Applicable manipulation intelligent cloud matching method

Abstract

An applicable manipulation intelligent cloud matching method comprises the following steps: (1) firstly, conduct standardized adaptation of a commonly used handle and load adaptation of applicable manipulation at a cloud terminal, and the standardized adaptation of the commonly used handle refers to establishing a mapping relation of a handle key layout and a concrete function in application; (2) a client starts application, and links a handle peripheral; (3) the cloud terminal carries out recognition to the started application of the client and the linked handle peripheral, and carries out mapping to the applicable manipulation; (4) the cloud terminal pushes the standardized adaption of the handle to the client; (5) a client finishes the corresponding configuration of the applicable manipulation of a local terminal and a handle key. By means of the method, the intelligent adaptation of the applicable manipulation of the cloud terminal can be realized, and complicated single application matching in the prior art is avoided; the method gives consideration to entity handle software and simulation handle software simultaneously, and has broader universality; the method firstly provides applicable manipulation adaptation manner based on the cloud terminal.

Description

technical field [0001] The invention belongs to the field of cloud computing, in particular to an application control intelligent cloud matching mechanism. Background technique [0002] At present, relatively complex applications need to be controlled by external devices such as handles, but the application only provides a set of recommended control key values, and its display forms vary widely. Only professional users can adjust the handle key values ​​​​according to personal preferences, resulting in The user experience is severely lacking. [0003] In particular, this mechanism brings a severe test to the use of mobile phone built-in APP analog controller software. Because it cannot provide users with a flexible adaptation mechanism similar to physical controllers, it is difficult to achieve seamless docking and adaptation, and the corresponding virtual controller APP Developers have to adopt the method of adapting each application separately, which doubles the workload....

AI Technical Summary

Problems solved by technology

[0002] At present, relatively complex applications need to be controlled by external devices such as handles, but the application only provides a set of recommended control key values, and its display forms vary widely. Only professional users can adjust the handle key values ​​​​according to personal preferences, resulting in Seriously lacking in user experience

[0003] In particular, this mechanism brings a severe test to the use of mobile phone built-in APP analog controller software. Because it cannot provide users with a flexible adaptation mechanism similar to physical controllers, it is difficult to achieve seamless docking and adaptation, and the corresponding virtual controller APP Developers have to adopt the method of adapting each application separately, which doubles the workload

[0004] Moreover, for applications running on the cloud, whether it is a physical controller or a mobile APP virtual controller software, the current disordered adaptation mode poses a greater challenge, which not only affects the user's application experience, but also affects the control of cloud operations. Adaptation brings tedious work

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