Pen point generation method and device, intelligent equipment and storage medium

Abstract

The embodiment of the invention discloses a stroke generation method and device, intelligent equipment and a storage medium. The method comprises the steps: acquiring the effective touch points generated when a user touches a capacitive touch screen; judging a touch mode of generating the effective touch point; if the touch mode is pressing, gradually increasing the size of the pen width from thesize of the preset minimum pen width to the size of the preset maximum pen width from the pressed first frame; if the touch mode is sliding, adjusting the size of the pen width according to a preset rule, wherein the size of the pen width is between the size of the preset minimum pen width and the size of the preset maximum pen width; if the touch mode is uplift, gradually shrinking the size of the pen width from the uplift first frame until the effective touch point cannot be obtained. According to the invention, a user can write handwriting with a pen point in the electronic writing process,the handwriting effect is improved, and the electronic writing experience of the user is improved.

Description

technical field [0001] The present invention relates to the field of touch technology, in particular to a method and device for generating strokes, an intelligent device and a storage medium. Background technique [0002] With the development of touch technology, almost all smart devices have a touch function, and besides being used to control smart devices, touch can also be used for writing. The current writing usually has two uses, one is used to replace the virtual keyboard to avoid the need to input text information through the virtual keyboard, and the other is used for touch interaction systems, such as in conferences, education classrooms and financial fields. The handwriting in the touch interaction system usually uses an algorithm to find the corresponding touch points, and then uses straight lines to directly connect the touch points to form a writing track. This presentation method is simple and effective, but the handwriting presented is relatively rigid and can...

AI Technical Summary

Problems solved by technology

The handwriting in the touch interaction system usually uses an algorithm to find the corresponding touch points, and then uses straight lines to directly connect the touch points to form a writing track. This presentation method is simple and effective, but the handwriting presented is relatively rigid and cannot express The artistic beauty of Chinese characters does not conform to people's writing habits, giving people an unfriendly writing experience

Chinese characters have rigorous and diverse stroke structures, and their handwriting lines are divided into thickness and weight, which is what we often call strokes. This is a beautiful feeling, but most of the existing electronic writing cannot comprehensively reflect the strokes of Chinese characters, and the user's writing experience is not good

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