Pointer Speed Adjustment for UI Density

The patent implements dynamic pointer speed adjustment by detecting UI object density in different screen regions and automatically modifying pointer movement speed accordingly. When the pointer enters a crowded area with high UI object density, the system reduces pointer speed to allow users to accurately select specific objects. Conversely, in sparse areas, the pointer moves at normal speed. This dynamic adaptation resolves the contradiction between consistent movement and accurate selection in varying display environments.

The patent applies local quality by implementing different pointer movement characteristics in different spatial regions of the display screen. Specifically, the system divides the screen into regions based on UI object density and assigns different pointer speeds to each region. In crowded regions with high UI object density, the pointer moves slowly to enable precise selection. In sparse regions with low UI object density, the pointer moves at higher speed to reduce navigation time. This localized adaptation of pointer behavior simultaneously achieves both precise selection in crowded areas and efficient long-distance navigation.

The patent implements self-service by enabling the pointer system to automatically detect and adapt to UI object density without requiring manual user configuration. The system continuously monitors the display screen, identifies regions with varying UI object densities, and autonomously adjusts pointer movement speed accordingly. This self-adjusting mechanism eliminates the need for users to manually configure different pointer speeds for different screen areas, maintaining system simplicity while achieving high adaptability to varying display environments.