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CN1051856C - Multidimensional letter coding method for Chinese characters - Google Patents

Multidimensional letter coding method for Chinese characters Download PDF

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CN1051856C
CN1051856C CN96104184A CN96104184A CN1051856C CN 1051856 C CN1051856 C CN 1051856C CN 96104184 A CN96104184 A CN 96104184A CN 96104184 A CN96104184 A CN 96104184A CN 1051856 C CN1051856 C CN 1051856C
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CN1194392A (en
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朱锦发
朱小波
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Abstract

A multidimensional letter coding method for Chinese characters relates to a stroke-type computer Chinese character input method. The input method concludes the strokes of Chinese characters into five basic strokes of horizontal, oblique, folding, vertical, dot, etc., and then concludes the stroke relations of Chinese characters into five stroke relations of continuous, cross, single, minute and miscellaneous; the multi-dimensional letters (including stroke letters and structural letters) of Chinese characters are designed. Meanwhile, the codes are distributed on a standard keyboard to form a multidimensional keyboard for people to fetch codes according to rules, input and search Chinese characters.

Description

多维字母编码法汉字输入方法Method for inputting Chinese characters by multi-dimensional letter coding method

多维字母编码法汉字输入方法,涉及一种笔型的计算机汉字输入方法。The invention relates to a Chinese character input method with a multi-dimensional letter coding method, which relates to a pen-type computer Chinese character input method.

目前,纯笔形汉字电脑输入法最为成功的是五笔字型输入法,她为全国计算机的普及作出了巨大的贡献。但仍存有同其他笔型输入法未有克服的弱点,即字根繁多,难学易遗忘;汉字结构的拆分,不同程度地损坏了汉字的构字规律。因此,设计一个能最大限度地遵循汉字的客观规律而又较为简单明了的电脑汉字输入法,实属发展我国电脑事业当务之急。At present, the most successful pure pen-shaped Chinese character computer input method is the Wubi font input method, which has made a huge contribution to the popularization of computers throughout the country. But still there are the weaknesses that have not been overcome with other pen-type input methods, namely radical is various, difficult to learn and easy to forget; Therefore, designing a computer Chinese character input method that can follow the objective laws of Chinese characters to the greatest extent and relatively simple and clear is really a top priority for developing my country's computer industry.

木发明的目的是:简化字母,以利普及;规范键盘,以利操作。试图发明一种简单明了的汉字多维字母编码法,并应用于下列领城:The purpose of the wooden invention is: to simplify the alphabet to facilitate popularization; to standardize the keyboard to facilitate operation. Try to invent a simple and clear Chinese character multi-dimensional letter encoding method, and apply to the following fields:

一.用于电脑汉字输入技术,输入汉字。1. It is used for computer Chinese character input technology to input Chinese characters.

二.用于电脑汉字检索技术,检索汉字。2. Used in computer Chinese character retrieval technology to retrieve Chinese characters.

本发明的目的是这样实现的:The purpose of the present invention is achieved like this:

               (一)基本原理(1) Basic principles

汉字多维字母编码法汉字输入方法,对汉字的笔划及笔划关系进行分析、综合,把汉字的笔划归纳为横、斜、折、竖、点等五种“基本笔划”;又将汉字的笔划关系归纳为连、叉、单、分、杂五种“笔划关系”;并分别设计了25个“笔划字母”及25个“结构字母”(笔划关系),同时,将其分布在标准键盘上,组成一个“多维键盘”,供人们依照规则,编码取码,输入及检索汉字。The Chinese character multi-dimensional letter coding method Chinese character input method analyzes and synthesizes the strokes and stroke relationships of Chinese characters, and summarizes the strokes of Chinese characters into five "basic strokes" such as horizontal, oblique, folded, vertical, and dot; Summarized into five "stroke relationships" of consecutive, cross, single, divided, and miscellaneous; and designed 25 "stroke letters" and 25 "structural letters" (stroke relationships), and distributed them on the standard keyboard. A "multi-dimensional keyboard" is formed for people to code and retrieve codes, input and retrieve Chinese characters according to the rules.

一.基本笔划与笔划结构的意义及其符号。               基本笔划                       笔划结构(笔划关系) 名称   所含汉字规范笔划   符号   名称         笔划结构的意义    字例   符号 横斜折竖点     横  划撇、捺、提折  划竖  划点  划 —<|●    连叉单分杂     笔划之间相互连接,不交叉。笔划之间相互交叉,不连接。单一笔划,不连接也不交叉。相同笔划并列,不连不交叉。笔划之间既连接也交叉。     工十一二耳 ×○;± 二.多维字母编码法的多维字母(含笔划字母与结构字母)表   字的母笔所划在区 笔划字母的名称及所在的笔划位 结构字母的名称及所在的结构位   横位   斜位   折位   竖位   点位   连位   叉位   单位   分位   杂位   横划区斜划区折划区竖划区点划区 横横斜横折横竖横点横 横斜斜斜折斜竖斜点斜 横折斜折折折竖折点折 横竖斜竖折竖竖竖点竖 横点斜点折点竖点点点 横连斜连折连竖连点连 横叉斜叉折叉竖叉点叉 横单斜单折单竖单点单 横分斜分折分竖分点分 横杂斜杂折杂竖杂点杂 1. The meaning and symbols of basic strokes and stroke structures. basic strokes Stroke structure (stroke relationship) name Standard strokes of Chinese characters included symbol name The meaning of stroke structure character example symbol horizontal fold vertical point Horizontal Swipe, Nap, Lift Fold Swipe Vertical Swipe Dot Swipe —<|● even fork unitary heterogeneity Strokes are connected to each other and do not cross. Strokes intersect with each other, not connected. A single stroke, neither connecting nor crossing. The same strokes are juxtaposed without intersecting. Strokes both connect and intersect. Eleven and twelve ears ×○;± Two. The multi-dimensional letter (comprising stroke letter and structure letter) table of multi-dimensional letter coding method The area where the initial pen of the character is drawn The name of the stroke letter and the stroke position where it is located The name of the structure letter and the structure position where it is located horizontal position oblique position folding position vertical position point Liaison Fork unit quantile Miscellaneous Horizontal zone Diagonal zone Folded zone Vertical zone Dotted zone Horizontal, horizontal, horizontal, horizontal, horizontal, horizontal, horizontal, horizontal, horizontal, horizontal, horizontal, horizontal, horizontal Horizontal oblique oblique folding oblique vertical oblique dot oblique Horizontal fold Diagonal fold Vertical fold Point fold Horizontal, vertical, oblique, vertical, vertical, vertical, vertical, vertical, vertical, vertical horizontal point oblique point inflection point vertical point point Horizontal connection Diagonal connection Folding connection Vertical connection Dot connection Horizontal fork Diagonal fork Folding fork Vertical fork Point fork Horizontal single oblique single fold single vertical single order Horizontal division, oblique division, vertical division, vertical division Horizontal miscellaneous oblique miscellaneous vertical miscellaneous

三.多维字母的意义如下,并以笔划字母“横竖”及结构字母“横分”为例予以说明。下列“1”为笔划字母的例子;“2”为结构字母的例子)3. The meaning of the multi-dimensional letters is as follows, and the stroke letter "horizontal and vertical" and the structural letter "horizontal division" are taken as examples to illustrate. The following "1" is an example of a stroke letter; "2" is an example of a structural letter)

<1>表示多维字母的中文名称。<1> indicates the Chinese name of the multi-dimensional letter.

如:1.“横竖”字母的中文名称是“横竖”。Such as: 1. The Chinese name of the letter "Horizontal" is "Horizontal".

    2.“横分”字母的中文名称是“横分”。2. The Chinese name of the letter "Hengfen" is "Hengfen".

<2>表示多维字母所在键位的键位名称<2> Indicates the key position name of the key position where the multi-dimensional letter is located

如:1.“横竖”字母所在键位“S”的中文名称是笔划码“横竖键”。Such as: 1. The Chinese name of the key position "S" where the "horizontal and vertical" letter is located is the stroke code "horizontal and vertical key".

    2.“横分”字母所在键位“S”的中文名称是结构码“横分键”。2. The Chinese name of the key "S" where the letter "horizontal division" is located is the structure code "horizontal division key".

<3>表示多维字母在多维键盘中的键位位置。<3> indicates the key position of the multi-dimensional letter in the multi-dimensional keyboard.

如:1.“横竖”字母在多维键盘中的位置是“横划区”之“竖位”For example: 1. The position of the "horizontal and vertical" letters in the multi-dimensional keyboard is the "vertical position" of the "horizontal division"

    2.“横分”字母在多维键盘中的位置是“横划区”之“分位”2. The position of the "horizontal division" letter in the multi-dimensional keyboard is the "fraction" of the "horizontal division"

<4>表示多维字母所含的基本笔划及结构关系。<4> represents the basic strokes and structural relationships contained in multi-dimensional letters.

如:1.“横竖”字母所含的基本笔划有“横划”和“竖划”。Such as: 1. The basic strokes contained in the "horizontal and vertical" letters have "horizontal stroke" and "vertical stroke".

    2.A.“横分”字母所含的基本笔划有“横划”;2.A. The basic strokes contained in the "horizontal division" letters include "horizontal stroke";

      B.“横划”同其他笔划的关系是“分”的关系。B. The relationship between "horizontal stroke" and other strokes is the relationship of "point".

<5>表示多维字母取码的先后顺序。<5> indicates the sequence of multi-dimensional letter code fetching.

如:1.“横竖”字母的取码顺序是先取“横”,后取“竖”。Such as: 1. The code fetching sequence of "horizontal and vertical" letters is to get "horizontal" first, and then "vertical".

    2.“横分”字母的取码顺序是先取“横”,后取“分”。三.多维键盘。2. The code-taking order of "horizontal points" letters is to take "horizontal" first, and then get "fen". 3. Multi-dimensional keyboard.

<1>多维键盘的组成。多维键盘是将笔划字母及结构字母,按其内涵意义,分布在标准键盘相应的键位上。每个键位均设置一个笔划字母及一个结构字母。因为,笔划字母与结构字母所含的意义不同,是反映同一汉字特征的两个方面,故而不存在互相冲突的可能性。然而,两种字母亦有共性的一面,就是两种字母的笔划区,均以基本笔划作表示,所以,可以将其编在同一键位上。成为一个信息容量大,规范性好的多维键盘。<1> Composition of multi-dimensional keyboard. The multi-dimensional keyboard is to distribute the stroke letters and structural letters on the corresponding keys of the standard keyboard according to their connotations. Each key is set with a stroke letter and a structure letter. Because the meanings contained in stroke letters and structural letters are different, and they are two aspects reflecting the same Chinese character feature, so there is no possibility of mutual conflict. Yet two kinds of letters also have a side of commonness, are exactly the stroke area of two kinds of letters, all represent with basic stroke, so, it can be compiled on the same key position. Become a multi-dimensional keyboard with large information capacity and good standardization.

<2>多维键盘表列于下:(用键符表示如附图) 英文键名:Q     W     E     R     T     Y     U     I     O     P字母代码:Q     W     E     R     T     Y     U     I     O     P笔划字母:竖点  竖竖  竖折  竖斜  竖横  折横  折斜  折折  折竖  折点结构字母:竖杂  竖分  竖单  竖叉  竖连  折连  折叉  折单  折分  折杂 英文键名:A     S     D     F     G     H     J     K     L字母代码:A     S     D     F     G     H     J     K     L笔划字母:横点  横竖  横折  横斜  横横  斜横  斜斜  斜折  斜竖结构字母:横杂  横分  横单  横叉  横连  斜连  斜叉  斜单  斜分 英文键名:Z   X     C     V     B     N     M字母代码:    X     C     V     B     N     M笔划字母:    点点  点竖  点折  点斜  点横  斜点结构字母:    点杂  点分  点单  点叉  点连  斜杂 四.多维字母的应用。应用多维字母,可编制出下列各种类型的编码:<1>应用笔划字母编码取码的,则成“笔划码”。<2>应用结构字母编码取码的,则成“结构码”。<3>同时应用笔划字母及结构字母编码取码的,则成“多维码”。<2> The multi-dimensional keyboard table is listed below: (represented by key symbols as attached drawings) English key name: Q W E R T Y U I O P Letter code: Q W E R T Y U I O P Stroke letter: vertical point, vertical, vertical, vertical, vertical, vertical, vertical, horizontal, horizontal, oblique, vertical, vertical single fold split fold English key name: A S D F G H J K L Letter code: A S D F G H J K L Stroke letter: horizontal dot horizontal vertical horizontal fold horizontal oblique horizontal horizontal oblique horizontal oblique oblique fold oblique vertical structure letter: horizontal miscellaneous horizontal division horizontal single horizontal fork horizontal connection oblique connection oblique fork oblique single oblique division English key name: Z X C V B N M letter code: X C V B N M stroke letters: dot dot vertical dot fold dot oblique dot horizontal oblique dot structure letter: dot miscellaneous dot division dot single dot cross dot connect oblique miscellaneous 4. The application of multi-dimensional letters. Apply multi-dimensional letter, can work out the coding of following various types: <1> apply stroke letter coding code fetching, then become " stroke code ". <2> apply structure letter coding code fetching, then become " structure code ". <3> apply stroke letters and structure letter coding code fetching at the same time, then become " multi-dimensional code ".

          (二)汉字的拆分。多维字母编码法,将汉字拆分成下列字型:一.统取法字型。统取法字型,含全部汉字字型,所含字型,不用拆分。(2) Splitting of Chinese characters. The multi-dimensional letter encoding method splits Chinese characters into the following fonts: 1. Unified fonts. Unified fonts, including all Chinese character fonts, do not need to split the fonts contained.

统取法字型,用统取法编码取码,输入及检索汉字。二.顺取法字型。含下列汉字字型,所含字型,不用拆分。<1>独体字。如:大<2>全包围结构。如:因Unified method fonts, use the unified method to code and retrieve codes, input and retrieve Chinese characters. 2. Shun take method font. Contains the following Chinese character fonts, which do not need to be split. <1> single character. Such as: large <2> fully surrounded structure. Such as: because

顺取法字型,用顺取法编码取码,输入及检索汉字。三.二分法字型。含下列字型,所含字型,拆分成字头及字脚。<1>上下结构。如:吉     上     下 1.上为字头;如:吉字的“士”。2.下为字脚。如:吉字的“口”。<2>左右结构。如:好    左   右 1.左为字头;如:好字的“女”。2.右为字脚。如:好字的“子”。<3>半包围结构。1.先起笔的部首偏旁为字头;如:庆字的“广”。2.后起笔部分的结构为字脚。如:庆字的“大”。二分法字型,用二分法编码取码,输入及检索汉字。四.三分法字型。含下列汉字字型,所含字型,拆分成字头,字中和字脚。<1>上中下结构。如:翼 1.上为字头;如:翼字的“羽”2.中为字中;如:翼字的“田”3.下为字脚。如:翼字的“共”<2>左中右结构。如:瑚 1.左为字头;如:瑚字的“王”2.中为字中;如:瑚字的“古”3.右为字脚。如:瑚字的“月”<3>上左右结构。如:霸         上     左 1.上为字头;如:霸字的“雨”2.左为字中;如:霸字的“革”3.右为字脚。如:霸字的“月”<4>左右下结构。如:盟     左         下 1.左为字头;如:盟字的“日”2.右为字中;如:盟字的“月”3.下为字脚。如:盟字的“皿”<5>左上下结构。如:梧   上   下 1.左为字头;如!梧字的“木”2.上为字中;如:梧字的“五”8.下为字脚。如:梧字的“口”<6>上下右结构。如:削

Figure C9610418400081
Figure C9610418400082
Shun method font, use Shun method to code and retrieve codes, input and retrieve Chinese characters. Three. Dichotomy font. Contains the following fonts, which are divided into prefixes and footers. <1> Up and down structure. Such as: Kat superior Down 1. Above is the prefix; such as: "士" in the character Ji. 2. The bottom is the character foot. Such as: the "mouth" of the word Ji. <2> left and right structure. Such as: good Left right 1. The prefix is on the left; such as: "女" in Haozi. 2. The right is the character foot. Such as: "zi" in good characters. <3>Semi-enclosed structure. 1. The radical radical that starts first is the prefix; for example: "Guang" in Qing character. 2. The structure of the back pen part is the character foot. Such as: "big" in the word Qing. Dichotomous method font, use binary method code to fetch code, input and retrieve Chinese characters. Four. Rule of thirds font. Contains the following Chinese character fonts, and the fonts contained are divided into prefixes, middles and footers. <1> Upper, middle and lower structure. Such as: wing 1. The upper part is the beginning of the word; for example: "Yu" in the word Yi 2. The middle is the middle of the character; for example: "Tian" in the word Yi 3. The lower part is the foot of the character. Such as: " altogether "<2> left middle right structure of wing character. Such as: coral 1. The left is the beginning of the character; such as: "Wang" in the character Hu 2. The middle is the middle of the character; such as "Ancient" in the character Hu 3. The foot of the character is on the right. Such as: left and right structure of " month "<3> of the word of coral. Such as: Pa superior Left right 1. The top is the beginning of the word; such as: "雨" in the character Ba 2. The left is the middle of the character; such as the "leather" in the character Ba 3. The foot of the character is on the right. Such as: "month"<4> left and right lower structure of Ba character. Such as: alliance Left right Down 1. The left is the beginning of the word; such as: "日" in the word "Meng" 2. The right is the middle of the word; such as: "月" in the word "Meng" 3. The bottom is the foot of the word. Such as: " dish "<5> left upper and lower structure of alliance character. Such as: Wu Left superior Down 1. The left is the beginning of the character; for example, the "wood" of the Wu character 2. The upper part is the middle of the character; for example: the "five" of the Wu character 8. The lower part is the foot of the character. Such as: " mouth "<6> up and down right structure of Wu word. Such as: cut
Figure C9610418400081
Figure C9610418400082

说明:illustrate:

1.拆分三分法字型的上下(或左右)结构时.若再遇有“上中下”(或左中右)结构。则将“中”划归“上”(或左)取码。如:赣字上下结构中间有“日”字,依本则将“日”字划归“上”;下”的笔划码应在“十”字取码。1. When splitting the upper and lower (or left and right) structures of the rule of thirds font. If there is a "upper, middle and lower" (or left, middle and right) structure again. Then "middle" is assigned to "top" (or left) code fetching. Such as: there is " day " word in the middle of the upper and lower structure of Gan word, then " day " word is assigned to " upper " according to this;

2.笔顺规则与字型结构有矛盾时,则以笔顺为准。如:匡2. When there is a conflict between the stroke order rule and the font structure, the stroke order shall prevail. Such as: Kuang

(三)取码原则(3) Code fetching principle

一.应用笔划字母编码职码,必须遵守笔顺规则。One. Apply the stroke letter coding job code, must abide by the order of strokes rule.

二.应用结构字母编码职码、必须遵循笔划关系。Two. The application structure letter coding job code must follow the stroke relationship.

三.每字最多取四码.最少取两码(高频字除外、只取一码)。3. Take up to four yards per word. Get two yards at least (except high-frequency words, only get one yard).

<1>不足四码,取完则止。<1> Less than four yards, stop when you have finished.

<2>不足两码.则取第一码同时作第二码使用,补足两码。此码则称:补键码。<2> Less than two yards. Then get the first yard and use it as the second yard at the same time, making up two yards. This sign indicating number is then called: supplement key sign indicating number.

如:丁Such as: Ding

T:横折+横折=DD(第二码的“D”为补键码)T: horizontal fold + horizontal fold = DD (the "D" of the second code is the supplementary key code)

四.每码最少取两笔.笔划码不足两笔时。应取补笔码。即:Four. Take at least two strokes per yard. When the stroke code is less than two strokes. The supplementary pen code should be taken. Right now:

以该码的第一笔同时作该码的第二笔使用,取足一个笔划码,此码则称:补笔码。Make the second use of this sign indicating number simultaneously with the first stroke of this sign indicating number, get enough a stroke sign indicating number, and this sign indicating number is then called: supplementary stroke sign indicating number.

如:大Such as: big

大:横斜+斜斜=FJ(J为补笔码)五.应用笔划字母取码时,若取码的笔划数有多余时,则取顺接码。<1>字头的取码笔划数有多余,则由字中紧接用来取码;<2>字中的取码笔划数有多余,则由字脚紧接用来取码。此码则称:顺接码。六.每字取完码,须按空格键。Big: horizontal slant+slant slant=FJ (J is the supplementary pen sign indicating number) 5. when applying stroke letter code fetching, if the number of strokes of code fetching has redundant time, then get orderly and connect sign indicating number. The number of code fetching strokes of <1> prefix is superfluous, then is used for code fetching in the word immediately; The code fetching stroke number in <2> word is redundant, then is used for code fetching immediately by foot of character. This code is then called: sequential code. Six. After getting the code for each word, you must press the space bar.

     (四)汉字多维字母编码法的应用方式及其应用领域。一.电脑汉字多维字母统取输入(检索)法。即:应用多维字母,并连同多维键盘,对统取法字型编码取码,输入及检索汉字。二.电脑汉字多维字母分取输入(检索)法。即:应用多维字母连同多维键盘对分取法字型编码取码,输入及检索汉字。(4) The application method and application field of the Chinese character multi-dimensional letter coding method. 1. The computer Chinese character multi-dimensional alphabet takes input (retrieval) method. Namely: use multi-dimensional letters, and together with multi-dimensional keyboards, code-fetch the font codes of the unified method, input and retrieve Chinese characters. Two. The computer Chinese character multi-dimensional letter separates and gets input (retrieval) method. Namely: use multi-dimensional letters and multi-dimensional keyboards to extract codes from the font codes of the split method, input and retrieve Chinese characters.

      (五)电脑汉字多维字母统取输入(检索)法的取码方法。应用实例一:一.汉字字型的拆分。<1>取码对象:统取法字型,含全部汉字。<2>拆分方法:全部汉字,不用拆分。二.汉字的取码方法。<1>先取笔划码:应用笔划字母顺取汉字的前六笔作三个笔划码,不足三码的,取完则止。<2>再取结构码:应用结构字母选取汉字末笔的笔划关系,取一个结构码。如:工1.先取笔划码。工:横竖+横横=SG(G为补笔码)2.后取结构码。横连=G(横与竖为连接关系)。全码:SGG说明:选取那一笔的笔划关系作结构码,应视取码规则而定。(5) The code retrieval method of computerized Chinese character multi-dimensional alphabet input (retrieval) method. Application example 1: 1. Separation of Chinese character fonts. <1>Code fetching object: Unified fetching method font, including all Chinese characters. <2>Split method: all Chinese characters, no need to split. Two. The code retrieval method of Chinese characters. <1> first get the stroke codes: use the stroke letters to get the first six strokes of Chinese characters to make three stroke codes, if it is less than three codes, it will stop after getting it. <2> get the structure code again: apply the structure letter to select the stroke relationship of the last stroke of the Chinese character, get a structure code. Such as: Work 1. First get the stroke code. Work: horizontal and vertical+horizontal and horizontal=SG (G is the supplement code) 2. Get the structure code afterward. Horizontal connection=G (horizontal and vertical are connection relations). Full code: SGG Description: The stroke relationship of a stroke is selected as the structure code, which should be determined according to the code fetching rules.

      (六)电脑汉字多维字母分取输入(检索)法的取码方法。应用实例二:一.汉字字型的拆分。<1>取码对象:顺取法字型、二分法字型、三分法字型。<2>拆分方法:1.顺取法字型,不用拆分。2.二分法字型,拆分成字头和字脚、3.三分法字型,拆分成字头、字中和字脚。二.汉字的取码方法。<1>顺取法字型的取码方法:1.先取笔划码:应用笔划字母顺取汉字的前六笔作三个笔划码,不足三码的,取完则止。2.再取结构码:应用结构字母选取汉字末笔的笔划关系,取一个结构码。如:工1.先取笔划码。工:横竖+横横=SG。(G为补笔码)2.后取结构码。横连=G(横与竖为连接关系)。全码:SGG<2>二分法字型的取码方法:1.先取笔划码。(取完则止)(6) The code retrieval method of the computerized Chinese character multi-dimensional alphabet extraction input (retrieval) method. Application example 2: 1. Separation of Chinese character fonts. <1>Code fetch object: Shun method font, dichotomous method font, thirds method font. <2>Split method: 1. Shun method font, no need to split. 2. Dichotomous font, split into prefix and footer, 3. Trichotomy font, split into prefix, middle and footer. Two. The code retrieval method of Chinese characters. <1>The method for fetching the code of the method of taking the method along the way: 1. get the stroke code first: apply the first six strokes of the Chinese character in order to make three stroke codes. 2. Get the structure code again: use the structure letter to select the stroke relationship of the last stroke of the Chinese character, and get a structure code. Such as: Work 1. First get the stroke code. Worker: horizontal and vertical + horizontal and horizontal = SG. (G is the supplement code) 2. Get the structure code afterward. Horizontal connection=G (horizontal and vertical are connection relations). Full code: SGG<2> The method for fetching the code of dichotomous method font: 1. Get the stroke code earlier. (stop when finished)

A.字头顺取三笔作笔划码。A. Take three strokes along the prefix as the stroke code.

B.字脚顺取三笔作笔划码。B. Take three strokes along the foot of the word as the stroke code.

C.字头的第三笔与字脚的第一笔结合组成一码。2.再取结构码:用结构字母选取汉字末笔的笔划关系,取一个结构码。如:杜1.先取笔划码。字头:木=横竖+斜土:横+竖横。笔划码:SHT2.后取结构码。横连=G(横与竖为连接关系)。全码:SHTG<3>三分法字型的取码方法:1.先取笔划码。C. The third stroke of the prefix is combined with the first stroke of the foot to form a yard. 2. Get the structure code again: select the stroke relationship of the last stroke of the Chinese character with the structure letter, and get a structure code. Such as: Du 1. Get the stroke code earlier. Prefix: wood = horizontal and vertical + oblique soil: horizontal + vertical and horizontal. Stroke code: SHT2. Take the structure code afterward. Horizontal connection=G (horizontal and vertical are connection relations). Full code: SHTG<3> The code fetching method of the rule of thirds font: 1. Get the stroke code first.

A.字头顺取两笔作一笔划码。A. Take two strokes at the beginning of the word to make a one-stroke code.

B.字中顺取两笔作一笔划码。B. Take two strokes along the middle of the word to make a stroke code.

C.字脚顺取两笔作一笔划码。2.再取结构码:用结构字母选取汉字末笔的笔划关系,取一个结构码。如:瑚1.先取笔划码。字头:王=横横=G字中:古=横竖=S字脚:月=斜折=K。笔划码:GSK2.后取结构码。横连=G(横与斜,折为连接关系)全码:GSKG说明:选取那一笔的笔划关系作结构码,应视取码规则而定。C. Take two strokes along the foot of the word to make a stroke code. 2. Get the structure code again: select the stroke relationship of the last stroke of the Chinese character with the structure letter, and get a structure code. Such as: 1. Get the stroke code earlier. Prefix: king=horizontally and horizontally=in the G word: ancient=horizontally and vertically=S font foot: month=oblique folding=K. Stroke code: GSK2. Take the structure code afterward. Horizontal connection=G (horizontal and oblique, folding is connection relationship) full code: GSKG explanation: choose the stroke relationship of that stroke to make structure code, should be decided according to code fetching rule.

        (七)汉语词组的取码方法。(选末码的第一笔取结构码)(7) Code extraction method for Chinese phrases. (Select the first code of the last code to get the structure code)

<1>两字词组:每字顺取前两码。<1> two-character phrase: get the first two codes in order of each word.

如:字典Such as: dictionary

字:点点+折折=XI;典:竖折+横杂=EA。全码:XIEAWord: Diandian+Zhezhe=XI; Code: Vertical Fold+Horizontal Miscellaneous=EA. Full code: XIEA

<2>三字词组:<2>Three-character phrase:

1.第一、二个汉字,每字顺取前一码。1. For the first and second Chinese characters, take the previous code for each character.

2.第三个汉字,顺取前两码。2. For the third Chinese character, take the first two yards in sequence.

如:计算机Such as: computer

计:点折=V;算:斜横=H;机:横竖+斜连=SH;全码:VHSHCount: point fold=V; count: oblique and horizontal=H; machine: horizontal and vertical+oblique connection=SH; full code: VHSH

<3>四字词组:<3> four-character phrase:

每字顺取前一码。Take the previous code for each word.

如;培训中心e.g. training center

培:横竖=S;训:点折=V;中:竖折=E;心:点单=V;全码:SVEVTraining: horizontal and vertical = S; training: point folding = V; middle: vertical folding = E; heart: ordering = V; full size: SVEV

<4>多字词组:<4> Multi-word phrase:

1.前三个汉字,每字顺取前一码。1. For the first three Chinese characters, take the previous code for each character in sequence.

2.最末一个汉字,顺取前一码。2. For the last Chinese character, take the previous code.

如:从实际出发e.g. starting from reality

从:斜点=M;实:点点=X;际;折竖=O;发;折叉=U;全码;MXOUFrom: oblique point=M; real: dot point=X; border; folding vertical=O; hair; folding cross=U; full code;

         (八)多维字母编码法的优点:(8) Advantages of the multi-dimensional letter encoding method:

一.多维字母,简单明了,信息容量大,可将全部汉字笔划笔顺及笔划关系表述其中,并使用中文为字母命名,一目了然,易学易记。1. Multi-dimensional letters, simple and clear, with a large information capacity, can express the stroke order and stroke relationship of all Chinese characters, and use Chinese to name the letters, which is clear at a glance and easy to learn and remember.

二.多维键盘的组列,逻辑性强,有利盲打。2. The grouping of multi-dimensional keyboards is highly logical and beneficial to touch typing.

三.在纯笔型编码法码中,属重码率较少的输入法,在基本汉字集(含6763个汉字);重码率占86%。Three. in the pure pen-type coding method sign indicating number, belong to the input method that repeated code rate is less, in basic Chinese character set (containing 6763 Chinese characters); Repeated code rate accounts for 86%.

四.知识起点低,只要掌握好汉字的笔划笔顺,笔划关系与汉字结构,即能学会使用本编码法输入及检索汉字。4. The starting point of knowledge is low, as long as you master the stroke order of Chinese characters, the relationship between strokes and the structure of Chinese characters, you can learn to use this coding method to input and retrieve Chinese characters.

五.多维字母编码法具有永久性,能适应今后汉字的不断改革与发展。并能引导人们,特别是中小学生进一步学好汉字规范的笔划笔顺,笔划关系及汉字的结构等基础知识。5. The multi-dimensional letter encoding method is permanent and can adapt to the continuous reform and development of Chinese characters in the future. And it can guide people, especially primary and middle school students, to further learn basic knowledge such as stroke order, stroke relationship and structure of Chinese characters.

          (九)说明书附图:(9) Attached drawings of the instruction manual:

多维键盘。Multidimensional keyboard.

Claims (1)

1. the computer Chinese input method of a pen type is characterized in that:
(1) meaning of multidimensional letter basic strokes is: horizontal stroke contains the standard stroke of Chinese character: horizontal stroke; Tiltedly, contain the standard stroke of Chinese character: cast aside, press down, carry: roll over, contain the standard stroke of Chinese character: folding: erect, contain the standard stroke of Chinese character: be perpendicular; Point contains the standard stroke of Chinese character: point,
Will with horizontal, tiltedly, 25 stroke letters constituting of five kinds of basic strokes such as folding, perpendicular, point are distributed on 25 letter keys of Qwerty keyboard, as the input code of stroke letter, specifically be allocated as follows:
The horizontal point of A, the B point is oblique, C point is perpendicular, the D cross break, the perpendicular folding of E, F crosswise, G is horizontal, H is tiltedly horizontal, I folding, J is oblique, K bias, L are tiltedly perpendicular, the oblique point of M, N point is horizontal, the O folding is perpendicular, the P break, Q erect point, R is tiltedly perpendicular, S anyhow, T is perpendicular horizontal, the U folding is oblique, the V point is rolled over, W erects, X point point, Y are rolled over horizontal stroke;
(2) meaning of multidimensional letter stroke relation is: connect, interconnect between the stroke, do not intersect; Fork intersects between the stroke mutually, does not connect: single, single stroke does not connect yet and do not intersect: divide, identical stroke is arranged side by side, does not connect and does not intersect; Assorted, both connected between the stroke also and intersected,
To fit on 25 letter keys of same Qwerty keyboard with 25 block word mother stocks that company, fork, list, branch, five kinds of strokes relations such as assorted constitute,, specifically be allocated as follows as the input code of structure letter:
A is horizontal assorted, B point justice, and C point divides, and D is horizontal single, and E is perpendicular single, the horizontal fork of F, the horizontal company of G, H tiltedly connects, and I roll over single, and J is justice tiltedly, and K is tiltedly single, and L tiltedly divides, and M is tiltedly assorted, and N point connects, and O roll over and divides, and the P folding is assorted, and Q is perpendicular assorted, the perpendicular fork of R, the horizontal branch of S, T is even perpendicular, and U rolls over fork, V point list, W erects branch, and the X point is mixed, and Y rolls over even:
(3) utilize the input method of the single character of above-mentioned keyboard to have two kinds, import Chinese character for selecting a code fetch,
First: system is followed the example of the individual character input, and system is followed the example of font and contained whole Chinese characters, need not to split Chinese character, and its code taking method is:
(1) get the stroke sign indicating number earlier, use the stroke letter and make three stroke sign indicating numbers along getting the first six stroke of Chinese character,
(2) get constructive code again, the stroke relation of Chinese character end pen chosen in the application structure letter, gets a constructive code,
Second: along following the example of the individual character input:
One. contain single character, and the full investing mechanism of Chinese character along following the example of font, need not to split Chinese character, its code taking method is:
(1) get the stroke sign indicating number earlier, use the stroke letter and make three stroke sign indicating numbers along getting the first six stroke of Chinese character,
(2) get constructive code again, the stroke relation of Chinese character end pen chosen in the application structure letter, gets a constructive code,
Two. the dichotomy font contains semi-surrounding structure, up-down structure, the left and right sides structure of Chinese character, is split into prefix and word pin two respectively
Partly, its code taking method is:
(1) get the stroke sign indicating number earlier, use the stroke letter and makes the stroke sign indicating number along getting three strokes of Chinese character prefix: in the word along getting three strokes
Make the stroke sign indicating number: the 3rd stroke of prefix combines with first stroke of word pin forms a stroke sign indicating number,
(2) get constructive code again, the stroke relation of Chinese character end pen chosen in the application structure letter, gets a constructive code,
Three. the threefold division font contain Chinese character upper, middle and lower structure, left, center, right structure, go up left and right sides structure, about down structure, upper left structure down,
Last bottom right structure, and be split in prefix, the word successively, word pin three partly, its code taking method is:
(1) get the stroke sign indicating number earlier, use the stroke letter and makes a stroke sign indicating number along getting two strokes of Chinese character prefix: in the word along getting two pens
Draw and make a stroke sign indicating number; The word pin is made a stroke sign indicating number along getting two strokes,
(2) get constructive code again, the stroke relation of Chinese character end pen chosen in the application structure letter, gets a constructive code, and (four) utilize the phrase input of above-mentioned keyboard:
(1) two-character word group, every group along getting preceding two yards, uses multidimensional letter code fetch, and last code is a constructive code,
(2) three words groups, first and second Chinese character, every word is suitable gets last yard,
(3) four words groups, every word is suitable gets last yard,
(4) last sign indicating number got in multiword phrase, first three Chinese character, every word; The last Chinese character is along getting last sign indicating number.
CN96104184A 1996-04-13 1996-04-13 Multidimensional letter coding method for Chinese characters Expired - Fee Related CN1051856C (en)

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