Vücudu Saran Giysilerin Tasarımında ve Giysi Kalıbı Hazırlığında 3 Boyutlu Açınım Sistemlerinin Kullanılabilirliği

Abstract

Nowadays aesthetics, comfort and functionality are the most important characteristics of sports garments. To achieve comfort, sports garments are manufactured as combined fractions made of different fabrics providing different characteristics and designs. Preparing patterns which provide the best fit for the tightfit garments is much harder than the loose fit ones. To find the best fit, many prototypes have to be made, but the manufacturers do not have the necessary time. Thus, 3D Flattening systems provide a way out for the industry, but especially for the sportswear manufacturers.In this study, firstly, a virtual male model was formed. Afterwards, a fractioned tight-fit male sweatshirt model was designed on this virtual model via Opititex 3D Flattener. As the model was created, the pattern was obtained simultaneously. When the design was completed, 2D patterns were obtained automatically. After virtual stitches and other details were applied, the sweatshirt was dressed on the created male model in order to determine the fit. Eventually, fit of the created design was evaluated.

A clothing pattern generating framework based on scanned human body model

“…Cloth pattern making is an important work in the fashion industry, and many researchers and engineers has implemented and developed CAD systems (Petrak et al ., 2018; Berthouzoz et al ., 2013; Tama et al ., 2016; Liu et al ., 2018; Bartle et al ., 2016; Stein et al ., 2018). Abu (2012) developed a system of resizable outerwear templates for virtual design and pattern flattening, to implement a computer-aided 3D to 2D pattern development technique for outerwear.…”

“…To satisfy the requirements of personalized customization and self-service virtual fitting applications, automatic and fast generating of characterized clothing patterns according to different body models is significant. Furthermore, because the materials of clothes are soft and extensible in different degree, thus many factors including loose quantity, sewing allowance, structural deformations and customer preference need to be considered in clothing engineering (Petrak et al ., 2018; Berthouzoz et al ., 2013; Tama et al ., 2016; Liu et al ., 2018; Bartle et al ., 2016).…”