Golf Swing Performance Prediction via Simulation

The patent creates a virtual copy of the golfer's swing and the golf clubs through computer simulation. Instead of physically testing each club-ball combination, the system uses digital models to replicate the swing mechanics and predict performance outcomes. This allows the golfer to evaluate multiple equipment combinations without physical interaction, resolving the contradiction between accurate performance measurement and time consumption.

The system performs preliminary calculations and simulations of ball striking performance before any physical testing occurs. By pre-computing the expected performance metrics for various club and ball combinations based on the golfer's swing characteristics, the system eliminates the need for sequential physical testing, thereby saving time while maintaining measurement precision.

The patent replaces the mechanical system of physical testing with a computational simulation system. Instead of physically striking golf balls with drivers under various atmospheric conditions, the system uses computer algorithms to calculate performance outcomes based on input parameters including swing characteristics, equipment specifications, and atmospheric conditions. This substitution maintains reliability through accurate physical modeling while dramatically improving productivity by eliminating the need for numerous physical tests.

The system varies input parameters (swing speed, club loft, ball type, atmospheric conditions) in the simulation to predict performance across different scenarios. By changing parameters computationally rather than physically reconfiguring equipment and environmental conditions, the system can evaluate numerous combinations efficiently while maintaining reliable predictions based on established physics principles.

The patent introduces a computer simulation model as an intermediary between the captured swing data and the performance prediction for untested equipment. The simulation model acts as a mediator that takes the golfer's swing characteristics (obtained through camera analysis) and applies them to virtual representations of different golf clubs and balls, predicting performance outcomes without requiring physical testing of each combination. This intermediary enables both information completeness and equipment flexibility.

The simulation system serves multiple functions: it analyzes the golfer's swing, models various golf clubs and balls, predicts performance for any combination, and allows comparison across equipment. This universal tool replaces the need for separate physical testing procedures for each equipment combination, maintaining information completeness while dramatically increasing adaptability to different club and ball selections.