A naked-eye stereoscopic display method

Abstract

The invention provides a nakedness-eye stereoscopic display method. The method includes the steps of firstly, obtaining a left eye image and a right eye image; secondly, encoding the left eye image or the right eye image, then, generating a display image, and establishing the display image by extracting color components of corresponding pixels in the left eye image and the right eye image; thirdly, conducting corresponding interpolation processing if the resolution of the left image is not consistent with the resolution of the display image before the display image is generated; fourthly, outputting the display image through a lens array, and arranging the axial direction of lenses and the line direction of display pixels to form a certain included angle. By means of the technical scheme, data compression can be efficiently conducted, the objectivity of stereoscopic display can be improved, the phenomena of color distortion, the severe zigzagging, production of moore profiling and the like are eliminated, and the nakedness-eye 3D blind area phenomenon can be eliminated to a certain degree.

Description

technical field [0001] The invention relates to a naked-eye three-dimensional display method, in particular to a lens-type naked-eye display method, which belongs to the technical field of naked-eye 3D. Background technique [0002] The naked-eye stereoscopic display technology is a method for viewers to watch stereoscopic displays without using auxiliary tools. The biggest advantage and feature of naked-eye stereoscopic display technology is that viewers no longer use glasses and other tools to assist in stereoscopic display, but through special processing on the display terminal, viewers can directly watch stereoscopic images and videos, which greatly reduces the Burden on the viewer. [0003] Commonly used technologies for naked-eye stereoscopic image display include light barrier type and lenticular type. Such as figure 1 As shown, in the lenticular display mode, by adding a layer of lenticular lens in front of the image displayed on the LCD screen, the image plane of...

AI Technical Summary

Problems solved by technology

Although there is an image interpolation algorithm in the prior art, which can up-sample or down-sample images of different resolutions into images of a specific resolution, there is no effective method for interpolation of images from multiple perspectives, which can take into account the visual world The method of interpolating the image that meets the display requirements of the same target in different viewing angle images

[0007] Again, CN99809619.9 and its derived technical solutions do not consider the distortion problem when the display image is generated by the left-eye image and the right-eye image. Generated, etc., seriously affecting the user experience

[0008] Fourth, it does not take into account the positional relationship between the lens setting and the displayed image. The user has a serious blind spot in front of the screen, and the viewing angle is too narrow.

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