System for leading single-path camera to simulate two-path camera to realize stereoscopic image shooting

Abstract

The invention relates to a system for leading a single-path camera to simulate a two-path camera to realize stereoscopic image shooting, comprising a horizontal axis electric translation platform, and an electric rotary platform for bearing the single-path camera and further comprising a motor, a motor control unit and a human eye parameter control unit, wherein the electric rotary platform is positioned on a track of the horizontal axis electric translation platform; the human eye parameter control unit is connected with the motor and the motor control unit; and the motor and the motor control unit are respectively connected with the horizontal axis electric translation platform and the electric rotary platform and are used for controlling the displacement distance of the electric rotaryplatform on the horizontal axis electric translation platform and the rotating angle and the rotating direction of the camera on the electric rotary platform according to human eye parameter information in the human eye parameter control unit. The system adopts the single-path camera to simulate the two-path camera, generates and outputs two paths of image sequences of the left eye and the right eye, generates stereoscopic effect after continuous playing, simultaneously, adopts the single-path camera to simulate the two-path camera, does not need to adjust the parameters of the two paths of cameras respectively and reduces the shooting cost and operating difficulty.

Description

technical field [0001] The invention relates to the field of stereo shooting, in particular to a single-channel camera shooting simulation system for simulating binoculars. Background technique [0002] Traditional stereoscopic shooting is generally directly connected to two cameras or video cameras for simultaneous shooting, and then synthesized into photos or videos to simulate the actual visual perception of the human eye. Two cameras / cameras simulate a stereo camera / camera, the positions of the two cameras / cameras need to be placed just right, and the distance between the lenses of the two cameras / cameras needs to keep the distance between the human eyes. However, the distance between the cameras / cameras is directly related to the size of the cameras / cameras. It is difficult to ensure a suitable distance for human eyes, and the stereo effect produced will be unsatisfactory, which will easily make the viewer feel dizzy. Moreover, if two cameras / video cameras are connecte...

AI Technical Summary

Problems solved by technology

However, the distance between cameras / cameras is directly related to the size of cameras / cameras. It is difficult to ensure the distance suitable for human eyes, and the resulting three-dimensional effect will be unsatisfactory, which will easily make the viewer feel dizzy.

Moreover, if two cameras / video cameras are connected at the same time, it is necessary to purchase two identical cameras / cameras, which greatly increases the shooting cost, and the parameters of the two devices need to be adjusted separately and kept consistent, which is difficult to operate

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