Individualized clothing template implementation method and system

Abstract

The present invention relates to an individualized clothing template implementation method and system. The implementation method comprises: step S1, establishing a classifying model; step S2, forming a personalized curve of each part of a human body according to the classifying model; and step S3, combining all personalized curves, to form an individualized clothing template. According to the individualized clothing template implementation method and system, clothing template design can be performed specifically for a personal feature of a specific human body. A three-dimensional feature of the human body is considered, and clothing template adjustment is flexibly used, thereby ensuring consistency between a template curve and human body surface morphology. The individualized clothing template implementation method and system have significant advantages.

Description

technical field [0001] The invention relates to the field of clothing design, in particular to a method for realizing an individualized clothing model. Background technique [0002] Traditional clothing model production is based on the requirements of human body size and clothing style, and the pattern maker completes the drawing work according to the structural design principles and experience. The application of clothing CAD software has accelerated the relevant production process, but the experience dependence of clothing plate making is strong, and the generated clothing is difficult to meet the individual needs of consumers. [0003] The traditional "prototype method" of clothing structure design is a structural design method based on the "prototype" of the clothing model. This "archetype" is a "basic garment template" with a basic fit that includes a certain amount of relaxation. Before clothing design, the actual size of the person is used as a parameter, calculated...

AI Technical Summary

Problems solved by technology

Therefore, the template generation of each personalized garment requires a redesign process, which cannot be realized through simple template modification. This is the problem that current clothing CAD cannot solve.

Although this process can be realized manually by relying on the experience of the model maker, there are two main problems: (1) too much reliance on subjective feeling and experience, for the same design drawing, different model designers have different understandings, and the produced The templates are also different; (2) It takes a lot of time and energy, and the efficiency is too low

[0020] From the perspective of computer virtual clothing and 3D surface development, there are a lot of approximation processes in the process of clothing model establishment and surface development, which may cause two problems: on the one hand, if the approximation accuracy requires The higher the value, the greater the amount of calculation and the greater the calculation time, which will lead to the difficulty of simulation; on the other hand, if the approximation accuracy is reduced, the accuracy of the resulting clothing model and the clothing model expanded by the clothing model will also decrease. will decrease accordingly

From a practical point of view, although the current research has proved the feasibility of the garment CAD system based on the principle of surface unfolding to generate individualized garments, there is still a long way to go to meet the requirements of practical personalized garment model customization.

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