Binary-syllabification double-glyph input method

Abstract

The invention relates to a binary-syllabification double-glyph input method. The method comprises the following steps: defining the binary-syllabification phonetic code of a single character as a single character phonetic code; defining the binary-syllabification glyph code of a single character as a single character glyph code; defining the code, which is formed by adding a first code symbol of the glyph after the single character phonetic code, as a single character auxiliary code; connecting the single character glyph code of a Chinese character after the single character phonetic code as the single character full code of the character; defining a phrase code, which is formed by orderly taking single character phonetic codes of all the single characters constituting the phrase, as the phrase phonetic code; defining the code, which is formed by adding the first code element of the glyph of the first character in the phrase after the phrase phonetic code, as the phrase auxiliary code; orderly taking single character phonetic codes of all the single characters constituting the phrase, taking the code of the first code element of the glyph of the first character in the phrase, and taking the code of the first code element of the glyph of the second character in the phrase to constitute the phrase full code; and respectively recording the use frequency of single character phonetic codes, single character glyph codes, single character auxiliary codes, single character full codes, phrase sound codes, phrase brevity codes, phrase auxiliary code and phrase full codes in the Chinese character code database.

Description

technical field [0001] The invention belongs to the field of Chinese character input methods, in particular to a Chinese character input method of a computer universal keyboard. technical background [0002] In the existing Shuangpin input method keyboard layout, the arrangement of finals is irregular, making it difficult for users to learn and master. In order to solve this problem, the existing Shuangpin input method invention proposes various different arrangement methods. For example, the finals are assigned in the alphabetical order of the finals, for example, the finals are assigned to the three-row letter keys of the general-purpose computer keyboard in the order of the intermediates i, u, and ü. However, the pronunciation of Chinese is based on the rhyme of the main final, and the Jiemu is either combined with the main final to form a compound final, or combined with the initial consonant to form a sound-jiehe mother, and Jiemu is a rhyme. Therefore, this arrangeme...

AI Technical Summary

Problems solved by technology

[0006] Aiming at the technical problems that double-pin input has a high code repetition rate, and the arrangement of finals and font code keys is irregular and cannot be input compatible with Quanpin, the purpose of the present invention is to provide a method for mapping finals keys based on the combination relationship between main finals and intermediates. According to the first stroke and the number of strokes of the font coding code element, the key position of the font coding code element is mapped, and the candidate words are displayed in two columns, compatible with Quanpin input, and the Chinese character input method of dynamic coding according to the code bit frequency

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