Chinese characters separation coding input method

Abstract

The invention discloses a method for inputting Chinese characters in a character dismantling and encoding manner. The invention is characterized in that the components, such as characters, character components, charterer-forming radicals, character elements and stokes respectively correspond with 26 English letter keys according to a first pinyin letter of the pronunciation thereof, so that the key configuration of the input method can be formed on a keyboard; input codes of each Chinese character is from one bit to four bits; when codes are fetched from a single character, a first code is fetched from the first pinyin letter or a structural code of the Chinese character; a second code, a third code, and a forth code are respectively fetched from first pin letters respectively corresponded with the character component, the charterer-forming radical, the character element, and the strokes which are contained in the Chinese character according to the writing order. The Chinese character-encoding method of the invention has the advantages that cognitive common sense about the character components, charterer-forming radicals, character elements, stokes, and font structures is fully utilized and the encoding rules are simple, so that the memory capacitance is small and easy-learning and using characteristics are remarkable, so as to facilitate the acceptance of a beginner, and particularly be suitable for being grasped b a beginner who knows little about Chinese pinyin.

Description

technical field [0001] The invention relates to a method for inputting Chinese characters, in particular to a method for inputting Chinese characters with phonetic-graphic codes, which is applicable to the fields of computer Chinese character input or Chinese information processing. Background technique [0002] Among the existing Chinese character encoding input methods, those belonging to phonetic codes include Quanpin, Shuangpin, Smart ABC, Microsoft Pinyin, etc., and they are coded with the pinyin of Chinese characters or abbreviated pinyin. For users who are familiar with Chinese pinyin Easy to learn and easy to remember, but the input efficiency is affected due to the high rate of repeated codes; there are Wubi fonts, table-shaped codes, symmetrical codes, three-dimensional natural codes, etc. that belong to the font code, which mainly split the Chinese character font into parts and attach it with the pen shape. Coding, such as when the Wubi font is mastered, it is fas...

AI Technical Summary

Problems solved by technology

[0002] Among the existing Chinese character encoding input methods, those belonging to phonetic codes include Quanpin, Shuangpin, Smart ABC, Microsoft Pinyin, etc., and they are coded with the pinyin of Chinese characters or abbreviated pinyin. For users who are familiar with Chinese pinyin Easy to learn and easy to remember, but the input efficiency is affected due to the high rate of repeated codes; there are Wubi fonts, table-shaped codes, symmetrical codes, three-dimensional natural codes, etc. that belong to the font code, which mainly split the Chinese character font into parts and attach it with the pen shape. Coding, such as when the Wubi font is mastered, it is faster to input Chinese characters, but because of its large and complicated radicals and code elements, it is difficult to learn, difficult to remember and easy to forget, and other font codes are similar; those belonging to phonetic-graphic codes are cognitive Codes, natural codes, etc., they use pinyin to represent Chinese characters or split radicals, and encode them with strokes. For example, cognitive codes have good standardization and are easy to learn, and the repetition rate is also low, but because they are about 300 The number of radicals is large, which is inconvenient to remember and also affects the input speed

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