基于进化计算的动漫造型研究与实现

发布时间：2018-06-27 01:01

本文选题：动漫 + 进化计算　；参考：《山东师范大学》2010年硕士论文

【摘要】： 通过分析当前国内外动漫产业的发展情况,发现动漫产业在国际市场上是备受关注的,并且是当今时代市场前景最广阔的产业之一。如何在新一轮的知识经济浪潮中,发展有中国特色的动漫产业如今已引发广泛的讨论。动漫制作是一项极大的依赖于人的创造力和想象力的活动,体现了知识经济的特点。以交互式图形系统和分析计算为主的计算机辅助设计系统,主要是为设计人员提供设计工具,仅能支持单个设计者的独立设计和人机交互,不能为启发设计人员的创造性思维提供支持,也不能支持协同设计。本文的理论基础汲取自生物进化科学、计算机科学及设计方法的交叉学科,其主要算法借鉴生物科学的进化理论;其实现依赖计算机科学的计算模型、算法及可视化技术,其最终服务对象是信息时代的动漫制作及创新设计人员。本文拟开发具有自主产权的三维计算机辅助制作软件,以支持动漫制作及产品创新设计。其主要特色是系统采用生成技术、构件技术和可视化技术,为设计人员提供快速响应市场需求的软件设计平台。在本文中,首先采用进化计算和小生境遗传算法生成各种可以组装为产品的构件,然后利用软构件的管理和组装技术,将生成的构件与人工设计的构件组装在一起,以三维形式演示其外观造型。由于各构件是利用数学模型及遗传算法派生的,不是先人工构思,然后利用计算机工具再现,因此能产生一些新颖的外观造型,一些原有的设计可以重用。由于生成的外型新颖并且效率高,可以大大提高设计人员制作动漫的效率及水平,提高市场竞争力。
[Abstract]:By analyzing the development of animation industry at home and abroad, it is found that animation industry is one of the most promising industries in the international market. How to develop the animation industry with Chinese characteristics in the new wave of knowledge economy has aroused extensive discussion. Animation production is a highly dependent on human creativity and imagination activities, reflecting the characteristics of knowledge economy. The computer aided design system, which mainly consists of interactive graphics system and computer aided design system, mainly provides design tools for designers. It can only support individual designers' independent design and man-machine interaction. It cannot support the creative thinking of designers, nor can it support collaborative design. The theoretical basis of this paper is based on the interdiscipline of self-evolution science, computer science and design method, and its main algorithms draw lessons from the evolutionary theory of biological science, and its realization depends on computer science's computing model, algorithm and visualization technology. Its ultimate service object is the information age of animation production and innovative designers. This paper intends to develop a three-dimensional computer-aided production software with independent property rights to support animation production and product innovation design. The main feature of the system is that the system adopts generation technology, component technology and visualization technology, which provides a software design platform for designers to respond quickly to market demands. In this paper, evolutionary computing and niche genetic algorithm are first used to generate various components that can be assembled into products, and then the generated components are assembled together with artificially designed components by using the management and assembly technology of software components. Demonstrate its appearance in three-dimensional form. Because each component is derived by mathematical model and genetic algorithm, it is not first conceived manually, but then reproduced by computer tools, so it can produce some novel appearance shapes and some original designs can be reused. Because of the new appearance and high efficiency, designers can greatly improve the efficiency and level of animation production, and improve the market competitiveness.
【学位授予单位】：山东师范大学
【学位级别】：硕士
【学位授予年份】：2010
【分类号】：TP18

【引证文献】