A Prediction Model of Domestic Animated Films and Audience Psychology Based on Facial Expression Recognition

Abstract

By analyzing the relationship between the resistance and buoyancy of the swimmer and the water, exploring the mechanism of resistance and propulsion during swimming, and then proposing an optimization plan for technical movements, achieving the purpose of reducing resistance and improving propulsion efficiency. It is currently the most effective to improve the performance of competitive swimming. One of the means. With the rapid development of computer science, computer numerical simulation technology has shown great potential in the study of dynamic numerical modeling of swimming. Based on computational fluid dynamics, this paper carries out a numerical analysis of dynamic numerical simulations for different swimming postures. The analysis results show that different postures are closely related to the resistance of athletes to the water.