Virtual Object Interaction via Physical Property Simulation

The patent applies parameter changes by adjusting the movement speed of virtual objects based on their size parameters. Larger virtual objects move slower while smaller ones move faster, mimicking real-world physics. This resolves the contradiction by dynamically changing the speed parameter rather than maintaining a constant speed, thereby achieving natural expression while preserving operational simplicity through automated parameter adjustment.

The patent replaces complex mechanical simulation systems with a simplified computational approach. Instead of implementing full physics engines, the system uses predetermined relationships between object parameters (size, mass) and movement characteristics. This substitution achieves natural expression through mathematical relationships rather than physical simulation, thereby reducing system complexity while maintaining realism.

The patent implements partial action by selectively applying physical property simulations only when virtual objects interact with real objects in the augmented reality space. The system calculates positional relationships and applies appropriate movement restrictions or enhancements only in relevant scenarios, rather than continuously processing all virtual objects. This approach enhances realism in critical interactions while minimizing unnecessary processing load during normal display operations.