Character input method

Abstract

The invention discloses a font input method. The input of Chinese characters can be realized by inputting letter codes on an electronic intelligent device through a coding rule. The problems that an existing Pinyin input method has many repeated codes and a font input method is large in learning difficulty are solved. According to the font input method, codes are obtained by arranging etymons on keyboard letter positions, and codes are obtained by keyboard letter positions corresponding to the number of stroke shapes and strokes at fixed positions of the etymons to serve as complements. The method is high in etymon arrangement regularity, uniform and standard in coding rule and easy to memorize and learn.

Description

Technical field:

[0001] The invention relates to an input method for inputting Chinese characters on an electronic intelligent device by using letter codes. Background technology:

[0002] The existing Chinese character input method and pinyin input method have many duplicate codes, and the glyph input method is difficult to learn. Summary of the invention:

[0003] The invention provides a character shape input method, which has strong regularity in character root arrangement, unified and standardized coding rules and is easy to remember and learn.

[0004] The input method provided by the present invention is as follows:

[0005] A glyph input method can input Chinese characters by inputting letter codes according to coding rules on an electronic intelligent device. The method is characterized in that a glyph input method is used to obtain a code by arranging a radical on a keyboard letter position and a code by a keyboard letter position corresponding to a fixed position stroke number of a radical as a complement code. The fixed position stroke number of a radical can use the first stroke of the radical or the last stroke of the radical. The fixed position stroke number of a radical uses the last stroke of the radical. The last stroke of the radical is classified according to the relationship between the horizontal, vertical, left-falling, dot, right-falling and folding strokes of the last stroke of the radical. The relationship between the keyboard letter position and the corresponding stroke number is: G corresponds to 1 stroke (horizontal) , F corresponds to 2 strokes (horizontal), D corresponds to 3 strokes (horizontal), S corresponds to 4 strokes (horizontal), A corresponds to 5 strokes (horizontal), H corresponds to 1 stroke (vertical), J corresponds to 2 strokes (vertical), K corresponds to 3 strokes (vertical), L corresponds to 4 strokes (vertical), M corresponds to 5 strokes (vertical), T corresponds to 1 stroke (left-falling stroke), R corresponds to 2 strokes (left-falling stroke), E corresponds to 3 strokes (left-falling stroke), W corresponds to 4 strokes (left-falling stroke), Q corresponds to 5 strokes (left-falling stroke), Y corresponds to 1 stroke (dot and right-falling stroke), U corresponds to 2 strokes (dot and right-falling stroke), I corresponds to 3 strokes (dot and right-falling stroke), O corresponds to 4 strokes (dot and right-falling stroke), P corresponds to 5 strokes (dot and right-falling stroke), B corresponds to 1 stroke (fold), V corresponds to 2 strokes (fold), C corresponds to 3 strokes (fold), X corresponds to 4 strokes (fold), and Z corresponds to 5 strokes (fold).

[0006] When the number of strokes of the last stroke of a radical is greater than 5, the 5th digit code or the remainder digit code can be used.

[0007] To simplify the notation, the horizontal stroke can be represented by “一”, the vertical stroke can be represented by “丨”, the left stroke can be represented by “丿”, the dot can be represented by “丶”, and the right stroke can be represented by "く" can be used to represent the character for "折". "く" also represents the radicals of various strokes of a fold. Since dot and right stroke have similar morphological characteristics, they are put together.

[0008] Distribute the Chinese character roots to the corresponding keyboard letter positions on the computer keyboard. The root arrangement of each keyboard letter position is as follows:

[0009] The radicals arranged for the letter G on the keyboard are: "一, —, 下, 丅, 丁, 厂, 丆, ".

[0010] The radicals arranged in the letter position F on the keyboard are: "二、工、开、天、土、士、干、于、 Ping, ”.

[0011] The radicals arranged in the keyboard letter position D are: "三、五、王、下、 "Zi, Wan, Bu, Da, Quan, Wu, Jian, Wei".

[0012] The radicals arranged in the keyboard letter position S are: "十、寸、才、木、 "朿,束,建,甫".

[0013] The radicals arranged in the letter position A on the keyboard are: "七、 Yi, Ge, Jian, Cao, 20, Gan, ”.

[0014] The radicals arranged in the letter position H on the keyboard are: "丨、亅、 Bu, 忄, Up, Stop, ”.

[0015] The radicals arranged in the keyboard letter position J are: リ, 刂, Day, day, insect, ”.

[0016] The radicals arranged in the keyboard letter position K are: "囗,山,口".

[0017] The radicals arranged in the keyboard letter position L are: Car, four, field, by, Jia, west, rain, stone, long".

[0018] The radicals of the keyboard letter position M are: "门、冂、 towel, head, dish, and See you, Bei.

[0019] The radical for the letter N on the keyboard is: “扌”.

[0020] The radicals of the keyboard letter position T are: white, mortar, Self, blood".

[0021] The radicals arranged in the keyboard letter position R are: 牜、心、竹、八、儿、 Several, 2, 乇, 夭, 千, 禾, "Can, Ox, Wu, Arrow".

[0022] The radicals arranged in the keyboard letter position E are: "彡、川、 钅, gold, Ren, Hair, body, hands, breath, Claw, melon, pound, hill, hog".

[0023] The radicals of the letters in the keyboard letter position W are: "我、饣、犭、 攵、、 勹、 evening, "

[0024] The radicals arranged in the letter position Q on the keyboard are: "人、亻、入、彳".

[0025] The radicals of the letters in the Y position on the keyboard are: 讠、言、亠、 Establish, expand, expand, households, and produce".

[0026] The radicals arranged in the keyboard letter position U are: 丷、 冫、丬、 Moon, use, Dan, ”.

[0027] The radicals arranged in the keyboard letter position I are: "氵、心、水、 Water, Small, ”.

[0028] The radicals arranged in the keyboard letter position O are: 灬, 火, 米, zhi, 辶, 廴, Six, Fang, Wen, Xin, Hai, ”.

[0029] The radicals arranged in the letter position P on the keyboard are: "宀、冖、礻、衤".

[0030] The radicals arranged in the B position of the keyboard are: "く、乛、 1. Yi 乚、ㄣ、 了、子、孑、乃、及、尸、 ”.

[0031] The radicals of the keyboard letter position V are: ear, ear, ear, 匚、巨、臣、 Wa, Tun, Ji, Yi, Si, Ba, too".

[0032] The radicals of the keyboard letter position C are: "彐,九,力,刀".

[0033] The radicals of the letters in the X position on the keyboard are: "又、マ、ス、 Xi, bow, and horsemanship".

[0034] The root of the letter Z on the keyboard is: 丩、纟、 厶、凵、母、 彑”.

[0035] In order to realize the encoding input of traditional Chinese characters of GB18030 character set and Chinese characters of continuously expanding character set, the present invention also adds traditional Chinese character radicals, and the arrangement of the keyboard letter positions is as follows:

[0036] The additional radicals for the keyboard letter position S are: east".

[0037] The additional radicals for the keyboard letter position A are:

[0038] The additional radicals for the keyboard letter position J are:

[0039] The radicals of the additional arrangement of the keyboard letter position L are: "长、东、 ”.

[0040] The radicals additionally arranged for the keyboard letter position M are: "门、鬥、貝、见".

[0041] The additional radicals for the keyboard letter position E are: ”.

[0042] The radicals of the additional arrangement of the keyboard letter position W are: ”.

[0043] The additional radicals for the keyboard letter position C are:

[0044] The radical that is additionally arranged at the keyboard letter position X is: "马".

[0045] The radical additionally arranged at the keyboard letter position Z is: “糹”.

[0046] Some character roots will have shape changes when used as radicals or components. Here are some common character root shape changes when used as radicals or components, for example:

[0047]

[0048] The splitting and encoding rules of Chinese characters are as follows:

[0049] The root itself is the Chinese character encoding rule: root code + root last stroke stroke number code + root first stroke code + root last stroke code. For example, the code for "千" is "rkth", and the corresponding encoding rule is split into: "千" + 3 strokes (vertical) + "丿" + "丨".

[0050] The coding rule for Chinese characters composed of two radicals is: first radical code + second radical code + first radical last stroke shape stroke number code + second radical last stroke shape stroke number code. For example, the code for "县" is "mzau", and the corresponding coding rule is split into: "且" + "厶" + 5 strokes (horizontal) + 2 strokes (dots and strokes).

[0051] The encoding rule for Chinese characters composed of three radicals is: the first radical code + the second radical code + the third radical code + the first radical's last stroke shape and number of strokes code. For example, the code for "集" is "qosj", and the corresponding encoding rule is split into: "亻" + +“木”+2 strokes (vertical).

[0052] If there are repeated codes, a third radical's last stroke shape and stroke number code can be added.

[0053] The encoding rule for Chinese characters composed of four or more radicals is: first radical encoding + second radical encoding + third radical encoding + last radical encoding. For example, the encoding of "解" is "wucr", and the corresponding encoding rule is split into: "" + "用" + "刀" + "牛".

[0054] If there are repeated codes, the stroke number code of the last stroke of the first radical and the stroke number code of the last stroke of the last radical can be added in sequence.

[0055] The basic principles for splitting a single word are: the main shape of the stroke order and the main shape are not split, the main shape and the main shape with the same stroke order are not split, and the subjective main shape and the main shape are taken as the larger one.

[0056] The main stroke order and main stroke not split means that the Chinese character is split into the root of the main stroke structure according to the stroke order rules of Chinese characters, without destroying the root of the main stroke structure of the Chinese character. For example, the code of the fully enclosed character "国" is "kdyd", and the corresponding coding rule is split into "囗" + "王" + "丶" + 3 strokes (horizontal); the code of the semi-enclosed character "区" is "vwvu", and the corresponding coding rule is split into "匚" + +2 strokes (折)+2 strokes (点捺); the code of the character "兆" with left and right enclosed structure is "rivo", and the corresponding coding rule is split into "儿"+ +2 drawings (folding) +4 drawings (clicking).

[0057] The meaning of the same main shape and the main shape not being split is that a Chinese character is split into different radicals. If a certain radical has the same stroke feature, the complete same-stroke main morphological structure of this radical will not be destroyed. For example, the code of "兰" is "udrd", and the corresponding coding rule is split into "丷" + "三" + 2 strokes (撇) + 3 strokes (horizontal); the code of "并" is "ufrl", and the corresponding coding rule is split into "丷" + "开" + 2 strokes (撇) + 4 strokes (vertical); the code of "关" is "ufro", and the corresponding coding rule is split into "丷" + "天" + 2 strokes (撇) + 4 strokes (点捺).

[0058] Subjective main shape, the main shape is taken as the largest one, when splitting Chinese characters into radicals, the larger radicals should be used for priority splitting while keeping the main morphological structure of the Chinese character radicals intact. For example, the code of "交" is "owou", and the corresponding coding rule is split into "六" + "乂" + 4 strokes (dots and strokes) + 2 strokes (dots and strokes).

[0059] The rules for splitting and encoding words are as follows:

[0060] The encoding rule for two Chinese characters is: first character first encoding + first character second encoding + second character first encoding + second character second encoding. For example, the encoding of "time" is "jsmj", and the corresponding encoding rule is split into "日" + "寸" + "门" + "日".

[0061] The encoding rule for three Chinese characters is: the first character first code + the second character first code + the third character first code + the third character second code. For example, the code for "protected area" is "qnvw", and the corresponding encoding rule is split into "亻" + "扌" + "匚" +

[0062] The coding rule for words with four or more Chinese characters is: the first code of the first character + the first code of the second character + the first code of the third character + the first code of the last character. For example, the code for "rainy days" is "lsfj", and the corresponding coding rule is split into "rain" + "inch" + "sky" + "day"; for example, the code for "carbohydrate" is "liqr", and the corresponding coding rule is split into "stone" + "water" + "亻" + "牜". When using a very large vocabulary, the coding rule can also be: the first code of each character is added in sequence.

[0063] Regarding the re-coding rate of the input method: Here we count the repetition rate of 6763 characters and 60000 words in GB2312 character library, which are derived from Pinyin word library. The method of eliminating repetition by using simple code can reduce a large number of repetitions, and a large number of first, second and third level simple codes will also bring great memory and learning difficulty. Therefore, the encoding of this input method does not use simple code elimination, but uses a method similar to intelligent Pinyin frequency optimization to achieve the effect of simple code, and the words are counted by standard 4-bit encoding. Pinyin Full Wubi Code Eliminating Duplicates of Simplified Wubi Codes A Character Shape Input Method Single Character Duplicate Rate of 6,763 1586.53％ 3.08％ 1.82％ 8.09％ Vocabulary Duplicate Rate of 60,000 249.34％ 27.47％ 27.47％ 22.21％ Character and Vocabulary Duplicate Rate of 66,763 281.81％ 27.64％ 25.70％ 23.15％ This re-coding rate may have data deviations depending on the statistical method and vocabulary. As the vocabulary is constantly revised and changed, the re-coding rate may also change. This re-coding rate statistical data is for reference only. Description of the drawings:

[0064] Figure 1 The layout of the radicals and the corresponding radical last strokes and stroke numbers on the keyboard letter positions of the present invention is as follows: Figure 2 The layout of the radical and the corresponding simplified markers of the radical's last stroke shape and stroke number on the keyboard letter position of the present invention, Figure 3 The character radical of the present invention includes a layout of a traditional Chinese character radical and a corresponding simplified mark of the last stroke of the character radical, the shape of the stroke, and the number of strokes on the keyboard letter position. Specific implementation method:

[0065] The present invention can be implemented by writing a font input method software adapted to electronic intelligent devices, which can achieve the purpose of inputting a single Chinese character or phrase by inputting a code composed of English letters, for example:

[0066] The input of “人” is “quty”, and the corresponding encoding rule is split into “人” + 2 strokes (dots and strokes) + “丿” +

[0067] The input of “知” is “rkpd”, and the corresponding encoding rule is split into “矢” + “口” + 5 strokes (dots and strokes) + 3 strokes (horizontal).

[0068] "道" is input as "utod", and the corresponding encoding rules are split into + "自" + "辶" + 3 paintings (horizontal).

[0069] “投” is input as “nufv”, and the corresponding encoding rule is split into “扌”+“丷”+“天”+“阝”.

[0070] "雕" is input as "ufko", and the corresponding encoding rules are split into +"土"+"口"+

[0071] Enter "pilx" as the "password", and the corresponding encoding rule is split into "宀" + "心" + "石" + "马".

[0072] The corresponding encoding rule for the “compass” input “nses” is split into “扌”+“十”+“钅”+“十”.

[0073] The corresponding encoding rule for inputting “mjeh” for “quick eyes and quick hands” is split into “目”+“日”+“手”+“忄”.

[0074] The corresponding coding rule for inputting “Chinese People’s Liberation Army” as “kkwp” is split into “口”+“囗”+“”+“冖”.

[0075] The following lists the encodings of some commonly used characters:

[0076] The twya in a certain country has carried out in the people. It is the major industry in recent years. It is not developed. The meeting will be held. The work has been carried out on the ground. The city needs to produce this. This output has been carried out. The production has been done by a certain family. It has been completed until today. The people have come. My department has carried out a lot of construction on the whole. He has made his company public. Their market has developed. When it is managed, the new method is the main enterprise. The investment is real. The learning report system is the same as the economic law. The high-level manager has realized the current situation this month. The fixed transformation has increased the dynamic combination. The product core is related. The shutdown has been divided. The power is self-external. The outsider area can set up. After that, it will be equal to the whole body. Under the million yuan social process, it has passed before. The front agricultural side has also obtained. It can be said that among the members, the service profit is related to the electric text. The matter can be various. The total reform has been carried out. The three are good. Each has a good gold. The first company, its, from the average generation, when it is current, the water in the province has been improved. The business is ten. The management is within. The small technology problem will be increased. The basic name is directed to the department and shouldyies jfsd in the United States uddr.

Claims

1. A glyph input method can input Chinese characters by entering letter codes through coding rules on an electronic intelligent device, characterized in that A font input method that uses the complement code of the keyboard letter position corresponding to the number of strokes of the root at a fixed position to obtain the code obtained by arranging the root on the keyboard letter position.

2. The glyph input method according to claim 1, characterized in that, The number of strokes of the fixed position of the radical is the number of strokes of the last stroke of the radical.

3. The character input method according to claim 1 or claim 2, characterized in that, The number of strokes of the radical's last stroke is classified according to the relationship between the radical's last stroke horizontal, vertical, left-falling, dot, right-falling and folding strokes. The relationship between the keyboard letter positions and the corresponding ones is: G corresponds to 1 stroke (horizontal), F corresponds to 2 strokes (horizontal), D corresponds to 3 strokes (horizontal), S corresponds to 4 strokes (horizontal), A corresponds to 5 strokes (horizontal), H corresponds to 1 stroke (vertical), J corresponds to 2 strokes (vertical), K corresponds to 3 strokes (vertical), L corresponds to 4 strokes (vertical), M corresponds to 5 strokes (vertical), T corresponds to 1 stroke (left-falling stroke), R corresponds to 2 strokes (left-falling stroke), E corresponds to 3 strokes (left-falling stroke), W corresponds to 4 strokes (left-falling stroke), Q corresponds to 5 strokes (left-falling stroke), Y corresponds to 1 stroke (dot, right-falling stroke), U corresponds to 2 strokes (dot, right-falling stroke), I corresponds to 3 strokes (dot, right-falling stroke), O corresponds to 4 strokes (dot, right-falling stroke), P corresponds to 5 strokes (dot, right-falling stroke), B corresponds to 1 stroke (folding stroke), V corresponds to 2 strokes (folding stroke), C corresponds to 3 strokes (folding stroke), X corresponds to 4 strokes (folding stroke), and Z corresponds to 5 strokes (folding stroke).

4. A glyph input method according to claim 1 or claim 2, characterized in that The coding rule for Chinese characters composed of two radicals is: first radical code + second radical code + first radical last stroke shape and number of strokes code + second radical last stroke shape and number of strokes code.

5. A glyph input method according to claim 1, characterized in that The radicals arranged for the letter G on the keyboard are: "一、 "Next, the third, the factory, the third, the 3rd, the 4th, the 5th, the 6th, the 7th, the 8th, the 9th, the 10th, the 11th, the 12th, the 13th, the 14th, the 15th, the 16th, the 17th, the 18th, the 19th, the 21st, the 23rd, the 24th, the 6. The character input method according to claim 1, characterized in that, The root characters arranged at the F position of the keyboard letters are: "two, worker, open, sky, earth, scholar, dry, yu, flat, horizontal stroke, ".

7. A glyph input method according to claim 1, characterized in that, The root characters arranged at the D position of the keyboard letters are: "Three, Five, King, , , Ten thousand, Not, Big, Dog, Wu, Yue, Wei".

8. A glyph input method according to claim 1, characterized in that, The radicals arranged in the keyboard letter position S are: "十、寸、才、木、 "朿,束,建,甫".

9. A glyph input method according to claim 1, characterized in that The radicals arranged at the letter position A on the keyboard are: "Seven, Ge, Jian, Cao, Xiong, Nian, Gan, ".

10. The glyph input method according to claim 1, wherein, The radicals arranged at the letter H position on the keyboard are: "vertical line, hook, divination, heart radical, upper part, stop, ”.

11. A glyph input method according to claim 1, characterized in that The radicals arranged in the keyboard letter position J are: リ,刂, Day insect, ”.

12. A glyph input method according to claim 1, characterized in that, The radicals arranged in the keyboard letter position K are: "囗,山,口".

13. A glyph input method according to claim 1, characterized in that The root characters arranged at the letter position L on the keyboard are: " Vehicle, four, field, by, armor, west, rain, stone, long".

14. A glyph input method according to claim 1, characterized in that, The radicals of the keyboard letter position M are: "门、冂、 towel, head, dish, and "See you, Bei".

15. A glyph input method according to claim 1, characterized in that, The radical for the letter N on the keyboard is: "扌".

16. A glyph input method according to claim 1, characterized in that, The radicals of the keyboard letter position T are: "丿、、 white, mortar, From, blood".

17. The character input method according to claim 1, wherein The root characters arranged at the R position of the keyboard letters are: " Ox, Bamboo Radical, Bamboo, Eight, Son, Jǐ, Two, Zhuo, Yao, Qian, He, Fǔ, Ox, Midday, Arrow".

18. A glyph input method according to claim 1, characterized in that, The radicals arranged in the keyboard letter position E are: "彡、川、 钅, gold, Hair, body, hands, breath, Stove, claw, melon, pound, hill, hog".

19. A glyph input method according to claim 1, characterized in that, The radicals of the letters in the keyboard letter position W are: "我、饣、犭、 攵、、 未分 evening, " 20. A glyph input method according to claim 1, characterized in that, The radicals arranged in the keyboard letter position Q are: "人、イ、入、彳".

21. A glyph input method according to claim 1, characterized in that, The radicals of the letters in the Y position on the keyboard are: "丶、 讠、言、亠、 "Establish, expand, expand, households, and produce".

22. A glyph input method according to claim 1, characterized in that, The radicals arranged in the U position on the keyboard are: 丷、 冫、丬、 Moon, use, Dan, ”.

23. A glyph input method according to claim 1, characterized in that, The radicals arranged in the keyboard letter position I are: "氵、心、水、 Water, Small, ”.

24. A glyph input method according to claim 1, characterized in that, The radicals arranged in the keyboard letter position O are: "灬、火、米、 zhi, 辶, 廴, Six, Fang, Wen, Xin, Hai, ”.

25. A glyph input method according to claim 1, characterized in that, The radicals arranged in the letter position P on the keyboard are: "宀、冖、礻、衤".

26. A glyph input method according to claim 1, characterized in that, The radicals arranged in the keyboard letter position B are: 乛, , B, 乚、ㄣ、 了、子、孑、乃、及、尸、 ”.

27. A glyph input method according to claim 1, characterized in that, The radicals arranged in the keyboard letter position V are: "巜、 ear, ear, ear, 匚、巨、臣、 Wa, Tun, Ji, Yi, Si, Ba, too".

28. A glyph input method according to claim 1, characterized in that The radicals of the keyboard letter position C are: "巛、女、 "彐,九,力,刀".

29. A glyph input method according to claim 1, characterized in that, The root characters arranged in the X pattern on the keyboard letters are: "You, Ma, Si, Xi, Gong, Ma".

30. A glyph input method according to claim 1, characterized in that, The radicals of the letter Z on the keyboard are: "匕、七、 丩、纟、 厶、凵、母、 彑”.

Images