Vehicle Display Priority-Based Object Sizing

The patent applies local quality by assigning different visual characteristics (size, position) to different menu objects based on their priority. Frequently used objects are displayed larger and in prominent positions, while less frequently used objects are displayed smaller and in less prominent positions. This creates a non-uniform display where each object's visual properties are optimized for its specific usage pattern, resolving the contradiction between displaying many objects and maintaining ease of navigation.

The patent implements preliminary action by pre-analyzing user interaction patterns and determining the priority of each menu object in advance. The control device stores usage data and automatically calculates priority rankings before the user needs to navigate the menu. This preliminary organization based on actual usage patterns allows objects to be displayed in optimal positions without requiring users to traverse complex hierarchical structures, significantly reducing search time while maintaining organization capacity.

The patent applies dynamics by making the display configuration adaptive and changeable based on user behavior. The size and position of menu objects are not fixed but dynamically adjusted according to their priority, which is continuously updated based on usage patterns. This dynamic reconfiguration allows the display to maintain completeness of information while simultaneously optimizing for user-friendliness, as the most relevant objects are always prominently displayed without requiring users to search through uniform lists.