Virtual toolkit for a comprehensive assessment of the quality of clothing with a complex textured surface

Authors
  • Guseva M.A.

    M. A. Guseva. The Kosygin State University of Russia. Moscow. Russia

  • Andreeva E.G.

    E. G. Andreeva. The Kosygin State University of Russia. Moscow. Russia

  • А. K. Aly

    K. kyzy Aly The Kosygin State University of Russia. Moscow. Russia

Abstract

The active lifestyle of a modern person determines the choice of his everyday wardrobe. Most consumers prefer “fast fashion” products (T-shirts, sweatshirts, jackets) as basic shoulder garments, the silhouette, cut and dressing package of which provide a sufficient level of
ergonomic conformity when assessing quality indicators. The cyclical nature of fashion inevitably leads to renewal – consumers change fashion habits and models of clothes of complex cut, adjacent and semi-adjacent silhouettes, made from materials of complex texture, periodically
become in demand. Currently, the rapid change in fashion trends is accompanied by the acceleration of the clothing design process, based on the inclusion of virtual fitting modules in CAD. Simulation of the fit of the designed products on electronic figures allows you to
evaluate the aesthetic image, the quality of structures in statics and dynamics. The adequacy of virtual prototyping is directly influenced by training samples loaded into CAD, which are bases of three-dimensional and planar clothing designs and libraries for visualizing the landing
of designed products on electronic dummies. The article presents the results of testing the CLO3D toolkit for the design process of clothes with fur trim. The conducted virtual fitting showed the advantages of simulative prototyping of products with a complex textured surface,
expressed in the rapid obtaining of the results of the analysis of the spatial form of the studied models for compliance with aesthetic and ergonomic quality indicators of objects without making their full-scale counterparts.
Keywords: digital doubles of figures, assessment of appearance, dynamic matching.

Files
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