A method and device for correcting sequence diagrams based on 3D try-on

Abstract

The invention discloses a method for correcting sequence diagrams based on 3D try-on, which includes detecting each frame image of a video generated in 3D try-on, and generating detection data corresponding to each frame image in the video, the detection data Including the yaw angle; selecting the images of each frame with the yaw angle within the first threshold range to form an effective sequence atlas; re-detecting each frame of image in the effective sequence atlas to generate a corresponding The re-detection data of each frame image in the effective sequence atlas, the re-detection data includes the re-detection yaw angle; the re-detection yaw angle is corrected according to the order of each frame image in the effective sequence atlas; The method disclosed in the invention improves the accuracy of the identification of the try-on part through multiple detections, reduces the error when identifying the try-in part, thereby improving the accuracy of the try-on; the invention also discloses a method based on The sequence diagram correction device for 3D try-on also has the above-mentioned beneficial effects.

Description

technical field [0001] The invention relates to the field of computer vision, in particular to a method and device for correcting sequence diagrams based on 3 try-ins. Background technique [0002] When people usually shop, they usually try on the items they want to buy before buying something. However, when trying on each item, it usually needs to be worn and replaced repeatedly, which will greatly affect the experience of the buyer. For example, when women buy earrings, they usually try to wear many types of earrings, which will affect the patience of the buyer when they are replaced repeatedly, and the earrings are also more cumbersome to wear. [0003] With the development of science and technology, based on the above problems, there is now a 3D try-on method, the process of which is that the purchaser first twists the body parts left and right, and records the process. For example, when a buyer wants to buy earrings, the buyer will first turn his head left and right, a...

AI Technical Summary

Problems solved by technology

[0005] In view of this, the main purpose of the present invention is to provide a sequence diagram correction method based on 3D try-on, which can effectively reduce the errors generated when identifying the try-on parts; another purpose of the present invention is to provide a The sequence diagram correction device based on 3D try-on can effectively solve the problem of low try-on accuracy caused by recognition errors

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