Design And Implementation Of Client Side In Mass Garment Customization System

In the context of "Internet +",online shopping has become a norm for people's shopping and consumption,especially among younger groups.More and more people have begun to pay attention to Internet garment customization,and a large number of Internet garment customization platforms have begun to emerge.Such as simple pattern customization platform,men's suit customization platform,etc.Internet-based mass garment customization is guided by consumers 'personalized dressing needs,and the Internet is used as a carrier to develop personalized clothing customization,which is fast,accurate and low-cost to meet consumer needs and break through the limitations of current e-commerce platforms.Optimizing the customer experience has also improved the efficiency of apparel customization for apparel companies,saved costs,attracted customers,and promoted the transformation of apparel companies into technological and networked innovative companies.This topic integrates the existing clothing computer technology and Internet technology,and takes the garment customization process as the object,establishes the customer-enterprise interaction,and designs the framework and functional modules of the platform client according to the customer needs and the business logic of garment customization.The implementation of the mass garment custom client design solution uses the current popular responsive web design technology Bootstrap framework,which can make the platform website adapt to devices with different screen sizes such as iPad,PC and mobile terminal.Secondly,this subject focuses on the design and implementation of the 3D model platform deformation system,optimizing the measure human function and reducing the limit of the Internet customization development.The system is implemented using the classic MVC structure in Java,and a B / S architecture is built to reduce the data transmission and calculation amount of the client and render the 3D human platform model under the Web mode.We put the complex deformation algorithm on the server side and the rendering of the 3D human platform model on the browser side,which can greatly improve the data transmission rate.This topic also describes in detail the B / S architecture and the construction of a 3D human deformation model,including 3D scanning and measurement methods of 3D human model data extraction and marking,the principles and algorithms of human model deformation of the chest and waist regions,and 3D Application of NURBS surface of human platform model.