The Simulation of Aerobics Performance Based on Virtual Reality

Abstract

The competition aerobics training project is based on the continuous summarization of experience, and on the basis of maintaining the characteristics of its own project, it also actively draws on the structure of other types of skills, and it is developed on the basis of further enriching the new "health, strength, and beauty"characteristics of competition aerobics training. This paper studies and analyzes the simulation of aerobics performance based on virtual reality. This paper firstly gives the definition of virtual reality and then studies and analyzes the action simulation recognition algorithm. The calculation methods of human action recognition usually include two types, the behavior recognition algorithm corresponding to the template and the behavior recognition algorithm based on the state space. And this paper studies the number of formation changes and the speed of the fitness aerobics complete set of movements. This paper analyzes the number and space usage of the aerobics complete sets of formation changing venues and also studies the positioning and moving paths of the aerobics complete sets of movement players. The experimental results show that the use of a complete set of three-dimensional space basically meets the requirements. The use of three-dimensional space in group B is more abundant than that in group A, and the total number of five types of space transformations is more than 10. The three groups and the two types of space have more conversions to reflect the sense of hierarchy, making the complete set of movements more active, but the number of conversions should be increased.