System development of a 3-dimensional fashion・factory・boutique (PartII) Systematization and construction of support information for consumer selection of designs for women's dress selection corresponding to the IT revolution

我们试图通过使用 3D 身体测量系统来获取年轻女性每个个体身体图像的销售和购买服装信息，并研究女性对 3D 服装模拟图像的感受。结果如下：与制造商合作，在短时间内开发出了廉价且非触觉的3D人体测量颜色系统。为了设计服装，建立了用于非触觉3D身体测量的基本点（数量约100）和线（数量6）以及颜色和内衣。 135 名年轻女模特中每个模特的整个 3D 体型测量时间约为 7-10 秒。开发了一系列软件来模拟3D身体图像和形状，利用近似躯干和手臂表面的三角网格自动形成身体表面结构，以及头部的全身表面形态。这样就实现了系统化。首先，使用 6 个总体形状和 19 个部位形状的 5 阶段评估方法对 2D 打印图片上的 85 个可用身体形状（身体正面、右侧和背面）的图像进行评估。根据该检查的结果，使用从之前的 85 个模型中选择的 13 个模型和标准体型，将这些测试图像以八个方向的角度放置在屏幕上。提取6种图像类型的每个3D身体样本形状，用于选择服装与体表形状的贴合性。我们尝试设计一种通信图像咨询支持系统，使女性能够轻松订购适合自己生活方式和个性感的服装。首先，通过问卷调查和3D服装设计评估（受访者和评估者：年轻女性）提取消费者想要选择确切款式的支持信息，然后包含消费者愿望和服装设计的沟通支持系统检查这些信息以找到合适的设计。接下来，通过显示图片的3D服装模拟，选择系统让消费者确信所显示的服装满足消费者的需求。选择系统提供来自销售方的信息，并为消费者提供灵活性。该系统还为服装生产商提供支持，因为它将通过提高消费者满意度来减少生产损失。从现在开始，我们将研究使用多种服装设计的图像评估和分类，并将在 3D 合身服装模拟和 3D 体形上评估图像。在本研究中，3D时装设计系统的结构使用了来自不同学科的许多研究的基础产品。较少的

We tried to obtain information on selling and buying dress for each individual body image of young women by using a 3D body measurement system and research into how the women feelabout 3D dress simulations of images. The result were as followsIn cooperation with the manufacturer, an inexpensive and non-tactile 3D body measurement color system was developed in a short time. For designing the clothing, the basic points (number of about 100) and lines (number of 6) as well as the colors, and underwear for non-tactile 3D body measurement were established. The entire 3D body shape of each model in 135 young female models was measurable about 7-10 seconds. A series of software to simulate the 3D body image and shape, the automatic formation by means of the structure of a body surface using triangular mesh of an approximated torso and arm surface, and the total body surface form with the head was developed. Thus, the systematization was attained. First, the image of 85 usable body shapes (fro … More nt, right side, and back body surfaces) on 2D printed pictures was evaluated using the method of the 5-stage evaluation for the 6 total forms and the 19 part shapes. The result of that examination lead to putting those test images on the screen with angles from eight directions using thirteen models selected from among previous 85models and standard body shapes. Each 3D body sample shape of 6 image types was extracted for selecting the fitting of the garment on the body surface shape.We tried to design a communication-image consultation support system that allows women to easily order clothing that suits their lifestyle and sense of individuality. First, the support information for choosing the exact style of clothing the consumer wishes to have is extracted by means of the questionnaire survey and estimation of 3D clothing design (respondents & estimators : young women), after which the communication support system containing the consumer's desires and the clothing designs examines the information to find an appropriate design. Next, through a 3D garment simulation showing a picture, the selection system allows the consumer to satisfy him or herself that the clothing shown meets the consumer's needs. The selection system offers information from the sales side and provides flexibility for consumers. This system also supports the producers of clothing in that it will lead to less production losses through higher consumer satisfaction.From now, we will investigate image evaluations and classification using many designs of dresses, and will evaluate the image on 3D fitting dress simulations and of the 3D body shape. In this research, the fundamental products from many researches in different disciplines were used in the structure of the 3D fashion design system. Less