Simulated mouse input method based on interactive input apparatus

Abstract

A simulated mouse input method based on an interactive input device is provided, and is characterized in that: the mapping relation between an action command sequence and mouse actions is predefined according to the habit of mouse control actions; when an action command sequence indicating a target is in the detection area, the mouse actions corresponding to the received action command sequence are sent to a computer in a computer-recognizable form, so that the computer executes the mouse actions corresponding to the action command sequence. In the present invention, an action command sequence is mapped to mouse actions, so that sequential actions can be combined to improve operation flexibility and accelerate response, and extends the range of definable actions; therefore, the definable actions are more diversified, and the achievable functions are more sophisticated. Moreover, in the present invention, the mapping relation between action command sequence and mouse actions is predefined according to the habits of mouse control actions; therefore a more practical and humanized simulation of mouse operations is realized.

Description

technical field [0001] The invention relates to an intelligent input technology based on an interactive input device, in particular to a simulated mouse input method based on an interactive input device. Background technique [0002] Existing methods for simulating mouse input based on interactive input devices can only use one finger to perform a simple click or drag action, which weakens the original complete function of the mouse, and the operation is not flexible enough, convenient, and not personalized enough. Strong, for example, because there is no operation of simulating the mouse wheel, when there are many pages, it is usually only possible to simply drag the scroll bar by simulating the left button of the mouse to turn the page. The page turning speed is slow, time-consuming, and the operation is inconvenient. Meet people's operational needs. [0003] The Chinese patent application with application number 200610041804.1 and publication number CN1811684A discloses ...

AI Technical Summary

Problems solved by technology

[0002] Existing methods for simulating mouse input based on interactive input devices can only use one finger to perform a simple click or drag action, which weakens the original complete function of the mouse, and the operation is not flexible enough, convenient, and not personalized enough. Strong, for example, because there is no operation of simulating the mouse wheel, when there are many pages, it is usually only possible to simply drag the scroll bar by simulating the left button of the mouse to turn the page. The page turning speed is slow, time-consuming, and the operation is inconvenient. Meet people's operational needs

[0003] The Chinese patent application with application number 200610041804.1 and publication number CN1811684A discloses a method for simulating mouse movement and click operations by dragging fingers on the touch screen of a mobile phone, which simulates mouse arrows by dragging fingers on the touch screen of the mobile phone The movement of the mouse, the click of the left mouse button, and the click of the right mouse button. However, this method of simulating mouse input intelligently simulates some functions of the mouse operation. The length of stay on the touch screen is distinguished by left-click and right-click, which makes it difficult for users to grasp the length of time that their fingers stay on the touch screen during operation. The operation is not flexible, convenient, humanized, and responsive enough. quick

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