Information processing method and electronic equipment

Abstract

The invention discloses an information processing method and electronic equipment. The electronic equipment comprises a touch display unit which can perform window display, the touch display unit can recognize window operations and generate trigger instructions, and the electronic equipment can process the trigger instructions and display the processed results through the touch display unit. The method comprises the steps that the first operation is acquired, the first trigger instruction is generated to be used for indicating and recognizing a touch area in a window; the first trigger instruction is responded, the touch area in the window is recognized, the area of the touch area is calculated, the area of the touch area is compared with a first preset threshold value, and when the area is larger than or equal to the first threshold value, the second trigger instruction is generated to be used for indicating and recording the moving track of the touch area of which the area is larger than the first threshold value; the second trigger instruction is responded, and the moving track of the touch area is recorded by tracking the coordinate changes of touch points; whether the moving track of the touch area meets preset trigger conditions or not is judged, and first processing is performed on the window when the moving track of the touch area meets the preset trigger conditions.

Description

Technical field [0001] The present invention relates to the technical field of intelligent electronic equipment, in particular to an information processing method and electronic equipment. Background technique [0002] With the development of touch technology to large size, the user's operating range expands. Long-term and large-scale touch will use the upper arm and forearm, which is prone to fatigue; in addition, the resolution of the touch screen is continuously improving, with the resolution accuracy of the touch Higher and higher, the touch area of ​​the user’s finger is larger and larger than the resolution of the touch screen, and the finger is used to perform fine operations on the touch screen (such as the close button of the window will become smaller and smaller as the resolution of the touch screen continues to increase. It is difficult for users to accurately click the close button), which will become more and more difficult, which will easily lead to more and more m...

AI Technical Summary

Problems solved by technology

[0002] With the development of touch technology to large size, the user's operating range is expanded, and long-term and large-scale touch will use the upper arm and forearm, which is prone to fatigue; in addition, the resolution of the touch screen is continuously improving Higher and higher, the touch area of ​​the user's finger is larger and larger than the resolution of the touch screen. On the touch screen, fine operations with fingers (such as the close button of the window will appear smaller and smaller as the resolution of the touch screen continues to increase. It is difficult for users to accurately click the close button) will become more and more difficult, which will easily lead to more and more misoperations

Current electronic devices with large-size touch screens cannot provide a good user experience for such scenarios.

Images