Display correction system and display correction method

Abstract

The invention provides a display correction system and a display correction method. The display correction system includes a first display, a second display, a first sensor, and a correction program, wherein a first correction target value is set on the first display, the second display receives the first correction target value, the second display enables the first sensor to sense the second display to obtain a first characteristic measurement value, the second display transmits the first characteristic measurement value to the first display, the first display obtains a second correction target value according to the first characteristic measurement value and the first correction target value, the first display transmits the second correction target value to the second display, the second display obtains a first correction result value according to the first characteristic measurement value and the second correction target value, and the second display is corrected to the first correction result value, so that the screen display setting of the plurality of displays can be synchronously adjusted, and correction of the plurality of displays can be realized by utilizing the displays without the help of the outside.

Description

technical field [0001] The invention relates to a monitor calibration system and a monitor calibration method, in particular to a monitor calibration system and a monitor calibration method for adjusting display parameters of multiple monitors. Background technique [0002] At present, many high-end or professional monitors have built-in calibration sensors, which can be connected to a computer calibration program or a self-calibration program embedded in the monitor itself to correct brightness, color, and color gamut to maintain the brightness and color performance of the monitor. . [0003] If the above-mentioned method is used to calibrate multiple monitors or to calibrate multiple monitors to the same brightness, color or color gamut, it is often necessary to perform repeated settings and operations for each monitor. The operation is cumbersome and repetitive, and when multiple monitors When the brightness, color, or color gamut differs greatly between the two, the set...

AI Technical Summary

Problems solved by technology

[0003] If the method mentioned above is to calibrate multiple monitors or to calibrate multiple monitors to the same brightness, color or color gamut, it is often necessary to perform repeated settings and operations for each monitor. The operation is cumbersome and repetitive, and when multiple monitors When there is a large difference in brightness, color or color gamut, the setting operation is more difficult

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