SyncFlags.Interpolate: How Networked Property Interpolation Works — Supported Types, InterpolationBuffer, and Delay
SyncFlags.Interpolate: How Networked Property Interpolation Works When is applied to a property, proxy clients receive a smoothed value between network ticks ra…
s&box SceneNetworkSystem: Scene Loading and Snapshot Protocol
s&box SceneNetworkSystem: Scene Loading and Snapshot Protocol is the core networking system that manages scene loading, object spawning, and snapshot synchroniz…
Scene.Push(), BatchGroup(), FindInPhysics, and FindAllWithTag — Scene Context Management
Scene.Push() and Scene.BatchGroup(): Scene Context Management Scene.Push() makes a scene the active scene for the duration of a scope. This is required when cre…
FixedUpdate Internals: Step Counting, Spiral of Death Prevention, Time.Scope, and ApplyForce vs ApplyImpulse
FixedUpdate Internals: How the Fixed Timestep Works in s&box The s&box fixed update system uses a step-counting approach rather than accumulating time. This is …
RealTime vs Time: Wall-Clock vs Scene Time — RealTimeSince, RealTimeUntil, GlobalNow, and SmoothDelta
RealTime vs Time: Wall-Clock vs Scene Time — When to Use Each s&box has two time systems. Choosing the wrong one is a common source of bugs. Time (Scene Time) ,…
ScenePhysicsSystem: Physics Sub-Stepping at 120Hz, Collision Event Routing, Keyframe Colliders, and Editor Physics
ScenePhysicsSystem: How Physics Steps Work in s&box is the built-in that drives physics simulation. Understanding it explains the physics step order and collisi…