Yeah, we can do it in the shader by taking the UV texcoord, sampling the texture rgb, then using a collector, add the r, g, b values to the collector with the o

Yeah, we can do it in the shader by taking the UV texcoord, sampling the texture rgb, then using a collector, add the r, g, b values to the collector with the offsets in uv's to return the pixel color. It's extremely easy to do in HLSL/GLSL/WGSL/SPIRV/Metal. It can even be controlled using a vector map for the offsets so you can tune it and vignette the chromatic aberration around the edges of the screen. Giving it that truly retro CRT arcade feel. The more the spherical projection, the more aberration. https://lettier.github.io/3d-game-shaders-for-beginners/chromatic-aberration.html https://lettier.github.io/3d-game-shaders-for-beginners/chro...