Simulation system for physical properties and digital attributes of textile fabric and measurement method

Abstract

The invention discloses a simulation system for physical properties and digital attributes of a textile fabric and a measurement method. The simulation system comprises a computer system, fabric simulation software, a fabric physical property measurement device and a fabric scanning system, wherein the fabric simulation software is arranged in the computer system; the fabric physical property measurement device and the fabric scanning system are connected with the computer system separately; the computer system is provided with a data output port; and various physical data during fabric measurement and data during fabric scanning are subjected to operation work through the computer system. The real visual effect of the physical attributes of the garment fabric can be quickly and virtually shown, the technical problems of distortion and deficiency of various physical attributes of the garment fabric simulated by three-dimensional garment simulation software in the market at present are successfully solved, and the realistic design effects of various dresses, work clothes, underwear, three-dimensional embroideries and the like can be shown.

Description

technical field [0001] The invention belongs to the technical field of three-dimensional clothing design simulation and simulation, and in particular relates to a system device for displaying physical property simulation and simulation visual effects of clothing textile fabrics on a computer. Background technique [0002] Textile items are the closest thing to our human body, and the clothes on us are all processed and synthesized using textile fabrics. Different textile fabrics have different properties, and mastering the properties of each fabric can help us better choose fabrics; the application of different textile fabrics will also be different, and the scope of clothing design may vary greatly. Therefore, understanding and mastering the various physical properties of fabrics will be of great help to the correct selection of materials, rational design of clothing, and satisfactory wearing of clothing, resulting in a multiplier effect. [0003] Physical indicators such ...

AI Technical Summary

Problems solved by technology

[0006] In view of the current domestic fabric 3D simulation system, when displaying the effect of clothing design, the fabric is processed in the same way as the patterns on ordinary objects. The effect is relatively rigid, lacks three-dimensionality, and cannot well reflect the characteristics and style of the fabric.

Only some known fabric test data can be used for fabric simulation design; for some special or new fabrics due to the lack of corresponding data, there are also stress-strain constitutive relations of fabrics, fabric texture and dynamic performance. etc. are still not completely resolved, and the specific performance and effect of this kind of fabric cannot be truly expressed through simulation technology, and there is still a distance from the appearance of the real simulated fabric.

As a result, it is impossible to predict the three-dimensional effect of the required fabric through the visual appearance, which brings great limitations to customers and designers.

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