Magnifying display method and terminal for screen content

Abstract

The invention relates to a magnifying display method and a terminal for screen content, wherein the method comprises the steps that: a terminal selects a to-be-magnified display area from the original screen by a camera aperture; the original display content in the to-be-magnified display area selected by the camera aperture is displayed in an imaging screen in a preset magnifying proportion; and the imaging screen and the camera aperture are set in the original screen. The method enables the user to freely magnify and display part area of the webpage content on the screen on the condition that the whole webpage information on the terminal screen is not changed, is convenient for user to watch webpage and raises speed for the user to find interest points in the webpage, thus, drastically improving viewing experience effect of the user in using the mobile terminal.

Description

technical field [0001] The present invention relates to the field of communication technology, in particular to a screen content magnification display method and a terminal. Background technique [0002] With the development of mobile communication technologies, the processing capabilities of mobile terminals are gradually enhanced, allowing information such as web page images or documents to be displayed on a display screen. [0003] At present, the screens of mobile terminals generally adopt resistive screens and capacitive screens that support touch technology, and capacitive screens are mostly used. Existing capacitive screens support multi-touch technology, allowing users to use their fingers to control the display of the terminal screen, such as zooming in, zooming out, or moving. [0004] Multi-touch technology is based on the combination of human-computer interaction technology and hardware devices. It can be used without traditional input devices (such as: mouse, k...

AI Technical Summary

Problems solved by technology

[0005] However, due to the limited size of mobile terminal display screens, visual information can only be displayed as smaller images with high resolution

When browsing web pages, end users need to frequently zoom in, zoom out, or scroll up and down to properly view web page or document information on the screen. When zooming in, zooming out, and moving operations, the target web page will recalculate the layout to fit the entire screen , and the refresh time of the entire screen is longer, if the content of the webpage is more and more complex, the refresh speed of the screen will be slower

Therefore, frequent full-screen refreshes will generate a lot of user waiting time, seriously consuming the user's effective reading time

[0006] In addition, when the user performs zooming and moving operations, it also brings inconvenience to the user. The user needs to zoom in on the webpage in order to see the webpage clearly. The larger the multiple, the more frequently the user needs to move; in order to quickly move the webpage, the user needs to shrink the webpage to determine the position of the next webpage content, but if the zoom ratio is not appropriate, the user will not be able to see the webpage clearly content, the user has to zoom in on the webpage again. Therefore, the frequent zooming and moving of the webpage prevents the user from browsing the webpage efficiently, and seriously reduces the efficiency of the user to discover the browsing points of interest.

When web pages get bigger and more complex, the user experience gets worse

Images