适于移动端的三维鞋款选配展示App开发与实现
发布时间：2018-07-14 20:54
【摘要】：互联网技术的突飞猛进助推了电子商务的不断发展,而消费者的需求也成为电子商务发展的推动力。传统电子商务平台逐渐衍生出移动电子商务,这也使用户购买的便利性大大提升。追求个性、时尚、专属的年轻女性在网购大军中占有重要地位,缺乏互动体验的二维电子商务展示方式难以满足消费者获取更多产品细节信息需求。我国是制鞋大国,面对目前无优势的传统销售模式及个性化需求消费心里日益增长经济大环境下,个性化定制销售模式是鞋企转型升级的必然趋势。本课题拟在Android系统基础上,以高低跟女鞋为例,开发一款适于移动端的三维鞋款选配展示App系统。系统设计涵盖个性化选配、三维鞋款分配体模型构建及移动端展示,消费者可自主选配帮面款式、配饰件款式、跟型造型、材质及颜色等,对个性化的选配效果及时反馈并且具有一定的交互性,如缩放、旋转等。研究包括四部分。第一部分对适于三维鞋款选配展示App系统做了总体设计。包括对系统概要、功能和性能的需求分析,着重介绍适于移动端三维展示设计的原理及实现目标关键技术,提出系统的开发流程。第二部分鞋靴分配体建模及模型库构建。对比分析常见的三维软件特点,选择Rhino三维软件,利用套楦方法构建鞋靴分配体帮面款式、跟型、配饰件精简模型。创建模型渲染的材质球库并对其参数化设置。针对PC端与移动端的区别,分析调用服务器数据速度影响因素。讨论渲染输出的Web数据包大小影响因素并规范其输出的命名方式。第三部分三维鞋款选配展示App系统设计及实现。简要介绍了Android系统、开发工具。基于界面及交互的设计理论对系统启动图标、客户端操作界面、人机交互方式进行设计。构建适于三维鞋款选配展示App系统,对各功能模块界面的实现、相应代码设计和各功能模块的界面效果模拟机上分析测试。第四部分系统测试。分别对系统适配兼容性、性能及需求功能进行测试。研究结果表明:本研究提出的用套楦曲面精简建模技法构建的鞋靴模型,在保证造型的基础上更适合三维展示,渲染效果图逼真,人机交互流畅。本研究提出的一种适于移动端三维鞋款选配展示App开发设计流程可行、鞋靴分配体建模及模型库构建实用、交互界面充分考虑了消费者习惯,测试结果较好。
[Abstract]:The rapid development of Internet technology has contributed to the continuous development of electronic commerce, and consumer demand has become the driving force of the development of electronic commerce. Traditional e-commerce platform has gradually derived from mobile e-commerce, which greatly improves the convenience of users to purchase. The pursuit of personality, fashion, exclusive young women in the army of online shopping occupies an important position, the lack of interactive experience of two-dimensional e-commerce display way can not meet the needs of consumers to obtain more product details. Our country is a big shoemaking country, facing the traditional sales mode and individualized demand and consumption with no advantage at present, the individualized customization sales mode is the inevitable trend of shoe enterprises' transformation and upgrading. On the basis of Android system and taking high and low heel shoes as an example, this paper develops a 3D shoe matching and displaying App system suitable for mobile end. The system design includes personalized matching, 3D shoe distribution model construction and mobile end display, consumers can independently select side style, accessories style, heel shape, material and color, etc. Timely feedback on personalized selection and interactive, such as scaling, rotation and so on. The research includes four parts. The first part of the three-dimensional shoes for the selection of display App system to do the overall design. Including the analysis of system outline, function and performance, the principle and key technology of 3D display design for mobile terminal are introduced emphatically, and the development flow of the system is put forward. The second part is the modeling and modeling of shoe distribution system. By comparing and analyzing the characteristics of common 3D software, Rhino 3D software is chosen to construct the model of shoe distribution surface style, heel and accessories by using the method of last. Create a material ball library for model rendering and parameterize it. According to the difference between PC and mobile, this paper analyzes the factors affecting the data speed of calling server. This paper discusses the factors affecting the size of the Web packet of the render output and specifies the naming of the output. The third part is the design and implementation of three-dimensional shoe selection display App system. This paper briefly introduces Android system and development tools. Based on the design theory of interface and interaction, the system startup icon, client interface and man-machine interaction mode are designed. The App system suitable for 3D shoe selection and display is constructed. The realization of the interface of each functional module, the corresponding code design and the analysis and test of the interface effect of each functional module on the simulator are carried out. The fourth part is system test. Test the compatibility, performance and requirement function of the system respectively. The results show that the shoe and boot model based on the simplified modeling technique of last is more suitable for 3D display, realistic rendering and smooth human-computer interaction. In this study, a design flow of App is feasible, the model of shoe distribution and model library is practical, and the interaction interface fully takes into account consumer habits, and the test results are good.
【学位授予单位】：陕西科技大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52;TS943
本文编号：2122918
[Abstract]:The rapid development of Internet technology has contributed to the continuous development of electronic commerce, and consumer demand has become the driving force of the development of electronic commerce. Traditional e-commerce platform has gradually derived from mobile e-commerce, which greatly improves the convenience of users to purchase. The pursuit of personality, fashion, exclusive young women in the army of online shopping occupies an important position, the lack of interactive experience of two-dimensional e-commerce display way can not meet the needs of consumers to obtain more product details. Our country is a big shoemaking country, facing the traditional sales mode and individualized demand and consumption with no advantage at present, the individualized customization sales mode is the inevitable trend of shoe enterprises' transformation and upgrading. On the basis of Android system and taking high and low heel shoes as an example, this paper develops a 3D shoe matching and displaying App system suitable for mobile end. The system design includes personalized matching, 3D shoe distribution model construction and mobile end display, consumers can independently select side style, accessories style, heel shape, material and color, etc. Timely feedback on personalized selection and interactive, such as scaling, rotation and so on. The research includes four parts. The first part of the three-dimensional shoes for the selection of display App system to do the overall design. Including the analysis of system outline, function and performance, the principle and key technology of 3D display design for mobile terminal are introduced emphatically, and the development flow of the system is put forward. The second part is the modeling and modeling of shoe distribution system. By comparing and analyzing the characteristics of common 3D software, Rhino 3D software is chosen to construct the model of shoe distribution surface style, heel and accessories by using the method of last. Create a material ball library for model rendering and parameterize it. According to the difference between PC and mobile, this paper analyzes the factors affecting the data speed of calling server. This paper discusses the factors affecting the size of the Web packet of the render output and specifies the naming of the output. The third part is the design and implementation of three-dimensional shoe selection display App system. This paper briefly introduces Android system and development tools. Based on the design theory of interface and interaction, the system startup icon, client interface and man-machine interaction mode are designed. The App system suitable for 3D shoe selection and display is constructed. The realization of the interface of each functional module, the corresponding code design and the analysis and test of the interface effect of each functional module on the simulator are carried out. The fourth part is system test. Test the compatibility, performance and requirement function of the system respectively. The results show that the shoe and boot model based on the simplified modeling technique of last is more suitable for 3D display, realistic rendering and smooth human-computer interaction. In this study, a design flow of App is feasible, the model of shoe distribution and model library is practical, and the interaction interface fully takes into account consumer habits, and the test results are good.
【学位授予单位】：陕西科技大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52;TS943
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