Research And Implementation Of Cartoon Models Based On Evolutionary Computation

By analyzing the development of current international and domestic animation industry, it is found that the animation industry is concerned in the international market, and it is one of the most extensive market prospects industries in the modern times. In a new round of knowledge-based economy, how to develop the animation industry with Chinese characteristics has been widely discussed today.Animation production is an activity which is greatly dependent on a person's creativity and imagination, and embodies the characteristics of knowledge-based economy. The computer-aided design system that is mainly an interactive graphics system, analyzing and computing, primarily provides design tools for designers and only supports a single designer's independent design and human-computer interaction; however, it can not inspire the designer's creative thinking and support collaborative design.The theoretical basis of this paper is the biological evolution science, computer science and design methods. Its main algorithm is evolutionary theory of the biological science. Its implementation depends on computing models of computer science, algorithms and visualization techniques. The ultimate target is to serve animation producers and innovative designers in the information age. This paper intends to develop our own proprietary three-dimensional computer-aided production software to support the design of animation production and product innovation. Its main feature is using generation technology, component technology and visualization technology to provide a software design platform which is quickly response to the market demanding.This paper first uses evolutionary computation and niche genetic algorithm to generate a variety of components, and then uses software component management and assembly technology to assemble produced components and artificial designed components together, and present the appearance in the form of three-dimensional. These components are generated by mathematical models and genetic algorithm, so they are more novel and can be reused. As the appearance is novel and is generated with high efficiency, it can improve market competitiveness.