JPH01166250A - Document processing system - Google Patents

Abstract

PURPOSE:To avoid an excessive space between characters by giving an instruction to the one among character strings stored in a memory to which an array of different lines is inhibited to put a division enable control code into a division enable position. CONSTITUTION:A character string table 40 is read and the sum of the width of characters is obtained from the head 40-4 of a character string. At the same time, the partial character string length of the line length 40-3 of character string is obtained for each line. Here a group ruby character string is calculated as the single character width and as the character string length occupying a single line. However, the division of the character string is permitted at the position of a division enable control code 50-24. In case the code 50-24 is designated to either one of a character string and a ruby character string, the other character string is divided at the due rate. Then the spaces are controlled among characters so that the heads and the ends are arranged for each line. The arranged character strings are displayed on a display 32.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention automatically arranges character strings, etc.
fflf6 information-yo device. Part 9, Part 3, relates to a document processing method for processing non-divisible character strings, which is suitable for electronic printing systems that display the results of typesetting on a display and make interactive corrections.

[Conventional technology]

Conventionally, in document processing devices that perform processing such as document editing, and computerized phototypesetting systems that perform full-scale typesetting processing,
When a non-dividable character string appears at the end of a line, such as a Roman word or a group ruby character string,
The typesetting process used to treat it as one character and move it to the next line. In more advanced typesetting processing, a hyphenation dictionary was used only for European language processing, and typesetting was performed by dividing into units shorter than words, but there was no method for group ruby character strings.

[Problem that the invention seeks to solve]

In the above conventional technology, a group ruby character string cannot be divided in any case, and when it gets close to the end of a line, it is pushed out to the next line due to prohibition processing, and in order to align both ends of the line, the line is There was a problem in that there were cases where there were large gaps between characters. In order to divide the group ruby character string, such a gap has been redefined as two group ruby character strings.

However, if the group ruby string no longer appears at the end of a line due to modification of the string or change in format (for example, the number of columns), it must be restored to its original state, which is a very difficult task. There was a problem with becoming.

The purpose of the present invention is to prevent splitting prohibited character strings such as group ruby character strings from appearing at the end of the line, so the spacing between characters in the line concerned is thick (
A (A document processing method that does not require the work to split a string that is prohibited from splitting at a specified location only in cases where the string is not split at the end of the line due to modification of the string, etc.) To provide the following.

[Means for solving problems]

The above purpose is an information processing system equipped with a CPU (central processing unit), at least a storage device for storing data such as operating programs and character strings of the CPU, an input device such as a keyboard, and an output device such as a display. Document processing method in the device (herein, for character strings stored in the storage device that are prohibited from being divided and arranged in different lines, , from the above input device , is achieved by a document processing method characterized by dividing the character string.

In the present invention, when the above-mentioned non-divisible character string is a group ruby character string, when the group ruby character string and/or the parent character string having the blue ruby character string are near the end of a line, the group ruby character string Or, insert a divisible control code into σJ (any of the parent strings).

In addition, if a splittable control code is inserted in either the group ruby string or the parent string, the parent string or Divide at the part of the Krupurby character string. At this time, the division position tIt can be determined based on the parent character string and the longer part of the loop ruby character string that remains at the end of the line.

In general, according to the present invention, preferably, the inserted dividable control code is displayed on the output device by a code added in advance at the insertion position of the character string.

[Effect]

According to the present invention, the group ruby string is set to the end of the line.
)) If the problem arises that there is too much space between characters on the line because they are pushed out to the next line (this is the case, do not change the text and use ζ, single ζ, divisible control at divisible points) Simply instructing to insert the code will eliminate the problem of being too busy.

When a location where a non-dividable character string can be divided is specified, when arranging characters, if the target character string reaches the end of a line, it is divided and arranged at the specified point according to the arranging rules.

In addition, when a group ruby character string is divided into two parts and re-taught, if the text is revised and the group ruby character string is no longer in force 1 at the end of the line, conventionally, it is necessary to manually restore the original character string. was necessary. However, in the present invention, since this is done automatically, the effort for this can be omitted.In other words, in the present invention, only the characters that are behind or at the end of the line from the inserting position of the divisible control code of the prohibited character string can be saved. Since the column is divided, if the character string no longer fits at the end of the line due to rearrangement, it will be rearranged as it is without being divided.

〔Example〕

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 6 is a block diagram showing an information processing apparatus used to implement the document processing method of the present invention.

In FIG. 3, 50 is a CPU (central processing unit).

31 (a storage device for storing operational blocks, character string data, etc.; 32 a display for displaying character strings, etc.);

Reference numeral 33 denotes an input device for inputting character strings and indicating locations where division is possible.

Figure 1 shows a character string 2 containing a group ruby character string 6 arranged so that the first line and end of the character string are aligned in the range defined by the first line 59 and the last line 6 (formatting process).
This is a schematic diagram showing how the original user 1 uses the input device rI7t63 to indicate the divisible location 4 displayed on the display 62.

The fS2 diagram is a red formatted version of the character string 20 including the group ruby character string 6 designated by the divisible location 48.

Next, a method for formatting the character string 2 of the first prisoner into the character string 20 of FIG. 2 will be explained. Before explaining the processing flow, the table ζ used will be explained.

FIG. 4 schematically shows a character string table 40 for typesetting the character string 2 shown in FIG.

The character string table 40 includes record lengths 40-1. Character spacing of character string 2 line spacing Character string type representing OV type 40-2. Column length defining a character string that fits 1 line 40-5. String character code and attributes (
font, size) 40-4 to 40-11. Group ruby control code 40-12. Parent string 40-15゜40-14
゜Classification control code 40 for classifying the parent character string and ruby character string
-15. Ruby character string 40-16 to 40-28. End control code 40-299 character string 40-4 indicating the end of ruby
0 to 40-52 is a schematic representation of a character string table 50 for typesetting the character string 20 in FIG.

The difference from Figure 4 is that the group ruby character string 50-12 to 5
This is because the divisible control codes 50-24 are embedded between 0-30.

Here, the processing method will be explained according to FIG. 6 σ] Flow I.

This process starts at block 60. In block 61, read the character string table 40 (or 50) i, and read the first 4 characters of the character string.
From o-4 (or 5o-4), calculate the sum of each character @ (the sum of the character size and character spacing or the width of each character), and calculate the material length 4O-5.
(or 5o-3) is found for each line. Here, the group ruby string is calculated as the character width (the parent string and the ruby string Q, whichever is longer), and the length of the string in one line. If there is a code 50-24, it indicates that it may be divided there. If the splittable control code is specified for only one of the parent string and ruby string, the other will be split at that ratio. Here, to simplify the explanation,
The length of the string in one line was within the column length, but depending on the specification,
There is also a method that allows n characters to protrude.

In block 62, the space between characters is adjusted so that the beginning and end of each line are aligned. One method is to evenly fill the spaces between characters, and insert the difference between the length of the character string and the length of the character string divided by the number of characters - 1 between each character.

In block 65, the arranged character string is displayed on display 3.
Display on 2.

In block 64, the user 1 looks at the character string 2 (or 20) displayed on the display 521 and determines whether or not to divide the group ruby character string.

Judgment is made by looking at whether the group ruby character string is at the beginning of the next line C/J. Go to block 65, otherwise go to block 69.

In block 65, user 1 uses input device 538 to
Indicates the space between characters that can be divided. For example, in the example of FIG. 1, this is position 4.

In block 66, the character spacing ζ specified in block 65 is
On the other hand, the corresponding position 1m (40-2
5 and 40-24), inserts a divisible control code 5O-24i between them, updates the character string table 40, and sets the character string table 50.

In block 67, in order to feed back to the user 1 the location corresponding to the control code 5O-19J inserted in block 66, a symbol 4 indicating that it can be divided into corresponding locations is displayed on the display 52.

On the 6th day of the block, it is determined whether to perform ff (composition). If the shoe is to be used, the process goes to block 61; otherwise, the process goes to block 69.

Ending at block 69.

Although the above description has been made for group ruby character strings, the same procedure can be applied to non-dividable character strings such as words in European languages. The difference is that when a split ending character string is split, a baia/ is inserted in Roman languages, but nothing is inserted in other languages. Also, as an example, I explained in horizontal writing,
The same can be done for vertical writing.

Further, in the above embodiment, an example of typesetting processing is shown, but it goes without saying that general document processing such as a word processor can also be applied.

〔Effect of the invention〕

According to the present invention, the group ruby string is placed at the end of the line,
If there is a problem that there is too much space between the characters of the relevant character because they are pushed out to the next line, you can simply indicate the point at which the text can be divided without changing the text, and the problem will disappear. . In addition, conventionally, when a group ruby string is divided into two parts and reconstructed, by modifying the text,
When a group ruby character string no longer appears at the end of a line, it was necessary to manually restore it to its original state, but this method automatically performs this process, so the effect of this method is that the effort required to do so can be omitted.

[Brief explanation of the drawing]

Figure 1 is an explanatory diagram schematically showing the formatting result of a character string including a group ruby character string and the way in which divisible points are specified interactively. FIG. 5 is an explanatory diagram showing the result of re-formatting the original, and FIG. 4 is a block diagram showing an information processing apparatus used to carry out the present invention. FIG. 5 is a schematic diagram showing a character string table, and FIG. 6 is a processing flowchart. 1... User 2.20... Formatted character string 6
...Group ruby character string 4...Symbol indicating the place where it can be divided 5...Birth line 6...Line end line 3
0... CPLl'51... Storage device 62... Display... Keyboard 40.50... Character string table 40-3... Digit length 40-4 to 40-52
...Character string code 50-24...Divisible control code X 1 Figure zrz 53 Figure

Claims (1)

[Claims] 1. A CPU (Central Processing Unit), a storage device that stores at least operating programs for the CPU, data such as character strings, an input device such as a keyboard, and an output device such as a display. In a document processing method for an information processing device, for a character string stored in the storage device that is prohibited from being divided and arranged in different lines, a character string that is prohibited from being divided and arranged in different lines is placed at a position where it can be divided. When inserting a divisible control code indicating that it can be divided at that position using the input device and arranging a character string, when the character string into which the divisible control code has been inserted comes after the code and reaches the end of the line, A document processing method characterized by dividing the character string. 2. If the above-mentioned non-divisible character string is a group ruby character string, when the group ruby character string and/or the parent character string having the group ruby character string are at the end of the line, the above group ruby character string or its parent The document processing method according to claim 1, wherein a divisible control code is inserted into any of the character strings. 3. If a divisible control code is inserted in either a group ruby string or a parent string, the parent string with a strong relation among the group ruby strings or the other parent string or the document processing method according to claim 2, wherein the document processing method divides the group ruby character string. 4. The document processing method according to claim 3, wherein the dividing position is determined based on the longer part of the parent character string and the group ruby character string that remains at the end of the line. 5. The document processing method according to claims 1 to 4, wherein the inserted dividable control code is displayed on the output device using a predetermined code at the insertion position of the character string.