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To create cinematic page transitions, you apply shader-based animations and physics simulations using libraries like Three.js and GSAP. This technique enhances user experience by rendering smooth, high-performance motion sequences for visually ambitious web interfaces.

Maintaining 60fps performance for complex WebGL visualizations involves utilizing GPU acceleration and performance-centric implementation techniques. By offloading rendering tasks to the GPU, you ensure smooth real-time feedback and dynamic interaction with large datasets.

Framer Motion works with Three.js to orchestrate cinematic animations by synchronizing React component states with WebGL canvas renders. This combination allows developers to build interactive interfaces that feature complex visual effects and smooth transitions.

Building a data-driven UI with real-time feedback is best achieved by leveraging WebGL for GPU-accelerated rendering of complex visualizations. This approach handles large datasets efficiently while maintaining smooth 60fps interactions.

You should avoid advanced shader animations when a project prioritizes broad accessibility over extraordinary visual effects, or when target devices lack the GPU capabilities to handle physics simulations and maintain smooth 60fps rendering.