Inputting method of Chinese character pinyin

Abstract

The invention provides an inputting method of Chinese character pinyin by way of binary syllabification input. The inputting method comprises the following steps: receiving interaction between a user and a binary syllabification input region and parsing the interaction as an instruction sequence, wherein the binary syllabification input region has at least ten and at most 25 key positions, wherein the instructions in the instruction sequence sequentially correspond to key positions interacted with the user; parsing the previous instruction in the instruction sequence to an initial consonant of a Chinese syllable associated to a corresponding key position and alternately parsing the following instructions to syllable rimes and initial consonants of Chinese syllables on the corresponding key positions sequentially till all instructions in the instruction sequence are completely parsed; and sequentially matching the initial consonants of the Chinese syllables obtained in the step B with the following syllable rimes as Chinese character syllables and outputting candidate Chinese characters corresponding to the Chinese character syllables. According to the inputting method of Chinese character pinyin, the quantity of the key positions arranged is moderate, the integral area of the input region can be reduced, a relatively low repeat code rate can be maintained, and the inputting efficiency and inputting comfortableness can be improved.

Description

technical field [0001] The invention relates to the technical field of Chinese character input, in particular to a Chinese character pinyin input method suitable for various input devices. Background technique [0002] There are two mainstream layouts of the existing Chinese character pinyin input method: QWERTY layout and T9 layout. There are too many keys on the QWERTY keyboard, and the overall area of ​​the input area is relatively large. When using it on small and medium-sized handheld devices such as smartphones, the area of ​​each key can only be reduced, resulting in a high rate of false touches. It is used on larger-sized devices such as keyboards and tablets, and it is not suitable for one-handed input; for the T9 keyboard, there are too few keys, so that there are multiple letters on each key, resulting in too many repeated codes, which affects the input efficiency . [0003] Moreover, whether it is QWERTY or T9, it is not a layout set out based on the input char...

AI Technical Summary

Problems solved by technology

However, these Shuangpin solutions are basically based on the QWERTY layout, and there are still problems such as a large number of keys and a layout that does not conform to the characteristics of Chinese character input.

[0005] Therefore, most of the existing main Chinese character input layouts fail to find a balance between the number of keys and the number of repeated codes, and originate from foreign language input, which does not conform to the characteristics of Chinese input.

Therefore, the current Chinese character input is generally considered to be a cumbersome and inefficient thing. Except for professional typists, ordinary users are often troubled by problems such as slow input speed and many misoperations in Chinese character input, especially in smart phones, This problem has become especially acute with the popularity of tablets

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