JPH06124281A - Line feed processing method for japanecse processor - Google Patents

Abstract

PURPOSE:To reduce a workload, to shorten a time, and to improve a character processing efficiency by recognizing words which are divided at the end of a line as a boundary by a system, judging the change of the maximum number of characters of one line by the system, and automatically moving the divided words to the next line. CONSTITUTION:The presence or absence of a punctuation mark within three characters before the end of a line is recognized (S1), and in the case of the presence of the punctuation mark, the maximum number of characters of the line is set to be before the punctuation mark (S2), and the words after the punctuation mark are prevented from being divided. In the case of the absence of the punctuation mark, whether or not continuous Chinese characters are divided at the end of the line is confirmed (S3), and whether or not the continuous Chinese characters include the words whose division is valid or invalid designated by a user is confirmed (S4). When the designated words are included, a designated word processing routine is operated (S5). When NO is obtained at the S4, and A is obtained at the S5, whether or not the both two characters before the end of the line are the Chinese characters is confirmed (S6), whether or not the third characters before the end of the line is the Chinese characters is checked (S7), and when the third characters before the end of the line is not the Chinese character, the maximum number of characters of the line in which the divided characters are included is set to be before the Chinese character (S8). When a document is corrected (S9), the number of characters in one line is set to be the number of characters at the time of an initial setting.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a word processor capable of processing Japanese and a line feed method for a computer.

[0002]

2. Description of the Related Art Conventionally, in this type of Japanese language processing apparatus, a line feed is automatically performed when the number of characters or symbols input in one line reaches a predetermined number.

[0003]

Therefore, in the conventional Japanese language processing apparatus, even a word that the user does not like to divide may be divided from the end of the line to the beginning of the line at the time of a line break. I have to fix it each time.
This invention was made in consideration of such circumstances.
It is intended to provide a line feed processing method in which a word that does not like division is not divided by line feed processing.

[0004]

SUMMARY OF THE INVENTION According to the present invention, in a Japanese language processing device configured to perform a line feed when a character string consisting of characters and punctuation marks corresponding to a predetermined maximum number of characters is input, a predetermined number of characters at the end of a line is provided. It is detected whether or not the character string has a punctuation mark, and when the punctuation mark is detected, the maximum number of characters of the line is set up to the punctuation mark.

Further, in the Japanese language processing device configured to perform a line feed when the character string consisting of kana-kanji converted characters and punctuation marks reaches a character string of a predetermined maximum number of characters, the line beginning from the end of the line to the beginning of the next line. It is preferable that the presence / absence of a kanji character string extending over is detected, and when that kanji character string is detected, the maximum number of characters in the line is set immediately before the kanji character string.

Further, in a Japanese language processing device configured to perform a line feed when a character string consisting of a predetermined maximum number of characters is input, a word from the end of a line to the beginning of the next line is detected, and that word is detected. In the case of a word designated in advance, the word up to immediately before that word may be set as the maximum number of characters in the line.

In a Japanese language processor configured to perform a line feed when a character string consisting of characters and punctuation marks corresponding to a predetermined maximum number of characters is input, whether or not the character string of three characters at the end of the line has punctuation marks. If a punctuation mark is detected by detecting that, the maximum number of characters in the line may be up to the punctuation mark.

When a character string consisting of kana-kanji converted characters and punctuation marks reaches a character string of a predetermined maximum number of characters,
In a Japanese language processing device configured to perform a line feed, the presence or absence of a kanji string at the end of a line is detected, and when a kanji string of 2 characters or less is detected, the maximum number of characters in the line may be up to immediately before that kanji string. .

[0009]

[Function] Since the character string following the punctuation mark is broken at the beginning of the next line, the word is not divided by the break.

Further, when a kanji string extending from the end of the line to the beginning of the line is detected, if a line feed is performed immediately before the kanji sequence, a word based on the kanji will not be divided halfway by the line feed.

Further, if a line feed is performed immediately before the designated word, at least the division by the line feed of the word can be avoided.

Further, when the character string of three characters at the end of a line has a punctuation mark, or when a Kanji character string of two characters or less is detected at the end of a line, the punctuation mark or immediately before the Kanji character string is defined as the maximum number of characters in the line. By doing so, the space at the end of the line is reduced to 2 characters or less, and the appearance of the document is kept good.

[0013]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below in detail with reference to the embodiments shown in the drawings. This does not limit the invention.

FIG. 1 is a block diagram showing a Japanese word processor according to an embodiment of the present invention. 1 is a CPU (central processing unit) for executing a program, and 2 is a RAM (random access memory) for storing document data. (Memory), 3 is a ROM (read only memory) for storing a control program, 4 is a printer controller, 5 is a printer, 6 is an IC card, 7 is an IC card interface, and 8 is an FD.
(Floppy disk), 9 is FD controller, 10
Is a keyboard, 11 is a key interface, 12 is a display device, and 13 is a display controller.

The IC card 6 and the FD 8 are controlled by the IC card interface 7 and the FD controller 9,
Data can be loaded and saved. Further, the key interface 11 discriminates the key pressed by the keyboard 10 and converts it into the corresponding data.

In such a configuration, the general form of the document representation is that the number of input characters reaches the maximum number of characters in the specified line or if there is a line feed command, it moves to the next line.
In the mode in which the processing is performed according to the flow chart, the maximum number of characters in one line is calculated in each line, so that the word divided at the end of the line can be moved to the next line.

Further, this processing is stored in the format mode and is not stored as format data. This is because the processing position of the line end changes due to the correction of the document, and the line end processing when the output image of the text load is expanded solves the problem. In other words, this embodiment adds to the conventional automatic line feed.

Next, the present embodiment will be described with reference to the flowchart of FIG. After inputting the document, the presence or absence of punctuation marks within 3 characters from the end of the line is recognized in step S1. If there is a punctuation mark, the maximum number of characters in the line is set to the punctuation mark in step S2 so that words after the punctuation mark are not divided.

If there is no punctuation mark, step S3
Check if the continuous kanji is divided at the end of the line. If it is confirmed, it is confirmed at step S4 whether or not the word includes a word that can be divided and is not designated by the continuous Chinese character user. If the designated word is included, the process proceeds to the designated word processing routine of step S5.

If NO in step S4 and if A is processed in step S5 (described later), in step S6 it is confirmed whether the two-characters before the end of the line are Kanji characters. If so, in step S7, it is checked whether or not the character 3 characters before the end of the line is a kanji character, and if it is not a kanji character, the maximum number of characters in a line that has a break is set to the position before the kanji character so that the kanji character is not divided at the end of the line. When the correction of the document is recognized in step S9 after the above processing is completed (when a character is inserted or when the character is shifted from the previous line), step S9 is performed.
At 10 the line is set to the number of characters at the time of initialization, and the process returns to step S1 and is processed again.

Next, the designated word processing routine of step S5 will be described with reference to the flowchart of FIG.

In step S11, the priority order of division possible / impossible is confirmed. If the undividable is prioritized, it is confirmed in step S12 whether the word confirmed in step S3 is undividable.

If it is a non-dividable word, it is processed as A, and if it is not a dividable word, it is confirmed in step S13 whether it is a dividable word including the non-dividable word. Y in step S13
In the case of ES, it is checked in step S14 whether the undividable word included in the divisible is divided.

If it is divided, it is checked in step S15 whether or not the undividable word remains within 2 characters at the end of the line.
If it remains, the number of characters in the line is set to the position before the undividable word in step S16, and the B processing (steps S13, S14, S
The same applies when 15 is NO.) If it is recognized in step S11 that splitting is possible, it is confirmed in step S17 whether the word confirmed in step S3 is splitable.

If the word is a dividable word, the process B is performed. If it is not a word divisible, a step S18 confirms whether the word is a non-dividable word including the dividable word. YES in step S18
In the case of, it is checked in step S19 whether the word is divided by the dividable word portion. If it is divided, the processing is performed as B, and if it is not divided, the processing is performed as A (the same applies when NO in step S18).

In the above, the reason for determining a line break is whether or not there are punctuation marks in the three characters at the end of the line, or whether the two characters at the end of the line are Chinese characters. If there are three or more characters at the end of the line, the resulting document will not look good overall. In the dictionary of a general Japanese word processor, the ratio (%) of kanji compound words by the number of characters is shown in the table below.
% Or more (see the table below) is 3 characters or less.

[0027]

[Table 1]

Next, the above processing example will be described with reference to the document example of FIG. Here, “mystery” is a non-dividable word, “example” and “Mai mystery” are dividable words, and non-dividable is given priority over divisible.

Document example No. 1 is YES in step S1 of FIG.
Then, after step S2, the result becomes as shown in FIG. 4B (embodiment).

Document example No. 2 corresponds to "plan" in step S3 and is not a designated word in step S4, so NO is determined. In step S6, one character remains at the end of the line, so NO.
It is determined that the result of step S8 is as shown in FIG.

Document examples No. 3 to No. 5 are "mysterious", respectively.
Since "example" and "Maka mystery" are designated words that can be divided or not, the process proceeds to the designated word processing routine of step S5. Since "mystery" is a non-dividable word, it is processed as A in step S12 and proceeds to steps S6, S7 and S8. Since "example" is a word that can only be divided, N
It is judged to be O and B processing is performed.

Since "Maka mystery" is a dividable word that includes non-dividable words and is divided at the non-dividable word portion, YES is determined in step S14. In step S15, one character remains at the end of the line in the indivisible word portion, so step S1
Proceed to No. 6 and make the line up to "Maka", and perform B processing. After the above processing, the document examples No. 3 to No. 5 are as shown in FIG.

[0033]

According to the present invention, when there is a word that is cut off at the end of a line, the system recognizes it, and the system determines whether or not to change the maximum number of characters in a line as appropriate. By automating moving to the next line,
It is possible to improve the character processing efficiency by reducing the work amount and the time.

[Brief description of drawings]

FIG. 1 is a block diagram showing an embodiment of the present invention.

FIG. 2 is a flowchart showing the operation of the embodiment.

FIG. 3 is a flowchart showing the operation of the embodiment.

FIG. 4 is an explanatory diagram showing an example of a document processed by the embodiment.

[Explanation of symbols]

 1 CPU 2 RAM 3 ROM 4 Printer Controller 5 Printer 6 IC Card 7 IC Card Interface 8 FD 9 FD Controller 10 Keyboard 11 Key Interface 12 Display Device 13 Display Controller

Claims (5)

[Claims] 1. A Japanese language processing device configured to perform a line feed when a character string consisting of characters and punctuation marks corresponding to a predetermined maximum number of characters is input, and a character string of a predetermined number of characters at the end of a line has punctuation marks. It is detected whether or not, and when a punctuation mark is detected, the line feed processing method of the Japanese language processor is characterized in that the maximum number of characters in the line is up to the punctuation mark. 2. A Japanese language processing device configured to perform a line feed when a character string consisting of Kana-Kanji converted characters and punctuation marks reaches a character string of a predetermined maximum number of characters, from the end of the line to the beginning of the next line. A line feed processing method for a Japanese language processor that detects the presence or absence of a Kanji string and, when that Kanji string is detected, sets the maximum number of characters in the line up to immediately before that Kanji string. 3. A Japanese processing apparatus configured to perform a line feed when a character string consisting of a predetermined maximum number of characters is input, detects a word from the end of a line to the beginning of the next line, and detects that word in advance. In the case of a specified word, the line feed processing method of the Japanese language processing device is characterized in that the maximum number of characters in the line is set immediately before the word. 4. A Japanese language processing device configured to perform a line feed when a character string consisting of characters and punctuation marks corresponding to a predetermined maximum number of characters is input, and a character string of three characters at the end of a line has punctuation marks. It is detected whether or not, and when a punctuation mark is detected, the line feed processing method of the Japanese language processor is characterized in that the maximum number of characters in the line is up to the punctuation mark. 5. A Japanese processing device configured to perform a line feed when a character string consisting of kana-kanji converted characters and punctuation marks reaches a character string of a predetermined maximum number of characters. A line feed processing method of a Japanese processor in which the maximum number of characters in the line up to immediately before the Kanji string is detected when a Kanji string of 2 characters or less is detected.