제8차 Size Korea 스캔 데이터와 3D 가상 의류제작 소프트웨어를 활용한 35~54세 여성의 체형별 토르소 원형 개발
Development of Torso Slopers by Body Type for Women Aged 35-54 Using 8th Size Korea Scan Data and 3D Virtual Garment Production Software
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초록
The body shape of women typically changes after the age of 35, influenced by factors such as pregnancy, child- birth, and hormonal fluctuations. A previous study classified torso shapes into three types using measurements extracted from scans of 200 women aged 35 to 54, sourced from the 8th Size Korea dataset. Type 1 features the longest upper body and the flattest back and hips. Type 2 is characterized by a pronounced curve in the back and a forward-leaning upper body. It also has the flattest abdomen and the most steepest shoulders. Type 3 is distinguished by the most protruding hips and the largest overall body size. This follow-up study aimed to develop torso slopers for these three torso types. To achieve this, three widely-used pattern drafting methods from university textbooks and research were selected. A 3D rep- resentative scan of each body type was virtually fitted using CLO 3D software, with six experts conducting fit evaluations. The results indicated that Uh’s(2000) torso sloper method was the most suitable and was subsequently utilized to develop slopers for the three body types. For the Type 1 pattern, the verticality of the side seam required adjustment. For Types 2 and 3, modifications were made to patterns in cases where the average fit evaluation score for specific areas was 2.5 or lower. To validate the developed pattern method, fit evaluation results before and after the pattern modifications were analyzed. The findings demonstrated improved fit across nearly all evaluated areas.
Abstract
The body shape of women typically changes after the age of 35, influenced by factors such as pregnancy, child- birth, and hormonal fluctuations. A previous study classified torso shapes into three types using measurements extracted from scans of 200 women aged 35 to 54, sourced from the 8th Size Korea dataset. Type 1 features the longest upper body and the flattest back and hips. Type 2 is characterized by a pronounced curve in the back and a forward-leaning upper body. It also has the flattest abdomen and the most steepest shoulders. Type 3 is distinguished by the most protruding hips and the largest overall body size. This follow-up study aimed to develop torso slopers for these three torso types. To achieve this, three widely-used pattern drafting methods from university textbooks and research were selected. A 3D rep- resentative scan of each body type was virtually fitted using CLO 3D software, with six experts conducting fit evaluations. The results indicated that Uh’s(2000) torso sloper method was the most suitable and was subsequently utilized to develop slopers for the three body types. For the Type 1 pattern, the verticality of the side seam required adjustment. For Types 2 and 3, modifications were made to patterns in cases where the average fit evaluation score for specific areas was 2.5 or lower. To validate the developed pattern method, fit evaluation results before and after the pattern modifications were analyzed. The findings demonstrated improved fit across nearly all evaluated areas.
참고문헌 (19)
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