Eyeglass trying on method and system based on Internet

Abstract

The invention provides an eyeglass trying on method based on the Internet. The eyeglass trying on method comprises the steps that 1, a three-dimensional eyeglass model base is established and stored in a server; 2, a three-dimensional human head model base is established and stored in the server; 3, a material base and a color base are established and stored in the server; 4, position information of key identification points on the front outline of a user is captured by a camera so that identification can be conducted, the three-dimensional human head model base is called, and the three-dimensional human head model which is the most approximate to the front outlet of the user is found; 5, the three-dimensional eyeglass model base is called, the three-dimensional eyeglass model according with the three-dimensional human head model is found from the three-dimensional eyeglass model base and matched with the three-dimensional human head model, components in the three-dimensional human head model can be switched, and the material and the color of the three-dimensional human head model are set. The invention further comprises an eyeglass trying on system based on the Internet. By the adoption of the eyeglass trying on method and system based on the Internet, three-dimensional matching is used for identifying face images, and the wearing effects of eyeglasses can be observed from each angle; besides, the user can design the eyeglasses by himself or herself.

Description

technical field [0001] The invention relates to the technical field of computer vision, in particular to an internet-based glasses try-on method and system. Background technique [0002] Glasswear methods have been around for some time to date. The traditional way of trying on glasses is that the user goes directly to a physical store to wear them to see the effect. [0003] There is an existing method in the world is to make glasses products into 3D models, and then conduct interactive demonstrations through computer terminals. During the demonstration, the user stands in front of the camera, and the camera captures facial images. Yes, correct the key positions, and then cover the key positions of the face with 3D glasses to achieve the purpose of trying on the glasses. However, there is a flaw in this solution. The face images acquired in the system are two-dimensional, and can only identify key points on the front of the face. That is, the 3D glasses can only be worn on...

AI Technical Summary

Problems solved by technology

But this method only sets the 3D glasses model database, and directly calls the 3D glasses model in the database, so DIY design cannot be realized; the 3D face model is generated by capturing the frontal continuous photos of the face, and then calls the 3D face model from the server. Matching 3D glasses with matching models, the operation is more cumbersome

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