A Textile Dyeing Toner Mixing Control Method and System Based on Graph Cut Algorithm

Abstract

The invention relates to the technical field of artificial intelligence, in particular to a textile dyeing toner mixing control method and system based on a graph cut algorithm. In this method, the dyed textile image is segmented by superpixels to obtain multiple superpixel blocks. The similarity of adjacent superpixel blocks is obtained through the distance and color information between superpixel blocks. The background superpixel block and the foreground superpixel block are obtained, and the background Gaussian model and the foreground Gaussian model are obtained based on the position information. The background probability and foreground probability of superpixel blocks are obtained through background Gaussian model and foreground Gaussian model, and the penalty value between adjacent superpixel blocks is obtained by combining the number and similarity of superpixel blocks. Judging the mixing state according to the penalty value and then controlling the mixing process. The invention obtains the mixing state by analyzing the information between the super pixel blocks, and realizes the control of the mixing process.

Description

technical field [0001] The invention relates to the technical field of artificial intelligence, in particular to a textile dyeing toner mixing control method and system based on a graph cut algorithm. Background technique [0002] Textile coloring is a common textile process. Toner coloring is a kind of textile coloring. After the textile is colored with toner, it will show the unique fixed color of toner. [0003] During the coloring process, the textile can be placed in the mixer, and the toner can be evenly attached to the textile through the stirring of the mixer to achieve the dyeing effect. In the dyeing process of the mixer, the running time of the mixer determines the dyeing quality of the textile. Because of the difference in the material and size of the textile, if the mixer uses a fixed mixing time, the dyeing quality will cause differences between different textiles, and toner will appear. Problems with uneven mixing. [0004] In order to improve the efficienc...

AI Technical Summary

Problems solved by technology

In the prior art, the method of image processing can be used to evaluate the mixed state by analyzing the color difference of different regions in the textile image, but the evaluation is only based on the color difference of the image without considering the relationship between the color difference regions, and the color and color of the textile itself The color between the powders will affect, resulting in errors in color information, and it is impossible to accurately judge whether the color in the color area belongs to the mixed color, and it is impossible to accurately evaluate the mixed state

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