Lighting and Shading

SCORE XR utilizes a combination of punctual point and spot cones, parallel solar vectors, and real-world high-dynamic-range reflections to construct believable shadow pools and authentic specular reflections.

Physically Correct Path Tracing simulates real-world light transport by tracking millions of light path rays, computing complex indirect bounces, realistic color bleeding, and soft ambient reflections for high-end rendering fidelity.

SCORE XR refines local spatial relationships using high-fidelity contact shadowing and Bent Normals, combined with dynamic variance shadow maps, to solve delicate self-occlusion issues and ground virtual geometry.

AR Light Estimation harmonizes virtual assets with real environments by estimating real-world light vectors and colors via visual camera feeds, allowing digital elements to match the lighting conditions of the physical surroundings.

SCORE XR's lighting pipeline blends punctual point and spot cones, parallel solar vectors, and real-world high-dynamic-range reflections.

SCORE XR employs Physically Correct Path Tracing, which simulates real-world light transport by tracking millions of light path rays to compute indirect bounces, color bleeding, and ambient reflections.

SCORE XR grounds virtual objects in physically cohesive spaces by blending various light sources and using advanced shadow techniques like high-fidelity contact shadowing and dynamic variance shadow maps.

The purpose of AR Light Estimation in SCORE XR is to harmonize virtual assets with real environments by matching digital elements to the estimated real-world light vectors and colors captured from camera feeds.

High-fidelity contact shadowing and Bent Normals are mentioned for refining local spatial relationships, alongside dynamic variance shadow maps.