基于3D的虚拟服装电子商务系统的设计与实现
发布时间:2018-06-13 02:22
本文选题:3D人体建模 + 3D服装建模 ; 参考:《南昌大学》2010年硕士论文
【摘要】: 信息时代的今天,科技高速发展,互联网迅速普及,我们快节奏的生活出现了一种新的商业平台:电子商务。这种新的销售模式实现了消费者与厂商之间的直接交易,节约了中间成本,成就了消费者与厂商之间的双赢。随着物流系统的完善,电子商务正呈现几何式快速发展。 随着NAD网络辅助设计系统技术的发展,全新的360°3D展示技术得以实现。本论文采用参数化3D人体形态建模方法,使用“衣片-缝合”系统技术,根据衣片对应的缝合加载力重力衣片间内部弹力的共同作用,衣片逐渐发生变形,产生3D服装穿在人模身上的效果。三维试衣系统采用OpenGL三维图形工具包,在Visual C++的开发环境下进行程序编写,加入纹理环境渲染出更加漂亮有质感的界面,通过坐标变换实现360°的展示。同时集成博客、论坛、SNS社区游戏插件,给有共同喜好的用户提供学习、娱乐的交流平台,有效增加用户活跃程度。相信通过对系统的不断完善,在世界最大的服装市场中国,服装类电子商务一定会有光明的未来。
[Abstract]:In the information age, with the rapid development of science and technology and the rapid popularization of the Internet, a new business platform has emerged in our fast-paced life: E-commerce. This new sales model realizes the direct transaction between the consumer and the manufacturer, saves the intermediate cost, and achieves the win-win situation between the consumer and the manufacturer. With the improvement of logistics system, electronic commerce is developing rapidly in geometry. With the development of NAD network aided design technology, a new 360 掳3D display technology has been realized. In this paper, the parameterized 3D human body shape modeling method is adopted, and the technology of "clothes-suture" system is used. According to the joint action of the internal elastic force between the suture and loading force of the clothing piece, the clothing sheet is gradually deformed. Produces the effect of a 3D garment worn on a mannequin. The 3D fitting system adopts OpenGL 3D graphic Toolkit, programming in Visual C development environment, adding texture environment to render a more beautiful and textured interface, and realizing 360 掳display through coordinate transformation. At the same time integrated blog, forum SNS community game plug-in, to have a common preference of users to learn, entertainment exchange platform, effectively increase the level of user activity. I believe that through the continuous improvement of the system, in the world's largest clothing market China, apparel e-commerce will have a bright future.
【学位授予单位】:南昌大学
【学位级别】:硕士
【学位授予年份】:2010
【分类号】:F713.36;TP311.52
【引证文献】
相关硕士学位论文 前1条
1 刘钊;三维服装虚拟变形及展示技术研究[D];北京服装学院;2012年
,本文编号:2012233
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