Automatic Embroidery Texture Synthesis for Garment Design and Online Display

 

The Visual Compiter (Special Issue of CGI' 2021), 2021, 37(9-11): 2553-2565.

Xinyang Guan, Likang Luo, Honglin Li, He Wang, Chen Liu, Su Wang and  Xiaogang Jin

 

                                                                     (a)                                                                                      (b)                                                                                                      (c)                                                                                     (d)

Given an input image and some reference textures, our method is able to convert the input into an embroidery artwork automatically. (a) The original image along with three reference textures (bottom, from left to right: reference texture for the long-short stitch, the edge stitch, and the satin stitch, respectively) used by our system, (b) our result, (c) result of neural style transfer with the reference image in the top-left corner, and (d) result of patch-based synthesis, bottom images are its masks, and the reference image is in the top-left corner.

Abstract

We introduce an automatic texture synthesis based framework to convert an arbitrary input image into embroidery style art for garment design and online display. Given an input image and some reference textures, we first extract key embroidery regions from the input image using image segmentation. Each segmented region is single-colored and labeled with a stitch style automatically. We then fill these regions with embroidery reference textures via a stitch-style-based texture synthesis method. For each region, our approach maintains color similarity before and after synthesis, along with stitch style consistency. Compared to existing approaches, our method is able to generate digital embroidery patterns with faithful details automatically. Moreover, it can accept diverse input images effectively, enabling a fast preview of the embroidery patterns synthesized on digital garments interactively, and therefore accelerating the workflow from design to production. We validate our method through extensive experimentation and comparison.

Download

PDF, 7.10 MB Video, 8.12 MB