gsap-performance

GSAP animation jank is fixed by avoiding layout thrashing and maximizing compositor work. Animate transforms and opacity instead of layout-driven properties like left or top to sustain smooth 60fps.

ScrollTrigger performance is optimized by applying will-change judiciously and batching reads and writes. This minimizes layout recalculations for large animation sets and improves scroll-based frame rates across devices.

Batch GSAP reads and writes by grouping DOM read operations separately from write operations to prevent forced synchronous layout recalculations. This maintains high-performance rendering for large animation sets.

Yes, you can swap movement from left and top to x and y transforms on animated elements. This keeps animation work on the compositor thread, avoiding layout thrash and immediately improving frame rate.

Use will-change judiciously with GSAP animations to hint the browser about upcoming transform or opacity changes. Apply it strategically to sustain smooth 60fps without overloading compositor memory.

Coordinating GSAP timelines improves stability under load by synchronizing multiple animation sequences efficiently. Using core GSAP features and timelines prevents overlapping layout-driven calculations and maintains fluid rendering.