Innovative Application of Color Pottery Patterns in Modern Clothing Design Based on Three-Dimensional Image Processing Technology

Abstract

Nowadays, the convergence of global clothing culture is becoming more and more significant, and “Chinese style” clothing, which integrates traditional Chinese cultural elements into clothing design, is being sought after by more and more contemporary consumers. This paper proposes research on modern clothing design that incorporates pottery patterns supported by three-dimensional image processing technology. After using three-dimensional measurement technology to obtain pottery image data, the extracted three-dimensional image is smoothed, segmented, and binarized to complete the extraction of pottery patterns. The extracted pottery pattern features are then automatically reorganized using shape grammar, so that the pattern features can be better integrated into modern clothing design, and a case study is conducted on the clothing design that incorporates pottery pattern features. The data show that the indexes of pottery pattern extraction based on 3D image processing are Recall=95.23%, Precision=91.64%, Jaccard index=94.12%, F-measure=93.36%, and the performance of pottery pattern extraction can satisfy the standard of modern clothing design. In the pattern characteristics and “individualized - mass” clothing design, the prominent design method is the uniform and different shapes and sizes of the full-body pattern combination (0.947). The application of colored pottery patterns to clothing in this study not only meets people’s demands but also has significant significance for the preservation of traditional Chinese culture.

Keywords

• image processing techniques
• three-dimensional measurement techniques
• shape grammar
• color pottery pattern characteristics
• clothing design
• 68p30