Virtual Element Appearance Adaptation for Depth Perception Assistance

The patent applies local quality by modifying specific visual properties of virtual elements based on their depth position. Different depth zones are assigned different visual characteristics (e.g., brightness, color, size) to provide depth information without altering the overall realistic appearance of the game. This allows users with visual perception issues to perceive depth through enhanced local visual cues while maintaining the game's visual realism for other users.

The patent introduces an intermediary processing layer between the game engine and display that translates depth information into enhanced visual cues. This intermediary system analyzes the three-dimensional position of virtual elements and applies adaptive visual modifications (such as brightness adjustment, color enhancement, or size modification) to make depth perception easier for users with visual impairments, thereby bridging the gap between stereoscopic realism and accessibility.

The patent implements dynamics by making visual adaptations conditional and adjustable rather than static. The system can dynamically adjust the strength and type of visual enhancements based on user preferences, game context, and detected needs. Users can modify adaptation parameters in real-time, allowing them to optimize the balance between accessibility assistance and visual realism according to their specific requirements and the gaming situation.

The patent applies parameter changes by modifying specific visual parameters (brightness, color, size, contrast) of virtual elements based on their depth position. Rather than fundamentally altering the visual representation, the system adjusts these parameters selectively to enhance depth perception cues. This approach maintains visual realism while providing sufficient contrast and differentiation for users with visual perception issues to accurately perceive spatial relationships.

The patent applies segmentation by dividing the virtual environment into discrete depth zones or regions. Instead of processing every single virtual element uniformly, the system segments elements based on their depth position and applies adaptation only to relevant segments. This segmentation strategy reduces computational complexity by focusing processing resources on elements that require depth perception assistance while minimizing unnecessary processing of elements that do not benefit from adaptation.

The patent implements partial action by selectively adapting only those virtual elements that fall within specific depth zones or meet certain criteria, rather than applying adaptation to all elements without distinction. This selective approach reduces the overall computational burden while still providing sufficient depth perception assistance for elements where it is most needed, balancing accessibility improvement with computational efficiency.