Hologram generation method and color holographic display system

Abstract

The application provides a hologram generation method and a color holographic display system. The method comprises the following steps: providing three primary color light wave information and initiallight wave information of a plurality of object surfaces of an object to be displayed, wherein the amplitude of the initial light wave information is a unit amplitude and The phase is random; Simulating the propagation of the initial light wave information back and forth between a holographic surface and a plurality of object surfaces of the object to be displayed in a computer program; propagating The initial light wave information back and forth between the holographic surface and the plurality of object surfaces to complete a round iteration; In each iteration, replacing the amplitude of the light wave information with a corresponding target amplitude on the holographic surface and the plurality of object surfaces for each primary color light wave information, and retaining a phase; generating a color hologram, and carrying the light wave information of the color hologram as the new initial light wave information into the next iteration until a color hologram capable of reproducinga three-dimensional color image is obtained, and terminating the iteration. This method can generate color holograms which can reconstruct three-dimensional color images.

Description

technical field [0001] The present application relates to the field of color three-dimensional holographic display, and more importantly, relates to a hologram generating method and a color holographic display system matched with the hologram generated by the method. Background technique [0002] With the development of image processing technology, holograms and holographic projections have broad application prospects in our daily life and work production. Specifically, especially in the field of display, the energy utilization rate of holograms and holographic projections is much higher than that of traditional projections, and they have the advantages of small size, simple structure, no image dead pixels, and good stability. The current color 3D holographic display technology is due to its The true three-dimensional display characteristics have received widespread attention. At this stage, scholars have proposed many ways to realize color holographic display, which can be ...

AI Technical Summary

Problems solved by technology

[0006] This application provides a hologram generation method to solve the problem that the existing hologram generation method cannot present the three-dimensional color image of the object to be displayed with a single hologram; The reproduction of the object is easily affected by the secondary image and other problems

The present application also provides a color holographic display system for displaying the hologram generated by the hologram generation method, which solves the problem that the existing color holographic display system is complex and costly; the three components of RGB must be displayed in time sequence, and the frame rate of the SLM The requirements are high, otherwise there will be visual flicker; the reproduced image of the hologram is easily affected by the secondary image

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