Pressure touch control method and terminal

Abstract

The invention discloses a pressure touch control method. The pressure touch control method is characterized by comprising the steps that after a user-defined pressure touch control entering instruction is received, a pressure touch control user-defined mode is entered, operation information input by a user is obtained, and an operation instruction corresponding to the operation information is stored; pressure parameters of pressure borne by a current interface are obtained, and the correspondence of the operation instruction and the pressure parameters is stored. The pressure touch control application scene can be extended.

Description

technical field [0001] The present invention relates to the communication field, in particular to a pressure touch method and terminal. Background technique [0002] The pressure screen is a new type of human-computer interaction technology. After the mobile phone can sense gravity, speed, light, sound, fingerprint, iris, and touch, the pressure screen allows it to have "press perception", that is, to perceive different degrees of pressure given by the human hand. Pressure, including light taps, presses, and stronger presses. [0003] For the first time, AppleWatch introduced the pressure screen into the field of consumer electronics through the ForceTouch (pressure touch) function, and then the pressure screen will become the standard configuration of smartphones. Let the interaction enter the era of "touch interaction", and the mobile phone is no longer a "plane interaction system" but enters the "three-dimensional era". In fact, the physical Home (home) button can provi...

AI Technical Summary

Problems solved by technology

[0004] The pressure screen currently only achieves a very shallow "touch interaction", which allows the mobile phone to sense human pressure, and the pressure screen makes the interaction of the mobile phone a step further from "augmented reality", which brings huge benefits to the future applications and interactions of the mobile phone. There is room for imagination, but currently there are very few usage scenarios based on pressure screens, and the application support is also very small. When users need to use pressure touch in a certain scene interface, the terminal does not have the function of pressure touch. very inconvenient

[0005] As the application functions of smart terminals become more and more abundant, the operating system has become very complex. When users need to use a certain function in the system, they generally need to go through a deep operation path to achieve the purpose, which makes the user operation more complicated. Increase, in many application scenarios, there are many situations that require users to customize the usage requirements, and the existing technology cannot provide users with a comprehensive service experience of personalized customized pressure touch

Users cannot easily use the pressure touch function in various scenarios, which affects the use effect

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