ownership and team policy. The Rust simulation supplies the native operations and executes the script scheduler; the client presents replicated state.
EMP
Scripts select the active vehicles and turrets to affect, call radius damage, notify rocket deaths, maintain the jammed team/player state, and request sounds and vision effects. An EMP blast is ordinary script radius damage in the engine. There is no engine EMP rule exempting the caller's vehicles.
The radius-damage native queues a blast. The simulation finds damageable targets in range and applies damage. Vehicle damage passes through a script callback; other script entities lose health and receive damage/death notifications. Ownership exemptions and friendly-damage refunds belong to the loaded handlers. The EMP-jammed native updates player flags; the HUD consumes the replicated flag.
Sentry
Scripts create the turret, assign its owner/team and model, carry/place it, switch its mode, handle health and lifetime, and schedule bursts, heat and sounds. The placement native supplies a collision-checked support pose.
Rust acquires eligible hostile players within range and configured arcs, checks visibility, turns the firing direction, determines target lock, and raises turret state events. The shooting native traces a bullet along that firing direction and submits damage and impact events.
Firing direction turns at 360 degrees per second and locks within 2 degrees. The gun receives a rotation relative to the placement base. That pose is shared by muzzle/collision queries and client rendering through replicated model state; the support and acquisition arc base keep their placement orientation. An idle sentry sweeps at 30 degrees per second, bounded by its configured left and right arcs and a maximum of 90 degrees on either side. Carried and offline turrets stop scanning and release the gun rotation.