An algorithm for obtaining 3D forms of draperies from visual images of used textiles

Abstract

Adding economic value to textile waste, when developing fashion products from them, requires knowledge of their characteristics. In the present work, an algorithm for reproducing a three-dimensional shape from two-dimensional images of draperies is proposed. An analytical predictive model has been created for automated prediction of the step of the contours of draperies. This model depends on the execution time of the algorithm for creating three-dimensional shapes of draperies from used textiles. The optimal values of the step and the corresponding time for execution of the algorithm are determined. It has been proven that at step st=48 and execution time t=7s, sufficient accuracy of the three-dimensional simulation of used textile draperies is achieved. Software tools suitable for the study of draperies of used textile materials are proposed. The results of this study can be used to make interior textile accessories such as curtains, upholstery, tablecloths, napkins, blankets.