Chirography smoothing method of handwriting input method and handwriting input method

Abstract

The invention discloses a chirography smoothing method of a handwriting input method and the handwriting input method. The chirography smoothing method includes that: primary contact pictures are filled on a touch track according to a first scheduled rule, secondary contact pictures are filled on the touch track between every two contact pictures according to a second scheduled rule, and the touch track is spliced to form a touch track picture through the primary contact pictures and the secondary contact pictures; and in a secondary contact picture located between a former primary contact picture and a latter primary contact picture in two primary contact pictures, the size of the secondary contact picture closer to the former primary contact is adjusted to be close to the size of the former primary contact, the size of the secondary contact picture closer to the latter primary contact is adjusted to be close to the size of the latter primary contact, and the sizes of all the second contact pictures between the former primary contact pictures and the latter primary contact pictures increase progressively, decrease progressively or keep unchanged in sequence.

Description

technical field [0001] The invention relates to a control method of an input method, in particular to a handwriting smoothing processing method of a handwriting input method and the handwriting input method. Background technique [0002] The handwriting input method is an input method designed for touch devices. Its advantage is that the user does not need to master additional character encoding methods, as long as the recognized characters can be used for writing input, which is very convenient for older users. With the development of handheld devices, the handwriting input method has gradually become an important input method. [0003] Existing handwriting input methods generally match the touch track of the user on the touch screen or touch panel with the preset font library, and display the characters with closer tracks to the user in the form of a table or a queue. It is for the user to choose to confirm the final input text. When the user confirms the input text, the ...

AI Technical Summary

Problems solved by technology

Because the accuracy rate of one-time recognition of the current handwriting input method is not high, the above method can improve the accuracy rate of input, but, due to the existence of the selection process, the input process is inevitably slowed down, making the user's writing ideas stop are constantly interrupted to cope with the process of constantly selecting the correct result, and most of the preset glyph libraries are matched by stroke order, and it is difficult for ordinary users to achieve the completely correct stroke order when writing, which makes many users The problem that the system cannot find the correct matching text when the glyph is correct

[0004] A handwriting input method that directly shrinks the user's touch track as input text can solve the above problems, but the existing touch devices generally use lines of equal thickness to describe the user's touch track, resulting in The trajectory graphics cannot retain the user's writing characteristics, and cannot completely retain the user's handwriting, and some strokes cannot be accurately depicted, resulting in a jagged shape. When the touch trajectory is reduced, the text cannot be recognized by others

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