Operation method, operation control method and related device of air input device

Abstract

Disclosed are an operation method, an operation control method and a related device of an air input device. According to feasible embodiments, an operation mode of the air input device which is connected with an application terminal is selected through the application terminal according to the current application scenario and the air input device is controlled to operate in the operation mode. According to the operation method, the operation control method and the related device of the air input device, the air input device can operate according to corresponding operation modes due to different application scenarios and accordingly user experience indicators of the air input device under various application scenarios can be met and the enthusiasm of the user experience is improved. The invention also discloses the application terminal and the air input device.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to an operation method, an operation control method and related devices of air input equipment. Background technique [0002] An air input device such as an air mouse does not need to be placed on a flat surface like a traditional mouse, and the air mouse can operate the cursor on the screen by shaking in the air. The air mouse is widely used in TV menu operations, media navigation, games and other aspects. [0003] The key user experience indicators of an air mouse are precision, sensitivity, smoothness, and ease of operation. Accuracy means that the cursor can accurately point to small icons and characters on the screen. For example, it is necessary to select a very small option when browsing a web page. At this time, a small jitter of the user's hand may cause a large deviation of the air mouse icon, making the selection difficult or wrong. Sensitivity means that the user ca...

AI Technical Summary

Problems solved by technology

However, for the air mouse, these experience indicators do not need to be satisfied in all application scenarios at the same time. For example, accuracy and sensitivity are often a pair of contradictions. Too sensitive for stable selection, but not fast enough for accelerated movement

[0004] The technical scheme of existing air mouse is generally all designed with the mouse movement principle of computer, but directly applies the mouse movement principle of computer to air mouse, and the user experience effect is not good, such as figure 1 As shown, the computer mouse has only one curve in the horizontal direction and the vertical direction, and the change law of the horizontal direction and the vertical direction movement is exactly the same. It does not consider the operation characteristics of the mouse in different application scenarios, and cannot give users a good experience.

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