著者

尹 賢榮 三吉 満智子 廣川 妙子

出版者

日本感性工学会

雑誌

感性工学研究論文集 (ISSN:13461958)

巻号頁・発行日

vol.5, no.3, pp.87-96, 2005-05-31 (Released:2010-06-28)

参考文献数

12

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This study focuses on the automation of a clothes pattern design. With two sorts of semi-fit jackets we manufactured five suits of every designs, changing the amount of waist darts distribution. To illustrate this, we performed sensory evaluation using the fixation photograph of a jacket with three-dimensional measurement of the manufactured jacket and a body. We have the following results by examining the result of evaluation by the difference in the amount of darts distribution, and the relation of a silhouette and cross-sectional shape was considered here. The quality of jacket silhouette that had a few amounts of front darts distribution, and had a lot in behind, as like the same tendency with waist darts in an adhesion cloths pattern to a human body, gains the support of a lot of people. As a result of quantifying the room that is generous between the body in said division grade, and a jacket as vacant space distance and a vacant space area, the darts distribution brings about the change of silhouette.Mal-distribution of front and behind vacant space distance which appeared in a sectional view in WL. Made the relationship between a pattern and the amount of organic functions clear. These outcomes say that we could get a clue to create a cross-sectional drawing that is necessary for a cloths pattern design, from the three-dimensional measurement data of human body directly.

著者

尹 賢榮 三吉 満智子 廣川 妙子

出版者

日本感性工学会

雑誌

感性工学研究論文集 (ISSN:13461958)

巻号頁・発行日

vol.5, no.4, pp.57-64, 2005-08-31 (Released:2010-06-28)

参考文献数

14

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This research attempts to construct the automated system of clothes pattern design directly from the three-dimensional data of the body to indicate the trend of creating clothes pattern design in future. In this report, firstly I attempt to obtain unfolded plans to fit the body directly from cross sectional figures using the three-dimensional data. Secondly, the study examines the methods of obtaining the width of each pieces necessary for making pattern on unfolded plan by changing some focuses along the division lines. This experiment and research show the following results. Firstly, the width of fit type torso prototype is based on the length of the outside envelopment, picking up the utmost projection points from the upper to the lower half of the body. Secondly, at least four division lines are needed in order to make the torso prototype. Thirdly, amount of darts appear mostly at axillaries posterior for the torso prototype regardless of focus and formed area. Amount of darts on the division lines, changes to a large extent, depending on the place of focuses rather than the way texture runs. But amount of darts by human sense and that of using temporal focal point correspond largely to others. In this way, the temporal focal point is likely to be effective.