Chinese character input method

Abstract

The invention provides a Chinese character input method. The Chinese character input method includes steps: (1) generalizing strokes of Chinese characters into eight types including a horizontal stroke, a vertical stroke, a left-falling stroke, a right-falling stroke, a dot stroke, a rising stroke, a hook stroke and a turning stroke; (2) subjecting the Chinese characters to primary coding, to be more specific, according to a writing order of strokes of each Chinese character, coding first three strokes and last two strokes; (3) subjecting the Chinese characters to secondary coding; (4) subjecting the Chinese characters to tertiary coding. By primary coding, secondary coding and tertiary coding in Chinese character input and setting of tail codes for part of Chinese characters or setting ofsetting codes for first strokes or second strokes, the code repeating rate is sharply decreased; each Chinese character at most includes five codes in one-to-one correspondence to numbers on a computer keyboard directly, and accordingly simplicity in learning and saving of keyboard resources are realized.

Description

technical field [0001] The invention belongs to the technical field of Chinese information processing, and in particular relates to a Chinese character input method. Background technique [0002] At present, there are many methods for inputting Chinese characters into a computer. Since its development in the 1980s, the Chinese character input method has gone through several stages of single character input, word input, and whole sentence input. The Chinese character coding input method can be divided into following five classes: phonetic code, shape code, phonetic-stroke code, shape-phonetic code, comprehensive code etc. However, phonetic codes are difficult for people with inaccurate pronunciation to input Chinese characters. In addition, the code repetition rate is high, and the input efficiency is low when entering Chinese characters. Chinese characters are typed, and it is difficult to learn and use, and it is easy to forget; the phonetic-phonetic code has a high repet...

AI Technical Summary

Problems solved by technology

However, phonetic codes are difficult for people with inaccurate pronunciation to input Chinese characters. In addition, the code repetition rate is high, and the input efficiency is low when entering Chinese characters. Chinese characters are typed, and it is difficult to learn and use, and it is easy to forget; the phonetic-phonetic code has a high repetition rate, which cannot greatly improve the overall efficiency of Chinese character input; It cannot be typed; the comprehensive code is an input method compiled to further reduce the difficulty of learning, a typical example is the universal code, which can be input in pinyin, Wubi, and English, etc.

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