Integral imaging three-dimensional display center depth plane adjusting method

Abstract

The invention provides an integral imaging three-dimensional display center depth plane adjusting method. According to the method, a micro image array with a center depth plane z0 is acquired through integral imaging shooting, integral imaging three-dimensional display of a center depth plane z1 is realized, and z0 is not equal to z1. The method comprises three processes, namely, extraction of orthogonal parallax information, adjustment of parallax information and synthesis of the micro image array. Integral imaging three-dimensional display of different center depth planes can be realized without reshooting of three-dimensional scenes, so that the utilization rate of three-dimensional information is increased, and the shooting cost is saved.

Description

technical field [0001] The invention relates to an integrated imaging technology, in particular to a method for adjusting the central depth plane of an integrated imaging three-dimensional display. Background technique [0002] Integrated imaging is divided into two processes: shooting and display. When shooting, the camera array is used to obtain 3D information from different angles of the 3D scene. During this process, the camera array needs to be calibrated to determine the zero parallax plane for shooting, that is, the depth of the shooting center of integrated imaging. flat; when displayed, as attached figure 1 As shown, the captured 3D information is synthesized into a micro-image array, and the micro-image array reconstructs the captured 3D scene in the display space through the imaging function of the micro-lens array and according to the reversible principle of the optical path. In the traditional integrated imaging 3D display, the display center depth plane is det...

AI Technical Summary

Problems solved by technology

In the traditional integrated imaging 3D display, the display center depth plane cannot be adjusted. If you want to obtain a different integrated imaging 3D display center depth plane, you need to re-shoot the 3D scene with integrated imaging, recalibrate the camera array, and determine a new integration Imaging shooting center depth plane

Since integrated imaging shooting needs to obtain 3D information of the 3D scene in both horizontal and vertical directions, the cost of shooting is high, which limits the utilization rate of the 3D information obtained during the shooting process.

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