Shaping costumes from laces on the Fibonacci numbers basis

Автор: Zelenova Yu., Zelenova N.

Журнал: Бюллетень науки и практики @bulletennauki

Рубрика: Культурология

Статья в выпуске: 8 т.9, 2023 года.

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Thanks to the large-scale development of technological processes in the fashion industry, favorable opportunities are created for experimenting with the textures and textures of suits, as well as the suit models themselves. Lace, being part of the traditional culture of many countries and peoples, is still perceived by most people as an authentic material with which it is impossible to make any changes in order to avoid the destruction of traditions. The authors of the study Zelenova Yu. and Zelenova N. the goal was to improve the technology of creating lace and approaches to designing suits from lace, which will change the attitude towards lace among professionals and admirers of the fashion industry. The objectives of the study included the study and application of mathematical laws in the artistic design of lace costumes, which are always justified in terms of rational production and positive perception by consumers. Successful and popular costume models are always designed based on the mathematical proportions of the golden ratio. In our study, the golden section ‘Fibonacci series’ is used, with the help of which lace modules were developed, from which costumes were created in the Ariadne author’s lace collection (authors Zelenova Yu., Zelenova N., 2017-2019). The modular technique, on the basis of which the Ariadne author’s collection was developed, allows you to create various lace textures and forms of lace suits, achieving an unlimited variety of combinations from a small number of options. Thus, the modular technique for designing lace suits underlies the transformative shaping of lace suits, which is the most promising direction for the development of the use of lace in a suit in the near future.

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Lace, lace module, golden ratio, fibonacci series, modular technique, transformative shaping

Короткий адрес: https://sciup.org/14128391

IDR: 14128391   |   DOI: 10.33619/2414-2948/93/34

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