Research On The Modeling Design Of Electric Vehicle Based On The Theory Of Visual Perceptual Dynamics

Based on the related theory of visual power,this paper analyzes the visual perception power in the modeling of electric vehicles,aiming to explore the innovative ideas of the modeling design of electric vehicles and guide the design practice.Firstly,the paper analyzes and sums up the related concepts and principles of the theory of visual perception power by using the interpretive method,so as to establish the theoretical basis for the aesthetic cognition of visual perception of electric vehicle modeling.Aiming at the modeling of electric vehicles,combined with a large number of actual model cases and related experimental exploration,this paper analyzes the cognitive elements,dynamic balance features and Gestalt mechanism in the modeling of electric vehicles,and takes the overall modeling features and feature shape surface light and shadow as the main research object,carries out qualitative and semi quantitative analysis,and summarizes the generation style of visual force in the modeling of electric vehicles.By using cognitive experiment and questionnaire survey,this paper analyzes the perception of visual perception power of the related groups of electric vehicle modeling design,establishes the aesthetic evaluation method of visual perception power of electric vehicle modeling,and summarizes the design method of strengthening the visual perception power performance of electric vehicle modeling.Finally,the above design methods are applied to the actual design practice,and the feasibility of the application of the theory of visual perceptual dynamics in the design of electric vehicles is verified through the evaluation methods.This paper broadens the research scope of the theory of visual perceptual dynamics in the field of vehicle modeling design,establishes the method of modeling design and evaluation of electric vehicle based on the theory of visual perceptual dynamics,and has been preliminarily verified in the design practice.