Virtual Object Transparency Control for AR Navigation Visibility

The patent applies local quality by differentiating the transparency characteristics of virtual objects based on their spatial relationship with real objects. Virtual objects that overlap with real objects are rendered with higher transparency, while those in open spaces maintain lower transparency for better visibility. This localized adjustment of transparency properties resolves the contradiction by preserving real object visibility in critical areas while maintaining virtual object utility.

The patent implements dynamics by making virtual object transparency adjustable and responsive to user interaction and environmental context. The transparency of virtual objects can be dynamically modified based on user preferences, lighting conditions, and the density of real objects in the field of view. This dynamic adjustment allows the system to adapt to different situations, balancing virtual object visibility with real object observability.

The patent employs color changes as a primary mechanism to differentiate virtual objects from real objects and to encode navigation information. Virtual objects are rendered with distinct colors, transparency levels, and visual styles that make them easily distinguishable from the real environment. Color-coded indicators show destination locations, route directions, and points of interest without creating excessive visual clutter, as the color system provides intuitive information hierarchy.

The patent applies segmentation by dividing navigation information into discrete, spatially distributed virtual objects rather than presenting a single complex overlay. Destination markers, route indicators, and information points are segmented and placed at their respective geographic locations within the user's field of view. This segmentation allows users to process navigation information in manageable chunks scattered throughout the environment rather than as a dense集中 display.