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CN1369764A - Chinese-character and Japanese-character 'stroke order code' input method for computer - Google Patents

Chinese-character and Japanese-character 'stroke order code' input method for computer Download PDF

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CN1369764A
CN1369764A CN 01103953 CN01103953A CN1369764A CN 1369764 A CN1369764 A CN 1369764A CN 01103953 CN01103953 CN 01103953 CN 01103953 A CN01103953 A CN 01103953A CN 1369764 A CN1369764 A CN 1369764A
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stroke
key
character
chinese
japanese
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王颂平
方蕊
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Abstract

The invention relates to a method of stroke sequence code for inputting Chinese and Japanese character into computer. The strokes of Chinese and Japanese character are as basic elements. Ten numbers 0-9 on keyboard represent stroke code of ten groups of Chinese and Japanese character. Based on writing sequence, six coded are formed; three codes are taken from first three strokes and other three codes are taken from last three strokes. Identificaltion code of postfix of tail code indicates sound character of Kana and katakana. The invented method is particularly suitable for mobile hpone etc. to input Chinese and Japanese character and to display information.

Description

Chinese-character and Japanese-character ' stroke order code ' input method for computer
The present invention relates to a kind of computer input method of importing Chinese-Japanese literal with numerical key, particularly relate to a kind of with numeric keypad input, according to Chinese-Japanese civilian character calligraph order of strokes input, be used for the Chinese, the japanese type input method of computing machine, mobile phone etc.
Since computing machine came out, Chinese character input method was extremely paid attention to, and many kinds of Chinese computer input methods occurred, for example: five fonts, order of strokes observed in calligraphy sign indicating number or the like.
Japan's literal is very close with Chinese character, not only have in the modern Japanese a large amount of ought use Chinese character, and its hiragana is almost all from the rapid style of writing of Chinese character, and the part of Chinese character stroke then taken from mostly in katakana.
Along with the development of computer technology and mechanics of communication, the computing machine of literal input also day shows its importance, is necessary to develop a kind ofly new can import the computer input method that japanese type can be imported again easily in Chinese character.It is a kind of Chinese character input method with the numeric keypad input that the applicant holds Patent right Chinese patent ZL94101477.0 number " order of strokes observed in calligraphy code Chinese character computer input method ", be stroke with Chinese character be fundamental element, with certain order of strokes observed in calligraphy queueing discipline to encode Chinese characters for computer, import with the numeric keypad of computing machine or miscellaneous equipment.This Chinese character input method meets people's cognitive law, grasp easily, the easy easily note, easy to be universal of learning.But it can't be directly applied for the computing machine input of japanese type fully.
Given this, the purpose of this invention is to provide a kind of Chinese-character and Japanese-character ' stroke order code ' input method for computer.For achieving the above object, according to Chinese-character and Japanese-character ' stroke order code ' input method for computer of the present invention is that stroke with Chinese-character and Japanese-character is a fundamental element, utilize 10 groups of Chinese-character and Japanese-character strokes of 10 number keyboard representations code of 0-9 of the numeric keypad of computing machine, abide by following rule:
A. coding rule: the 10 groups of Chinese of 10 number keyboard representations, the Japan word stroke code that utilize 0-9 on the numeric keypad of equipment such as computing machine; Wherein:
" 0 " key is represented degree of lip-rounding stroke, includes big mouthful Osculum Flat mouthful
Figure A0110395300033
Long mouthful
Figure A0110395300034
And the stroke that band seals circle in the Hiragana.
" 1 " key is represented horizontal stroke, comprise horizontal stroke " " and
Figure A0110395300035
The perpendicular stroke of " 2 " key representative comprises perpendicular " Shu ";
Stroke is cast aside in the representative of " 3 " key, comprises left-falling stroke " Pie ";
Stroke is pressed down in the representative of " 4 " key, comprises right-falling stroke " " and point " Dian ";
" 5 " key is represented the fold stroke, comprise fold " ", along Gou “ 亅 ", the fold hook
Figure A0110395300036
And all tail foldings are clockwise folding stroke;
The contrary folding of " 6 " key representative stroke comprises contrary folding " ", contrary hook
Figure A0110395300037
Contrary folding Gou “ Yin " and all tails foldings be anticlockwise folding stroke;
Stroke is intersected in the representative of " 7 " key, comprises traversed by along hook The contrary hook of traversed by Cast aside and hand over along hook
Figure A01103953000310
Cast aside and hand over contrary hook
Figure A01103953000311
Just intersect " Qe " with cast aside pressing down.
" 8 " key is represented the splayed stroke, comprises positive eight The “ of falling Ba Ha ", upright eight " Bing " and change eight " ",
Figure A0110395300041
Figure A0110395300042
That " 9 " key is represented is horizontal, carry and perpendicular crossing stroke, comprise " ten ",
Figure A0110395300043
Figure A0110395300044
Figure A0110395300045
B. utilize the input rule of above-mentioned numeric keypad:
Press the writing stroke order, get trigram along direction, contrary direction is got trigram, and first, second and third digital key of positive number is arranged in respectively on first, second and third yard position of coding successively, and digital keys last, two, three are arranged in respectively on fourth, fifth, six yard position of coding successively;
C. the identification code of the watch sound feature of Japanese ideogram:
Half-voiced: add numeral 0 behind the tail sign indicating number;
Voiced sound: add numeral 2 behind the tail sign indicating number;
Stubborn sound and short sound: add numeral 9 behind the tail sign indicating number;
D. katakana identification code: add 8 behind the tail sign indicating number;
According to Chinese-character and Japanese-character ' stroke order code ' input method for computer of the present invention, owing to meet the cognitive law of Chinese-character and Japanese-character,, grasp easily and popularize so concerning the people of Chinese-character and Japanese-character is write in meeting, easily learn easily note.In addition, this input method is used the numeric keypad input, so be easy to transplant on the equipment that needs the literal input except that computing machine, for example, has the mobile communication equipment of literal input and Presentation Function etc.
Brief Description Of Drawings.
Fig. 1 is the stroke and digital mapping table according to Chinese-character and Japanese-character ' stroke order code ' input method for computer of the present invention.
Fig. 2 be Chinese character " think " and Japanese when with Chinese character “ Die " coding example word.
Fig. 3 is the coding example of Japanese ideogram " か ", " モ ", " Port ".
Fig. 4 (a) extracts according to the part of the code list of Hanzi of Chinese-character and Japanese-character ' stroke order code ' input method for computer of the present invention.
Fig. 4 (b) works as with the part of code list of Hanzi according to the Japanese of Chinese-character and Japanese-character ' stroke order code ' input method for computer of the present invention to extract.
Fig. 4 (c) extracts according to the part of the Japanese ideogram code table of Chinese-character and Japanese-character ' stroke order code ' input method for computer of the present invention.
Below in conjunction with description of drawings embodiment of the present invention.
With reference to Fig. 1, what this figure was represented is according to the Chinese-character and Japanese-character stroke of Chinese-character and Japanese-character ' stroke order code ' input method for computer of the present invention and the mapping table of digital key, expresses the coding rule of this input method.That wherein digital key 1-6 represents respectively is horizontal, vertical, left-falling stroke, right-falling stroke, fold, 6 kinds of one stroke of contrary folding, and digital key " 1 " expression is horizontal and carry; " 2 " expression is perpendicular; " 3 " expression is cast aside; Point is pressed down in " 4 " expression; " 5 " expression fold, suitable hook, fold hook and all tails folding are clockwise folding strokes; The contrary folding of " 6 " expression, contrary hook, contrary folding hook and all tails folding are anticlockwise folding strokes.
4 kinds of compound strokes that numeral key " 7,8,9,0 " representative is made up of top these one stroke.Be expressed as follows respectively:
The generation of the multiple pen that numeral key " 7 " is corresponding be because the Chinese character of Chinese and Japanese when with in the Chinese character, cast aside and press down frequent cross occurrence, in addition, suitable, contrary hook " 亅,
Figure A0110395300051
" intersect with horizontal " one ", left-falling stroke " Pie " usually, so numerical key 7 pairing compound strokes are called " fork ".
The generation of the multiple pen that digital key " 8 " is corresponding is working as with in the Chinese character because of the Chinese character of Chinese and Japanese, cast aside with right-falling stroke and also often do not occur in pairs across, shape derives eight " Ha " of outer likeness in form " eight ", upright eight " Bing " thus as " eight " of Chinese character; " ", With Be called change eight, above shape is referred to as " eight ".
The generation of the multiple pen that numeral key " 9 " is corresponding be because the Chinese character of Chinese and Japanese when with in the Chinese character, horizontal and perpendicular appearances that often intersect vertically, no matter length anyhow equates " ten " the perpendicular weak point of still growing crosswise Perhaps horizontal weak point is perpendicular long All being called " friendship ", certainly, is horizontal distortion because carry, thus perpendicular carry crossing
Figure A0110395300056
Be also referred to as " friendship ".
The generation of the multiple pen that numeral key " 0 " is corresponding be because the Chinese character of Chinese and Japanese when with in the Chinese character, perpendicular, fold, horizontal stroke often occurs forming " mouth " shape successively, no matter is big mouth
Figure A0110395300057
Or little mouth
Figure A0110395300058
Perhaps flat mouth
Figure A0110395300059
Long mouth
Figure A01103953000510
All be called " mouth ".A stroke that has the closed circular round in the works that occurs in the hiragana of Japanese is called " circle ", and " mouth " and " circle " all uses digital key 0 to represent.
Obviously the cognitive law that above definition meets the people particularly uses compound stroke can improve speed of coding, shortens code length, reduces the repeated code word.For example: " wood " word, if do not adopt multiple pen, the number of its correspondence is 1234, adopts multiple pen back as long as code length has not only been shortened in input 98, and has reduced the chance with other word repeated code.
Rule according to its input of input method of Chinese-character and Japanese-character ' stroke order code ' computing machine of the present invention is:
By the stroke sequential write, be that first, second, third of positive number got three along direction; Contrary direction is promptly last, second, third pen is got three, and first, second and third digital key comes on first, second, third yard position successively; Last, second, third digital key comes on the the 4th, the 5th, the 6th yard position successively.Code fetch is no more than 6 at most, and the stroke deficiency finishes in order, has compiled the stroke of sign indicating number and has no longer participated in coding.In this input method, Chinese character, Japanese are when the assumed name with Chinese character and Japanese, and code length is set at smaller or equal to 6, and everyday character all has brevity code.
The identification code of the watch sound feature of Japanese ideogram:
Half-voiced: add 0 behind the tail sign indicating number;
Voiced sound: add 2 behind the tail sign indicating number;
Stubborn sound and short sound; Add 9 behind the tail sign indicating number;
Katakana identification code: add 8 behind the tail sign indicating number;
The katakana identification code of coding with katakana of watch sound feature is added in end.
Fig. 2 lists Chinese character, Japanese when the coding example word with Chinese character, as shown in the figure, " thinks " to be example with Chinese character, and first, second, third of positive number is respectively
Figure A01103953000511
Figure A01103953000512
Figure A01103953000513
According to above-mentioned coding rule, difference code fetch " 9 ", " 8 ", " 0 "; Last, second, third the pen be respectively " Dian ", " Dian ",
Figure A01103953000514
According to above-mentioned coding rule, difference code fetch " 4 ", " 4 ", " 6 ", according to above-mentioned input rule, the input coding of " thinking " word is " 980446 ", brevity code " 980 ".
Equally, Japanese is when with Chinese character “ Die " be encoded to " 711461 ", brevity code " 7114 ".
Fig. 3 is the coding example of Japanese ideogram " か ", " モ ", " Port ".As shown in the figure, the first stroke of hiragana " か " is
Figure A0110395300061
Second is that " Pie " the 3rd is " Dian ", and code fetch " 5 ", " 3 ", " 4 " are encoded to " 534 " respectively.According to coding rule, input rule and identification code and mask method thereof, the coding of katakana " モ " and " Port " is respectively " 1168 " and " 7808 "
Fig. 4 (a), 4 (b), 4 (c) have listed the Chinese character that makes according to Chinese-character and Japanese-character ' stroke order code ' input method for computer of the present invention respectively, when partly extracting with the code table of Chinese character and assumed name.
Chinese-character and Japanese-character ' stroke order code ' input method for computer of the present invention the numeric keypad of equipment such as uses a computer as hardware input device, can be applied to have the miscellaneous equipment of small-sized digital keyboard equally, the Chinese-character and Japanese-character input and the literal that are specially adapted on the miniature electronic products such as mobile phone, electronic notebook show.

Claims (1)

1, the Chinese-Japanese civilian character computer input method of a kind of order of strokes observed in calligraphy sign indicating number,
A. coding rule: the 10 groups of Chinese of 10 number keyboard representations, the Japan word stroke code that utilize 0-9 on the numeric keypad of equipment such as computing machine; Wherein:
" 0 " key is represented degree of lip-rounding stroke, includes big mouthful
Figure A0110395300021
Osculum
Figure A0110395300022
Flat mouthful
Figure A0110395300023
Long mouthful
Figure A0110395300024
And the stroke that band seals circle in the Hiragana.
" 1 " key is represented horizontal stroke, comprise horizontal stroke " " and
The perpendicular stroke of " 2 " key representative comprises perpendicular " Shu ";
Stroke is cast aside in the representative of " 3 " key, comprises left-falling stroke " Pie ";
Stroke is pressed down in the representative of " 4 " key, comprises right-falling stroke " " and point " Dian ";
" 5 " key is represented the fold stroke, comprise fold " ", along Gou “ 亅 ", the fold hook
Figure A0110395300026
And all tail foldings are clockwise folding stroke;
The contrary folding of " 6 " key representative stroke comprises contrary folding " ", contrary hook Contrary folding Gou “ Yin " and all tails foldings be anticlockwise folding stroke;
Stroke is intersected in the representative of " 7 " key, comprises traversed by along hook
Figure A0110395300028
The contrary hook of traversed by
Figure A0110395300029
Cast aside and hand over along hook Cast aside and hand over contrary hook Just intersect " Qe " with cast aside pressing down.
" 8 " key is represented the splayed stroke, comprises positive eight
Figure A01103953000212
The “ of falling Ba Ha ", upright eight " Bing " and change eight " ",
Figure A01103953000213
Figure A01103953000214
That " 9 " key is represented is horizontal, carry and perpendicular crossing stroke, comprise " ten ",
Figure A01103953000217
B. utilize the input rule of above-mentioned numeric keypad:
Press the writing stroke order, get trigram along direction, contrary direction is got trigram, and first, second and third digital key of positive number is arranged in respectively on first, second and third yard position of coding successively, and digital keys last, two, three are arranged in respectively on fourth, fifth, six yard position of coding successively;
C. the identification code of the watch sound feature of Japanese ideogram:
Half-voiced: add numeral 0 behind the tail sign indicating number;
Voiced sound: add numeral 2 behind the tail sign indicating number;
Stubborn sound and short sound: add numeral 9 behind the tail sign indicating number;
D. katakana identification code: add 8 behind the tail sign indicating number;
The katakana identification code that has in the coding of katakana of watch sound feature is added in end.
CN 01103953 2001-02-16 2001-02-16 Chinese-character and Japanese-character 'stroke order code' input method for computer Pending CN1369764A (en)

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Application Number Priority Date Filing Date Title
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2417119A (en) * 2004-02-16 2006-02-15 Wang Yongmin Encoding Chinese characters using six code elements

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB2417119A (en) * 2004-02-16 2006-02-15 Wang Yongmin Encoding Chinese characters using six code elements

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