Adaptive panoramic light adaptation method

Abstract

The invention discloses a self-adaptive panoramic light adaptation method. The method comprises the following steps: automatically detecting the brightness of the surrounding environment through an ambient light sensor, automatically adapting to the brightness of the panoramic light, and enabling the brightness color of a picture to extend to the brightness of the panoramic light to be softly matched with the brightness of the surrounding environment; according to a configuration file, performing region partitioning and sub-small block partitioning required by panoramic light configuration, and forming single-side, double-side, three-side and four-side region panoramic light through self-adaptive configuration; by analyzing the collected image data of all the sub-small blocks of the screen partition, establishing a panoramic light image output data model by adopting a deep fusion image algorithm, an application image averaging algorithm and an image compensation algorithm, and achieving the consistency of a screen display image and image extension. The data acquisition sequence of the image sub-cell blocks is in one-to-one correspondence with the output sequence of the panoramic light display output control module, panoramic light is controlled to be output and displayed by using a first-in first-out method, and the image extension display time delay is reduced. According to the invention, the image color display output time delay is reduced.

Description

technical field [0001] The present invention relates, in particular, to an adaptive ambient light adaptation method. Background technique [0002] Smart TVs adopt the above technologies, whether it is OLED liquid crystal display, quantum dot QLED screen, or image quality enhancement engine technology, the size of the image display area is limited by the size of the LCD screen. At the same time, staring at the screen for a long time, when you focus on one thing for too long, the muscles that regulate your eyes will feel stressed and tired, which will lead to visual fatigue. [0003] Existing patented mood lighting systems package one or more light sources associated with subregions of a display screen; content characterizers adapted to determine content characteristics of image data for subregions of a display screen; based on subregions as well as global The determined content characteristics of the image data of the region. And the content characteristics determined by th...

AI Technical Summary

Problems solved by technology

[0004] In the existing technology, the ambient light cannot automatically adjust the brightness of the ambient light according to the changes in the brightness and darkness of the surrounding environment, so that the brightness and color of the picture extend to the ambient light and the surrounding environment brightness softly match

The entire display screen is regarded as an overall area, and the area cannot be divided to flexibly adapt to the ambient light

Images