Split screen display method and device

Abstract

The invention relates to the technical field of display control, in particular to a split screen display method. According to the method, when a screen splitting triggering action is detected, a screen is split into a plurality of display areas, and the display areas are directly associated with the recently started processes, and display interfaces of the processes, so that a user can directly acquire required process interfaces after executing the screen splitting triggering action without further operation, and the operating process of the user can be effectively simplified under the condition of no interruption; moreover, the display areas are associated with a plurality of recently running processes, and the number of split screen areas can also be regulated in accordance with the number of the recently running processes according to needs to flexibly regulate the number of the display areas to effectively utilize screen resources, so that compared with the prior art, the method has the advantage that user experience in split screen operation can be effectively improved; a function module architecture is established, and a computer system is controlled by a computer program instruction to implement the method.

Description

technical field [0001] The invention relates to the technical field of display control, in particular to a split-screen display method. The method is accomplished by establishing a functional module framework and controlling the computer system by computer program instructions. Background technique [0002] With the development of electronic technology, the screen resolution of smart mobile terminals such as smart phones and tablet computers is getting higher and higher, and the size is also getting bigger and bigger. However, although the screen resolution becomes higher and the size becomes larger, most of the current intelligent automatic devices can only support the full-screen display of the screen, that is, the screen can only display the interface of one process. And this will bring a lot of inconvenience to the user. For example, when the user receives a text message while enjoying a video or playing a game, this is because the screen can only display one process, s...

AI Technical Summary

Problems solved by technology

However, although the screen resolution is getting higher and the size is getting bigger, most of the current smart automatic devices can only support the screen for full-screen display, that is, the screen can only display the interface of one process

And this will bring a lot of inconvenience to the user. For example, when the user receives a text message while enjoying a video or playing a game, this is because the screen can only display one process, so if the text message process is opened, the video playback process or game The process will be automatically transferred to the background. The user must close the SMS process after completing the operation of the SMS process, and then click the video playback process or game process again to continue to enjoy the video or play the game. This will not only interrupt the user's appreciation of the video or game, but also This process is cumbersome to operate and the user experience is extremely poor

[0003] In this regard, some devices currently support split-screen operations on mobile phones. There are two main split-screen methods: one is to divide the screen into upper and lower screens, and one of the screens is set as the focus, and the process on the screen After zooming out, it can be placed on another screen and occupy a certain display area on the other screen for display. During the operation of this split-screen method, multiple processes need to be reduced one by one and then moved one by one. The operation process is still relatively complicated. Received a text message while enjoying the video. This means that the user needs to manually reduce the video playback process after performing a split-screen action, and then click to open the text message process.

Another split-screen method is to directly divide the screen into multiple areas, and each area is associated with a process. Although this split-screen method does not need to perform a zoom-out action, it needs to manually associate the corresponding process for each area, and the split-screen The size and number of areas are basically fixed, and the flexibility is not strong. For example, when a user receives a text message while enjoying a video, the user needs to perform a split-screen action and manually associate one of the screen areas with the video playback process, and manually associate the other area. To the SMS process, this not only requires multi-step operations, but also causes the interruption of the video playback process, and in addition to the display area associated with the video playback process and the display area associated with the SMS process, other redundant display areas will even cause screen resources. Waste, poor user experience