3차원 인체 형상을 이용한 아웃도어 슬랙스 패턴 비교분석 연구- 50-59세 중년 여성을 대상으로 -
Comparative Analysis of Outdoor Slacks Patterns Using 3D Graphics- Focusing on Women 50-59 -
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초록
The purpose of this study is to design and manufacture experimental clothing based on a comparative analysis of patterns by collecting 3 kinds of patterns in outdoor slacks by brands for women at home targeting middle-aged women, and to suggest a plan for developing improved products through real wearing evaluation, motion optimization evaluation, and virtual wearing evaluation. To compare and analyze the outdoor slacks of the experimental clothing and comparative clothing, 5 subjects were selected based on the waist circumference of middle-aged women with standard body type at age 50～59, and then real wearing evaluation and motion optimization evaluation were carried out. The real wearing evaluation was performed by 10 experts. The virtual wearing evaluation of outdoor slacks of the experimental clothing and the comparative clothing was carried out by generating a virtual model with the I-Virds 3.0 software package. Also, the air gap amount was measured by calculating the air gap area and the air gap distance between clothing and the human body using Auto CAD by Autodesk (USA) based on a real wearing evaluation.
Abstract
The purpose of this study is to design and manufacture experimental clothing based on a comparative analysis of patterns by collecting 3 kinds of patterns in outdoor slacks by brands for women at home targeting middle-aged women, and to suggest a plan for developing improved products through real wearing evaluation, motion optimization evaluation, and virtual wearing evaluation. To compare and analyze the outdoor slacks of the experimental clothing and comparative clothing, 5 subjects were selected based on the waist circumference of middle-aged women with standard body type at age 50～59, and then real wearing evaluation and motion optimization evaluation were carried out. The real wearing evaluation was performed by 10 experts. The virtual wearing evaluation of outdoor slacks of the experimental clothing and the comparative clothing was carried out by generating a virtual model with the I-Virds 3.0 software package. Also, the air gap amount was measured by calculating the air gap area and the air gap distance between clothing and the human body using Auto CAD by Autodesk (USA) based on a real wearing evaluation.
참고문헌 (10)
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