Point Lights

By executing precise punctual light calculations in SCORE XR, STD.DEV ensures that local surfaces receive accurate brightness and shadow attenuation based on physical distance.

SCORE XR implements exact inverse-square light fall-off curves to calculate how point light intensity decreases over distance, ensuring realistic light decay.

Dynamic shadows are baked in all directions by rendering depth values to a six-sided cubemap, maintaining crisp contact shadows behind local moving elements.

Point light sources can be attached to mobile elements like virtual torches or user hand controllers, translating spatial positions into real-time visual responses.

Localized spherical light emission provides intimate visual contrast and dynamic spatial focus.

Optimizing shadow attenuation algorithms allows mobile devices to render numerous punctual lights simultaneously, maintaining interactive target framerates.

SCORE XR's simulation of localized, omnidirectional points of origin illuminates intimate virtual environments.

SCORE XR mimics real-world light bulbs and flames by radiating light rays uniformly in all directions from a single, defined coordinate.

The advantage is ensuring realistic light decay for natural environments by calculating how point light intensity decreases over distance.