Path Tracing

The engine dynamically generates 2D and 3D geometry in real time by projecting rays into signed distance fields and evaluating surface hits.

Signed Distance Fields in SCORE XR evaluate mathematical functions across 2D and 3D spaces to determine the exact distance to a shape boundary, which enables smooth blending and organic morphing between procedural shapes.

Analytical Vector Normals are calculated dynamically at ray intersection points, ensuring correct lighting, reflection angles, and physical collisions without relying on pre-baked meshes.

Volumetric Raymarching is used to step rays through three-dimensional space to render volumetric bodies, clouds, and complex fractal geometry directly inside screen-space shader passes.

STD.DEV optimizes the mathematical step-size evaluations used in ray projection algorithms to ensure high-performance rendering in modern web browsers.

Ray projection algorithms open new pathways for interactive geometry, from procedural shapes to dynamic volumetric fields.

This approach allows developers to calculate precise distances, compute mathematical vector normals, and render complex volumetric bodies with pixel-perfect accuracy.