女士连衣裙造型及合体度参数化研究

发布时间：2018-09-01 11:58

【摘要】：随着我国服装工业和服装研究领域对服装生产效率、成衣质量、服装舒适性等的要求日益提高,在二维服装CAD技术被广泛运用并带来经济效益的今天,三维服装CAD(包括三维人体扫描技术与三维虚拟试衣技术)技术正逐步普及并取代二维服装CAD技术,在其基础上进一步的简化板型设计、服装设计、样衣制作等工序。然而,不论是在二维还是三维服装CAD环境下,服装的造型与合体度都没有一个准确的参数进行描述与衡量。为此,根据2016-2017年流行女式连衣裙造型,制作不同版型参数、面料类型、款式类型等的女式连衣裙样衣,通过三维人体扫描仪对人体和服装的精确测量,分析连衣裙造型与合体度参数化表达方式,具有较高的研究意义。本课题以“人体-连衣裙”系统为研究对象,通过对织物物理性能、女士连衣裙版型参数、连衣裙款式类型等的研究与分析,优化并完善三维虚拟试衣造型数据库。本课题的主要研究内容主要为以下几个方面:搜集2016年知名品牌的女士连衣裙秀场款式图,结合三维CAD技术通过数字化方法分析2016年流行女式连衣裙造型;对本实验所用的5种不同面料进行KES织物风格评价测试与物理性能测试;通过实验确定连衣裙基本版型结构,进行特殊连衣裙版型结构及样衣制作,并进行三维人体扫描;通过主、客观实验结果分析总结面料织物风格和性能参数、连衣裙版型结构参数、连衣裙款式类型等与和合体度参数的规律,并可作为三维服装CAD造型的参考。通过以上研究,可以得出结论:(1)2016年流行女士连衣裙廓形为H型,具体造型特征可用准确的参数进行表示;(2)连衣裙合体度可用具体参数进行表达与衡量,如:下摆高度,连衣裙与人台间的空间差量等;(3)版型结构、服装面料与连衣裙款式类型会影响连衣裙合体度参数,具体关系通过线性回归方程式进行表达。
[Abstract]:With the increasing demands of garment production efficiency, garment quality and clothing comfort in the garment industry and clothing research field in China, the two-dimensional garment CAD technology has been widely used and brought economic benefits today. 3D garment CAD (including 3D human body scanning technology and 3D virtual fitting technology) technology is gradually popularizing and replacing two-dimensional garment CAD technology. On the basis of it, the process of plate design, garment design and sample garment manufacture is further simplified. However, there is not an accurate parameter to describe and measure the modeling and fit degree of clothing under the environment of 2D or 3D CAD. Therefore, according to 2016-2017 popular women's dress modelling, make different layout parameters, fabric type, style type and so on women's dress sample clothing, through the three-dimensional human body scanner to the human body and the clothing accurate measurement, It is of great significance to analyze the parameterized expression of dress shape and fit degree. In this paper, we take the "human body dress" system as the research object, through the research and analysis to the fabric physical property, the lady dress pattern parameter, the dress style type and so on, optimizes and consummates the 3D virtual fitting modeling database. The main research contents of this topic are as follows: collect the famous women's dress show pattern of 2016, combine 3D CAD technology to analyze the fashion of women's dress in 2016 by digital method; The KES fabric style evaluation test and physical property test were carried out on five different fabrics used in this experiment, the basic pattern structure of dress was determined by experiment, the special dress pattern structure and sample garment were made, and the 3D human body scanning was carried out. Through the subjective and objective experimental results, the rules of fabric style and property parameters, dress pattern structure parameters, dress style type and fit degree parameters are analyzed and summarized, which can be used as a reference for 3D garment CAD modeling. Based on the above research, we can draw conclusions: (1) the shape of the dress in 2016 is H type, and the specific modeling features can be represented by accurate parameters; (2) the dress body degree can be expressed and measured by specific parameters, such as the height of the pendulum, (3) layout structure, clothing fabric and dress style type will affect the parameters of dress fit degree, and the specific relationship is expressed by linear regression equation.
【学位授予单位】：武汉纺织大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TS941.717.8

【参考文献】