Constant display method and mobile equipment

Abstract

The invention provides an intelligent constant display method and mobile equipment. The adaptive use of different algorithm programs is carried out through the adaption of a single-clock mode and a multi-clock mode of an AOD function of the mobile equipment, and specifically, a display region and an algorithm program are determined for the single-clock mode set by a user through a 2bit algorithm program, so that the display area is small, in order to adapt to the small display area, the time, place, date and other information in the single clock window also show a small display effect, the edge burr phenomenon does not exist, and the display effect is improved; a display area and an algorithm program are determined by using a 1bit algorithm program for the multi-clock mode (such as double clocks) set by a user, so that the display area is enlarged, the method can adapt to the display of multiple clocks, and the time, place, date and other information of each clock can be ensured to be presented in the corresponding display area.

Description

technical field [0001] The present application relates to the field of electronic technology, and in particular to an always-on display method and a mobile device. Background technique [0002] With the rapid development and improvement of functions of mobile devices, more and more applications are installed in users' mobile devices, and users use mobile devices more frequently. In order to save power consumption of the mobile device, an always on display (AOD) is used for the mobile device to display some information such as time, date, and power. [0003] AOD is a method of displaying specific content in some areas of the screen without lighting up the entire screen. Users can view time, date, battery and other information when the mobile device is in sleep mode without waking up the screen. It is convenient and quick to view information. . [0004] Currently, all AOD functions use an organic light emitting diode (organic light emitting devices, OLED) display screen, and...

AI Technical Summary

Problems solved by technology

The OLED screen in video mode does not have internal RAM, and the AOD function is realized through the line buffer (line buffer) inside the integrated circuit (integrated circuit, IC) module. The line buffer can store a part of the picture, but cannot display it in full screen. , only part of the area can be displayed

[0005] Therefore, OLED screens in video mode without RAM can only be refreshed with 1bit algorithm or 2bit algorithm, but the default refresh algorithm is only suitable for one scene, for example, single clock interface or dual clock interface, when the user manually sets When changing the AOD display mode, a single algorithm cannot adapt to various scenarios, and the display effect is poor

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