Mouse control method and application thereof

Abstract

The invention provides a mouse control method and application thereof, and the method comprises the steps: building a selection table P of an initial DPI value of a mouse, recognizing the type of a real-time program D0, responding to the mouse in real time, on a host, selecting a DPI value matched with the type of the program from the selection table P, and setting the DPI value as the initial DPI value of the mouse. According to the method, the mouse DPI values can be primarily selected according to the program types, the selection efficiency is high, the calculation amount can be remarkably reduced, and the primarily selected mouse DPI values which are relatively adaptive can be provided for different types of programs. After primary selection, the mouse DPI value is adjusted for the first time and more than one time of subsequent adjustment to complete adjustment of the mouse DPI value, so that the mouse DPI value can be further matched with a corresponding program type, and compared with the method of selecting the DPI value by adopting an optimal iteration algorithm and the like in the prior art, the calculation amount can be remarkably reduced, the workload of a host is reduced, and crash of the host or occupation of a large number of computing resources is avoided, and the adjustment duration is short.

Description

Technical field[0001]The present invention relates to the field of mouse, in particular, to the control method of the mouse and its application thereof.Background technique[0002]The mouse is a common electronic device, wherein the optical mouse is mainly composed of four parts of the core assembly, respectively, of the light emitting components, lens assemblies, photoelectric sensors, and control chips. When the mouse moves, the photoelectric sensor records a continuous pattern, and then processes the front and rear comparison analysis of each picture to determine the direction and displacement of the mouse movement, thereby derived the moving value in the mouse X, Y direction, and processing these numerical values Thereafter, pass it to the host. Among them, DPI (Dot per inch) is an important feature parameter of the mouse. The mouse DPI is the positioning accuracy of the mouse, the unit is DPI or CPI, and the maximum number of information that can be accurately locked each of the ...

AI Technical Summary

Problems solved by technology

But in fact, through the operation efficiency, in different application scenarios, the optimal DPI required by the same task type ID is different, therefore, further making this existing technology only applicable to specific scenarios

[0008] In addition, in some existing technologies, it is necessary to wait for the host to collect a large amount of data and complete the calculation of the optimal mouse DPI value before generating instructions to adjust the DPI value of the mouse.

For a period of time before the adjustment is completed, the actual DPI value of the mouse is the DPI value before the adjustment. In addition to the calculation resources occupied by the adjustment process, if the DPI value before the adjustment does not match the demand, the mouse will still be displayed during the adjustment process. Does not match actual needs, affecting user use

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