Stereoscopic Display Parallax Control for Natural Depth

The patent applies dynamics by making the display state of objects adaptive rather than static. Objects automatically transition between displayed and non-displayed states based on real-time parallax calculations, creating a dynamic system that responds to viewing conditions. This resolves the contradiction by allowing high parallax objects to be hidden when they would pop up excessively, while still maintaining stereoscopic effect for objects with appropriate parallax values.

The patent changes the parameter of object display state based on parallax values. By calculating parallax for each object and comparing it against threshold values, the system dynamically adjusts which objects are displayed and which are hidden. This parameter-based control allows the system to maintain natural appearance by suppressing objects with excessive pop-up effects while preserving stereoscopic display for objects within the optimal parallax range.

The patent implements self-service by enabling objects to automatically determine their own display state based on their calculated parallax values. Each object is evaluated independently against the same threshold criteria, eliminating the need for complex centralized management of multiple objects. This self-service mechanism reduces processing complexity while maintaining accurate stereoscopic depth representation for all objects.

The patent uses parameter-based decision making where each object's display state is determined by comparing its parallax parameter against predefined thresholds. This standardized parameter evaluation approach simplifies the processing of multiple objects with different parallax values, as the same computational logic applies uniformly to all objects regardless of their individual characteristics.