Multi-projection autocorrection display system based on camera

Abstract

The invention relates to the fields of computer graphics, system software, computer networks and the like, in particular to a multi-projection autocorrection display system based on a camera. A multi-projection autocorrection display method comprises the steps of utilizing structured light to automatically perform geometrical position correction on a projection picture, performing color correction on the projection picture to reduce influence of background textures and utilizing a color enhancement technology to improve observation experience of the projection picture. An independent geometrical correction and color correction technology is integrated together under a multi-projection environment to solve the problems of projection picture distortion caused by projection background textures and projection picture splicing failure caused by movement of a projector. The invention further discloses an independent geometric correction subsystem, a background texture color correction subsystem and a multi-projection display subsystem for achieving the multi-projection autocorrection display system. The technical scheme is universally suitable for the multi-projection autocorrection display system aiming at projector movement and projection background screen textures and platform support can be provided for a high-resolution and large display screen projection display system which enables people to have a strong immersion feeling.

Description

technical field [0001] The present invention relates to the fields of computer graphics, system software, computer network, etc., and specifically relates to a camera-based multi-projection automatic correction display system, which includes three parts based on autonomous geometric position correction, background texture color correction and multi-projection display. Background technique [0002] The camera-based multi-projection automatic correction display technology is a technology that automatically realizes the splicing of images projected by multiple projectors and eliminates the influence of background texture on the viewing effect in application examples such as multiple projectors projecting on textured backgrounds. [0003] The multi-projection automatic correction display technology, that is, without artificially moving the projector and adjusting related parameters, uses the camera to independently complete the splicing between multiple projector screens in real ...

AI Technical Summary

Problems solved by technology

However, in the existing multi-projection display system, the corresponding correction parameters are generally set during initialization, and automatic adjustment cannot be made for the movement of the projectors.

In addition, the existing multi-projection display systems generally do not consider the influence of the color texture of the projection background on the projection effect, and do not consider the color correction of the projection screen

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