Virtual Golf Trajectory Alignment Using Reference Pattern Mapping

The patent uses a camera to capture the actual trajectory of the golf ball in the real world and displays this captured trajectory on the screen in the simulation area. This copying approach allows the virtual display to accurately reflect the real-world ball motion, creating a matching trajectory between reality and simulation that enhances the sense of reality while maintaining accessibility

The system continuously captures the golf ball's trajectory using a camera and updates the display in real-time. This feedback loop ensures that the simulation area shows the actual ball path, creating a synchronized experience between the physical golf swing and its visual representation, thereby improving immersion and realism

The patent introduces a camera as an intermediary device between the real-world golf ball and the display screen. This camera captures the ball's trajectory and provides this information to the display system, serving as a mediator that bridges the physical and virtual domains. This intermediary approach simplifies the overall system architecture by using a single dedicated capture device rather than complex multi-sensor arrays

The patent replaces complex mechanical trajectory measurement systems with an optical capture approach using a camera. Instead of using mechanical sensors, encoders, or complex coordinate transformation systems, the invention uses visual capture to track the ball's path, substituting mechanical measurement with optical detection and image processing, thereby reducing mechanical complexity