A Braille Conversion System Based on New Chinese Character Holographic Coding Rules

Abstract

The invention provides a plaintext and braille conversion system based on a novel Chinese character holographic coding rule. The system comprises a text collection module, a pronunciation database, a word segmentation preprocessing module, a Chinese character holographic precompiling module and a Chinese character holographic file storage module, wherein the text collection module is used for obtaining a Chinese character text from outside; the pronunciation database is used for storing the pronunciation of a Chinese character; the word segmentation preprocessing module is used for automatically or manually inserting a word segmentation tag into the Chinese character from the Chinese character text obtained from the outside by the text collection module; the Chinese character holographic file storage module is used for compiling the Chinese character text into a coding format of a Chinese character holographic code and storing the coding format into the Chinese character holographic file storage module; and the Chinese character holographic file storage module is used for storing the file of a Chinese character holographic code format. By use of the system, a novel Chinese character holographic code is adopted as a file storage format, the pronunciation of a Chinese character is uniquely determined when the font of the Chinese character is determined, whether the Chinese character is subjected to word segmentation with a subsequent Chinese character or not is made clear, and all information required during plaintext and braille conversion is contained. The system can be used for fundamentally solving the ubiquitous problems of being inexplicable and misapprehensive in Chinese character braille reading at present.

Description

technical field

[0001] The invention relates to the field of Chinese character coding and word processing, in particular to a braille conversion system based on a novel Chinese character holographic coding rule. Background technique

[0002] Chinese characters are unique characters in the world. Each character has three elements of "sound", "shape" and "meaning". ,Indispensable. However, the current Braille of Chinese characters is actually a phonetic scheme. Because there are many words with the same sound and multiple sounds in one word in Chinese, after Chinese characters are converted into Braille, it is common that the meaning of the word cannot be uniquely determined by pronunciation alone, resulting in blind people. Puzzling or even misunderstanding when reading is also the biggest problem facing the promotion and popularization of Braille in our country.

[0003] Along with the development of information technology, especially promotion and popularization of comput...

Examples

example 1

[0074] Big (" big " of size), is polyphonic character, has two pronunciations, da4 and dai4, and da4 is the 1st pronunciation, so its holographic Chinese character code=big internal code adds OX1+OX1, wherein 16 of the 3rd byte The base number OX1 is the prompt code for continuous reading and polyphonic characters, because the last digit is "1", which means that it is a polyphonic character, and the pronunciation will be specified by the 4th byte; the 4th byte is OX1, corresponding to 1 in decimal , indicating that the word reads the first pronunciation, that is, the pronunciation da4 with the highest frequency. Because the next last bit of the 3rd byte OX1 is zero, it means that it does not form participle with the following Chinese characters.

[0075] In addition, the size is large, because the pronunciation is the first pronunciation, the 4th byte OX1 of its holographic Chinese character code can be omitted; because it is not participle with the following words and the 4th...

example 2

[0078] Rich: it is a monophonic word, and has only one pronunciation fu4, so its complete holographic Chinese character code=rich inner code+OX1+OX1.

[0079] Because it is a monophonic character, it can also be abbreviated as: rich internal code + OX1;

[0080] When not forming a word with the following words, its 3rd byte is OX1, which can be further simplified this moment: rich holographic Chinese character code=rich inner code.

[0081] Let's look at the Chinese character holographic Chinese character code in the phrase state:

[0082] Hobbies: Love is a monosyllabic word, and it forms a participle with the following words; Hao is a polyphonic character, the first pronunciation is "hao3", and the second pronunciation is "hao4".

[0083]The inner sign indicating number+OX2 of the holographic Chinese character sign indicating number of hobby=love (equivalent to binary 10, and the last position is zero, and expression is a monosyllabic word, and the second last position is 1...

example 3

[0085] Jilin Province: Ji and Lin are monophonic characters and the province is polyphonic, but the first pronunciation (sheng3) is pronounced.

[0086] Therefore, the inner code+OX2 of the holographic Chinese character code of Jilin Province=Ji (single-syllable word, form participle with the back word)+Lin's inner code+OX2+province inner code+OX1+OX1, obviously, the last 2 bytes of the province can be omitted.

technical field

[0001] The invention relates to the field of Chinese character coding and word processing, in particular to a braille conversion system based on a novel Chinese character holographic coding rule. Background technique

[0002] Chinese characters are unique characters in the world. Each character has three elements of "sound", "shape" and "meaning". ,Indispensable. However, the current Braille of Chinese characters is actually a phonetic scheme. Because there are many words with the same sound and multiple sounds in one word in Chinese, after Chinese characters are converted into Braille, it is common that the meaning of the word cannot be uniquely determined by pronunciation alone, resulting in blind people. Puzzling or even misunderstanding when reading is also the biggest problem facing the promotion and popularization of Braille in our country.

[0003] Along with the development of information technology, especially promotion and popularization of comput...

Examples

example 1

[0074] Big (" big " of size), is polyphonic character, has two pronunciations, da4 and dai4, and da4 is the 1st pronunciation, so its holographic Chinese character code=big internal code adds OX1+OX1, wherein 16 of the 3rd byte The base number OX1 is the prompt code for continuous reading and polyphonic characters, because the last digit is "1", which means that it is a polyphonic character, and the pronunciation will be specified by the 4th byte; the 4th byte is OX1, corresponding to 1 in decimal , indicating that the word reads the first pronunciation, that is, the pronunciation da4 with the highest frequency. Because the next last bit of the 3rd byte OX1 is zero, it means that it does not form participle with the following Chinese characters.

[0075] In addition, the size is large, because the pronunciation is the first pronunciation, the 4th byte OX1 of its holographic Chinese character code can be omitted; because it is not participle with the following words and the 4th...

example 2

[0078] Rich: it is a monophonic word, and has only one pronunciation fu4, so its complete holographic Chinese character code=rich inner code+OX1+OX1.

[0079] Because it is a monophonic character, it can also be abbreviated as: rich internal code + OX1;

[0080] When not forming a word with the following words, its 3rd byte is OX1, which can be further simplified this moment: rich holographic Chinese character code=rich inner code.

[0081] Let's look at the Chinese character holographic Chinese character code in the phrase state:

[0082] Hobbies: Love is a monosyllabic word, and it forms a participle with the following words; Hao is a polyphonic character, the first pronunciation is "hao3", and the second pronunciation is "hao4".

[0083]The inner sign indicating number+OX2 of the holographic Chinese character sign indicating number of hobby=love (equivalent to binary 10, and the last position is zero, and expression is a monosyllabic word, and the second last position is 1...

example 3

[0085] Jilin Province: Ji and Lin are monophonic characters and the province is polyphonic, but the first pronunciation (sheng3) is pronounced.

[0086] Therefore, the inner code+OX2 of the holographic Chinese character code of Jilin Province=Ji (single-syllable word, form participle with the back word)+Lin's inner code+OX2+province inner code+OX1+OX1, obviously, the last 2 bytes of the province can be omitted.

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