Brush stroke display method

Abstract

The invention relates to a brush stroke display method which is applied to an electronic device supporting brush stroke input. The brush stroke display method comprises the following steps: (a) detecting a movement trajectory and successively acquiring a plurality of original points along with the movement of the movement trajectory; (b) judging whether a new interval formed between the newly acquired original point and the former original point is greater than a set value; (c) if the first interval is greater than the set value, inserting at least one compensation point between every two adjacent original points so as to form a plurality of subintervals, so that a second interval of every two adjacent subintervals is smaller than a set valve; (d) judging a pressure sensitivity value corresponding to each point so as to determine the brush stroke width corresponding to each point, and describing the formed brush stroke corresponding to the movement trajectory. According to the brush stroke display method, the correspondingly formed brush stroke is continuous and is not easy to interrupt, the brush stroke can dynamically generate a corresponding thickness change, and further a more real operation feeling is brought to a user.

Description

technical field [0001] The invention relates to a stroke display method, in particular to a stroke display method which improves stroke linearity during handwriting input and adjusts stroke width according to pressure sensitivity. Background technique [0002] Nowadays, handwriting input has become a mainstream operation technology, which reduces the arrangement of multiple physical buttons in known devices, and the user only needs to use a finger or a stylus to click or slide on the touch panel of the device to complete the input operation. This intuitive operation method is more convenient for users, so many mobile electronic devices, display screens, operating software or application programs, etc. begin to support touch input operations. [0003] However, when performing handwriting input, it is limited by the detection speed or response time of software and hardware. If the user performs the sliding operation too fast, it will easily lead to discontinuous strokes or the...

AI Technical Summary

Problems solved by technology

[0003] However, when performing handwriting input, it is limited by the detection speed or response time of software and hardware. If the user performs the sliding operation too fast, it will easily lead to discontinuous strokes or the inability to accurately depict the desired strokes. Line segment form, which in turn causes troubles in user input operation

At present, most applications cannot actually dynamically adjust the thickness of the corresponding stroke line segment according to the detected pressure sensitivity, and can only use different thickness line segments to connect to each other to achieve similar effects; but the aforementioned methods are easy to form jagged or continuous Poor line segment, and bring users a negative operating experience

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