ScholarWorks@숙명여자대학교

초록

In order to expand the utilization range of 3D virtual clothing systems in the field of tight clothing, this study attempted to provide more in-depth research data to confirm the utility of CLO software in the field of tight-fitting clothing by comparing and evaluating the appearance similarity of 3D virtual clothing. In this study, the target outfit is selected as a basic short-sleeved top (Garment 1 without lining and subsidiary material), basic short-sleeved top with lining (Garment 2), chest cap (Garment 3), and chest cap (Garment 3-1) to determine the similarity among factors that may affect the appearance similarity of 3D virtual clothing. The costume pattern was digitized into YUKA CAD, the real fitting body was implemented in CLO through the 3D scan, and a 3D virtual image was produced. Then, Garments 1 to 3 were photographed and analyzed by evaluating the similarity between real and 3D virtual images on a 5-point scale to 10 experts. The results of this study are as follows. First, on evaluating the similarity between the real and 3D virtual images of Garments 1, 2, 3, and 3-1, the garments were seen that the implementation of lining insertion was similar and well-executed. There was no significant difference in the evaluation score of all garments to affect the usefulness of the CLO, although the difference between the evaluation scores of all garments was not significant, it was noted that the score of Garment 3 was the lowest, followed by Garment 3-1.

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