Optical grating three-dimensional printing image synthetic method based on binocular camera

Abstract

The invention provides an optical grating three-dimensional printing image synthetic method based on a binocular camera. The optical grating three-dimensional printing image synthetic method comprises the steps of using the binocular camera to shoot a scene so as to obtain a binocular image pair, wherein the binocular image pair comprises a left view and a right view; obtaining a binocular image depth map; constructing an image sequence, and taking the left view in the binocular image pair as a left-most sequence parallax image in the image sequence, and the right view in the binocular image pair as a right-most sequence parallax image in the image sequence to generate a plurality of sequence parallax images between the left view and the right view; compounding an optical grating three-dimensional image according to the image sequence; adjusting the resolution of the optical grating three-dimensional image, and outputting the optical grating three-dimensional image by taking a printer as output equipment and a lenticular grating as a carrier. The instant output with individuation and convenience of a three-dimensional printing product is realized, and a better three-dimensional effect can be observed by naked eyes for the optical grating three-dimensional image obtained by using the method.

Description

technical field [0001] The invention belongs to the technical field of printing, and in particular provides a binocular camera-based method for synthesizing grating stereoscopic printing images. The output grating stereoscopic image can be viewed with better stereoscopic effects with naked eyes. Background technique [0002] Existing grating stereo synthesis technologies are mainly divided into stereo synthesis based on a single image and stereo synthesis based on sequence parallax images. The three-dimensional composite technology based on a single image is mainly suitable for the production of three-dimensional printing products of a single original image. However, since a single image does not contain the three-dimensional information of the scene, it requires the operator to give the scene in the scene the corresponding three-dimensional information based on his own experience. Depth information, if the depth information is given incorrectly, it will greatly affect the q...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the cumbersome operation of single image stereo synthesis and the high cost of equipment required for sequence parallax image stereo synthesis, or relying on guide rails, which are only suitable for shooting still life and other defects, the present invention provides a binocular camera-based lenticular stereo printing image synthesis method

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