Design of night running clothes for young women based on reverse engineering

Abstract

In order to better apply digital technology to the clothing industry, we broke through the traditional method of obtaining clothing samples, and combined reverse engineering method with three-dimensional clothing design to design the structure and function of young women's night running clothes. Firstly, the human body data of 103 female college students were collected by using 3D body scanner and analyzed by SPSS software. The human body model was constructed by using 3D virtual design platform, and the outer contour curve of clothing was directly drawn on the human body model to construct the basic clothing surface. Then, according to the style drawing, the dividing line was drawn, the 3D clothing surface was flattened to obtain the 2D sample, and the 3D virtual fitting software was used for virtual fitting. The virtual pressure test was performed on 26 pressure points in 6 postures of running, and the pressure of the two types of clothing was compared. Finally, the night running clothes design was combined with Lilypad Arduino development board to determine the final style design for sample garment production and subjective evaluation by comparing the virtual pressure values of the night running clothes. The evaluation results show that the proposed method is effective for the automatic generation of tight-fitting garment design and pattern generation.

Keywords

• reverse engineering
• night running suit
• mannequin
• surface flattening
• virtual fitting