Abstract
This paper has established that one of the directions to correct a designer’s idea is the close relationship between the metric characteristics of a model and the dynamics of updating the shape structure. The need to convolute information about model varieties of a men’s jacket is due to the cyclical nature of fashion. Regression analysis of this study’s results has confirmed the impact of the accumulation of quantitative changes in style attributes on the transition to qualitative changes in shape over 15 years. The periodic repeatability of the five-seam design of a men’s jacket as a typical representative indicates the possibility of using clusters of standard elements. Correlation analysis of the update of mobile attributes (an increase along the waistline and the lapel width) confirms a high level of connection with the silhouette characteristic. Information and analytical material for encoding classification features of the functional components of model designs for an industrial product range collection has been formed. A variant for convoluting the sets of classification features in the process of sampling sorting relative to the basic list of functional nodes has been proposed. The 24×24 compatibility matrix built makes it possible to apply the morphological box method to compare sample sets. The presence of uniformity of the average value of accumulated frequencies Kc.u.=0.72, Kt.u.=0.69 confirms the membership of the sample in the typological series. Having a common encoding system simplifies the selection of models from the internet-based product range collections. The method of sorting the models-proposals of the resulting layout set has been confirmed by the validity coefficient Kv=0.71, which makes it possible to verify the perception of a jacket design as a typical representative of modern structure. Practical recommendations have been compiled on grouping the records of industrial product range collection model codes into industrial series, which enable control over the launch of articles within the manufacturing process.
Highlights
The transitivity of the process of modification transformations of shape at the stages of design preparation is explained by the effect of such external factors as the product range type, the degree of fit, materials, and fashion [1, 2]
The purpose of this study is to develop components of the interactive layout of the model range of a men’s jacket by means to assemble modification elements
The following tasks have been set: – to analytically substantiate a method for combining a designer’s idea of signs of the appearance of a men’s jacket; – to construct a matrix of the interactive sorting of variants of the structural and compositional solutions for a men’s jacket; – to devise a procedure for assessing the structural and technological uniformity of interchangeable models for manufacturing them according to the technological process
Summary
The transitivity of the process of modification transformations of shape at the stages of design preparation is explained by the effect of such external factors as the product range type, the degree of fit, materials, and fashion [1, 2]. The flexibility of production re-engineering in classical modification is achieved by joining, simplifying, reducing, providing for new combinations of elements of the technical object, provided that the range options are known [6]. The engineering method of designing structures with a focus on popular style lines of a men’s jacket [7] contributes to the improvement of logistics service. This approach ensures the formation of clusters of attributes of the design style of an article. It is a relevant study that aims to formalize the components of modification elements for the layout of an object by tools to assemble unified nodes
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