Journal of Textile Research ›› 2022, Vol. 43 ›› Issue (06): 145-150.doi: 10.13475/j.fzxb.20210603706

• Apparel Engineering • Previous Articles     Next Articles

Research on 3-D clothing style based on interactive genetic algorithm

YANG Xiaobo()   

  1. Zhejiang Shuren University, Hangzhou, Zhejiang 310015, China
  • Received:2021-06-15 Revised:2021-10-14 Online:2022-06-15 Published:2022-07-15

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Abstract:

In order to further improve the customer satisfaction of 3-D clothing design, this paper presents a clothing style design method based on interactive genetic algorithm. In this research, an interactive genetic template was constructed to facilitate the docking between style components and genetic operation. A clothing style component library wass established to support the genetic operation of three-dimensional clothing components by adopting the coding method based on chromosome pointer. The feasibility of the algorithm proposed in this paper was verified by comparative study of examples. The results show that the interactive genetic template can improve the style component library continuously. Using the encoding method based on chromosome pointer, the genetic manipulation of 3-D clothing components with high complexity can be achieved. In addition, the aesthetics of the proposed algorithm is 18% and 35% higher than that of the traditional genetic algorithm and the two-dimensional slice cutting method, which indicates that the user satisfaction can be rapidly improved through interactive evolution.

Key words: interactive genetic algorithm, genetic template, clothing parts library, chromosome pointer, 3-D clothing style

CLC Number: 

  • TP391.4

Fig.1

Interactive genetic algorithm flow chart"

Fig.2

Genetic template construction process"

Fig.3

Clothing component design class library. (a)Sleeve body class; (b) Collar body class; (c) Garment body class"

Fig.4

Encoding process of chromosome"

Fig.5

Sleeve interface generation diagram"

Fig.6

Style optimization algorithm flow chart"

Tab.1

Initial population composition"

种群
序号		 种群构成
衣袖
部件		 衣领
部件		 衣身
部件		 衣袖
纹理		 衣领
纹理		 衣身
纹理
1 12 8 9 T061 T061 T063
2 13 6 13 T063 T062 T004
3 12 6 3 T052 T008 T071
4 11 5 8 T007 T062 T021
5 11 2 9 T073 T042 T008
6 13 3 9 T061 T073 T006
7 12 10 8 T001 T033 T013
8 9 14 13 T043 T033 T002

Tab.2

Evolutionary population composition"

种群
序号		 种群构成
衣袖
部件		 衣领
部件		 衣身
部件		 衣袖
纹理		 衣领
纹理		 衣身
纹理
1 12 10 8 T001 T033 T013
2 9 14 13 T043 T033 T002
3 9 14 13 T043 T033 T002
4 12 10 8 T001 T033 T013
5 13 3 9 T061 T073 T006
6 11 2 9 T073 T042 T008
7 12 8 9 T061 T061 T063
8 12 6 3 T052 T008 T071

Fig.7

Example comparision of five methods"

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