Three.js and WebGL Data Visualization Overview Use this skill when the user truly benefits from 3D, GPU-heavy 2D, shader-driven animation, or WebGL-accelerated interaction. Three.js is appropriate for volumetric data, 3D point clouds, spatial trajectories, surfaces, scientific or immersive scenes, and custom particle systems. WebGL or WebGL-backed libraries are also appropriate for dense 2D scatterplots, animated networks, flow maps, particle trails, GPU aggregation, or custom shader effects that exceed practical SVG/DOM limits and are not a good fit for Canvas2D. Default assumption: use the…