Managing Frame Rate in PixiJS with the Built‑in Ticker
Learn how to use PixiJS's built‑in ticker to manage frame rate efficiently, with a concrete throttling example, trade‑offs, and verification steps.
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Learn how to use PixiJS's built‑in ticker to manage frame rate efficiently, with a concrete throttling example, trade‑offs, and verification steps.
Learn how PixiJS Ticker drives requestAnimationFrame, shares a global loop, and why mixing variable deltaTime with fixed timesteps can keep your game logic deterministic.
Learn how PixiJS’ shared Ticker supplies a delta time for frame‑rate independent updates, with a code example, limits, and common pitfalls.
PixiJS already runs one requestAnimationFrame loop. Register your update logic on its Ticker, drive motion from elapsed time, and know where delta-time stops being enough.
I'm designing a save/restore flow for a PixiJS application where the current scene graph is serialized to JSON, the app is torn down, and the scene is later reconstructed. The goal is a restoration that is visually and behaviorally identical to the saved state, including z-order of children and animation progress. The constraints I'm working under: assets ar
Ticker Timing and Tab Visibility The PixiJS Ticker utilizes requestAnimationFrame to manage the update loop, calculating a delta value to ensure frame-rate independent movement. This mechanism relies on the browser's high-resolution timestamp to maintain synchronization between logic updates and rendering. A specific challenge arises when the browser tab is
Integration Boundary: PixiJS Ticker and Page Visibility API Goal: Determine whether PixiJS should automatically pause its internal ticker when the page becomes hidden, to avoid unnecessary GPU and CPU usage while maintaining animation continuity when the tab is restored. Constraints: The ticker currently delegates to requestAnimationFrame , and developers of