IMPROVING THE AUTOMATION OF NATIONAL COSTUME DECORATIVE ELEMENT DESIGN USING 3D COMPUTER MODELING TOOLS (CLO 3D)

Abstract

The preservation and development of national costume design require the  integration of traditional decorative principles with modern digital technologies. According to Djuraeva Sh. G., national costume decorations represent a system of compositional, symbolic, and aesthetic elements that must be carefully preserved in contemporary design practices. However, the current design process of national costume decorative elements remains largely manual and two-dimensional, which limits efficiency, scalability, and adaptability.

This paper addresses the problem of insufficient automation in the design of national costume decorative elements by proposing an improved approach based on 3D computer modeling tools, specifically the CLO 3D software. The methodology involves the digital reconstruction of traditional decorative motifs, their parametric adaptation, and automated integration into three-dimensional garment models. The results demonstrate a significant reduction in design time, improved visual accuracy, and enhanced flexibility in modifying decorative elements. The study confirms that CLO 3D provides an effective platform for automating decorative design while maintaining the cultural identity emphasized in Djuraeva’s theoretical framework.