Matching method of binocular different internal reference camera-imaging optical system, system and electronic equipment

Abstract

A matching method of binocular different internal reference camera-imaging optical system, its system and electronic equipment. The matching method of the binocular imaging-imaging optical system with different internal references is used to match a binocular imaging optical system with a different internal reference with a binocular imaging optical system, comprising the steps of: obtaining the binocular imaging optical system developing an internal reference to obtain the parallax of the binocular imaging optical system at a depth, wherein the internal imaging reference includes the baseline and focal length of the binocular imaging optical system; and by means of a binocular matching model, based on the binocular The parallax of the binocular imaging optical system at the depth, the binocular imaging optical system is matched with the binocular imaging optical system to obtain the imaging internal reference of the binocular imaging optical system, so that the binocular imaging optical system collects The camera picture looks accurate in depth in the binocular imaging optical system.

Description

technical field [0001] The present invention relates to the technical field of optical imaging, and more specifically relates to a matching method of a binocular different internal reference imaging-imaging optical system, its system and electronic equipment. Background technique [0002] The existing binocular optical system is mainly used for the description and presentation of 3D scenes. In order to obtain a better rendering effect, the efficient commercial binocular camera-imaging optical system will consider the problem of parameter matching from the hardware when designing , so that the parameters of the binocular imaging optical system and the binocular imaging optical system are consistent, so that the problem that the system parameters cannot be matched can be avoided to the greatest extent. For example, standard binocular camera equipment is usually used when shooting 3D movies, and the standard binocular camera equipment is generally set with the optical parameter...

AI Technical Summary

Problems solved by technology

However, the parameters (such as focal length, parallax, and baseline) of the binocular camera at the camera end and the imaging optical system at the display end are often not completely consistent, resulting in a mismatch in depth between the camera end and the display end. The image will appear to have depth deviation, affecting the user's visual experience

In addition, if only the binocular imaging optical system with the same hardware parameters as the binocular imaging optical system is selected, it will severely restrict the selection of the binocular imaging optical system, which will greatly affect the development and promotion of technology

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