Graphic Object Movement via Mirror-Inversion Overlap Avoidance

The patent segments the display area into multiple grid regions and divides graphic objects into movable and stationary categories. By segmenting the movement logic into different handling rules for different regions (overlapping vs. non-overlapping), the system can process movement requests more reliably in dense environments without reducing the number of graphic objects displayed.

Instead of allowing free movement and then resolving overlaps, the patent inverts the approach by first detecting potential overlaps and then determining movement feasibility. The system checks whether a graphic object can be moved to a target position before executing the move, and if overlap is detected, it alternatively moves other overlapping objects to resolve the conflict, thereby ensuring movement success rate in dense displays.

The patent performs preliminary detection of overlapping relationships between graphic objects before movement operations. By pre-identifying which objects overlap and establishing a movement priority order, the system ensures that user-initiated movements can be executed successfully without requiring the user to manually resolve conflicts, thus maintaining ease of operation while displaying many objects.

The patent implements a feedback mechanism where the system continuously monitors the positions and overlapping states of graphic objects. When a movement operation is initiated, the system provides feedback by detecting potential overlaps and automatically adjusting the movement plan (either by blocking the move or by moving other objects to clear the path), ensuring that the final state always provides clear access to all graphic objects.

The patent segments the movement processing into distinct phases: detection phase (identifying overlapping objects), decision phase (determining movement feasibility), and execution phase (performing the movement). This segmentation allows the system to use simple, fast operations in each phase while achieving reliable overall movement success, as each phase handles a specific aspect of the problem efficiently.

The patent performs preliminary detection and classification of overlapping relationships before the actual movement execution. By pre-identifying which objects are overlapping and establishing a movement priority order in advance, the system avoids complex real-time calculations during movement execution, thereby maintaining fast processing speed while ensuring high movement success rate in crowded display areas.