Fast display interface switching method and system for mobile electronic equipment

Abstract

The invention discloses a fast display interface switching method and system for mobile electronic equipment. A fast switching control capable of fast entering a plurality of pages is arranged on a display interface; the fast switching control is provided with a plurality of page link points comprising the page link point of the current display page; during fast switching, the method comprises the steps that 1, the fast switching control is popped up in a click and sliding mode; 2 the page link point corresponding to an icon of the target page is clicked; 3, the displayed content is switched into the target page, and page switching is finished; if the display content needs to be switched into another target page, the steps 1, 2 and 3 are executed again. According to the fast display interface switching method and system for the mobile electronic equipment, due to the fact that the fast switching control is added, pages of application programs (APPs) of the mobile intelligent equipment can be fast switched, one page of the APPs can be further switched into any other pages of the APPs, the operation frequency is reduced, and user experience is improved.

Description

technical field [0001] The present invention relates to a display interface switching method, more specifically to a display interface shortcut switching method and system for mobile electronic equipment. Background technique [0002] In the prior art, the page switching method recommended by the IOS and Android operating systems is referred to as "stack switching" for short, such as figure 1 , the blue arrow refers to PUSH page switching, and the green arrow refers to POP page switching (return). There are four pages ABCD, in the way of PUSH page switching. In order to access page D, the user's access path is A->B->C->D. After the user reaches page D, if he wants to switch to page A, he must go back to D->C->B->A in the same way to achieve his goal. [0003] Among them, stack page switching: The page switching method recommended by both IOS and Android, A, B, and C refer to three pages, the user access path is A->B->C, and the current page is C, the...

AI Technical Summary

Problems solved by technology

[0007] Disadvantages of the existing technology: using the stacked page switching method recommended by IOS and Androd, when there are many mobile APP pages, the switching path between pages is single, and only a fixed path can be used to switch pages, and the operation cost and time cost are very high

At present, there is no good solution in the mobile APP

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