Journal of Software, Vol 6, No 11 (2011), 2137-2142, Nov 2011
doi:10.4304/jsw.6.11.2137-2142

Algorithm Research on Virtual Individualized 3D Mannequin

Jun-Qiang Su, Bing-Fei Gu, Guo-Lian Liu

Abstract


This article presented a new approach for the research of virtual individualized 3D mannequin. First, the author summarized and analyzed the current research methods and pointed out the shortage of these methods. Second, the author took an example to illustrate the originality of the research method. In this part, the author studied the algorithm of the bust dart and the waist dart distribution with the new research methods and then point out that they will study all of the characters in a certain field of human body separately and ultimatly integrated these research findings into a whole body model to generate an individual mannequin, which will reflecte the subtle difference of different human body and guarantee the realization of individuation. Finally, the author made conclusions to explain the algorithm and their applications to build the virtual individualized 3D mannequin in further research.


Keywords


three dimensions, individualized mannequin, GCAD, algorithm

References


[1] S.M. Li, D.J. Lin. “Apparel pattern communicaition platform based on POSER,” J. Beijing Inst. Clothing Tech. vol. 29, pp. 18-27, January 2009.

[2] P. Xia, F.P. Ou, C. Yang and J. Yao. “The modelling of the Individual Mannequin,” J. Sichuan Uni. vol. 41, pp. 227-232, April 2009.

[3] Y.P. Liu. “Summarization on parameterized manikin,” J. Tianjin Textl. Sci. Tech. pp. 52-54, January 2009.

[4] W.Y. Deng, G.D. Lu, Y.L. Geng and J. Wang. “A 3D human body modelling method based on neural network,” J. Shanghai Jiaotong Uni. vol. 42, pp. 1631-1639, October 2008.

[5] J.Q. Su, G.L. Liu. “Techniques of efficient 3D human body modelling and feature measurements extraction based on reverse engineering,” World Cong. Bioeng. Hongkong, pp. 645-648, July 2009.

[6] W.J. Yuan, J.Q. Su and G.L. Liu. “Study on bust dart angle of 2D pattern based on 3D scanned body system”. IEEE 10th Inter. Conf. Compu. Aided Indust. Design Concept. Design China, pp. 1396-1399, November 2009.

[7] W.J. Yuan, G.Q. Chen, J.Q. Su and G.L. Liu. “Study on Waist Darts of 2D Pattern Based on 3D Scanned Body Data,” Textl Bioeng. Info. Symp. Proceeding, China, pp.100-103, May 2010.

[8] X.H. Xu, S.S. Wang, J.Q. Su and G.L. Liu. “The study of determining the key points at shoulder and neck for pattern-making based on point cloud body data,” Textl. Bioeng. Info. Symp. Proceeding, China, pp.76-81, May 2010.

[9] J.Q. Su, W.J. Yuan and G.L. Liu. “Curves creation of youth women ’ s bodice prototype based on 3D point clouds data,” Textl. Bioeng. Info. Symp. Proceeding, China, pp. 120-123, May 2010.

[10] B.F. Gu, G.L. Liu and J.Q. Su. “Determination of human side seam based on the point-cloud data of 3D body,” Textl. Bioeng. Info. Symp. Proceeding, China, pp. 93-99, May 2010.

[11] L. Wu, X. Zhang. “Study of parameterized mannequin based on 3-Dimensional body scanning,” J. Xi'an Uni. Eng. Sci. Tech. vol. 19, pp. 416-419, April 2005.


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