forge-screen-space-reflections

You can implement screen-space reflections by ray marching through a G-buffer containing world position, normals, and depth, using configurable uniforms for max distance, steps, and edge fading to balance quality and performance.

Ray-marched screen-space reflections require a G-buffer with world position, normals, and depth to accurately render surface reflections on glossy, wet, or polished materials without relying on cube maps.

Yes, SSR shaders use G-buffer depth and normal data to ray march reflections, supporting mirror-like and wet surfaces in deferred rendering pipelines without needing traditional cube maps.

You can balance performance and quality by adjusting configurable uniforms for max distance, max steps, step size, edge fading, and fade distance within the SSR shader pipeline.

No, this screen-space reflection implementation specifically requires a deferred rendering pipeline because it relies on ray marching through a G-buffer containing world position, normals, and depth.