Virtual fitting method, apparatus and system

Abstract

The invention discloses a virtual fitting method. The method comprises the following steps of receiving a fitting instruction sent by a user through clicking a to-be-fitted garment; reading a two-dimensional garment model and a garment chartlet corresponding to the to-be-fitted garment according to the fitting instruction, wherein the two-dimensional garment model comprises a two-dimensional facet model and a variable skeleton bound together through skin, and a garment template drawing loaded on the two-dimensional facet model; and loading the two-dimensional garment model to a preset model drawing, and replacing the garment template drawing with the garment chartlet to form fitting. The invention furthermore discloses a virtual fitting apparatus and system. The virtual fitting effect having good reality sense can be provided since, in fitting, the postures, actions and body dimensions can be adjusted.

Description

technical field [0001] The invention relates to the field of virtual fitting, in particular to a virtual fitting method, device and system. Background technique [0002] With the rise of e-commerce, more and more users are accustomed to shopping online. Through online shopping, users can enjoy a convenient shopping experience without leaving home. [0003] However, for some specific products, such as clothes, users cannot be sure whether the clothes fit only through the pictures of clothes provided by e-commerce, which affects their shopping experience and shopping desire. [0004] The emergence of virtual fittings solves this problem. There are two main types of virtual fitting solutions at present, one is 3D virtual fitting, which is to form a virtual fitting effect by superimposing real images and 3D clothing models; the other is virtual fitting based on 2D images, Clothes are an ordinary bitmap, which is photographed at a specific angle, backed up, and through a set of...

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Problems solved by technology

[0005] However, there are deficiencies in these two virtual fitting solutions. In the first solution, because the clothing model is a three-dimensional model, on the one hand, due to various reasons such as real equipment, the accuracy of the three-dimensional model can only reach a certain level, and it is still far from being similar to the real thing. For a long distance, the on-site authenticity of the try-on is low; on the other hand, the modeling cost and technical requirements of the 3D model are high, which requires specialized 3D modeling personnel or 3D scanning equipment to complete, and it is difficult for ordinary users / merchants to operate by themselves , which is not conducive to large-scale application in the market; in the second scheme, because the try-on effect is formed by simply superimposing the two-dimensional picture (clothes) with the photo of the try-on person, it cannot support other actions to try-on, so that the body shape is also different in all aspects. Unable to agree with the try-on, affecting the final try-on effect

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