Controller Interaction

The SCORE XR engine can dispatch discrete interaction states such as active down/up triggers, ray movements, click/double-click taps, long-press holds, and dual-signal distance pinch deltas.

SCORE XR aggregates spatial parameters from multiple concurrent controllers into a unified input data structure, allowing the graphics rendering pipeline and interactive simulations to read and react to hardware inputs in real time without performance bottlenecks.

SCORE XR drives physical particle simulations and kinetic mesh deformations directly on the GPU by sampling the centralized input structure, enabling shaders to calculate localized interaction forces and warp or disperse scene objects.

The centralized input data structure in SCORE XR aggregates spatial parameters from multiple concurrent controllers, enabling real-time reaction to hardware inputs by the graphics rendering pipeline and interactive simulations without performance bottlenecks.

SCORE XR achieves latency-free physical feedback directly inside the web browser by coordinating selector states and spatial data streams using STD.DEV.

Normalizing input modalities into abstract selector states allows the SCORE XR engine to react dynamically to SDF boundaries and physical colliders, dispatching discrete interaction states identically across all elements and scene objects.

STD.DEV ensures consistent interaction in SCORE XR by normalizing all input modalities into abstract selector states and dispatching discrete interaction states identically across all elements and scene objects, reacting dynamically to SDF boundaries and physical colliders.

SDF boundaries and physical colliders are dynamically evaluated by the SCORE XR engine to dispatch discrete interaction states identically across all elements and scene objects.

SCORE XR dispatches tactile haptic pulses back to the controller hardware as part of its GPU-accelerated interaction system.