threejs-sky-atmosphere-and-haze

To implement physically coherent atmospheric scattering in Three.js WebGPU, this Skill provides unit-consistent scattering LUTs and depth-aware aerial perspective functions. It is designed for advanced real-time graphics systems using native WebGPU and TSL.

Depth-aware aerial perspective is a rendering technique that adjusts atmospheric haze based on object distance. This Skill implements it to enhance realism in Three.js, ensuring accurate spatial perception within procedural worlds and GPU-backed surface effects.

Yes, implementing this physically coherent sky, atmosphere, and haze requires a native WebGPU backend and TSL (Three.js Shading Language). It is specifically built to target advanced real-time graphics systems leveraging these native technologies.

To handle ellipsoid-aware geometry for accurate sky rendering in Three.js, this Skill provides specific handling mechanisms within its WebGPU/TSL implementation. This ensures accurate atmospheric scattering across non-spherical planetary bodies.

Yes, you can use this atmospheric haze implementation for scientific or explanatory views. The Skill is explicitly designed for advanced real-time graphics systems, including procedural worlds and GPU-backed surface effects requiring scientific accuracy.

To validate performance for Three.js WebGPU atmosphere pipelines, this Skill provides measurable pipeline evidence and explicit invalidation for efficient resource management. You can follow the canonical validation module in the provided examples.