Research on Basketball Flight Simulation Based on the Video Data Analysis Technology
Yun Fei Qin, Hong Mei Zhong · Applied Mechanics and Materials · 2013
The shooting average of basketball is closely related to the shoot angle of basketball players and flight trajectory. Therefore, in the process of peacetime training, only by having a full understanding of basketball's flight path can we help the basketball players better adjust the shoot angle and improve the shooting average of basketball. Thus it can increase the training quality of basketball athlete. Based on this, this paper records the flight path of basketball by combining with the basic theory of aerodynamics in the process of basketball movement, taking advantage of 3 d image analysis technology and HD video recording equipment. Finally, based on Visual c ++ software image segmentation techniques, this paper analyzes the basketball flight data. And then according to the analysis results, various parameters of the basketball trajectories are successfully captured in the process of basketball player's shooting. Moreover, the curve is also obtained which is influenced by the basketball flight distance and athletes' shooting angle. Thus, it provides a reliable theoretical basis for the technical development and training of excellent basketball athletes.