Quantitative code Chinese character input method

Abstract

The invention provides a quantitative code Chinese character input method. When single Chinese characters are input, a four-factor-number coding mode is involved in the quantitative code Chinese character input method and the four-factor-number coding mode can be conducted on all Chinese characters; when the single Chinese characters or word groups are input, a brief-code input mode is further involved in the quantitative code Chinese character input method; when the word groups are input, a full-code input mode of the word groups is involved in the quantitative code Chinese character input method and full codes of all the word groups can be represented by five numbers. On the circumstance that Chinese character roots are not set and the Chinese characters are not separated, the Chinese characters and the word groups can be easily and conveniently converted into one to five numerical codes according to the quantitative code Chinese character input method. Tens of thousands of Chinese characters and hundreds of thousands of word groups can be input. No numerical code needs to be memorized. Numbers are input through ten number keys of a keypad of a computer so that the Chinese characters and the word groups can be obtained. The code repeating rate is low and the input speed is high.

Description

technical field [0001] The invention relates to a Chinese character input method, in particular to a quantitative code Chinese character input method. Background technique [0002] Now, there are hundreds of Chinese character input methods, which shows that: (1) there are many people who study input methods; 2) there are more people using input methods, reaching hundreds of millions; There is still room to rise. [0003] At present, the most representative several input methods in China play a huge role in Chinese character input, but they also have some deficiencies. [0004] Pinyin input method is the most widely used. Because there are many homophones, the code repetition rate is high, and the input speed is slow. Wubi font input method has low code repetition rate and fast input speed, but it is difficult to learn because of the need to memorize radicals. The sound-shape combination type input method requires not only pinyin, but also the shape and meaning of words, ...

AI Technical Summary

Problems solved by technology

Due to the many homonyms, the repetition rate is high, and the input speed is slow

The Wubi font input method has low code repetition rate and fast input speed, but it is difficult to learn because of the need to memorize radicals, etc.

However, the number is not fully utilized, and the phrase number string is longer, which affects the input speed

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