3D pattern development of tight-fitting dress for an asymmetrical female manikin |
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| Authors: | Soyoung Kim Yeonhee Jeong Yejin Lee and Kyunghi Hong |
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| Institution: | (1) Environnement Toxique Périnatal - Adaptations Physiologiques et Comportementales (ETP-APC), EA 2088, Faculté de Médecine, Université de Picardie Jules Verne, 3 rue des Louvels, 80036 Amiens Cedex, France |
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| Abstract: | Tight-fitting clothing pattern reflecting the accurate information of the 3D body shape has been one of the challenges for
garment industry especially for those who have an abnormal body shape. The objective of the paper is to develop the process
of making a final 2D pattern from 3D scanned surface with minimum errors that fit tightly to an asymmetrical female manikin
and secondly, to verify the proposed pattern development process from the free drawn design line on the specific 3D body.
On the continuum of the previous methodology which provided the precise flattening algorithm on the local 3D surface, total
pattern making process was investigated step by step. Final 2D pattern was constructed using non-extensible fabric and the
accuracy of the pattern was investigated by shell-shell deviation of original 3D nude and clothed image. Area of each pattern
block and corresponding 3D surface block was compared, and the detailed view of the triangle arrangements for the final pattern
examined, confirming the topology of the concave and convex surface reflected correctly in the pattern. As results, the accuracy
of the tight-fit dress pattern was satisfactory even for the asymmetrical female manikin with prominent curvature. |
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