Touch-control sliding method

Abstract

The invention discloses a touch-control sliding method and provides an electronic device and an input module. The electronic device comprises a touch-control display interface and a data module. The input module is positioned on the touch-control display interface and can be provided with a first position and a second position. The input module is positioned on the touch-control display interface to generate a time signal which is compared with a preset time signal so as to judge a stop motion or a slide action. If a judging result is the slide action, a first direction motion is carried out when a first directivity function is judged to be larger than a second directivity function, and otherwise, a second direction motion is carried out. Consequently, distance and time signals are used for forming a velocity function signal which is compared with a first preset velocity function and a second preset velocity function so as to judge a first velocity motion, a second velocity function or a third velocity function.

Description

【Technical field】 [0001] The invention relates to a sliding method, in particular to the field of the sliding method on a touch display panel. 【Background technique】 [0002] Currently, touch display panels are widely used in mobile devices, mobile phones, GPS, personal digital processing terminals and the like. In the past, the operation method of the touch panel was mostly click, but the operation of sliding will make the operation of the touch panel more simple and convenient. [0003] Although slidable touch panel mobile devices have appeared on the market, there are the following disadvantages: [0004] a. Most of them use hardware support, and do not use a complete set of pure software algorithms that do not depend on hardware. [0005] b. The sensitivity of most sliding is not high enough to accurately determine whether the user's operation is sliding or clicking, and there is a high probability of misjudgment. [0006] c. It is impossible or impossible to design t...

AI Technical Summary

Problems solved by technology

[0005] b. The sensitivity of most sliding is not high enough to accurately determine whether the user's operation is sliding or clicking, and there is a high probability of misjudgment

[0006] c. It is impossible or impossible to design the speed of sliding according to the speed of the user's sliding

[0007] d. The operator touches the touch panel with the stylus and leaves the touch panel with the stylus to calculate the elapsed time, distance, position, etc., which greatly affects the response time of the electronic device

[0008] The above shortcomings greatly reduce the convenience and compatibility of sliding on the touch interface, which makes it difficult to promote

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