What problem does it solve?
This Skill addresses debugging and optimization of Gaussian volumetric particle rendering, focusing on anisotropic stretching, transparency artifacts, cube-like rendering, and overall visual fidelity.
Core Features & Use Cases
- Artifact debugging: Identify and fix anisotropic stretching, inconsistent transparency, and cube-like rendering in 3D Gaussian splatting.
- Quality optimization: Improve shading, emission, and anisotropy representation using MCP tools and shader analysis.
- GPU validation: Validate particle structure alignment and shader correctness, and analyze the shader code paths in gaussian_common.hlsl and particle_gaussian_raytrace.hlsl.
- Config-driven testing: Leverage the enhanced config system and F2 screenshot workflow to reproduce and document issues across scenarios.
- Material simulation: Predict how parameter changes affect opacity, scattering, and emission for reliable visual tuning.
Quick Start
Use this skill to begin Gaussian rendering debugging by opening the shader files (gaussian_common.hlsl, particle_gaussian_raytrace.hlsl), running the Gaussian Analyzer MCP tools, and capturing an F2 screenshot to document artifacts.