JPH10283350A - Original text generation processor and program storage medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To easily attain the page layout of a generated original text, and to correctly hold the link of data. SOLUTION: A parameter setting chart 1 specifies a parameter corresponding to a specific character or character group and/or a specific picture in a chart format having more than two-dimensional coordinate axis. Then, the parameter are described in plural lines corresponding to one coordinate axis in the parameter setting chart 1, and when an empty line is inserted into any position in the plural lines in a state that the plural lines are provided as one individual file, a compiler 7 divides one individual file by using the empty line as a boundary, generates the both parts as different files, and link data in the different files according to the linked state in one individual file before division.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an original text generation processing apparatus and a program storage medium therefor, and more particularly to pasting a specific character or a group of characters or a specific image at a position of a replacement detection key arranged in a model. The present invention relates to an original text generation processing device capable of displaying an attached original text in a manner easy to understand by a simple process, and a program storage medium for realizing the original text generation processing device.

[0002]

2. Description of the Related Art For example, an application field for displaying a large amount of data in a hypertext format on the Internet is expanding. In generating a manuscript text corresponding to such a field, generally, a `` model '' of the manuscript text is prepared, a replacement detection key is arranged in the model, and a position of the replacement detection key is Individual manuscript texts are generated with consideration given to pasting a desired specific character or character group or a specific image.

[0003] That is, for example, a template such as "Mr. XX, how are you today?" Is prepared, and many surnames to be pasted to the position of XX in the template are prepared.
For example, "Tanaka", "Nakamura" ... are prepared separately, and in generating each manuscript text, a specific surname, for example, "Nakamura" is pasted, and "Today is Mr. Nakamura, how are you?"
Is generated.

[0004] As described above, it is one of the preferable measures to generate a specific manuscript text by pasting, but it is necessary to prepare a large number of templates and the pasting should be performed. As a particular character or group of characters or a particular image type becomes huge,
It has become difficult to effectively manage the specific characters or character groups or "data" corresponding to the specific image. That is, particularly, the link structure between the individual data is becoming completely unknown.

[0005] In addition to this, as the data amount of the specific character or character group to be pasted or the specific image to be pasted increases, a large-size original text obtained by pasting the above-mentioned "data", There is a need to effectively manage the relationship between the screen size of the display of the terminal device. That is, the output (display) form of the original text is becoming a problem.

[0006]

As described above, due to the complexity of the link structure between data and the size of the manuscript text, the manuscript text, which is the processing result, is output to the user in a manner that is easily understood by the user (displayed for easy viewing). It is necessary.
That is, it is necessary to perform the output processing automatically and at high speed. For example, when the manuscript text is displayed in order from the beginning, the size of the pasted data is large, and the text or image (pasted data) following the pasted text may run off the screen frame in the middle. is there. Further, when the original text including the image is displayed in order from the top, since the image is large, a sentence or the like following the image may protrude from the screen frame in the middle. In this case, it is necessary to easily edit (correct) the original text so that the text does not protrude from the screen frame.

[0007] Specifically, it is necessary that the user can easily perform the page layout while watching the screen.
For example, it is necessary that a page break command can be immediately added to a completed manuscript text in response to a user's input instruction. Further, when the page break instruction is added, it is necessary to correctly maintain the data link. For example, if a different page is set by inserting a page break command, it is necessary to automatically change the link accompanying the page break command so that the data is linked across the pages.
This change needs to be performed without user burden (no input).

Further, for the same reason, it is necessary to execute a predetermined process before performing the display process in the display process. For example, when a document text including a large image is displayed in order from the top, the large image may be perceived as an obstacle to the interpretation of the text before and after the large image. In this case, scrolling the large image takes time to display necessary text. Therefore, unlike normal scrolling or jumping, it is convenient if the large image can be immediately jumped to data before and after the large image in response to a user's input instruction, and a function for performing a special jump (link) process is provided. There is a need. That is, it is desired that the display area on the screen can be changed by a simple operation. Also, this needs to be realized without the burden on the user.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a document text generation processing apparatus which can easily perform a page layout of a generated document text and maintain correct data links.

According to the present invention, there is provided a program storage medium storing a program for realizing a document text generation processing apparatus capable of easily performing a page layout of a generated document text and maintaining a correct data link. It is intended to provide.

It is another object of the present invention to provide a document text generation processing apparatus having a function of automatically jumping the screen in a predetermined direction in the display output of the generated document text.

Further, the present invention provides a program storage medium storing a program for realizing an original text generation processing apparatus having a function of automatically jumping a screen in a predetermined direction in the display output of the generated original text. It is intended to be.

[0013]

FIGS. 1 and 2 show the principle of the present invention, and show the structure of a document text generation processing apparatus according to the present invention.

In the original text generation processing apparatus shown in FIGS. 1 and 2, for one or all of the text and the image, a part of the text can be replaced with a specific character or a group of characters, or A template 2 designated by a replacement detection key is prepared so that a part or all of the image can be replaced with a specific image, and a specific character or a character group specified by the replacement detection key and a specific image are stored. A file 11 is provided, and a compiler 7 creates a screen display program 8 using one of the templates 2 and a specific character or group of characters and / or a specific image stored in the file 11, and the terminal device 10 Based on the screen display program 8, a specific character or group of characters corresponding to one of Beauty / or generating a manuscript text 13 pasted a particular image.

The document text generation processing apparatus shown in FIG. 1 has a parameter setting table 1 for specifying parameters corresponding to a specific character or group of characters and / or a specific image in a table format having two or more dimensional coordinate axes. The screen display program 8 is composed of one or a plurality of individual files.
Alternatively, each of the plurality of individual files is made to correspond to each of the pages as the display unit of the manuscript text 13, and
In the case where the parameters corresponding to one of the parameters are continuously described in a plurality of rows corresponding to one coordinate axis in the parameter setting table 1 and a blank row is inserted in any of the plurality of rows, the compiler 7 generates the screen display program 8 by generating a screen display program 8 composed of individual files whose front and rear portions are different from each other with the blank line as a boundary, and converts the data of the screen display program 8 in the different individual files. Table 1 for parameter setting
Link according to.

In the manuscript text generation processing apparatus of FIG. 2, when an image is included in the generated manuscript text 13, the compiler 7 or the terminal device 10 sets jump areas 132 and 133 at the upper end and the lower end of the image. In the upper jump area 132, an instruction for instructing a jump to the top of the previous page in the screen is set, and in the lower jump area 133, a jump to the top of the next lower page in the screen is set. Set the instruction to instruct.

According to the manuscript text generation processing apparatus shown in FIG. 1, when a user who sees the page layout of the generated manuscript text 13 inserts a blank line into the parameter setting table 1, the plurality of lines are used. One individual file is automatically divided at the blank line as a boundary and generated as individual files different from each other. That is, an individual file corresponding to each page is automatically generated with the blank line as a boundary. Further, the data in the different individual files is automatically linked according to the parameter setting table 1. That is, the data is linked beyond the boundaries of the individual files of the screen display program 8.

Thus, for example, when one sentence or image protrudes from the screen frame in the manuscript text 13 which is the processing result, the user sets the parameter setting table 1
By inserting a blank line into the display screen 1
The document text 13 can be easily edited again so as not to protrude from the 0 'frame. That is, a page break command can be easily added to the completed document text 13. Therefore, the user can easily perform the page layout. In addition, when the page break instruction is added, the link is automatically changed accompanying the page break instruction without the burden of the user,
Data from different pages can be linked. Therefore, according to the document text generation processing device of the present invention, the page layout of the generated document text 13 can be easily performed, and the link of the data can be correctly maintained.

According to the manuscript text generation processing apparatus shown in FIG. 2, when an image is included in the generated manuscript text 13, a jump to the top of the previous page on the screen is provided at the upper end and the lower end of the image. An upper end jump area 132 in which an instruction to be set is set and a lower end jump area 133 in which an instruction to instruct a jump to the head of the subsequent page in the downward direction on the screen are set.

Thus, for example, when the original text 13 including a large image is displayed in order from the top, it is possible to jump immediately according to the input instruction of the user without scrolling the large image. In particular, when the user clicks the upper end of the screen, the user can jump to the top of the previous page by the upper end jump area 132, and when the user clicks the lower end of the screen, the user can jump to the top of the next page by the lower end jump area 133. That is, it is possible to jump by clicking in a direction different from scrolling or jumping by normal clicking. Therefore, according to the manuscript text generation processing device of the present invention, a function of jumping the screen in a predetermined direction in the display output of the generated manuscript text 13 can be automatically realized.

Each of the manuscript text generation processing apparatuses shown in FIGS. 1 and 2 is realized by using the program for operating the computer as described above. These programs are each stored in various suitable program storage media for storing them.

[0022]

FIG. 3 shows an example of the present invention. Reference numeral 1 in the figure is a parameter setting table, 2 is a model,
Reference numeral 3 denotes a template translation word.

In the present invention, for example, HTML data is output according to output data (CSV format) of spreadsheet software.
(hyper text markup language) Provides tools to easily generate languages.

For this reason, the tags and extensions of the HTML language will be briefly summarized here. As is known, the WWW (World Wide Web)
The language described to enable a browser (information search application software on the WWW) to display information on a screen is the HTML language.

In the HTML language, tags that define rules for display are tags. Tags are described using <>. The following are some excerpts:

<HTML>... </ </ HTML>: The enclosed “...” Indicates that the part is HTML language. <HEAD>... </ HEAD>: Indicates that the enclosed portion is a document information description portion.

<BODY>... </ </ BODY>: Indicates that the enclosed portion is the content displayed by the browser. <TITLE>... </ </ TITLE>: Indicates that the enclosed portion is the title displayed on the title bar of the window.

<H>: </ H>: The typeface of the character indicated by the enclosed portion (bold) and the size of the character are indicated. <H1> indicates the maximum, and <H6> indicates the minimum. <UL>... </ UL>: Create an unnumbered list.

<LI>: LISTITEM is indicated by ●. Describe between <UL> and </ UL>. (Example) <UL> (Display result) <LI> Tokyo ● Tokyo <LI> Osaka ● Osaka <LII> Nagoya ● Nagoya </ UL> <BR>: Line feed.

<HR>: A horizontal line is inserted. <IMG SRC = "front.gif">: Reads image data from the front.gif file and displays it on the screen.

:: Also, examples of typical extensions are: file.txt text file, file.doc document file (for word processor), file.csv comma-separated table file, file.gif figure file, file.jpg Figure file (compressible image), file.dxf Line drawing file (CAD file of AutoCAD), file.c C language source file, file.cpp C ++ language source file, file.exe executable file, file. class Java language part execution file, file.for FORTRAN language source file, file.java JAVA language source file, file.html HTML language source file, file.BAT Processing procedure description file,:: .

More specifically, referring to FIG. 3, “Format 1.txt” shown is given as one of the templates 2, and the parameters related to “Format 1.txt” are the parameters shown in FIG. It is assumed that it is described in, for example, the second line of the setting table 1.

In this case, in “Format 1.txt”,
(i) Corresponding to the position described as “{B}” in the third row, “B” in the second row in the parameter setting table 1
Since the data “Process A” is described in the column, in the template translation word 3, the data “Process A” is replaced on the third row in place of the above “{B}”, and (ii) On the fourth line,
In the template translation word 3, “drawing 1”, “300”, and “400” are replaced corresponding to the positions described as “{C}”, “{B1}”, and “{C1}”.

This is because the data “drawing 1” is described in the “column C” of the second row in the parameter setting table 1, and the “column B of the first row” in the parameter setting table 1.
"300" is described in the "1st row C column" in the parameter setting table 1.
Is described.

When one cell (coordinate position C2) in the parameter setting table 1 is designated by only "C" such as "{C}", the row position of the cell is known in advance. (In the case of the above example, it is known that processing is performed on “Format 1”),
The case where the coordinates are indicated as “C1” as in “{C1}” is a case where the row position of the cell is different from the row currently being processed.

In the present invention, the parameter setting table 1
Is used to translate the template 2, and what is expressed using two specific marks such as “＠... ＠” shown in the figure is referred to as a “replacement detection key”.

In the template translation 3 shown in FIG. 3, each symbol has the following meaning. (A) <HTML>... </ HTML>: Indicates the start and end of the document.

(B) <TITLE> ... </ TITLE
>: This indicates that "..." is displayed as a title at the top of the screen. (C) <HR>: indicates that a line feed is to be performed and a horizontal line is drawn.

(D) <BR>: Indicates a line feed. (E) <A NAME=... </</A>: Indicates the name of the landing point (anchor). <A HREF =
# ... >></A> represents the name of the destination.

(F) <IMG SRC = **** ...>: f
ile *** is pasted. (G) ALIGN = “left”: indicates that it is to be pasted on the left side.

(H) WIDTH = * or HEIGHT =
*: Indicates that the width is * and the height is *. (I) <FONT COLOR = ...></ FONT
>: Indicates that the characters to be displayed are displayed in "..." color.

(J) <A HREF = #... </ </ A
>: Indicates linking (jumping) to a specified place "...". From these, the template translation 3 shown in FIG.
Is (i) a manuscript in the HTML language, (ii) the title is "TEST", (iii) a line is drawn with a horizontal line under the title, the anchor name is "process A", and then a line break (Iv) Figure g in the file "Drawing 1"
If is pasted on the left side with a width of 300 and a height of 400, (v) the character "attach" is described in black, and then a line feed is performed. (vi) The jump destination is the "inspection process", and (vii) (Viii) means that the document ends.

FIG. 4 shows an original text 13 displayed based on the template translation words shown in FIG. As described above, the title “TEST” is displayed, the anchor name “process A” is displayed, and if the graphic “gif” in the file “drawing 1” is, for example, a screw, the graphic is placed at a desired position in a desired size. And the letters "attach" are displayed in black. Then, the jump destination is displayed as an “inspection step”. That is, the jump destination to which the processing proceeds when the position is clicked with the mouse is displayed as the “inspection step”.

FIG. 5 is a block diagram of the apparatus according to the present invention.
Reference numerals 1 and 2 in the figure correspond to FIG. 3 respectively, and the parameter setting table 1 is constituted, for example, in three dimensions, and the model 2 includes a plurality of models 2-1, 2-2 and 2-3. ... The model 2 allows a part of the text and / or the image to be replaced with a specific character or group of characters, or a part or all of the image can be replaced with a specific image. , With the replacement detection key.

Reference numeral 4 in the figure denotes a text file, which stores individual files specified by the above-described replacement detection key. Similarly, reference numeral 5 denotes an image file in which individual images specified by the replacement detection key are stored. Reference numeral 6 denotes an audio file in which individual audio information specified by the replacement detection key is stored.

That is, the file 11 stores a specific character or character group specified by the replacement detection key and a specific image. The file 11 stores a specific character or character group specified by the replacement detection key and / or a specific image as independent individual files 4, 5, and 6, respectively. The template 2 and the screen display program 8 are also included in the file 11 as one of the individual files.

Reference numeral 7 denotes a compiler, which is a specific model 2-i, a parameter setting table 1 and a text file 4 and / or an image file 5 and / or an audio file 6 used as necessary. A screen display program is generated based on the content. Reference numeral 8 denotes a screen display program, for example, HTML
It is compiled by the compiler 7 so as to perform display in a language. Reference numeral 9 denotes a replacement detection key designating unit, which is used by the operator when starting up the system to use a predetermined mark%, #,... As the replacement detection key. The designation unit (of course, the use of a once designated mark as a replacement detection key can be canceled).

Reference numeral 10 denotes a terminal device including a display. Based on the screen display program 8, the terminal device 10 pastes a specific character or a group of characters (text file 4) and / or a specific image (image file 5) corresponding to one of the templates 2. Generate text 13.

The template 2-i is conceptually described, for example, in which "Title" is described at the top and a specific "Chart" is displayed at the top left.
Is described, a specific “sentence 1” is described in the upper right, and a specific “sentence 2” is described in the lower part of the text. However, actually, the information is prepared using the description shown as “Format 1.txt” in FIG. 3 instead of the conceptual display.

For example, it is assumed that the model 2-i corresponds to "Format 2", and that the parameter related to "Format 2" is described in the third row of the parameter setting table 1. I do. Further, it is assumed that the column A in the parameter setting table 1 is searched, and it is found that “Format 2” is described in the third row. Thus, it is understood that the third line is a line in which parameters related to “Format 2” are described. On the other hand, the user knows that "Format 2" is the desired model name, and reads the original of the corresponding model 2.

The display corresponding to “Format 2” is displayed on the terminal device 10.
Compiler 7 uses the model 2-i (corresponding to the format 2)
And a specific text / content in the contents of the parameter setting table 1 and the contents of the “cell” in the parameter setting table 1
If a file name and / or a specific image file name and / or audio file name is described, the screen display program 8 is generated using the contents of the corresponding specific file. The screen display program 8 further includes the text file 4 and / or
Alternatively, the contents of the image file 5 and / or the audio file 6 are fetched and displayed on the display of the terminal device 10.

The manuscript text generation processing apparatus of the present invention, including the manuscript text generation processing apparatus of FIG. 5, refers to the above description and the following processing flowchart on a computer including the above and other hardware resources. As shown in the description, this is realized using a program for operating the computer. The program is stored on various suitable program storage media for storing the program.

FIG. 6 shows a processing flowchart.
Reference numeral 1 shown in FIG. 6 represents a parameter setting table. In order to make the explanation simple and specific, as an easy-to-understand example, (i) the model 2-i is a specific model Form
Suppose that there is a description in the form 1 that “Today is% B2%, how are you?”. Note that “%...%” Is a replacement detection key.

(Ii) Further, it is assumed that a parameter for Form1 is described in the second row of the parameter setting table 1, and a cell whose coordinate value is represented by (B2) is (Example 1)
It is assumed that "Nakamura" is described as "", and "file1.txt" is described as (Example 2).

First, the case of (Example 1) will be described. Step (S1): Second in Table 1 for parameter setting
Assuming that the line is to be processed, the second line is read.

Step (S2): Table 1 for parameter setting
Cell at column A of the read row (coordinate value A2)
Since “Form1” has been described in the above, it is known that the corresponding model 2 is “Form1”.

Step (S3): The model 2-i is read. In the case of the present example, it can be seen that, as described above, "Today is% B2%, how are you?"

Step (S4): The above "now", "day",
It is checked in order of "ha" to see if it is a replacement detection key. Step (S5): Since up to "Today" is not a replacement detection key, "Today" is pasted as it is in the processing stage of step (S5) at that time.

In the processing flowchart shown in FIG.
Returning to step (S3), "% B2%" is read at this time in step (S3). Hereinafter, step (S4): YES, and the procedure proceeds to step (S6).

Step (S6): Replacement detection key "% ...
% "And the replacement word" B2 ". Step (S7): Since the replacement word is "B2", it is known that the replacement word points to "cell name", and the result is YES.

Step (S8): Cell name (in this case, "B
2)), the corresponding cell of the parameter setting table 1 is accessed. Step (S9): In this case, the content of the cell is "Nakamura" (no tag or extension), so the result is NO. The tag and extension will be described later.

Step (S10): Cell content "Nakamura"
Paste as it is. As a result, the processing up to “Now is Nakamura” is completed. Returning to step (S3) again, the following "sa", "n", ",", "former", "ki", "de",
Steps S4 and S5 are performed in order from "S" to "K" to generate a document text 13 "Today is Mr. Nakamura, how are you?"

Next, the case of the above (Example 2) will be described.
First, steps up to step (S8) are executed in the same manner as in the above (Example 1). That is, since the key is not a replacement detection key up to “today”, the step (S1) is performed in the same manner as in (Example 1) above.
Steps (S5) to (S5) are repeated, and "Today is" is pasted as it is. Then, the process returns to step (S3) again, and reads "% B2%". Steps (S6) to (S8) are executed in the same manner as in Example 1).

Step (S9): In this case, the cell (B)
The content of 2) is “file1.txt”, which is YES. Step (S11): Access is performed for each replacement detection key. In this case, however, it is “%...%”, And processing corresponding to the replacement detection key is started (access for each replacement detection key will be described later).

Step (S12): Replacement word "file"
1. txt ”, ie,“ fil ”
e1 ". It is assumed that, for example, the text of file1 is described as "Nakamura from Okinawa".

Step (S13): In this case, the process of pasting "Nakamura from Okinawa" is performed. As a result, in the processing up to this point, "Nakamura from Okinawa today" is obtained.

Thereafter, in the same manner as in (Example 1), a manuscript text 13 "Today is Mr. Nakamura from Okinawa, how are you?"

In the case of the present invention, as described above, by using the parameter setting table 1 and making a predetermined description for a desired “cell” in the parameter setting table 1, one model can be obtained. Various manuscript texts from 2
3 may be generated. Of course, it is sufficient to rewrite the contents of the "cell".

In the case of the present invention, the contents of the cell are basically used, but in the description of the model 2-i,
"File today.% File1.txt%, how are you doing?"
1. txt ”is allowed to coexist. Needless to say, in this case, "% fil
e1. When “txt%” is found, step (S7) shown in FIG. 6 is NO, and the process proceeds to step (S11).

Here, in the completed manuscript text 13, the display (layout) of the manuscript text 13 may not meet the user's intention. For example, as shown in FIG. 7, when the user pastes large data 81 'to the template 2 using the parameter setting table 1, the pasted data 81' may be out of the display screen of the first page. become. This is because the size of the display screen is fixed, but the size of the data to be pasted to the template 2 is not fixed. Therefore, the relationship between the display of the document text 13 and the display screen must accurately depend on the result of the actual compilation. In this case, if a page break is performed immediately before such large paste data 81 ', the paste data 81' does not protrude from the screen.

Therefore, the manuscript text generation processing apparatus of the present invention easily implements a page break command by inserting a blank line into the parameter setting table 1 as shown in FIG. (Page layout). The manuscript text 13 is not limited to the one generated by the means described above with reference to FIG. 6, but may be the one generated by the means described below with reference to FIGS.

For this reason, in the manuscript text generation processing apparatus of the present invention, the compiler 7 determines that the parameter corresponding to one of the templates 2 is continuously over a plurality of rows corresponding to one coordinate axis in the parameter setting table 1. Detecting that a “blank line” is inserted and inserted at any position in the plurality of lines, compiling is performed again.
At this time, in creating the screen display program 8 as a result of the compilation, the compiler 7 generates the screen display program 8 composed of the individual files whose front and rear are different from each other with the blank line as a boundary, and Are linked according to Table 1 for parameter setting. This link is performed using a newly generated file name for the different individual files of the screen display program 8. For this purpose, the compiler 7 generates an individual file name by using the line number of the line in the parameter setting table 1 and adds it to the individual file.

For example, a generated original text 13
Is assumed to be described as shown in FIG. 8A. Here, AAA, BBB, and CCC are character strings described in column A, column B, and column C, respectively (their contents are different from each other). It is also assumed that the character strings BBB of the cells (B1), (B2), and (B3) are LINK = 2, LINK = 3, and LINK = 4, respectively. Here, for example, the character string “LINK = 2”
Indicates a link to the second line of the parameter setting table 1. The same applies to other cases. Therefore, by repeating the link in the parameter setting table 1, the parameter corresponding to one of the templates 2 is continuously described in a plurality of rows corresponding to one coordinate axis in the parameter setting table 1.

In this case, the screen display program 8 as a result of compiling the template 2 is composed of one individual file 81 as shown in FIG. 7, and contains HREF = # 2: BBB FILEX. html, HREF = # 3: BBB, and HREF = # 4: BBB. "HREF = # 2: BBB FILE
X. "html" corresponds to LINK = 2, which is the result of compilation. Also, “HREF = # 3: BB
B "and" HREF = # 4: BBB "are LIN
Corresponding to K = 3 and LINK = 4, these are the compiled results. Here, “HREF =” indicates a link to a link destination described subsequently. Since the key “#” is used alone, it designates a data link in the same file. So, for example,
“# 2: BBB FILEX. Html” is “HTM
The character string "BBB" of the "second line" in the same file "FILEX" as the file having the description which is the "L document"
Give a link to Also, in “# 3: BBB” and “# 4: BBB”, the file name is omitted because there is only one file and the number is the same. Since “X” has only one file, it is not necessary to specify the file name, and thus an unspecified file is displayed.

For simplicity of description, as shown in FIG.
“# 2: BBB FILEX.html” and “# 4:
It is assumed that data to be pasted on the model 2 by "BBB" is small, and data 81 'pasted on the model 2 by compiling "# 3: BBB" is large. in this case,
The pasted data 81 'may protrude from the display screen. That is, the pasted data 81 'may be displayed so as to be cut off at the intermediate portion.

Therefore, in this case, as shown in FIG. 9, the user inserts a page break command immediately before the pasted data 81 '. As described above, the manuscript text generation processing apparatus of the present invention easily realizes a page break command by inserting a blank line into the parameter setting table 1. Now, "# 3: BBB"
9A, a blank line is inserted immediately before (after the first line and before the second line of the parameter setting table 1) as shown in FIG. 9A. I do. As a result, the following line (2
Line) is sequentially shifted by one line. However, no line number is added to an empty line, and the line number of each line is not changed.

The compiler 7 detects that a blank line has been inserted by the user, and the position of the insertion is indicated by the line numbers 1 and 2 continuously described in the parameter setting table 1.
Is detected. Then, in response to the page break command consisting of a blank line, the screen display program 8 which was one individual file 81 is changed to an individual file 82 corresponding to the description before the blank line, as shown in FIG. 83. That is, the individual file 81 is divided into two individual files 82 and 83 that are different from each other before and after a blank line.

Here, the compiler 7 uses the line numbers “1” and “2” of the lines before and after the inserted blank line in the parameter setting table 1 to generate the individual file name “FILE”.
1 and FILE2 are generated and added to the corresponding individual files 82 and 83. That is, the individual file “F
ILE1 "and" FILE2 "are generated. Since the row number in one parameter setting table 1 is unique, the generated file name is also unique. Therefore,
Duplicate file names can be avoided.

Next, the compiler 7 links the data in the generated individual files “FILE1” and “FILE2” according to the parameter setting table 1 using the newly generated file names.

That is, HREF in FILE1 = # 2: BBB FILEX. html is changed to HREF = / FILE2 / # 2: BBB. Here, “/... /” Indicates a link to data stored in a different file. ... are different file names to be linked. Therefore, "/
“FILE2 / # 2: BBB” indicates a link of the character string “BBB” of “second line” in a file “FILE2” different from the file (FILE1) in which the description is made. In other words, since the pasting data 81 'located after the blank line is divided into FILE2 different from FILE1 in which the description is made by inserting the blank line, it is automatically linked to FILE2 after division. As a result, the paste data 81 'can be correctly pasted to the template 2.

The description of HREF = # 3: BBB and HREF = # 4: BBB in FILE2 is left as it is. “# 3: BBB” and “#
4: BBB "exists in the divided FILE2. Therefore, since the link source and the link destination exist in the same file, these descriptions are not changed.

FIG. 10A shows a page break process executed by the compiler 7. Step (S71): It is checked whether or not a blank line has been inserted in a plurality of lines continuously described in the parameter setting table 1.

Step (S72): When an empty line is inserted, the individual file 81 corresponding to the plurality of lines described in succession is divided into a plurality of individual files 82 and 83.
Generate

Step (S73): Using the line numbers before and after the blank line is inserted in the parameter setting table 1, file names are generated for each of the plurality of individual files 82 and 83 generated in step (S72). Then, this is added to the individual files 82 and 83.

Step (S74): Using the generated file name, the link destination of the data in the individual file is changed according to the original parameter setting table 1. On the other hand, if no blank line is inserted in step (S71), steps (S71) to (S74)
Is omitted. Therefore, the individual file 81 is left as it is.

Here, the details of the change of the data link executed by the compiler 7, particularly the details of the step (S74) will be described with reference to FIG. 10B. As described above, when a blank line is inserted in the parameter setting table 1, one individual file FILEX of the screen display program 8 is divided into two individual files 82 and 83 in step (S72). The file names “FILE1” and “FI” generated using the line numbers in (S73)
LE2 ”is added to the individual files 82 and 83. At this point, the description of the link destination has not been changed (FIG. 10).
(B) is not shown). The individual file 81 is divided (generated) so that the area from the first blank line (or the head of the parameter setting table 1) to the next blank line is one individual file.

Next, in step (S74), first, HREF = # 2: BBB FILEX. html: HREF = # 2: BBB FILE1. html. That is, the file name “FIL
E1 "is added. Also, the description of HREF = # 3: BBB and HREF = # 4: BBB in FILE2 is described as HREF = # 3: BBB FILE2. html, HREF = # 4: Change to BBB. Since “# 4: BBB” is in the same file as “# 3: BBB”, the file name “FILE2” is not added.

Next, in the same step (S74), HREF in FILE1 = # 2: BBB FILE1. html is changed to a description HREF = / FILE2 / # 2: BBB indicating a correct link destination. That is, since the second line of the parameter setting table 1 as the link destination is after the insertion position of the blank line, it is divided into different individual files. Therefore, it is understood that the link destination file name needs to be changed. Therefore,
“/... /” Is described. Since the file name is generated using the line number in the parameter setting table 1, the file name after division is known. Therefore, it is "/ FILE2 /".

Further, HREF in FILE2 = # 3: BBB FILE2. html, is changed to HREF = # 3: BBB. That is, in this case, the description is in FILE2, and the third line of the parameter setting table 1 as a link destination is also in the same file. Therefore, the link destination file name is unnecessary. Further, HREF = # 4: BBB in FILE2 is left as it is because there is no blank line between line numbers “3” and “4” and the link destination is in the same file.

As described above, as shown in FIG.
The link destination is changed. Thereby, each data can be linked in accordance with the original parameter setting table 1 (before inserting a blank line).

Apart from such an easy change of the page layout, the completed original text 13 may include a large image. That is, as shown in FIG. 11, when the user pastes large image data on the model 2, the pasted image data may protrude from the display screen. In this case, it is convenient for the user if he can jump back and forth from such a large image without scrolling. That is, the user who is viewing the screen of the document text 13 can quickly view the data before and after the screen.

Therefore, the original text generation processing apparatus of the present invention automatically embeds (adds) a jump area into an image (screen display program 8) as shown in FIG. 2, and clicks on the jump area. In this case, before the image /
Jump to the beginning of the next page. The manuscript text 13 is not limited to the one generated by the means described above with reference to FIG. 6, but may be the one generated by the means described below with reference to FIGS.

For this reason, in the manuscript text generation processing apparatus of the present invention, when the compiler 7 or the terminal device 10 includes (pastes) an image in the generated manuscript text 13, Set the jump area at the bottom. In the jump area at the upper end, an instruction for instructing a jump to the top of the previous page in the upward direction on the screen is set. In the jump area at the lower end, a command for instructing a jump to the top of the subsequent page in the downward direction on the screen is set.

For example, it is assumed that the generated document text 13 is displayed as shown in FIG. Large images 13 ′ and 13 ″ are pasted on the original text 13. As a result, when the original text 13 is displayed, a large image 1 is placed on the boundary between page A and page B.
3 ′ is located, and a large image 13 ″ is located at the boundary between page B and page C. Therefore, the images 13 ′ and 1
3 '' is cut off.

In this case, the large images 13 'and 13''
According to the present invention, the image 1
Jump areas 131 at the upper and lower ends of 3 'and 13''
To 134 are set. The jump area 131 at the upper end and the jump area 132 at the lower end of the image 13 ′ have
A command for instructing a jump to the head (head address) of page A, which is the previous page of the image 13 ', and the image 1
An instruction for instructing a jump to the head of page B, which is the page after 3 ', is set. The jump area 133 at the upper end and the jump area 134 at the lower end of the image 13 ″ respectively include a command for instructing a jump to the head of page B, which is the previous page of the image 13 ″, and a command after the image 13 ″. An instruction for instructing a jump to the top of page C, which is a page, is set.

Specifically, as shown in FIG. 11, the contents of jump areas 131, 132, 133 and 134 are <A HREF=A>, <A HREF=B>, and <A HREF=B>, respectively. And <A HREF=C>.

Here, <A HREF=...> Represents a jump destination, and a specific jump destination is described in “.
In this case, the jump destination "..." is described by a page name, that is, a file name corresponding to the page. Therefore, <A H
REF = A> is a jump instruction to the head of the A page (the head of the file A).

FIG. 12A shows a flow of a jump area embedding process executed by the compiler 7 or the terminal device 10. Step (S81): When compiling the template 2 or generating the manuscript text 13, if it is detected that the image data 13 'and 13''are pasted on the manuscript text 13, the screen display size is obtained.

Step (S82): It is checked whether or not the image protrudes from the screen. Here, whether it protrudes or not is shown in FIG.
As shown in FIG. 3A, the size is determined by comparing the size of the image 13 ′ with the size of the display screen 10 ′ of the terminal device 10. Specifically, when the vertical size of the image 13 ′ is larger than the vertical size of the display screen 10 ′, it is determined that the image 13 ′ protrudes.

Step (S83): If the image protrudes, a jump area 131 and the like are set at the upper and lower ends of the image. Step (S84): The start address of the previous page of the image is set in the upper jump area 131 or the like.

Step (S85): The start address of the next page of the image is set in the lower end jump area 132 or the like. If the image does not protrude in step (S82), steps (S83) to (S85)
Is omitted.

FIG. 12B shows a jump processing flow executed by the terminal device 10. Step (S91): It is checked whether or not the upper jump area 131 or the like is clicked.

Step (S92): If clicked, the screen is moved to the previous page specified by the jump area 131 or the like at the upper end. Thereafter, the steps (S91) and subsequent steps are repeated.

Step (S93): If not clicked, it is checked whether or not the lower jump area 132 or the like has been clicked. Step (S94): When clicked, the screen is moved to the next page specified by the jump area 132 at the lower end or the like. Thereafter, the steps (S91) and subsequent steps are repeated.

As described above, the displayed original text 13
When the user who sees the image 13 'clicks the upper end of the image 13' displayed on the display of the terminal device 10 with the mouse, the screen displaying the image 13 'is changed to the image 13' as shown in FIG. Move to the screen displaying page A, which is the previous page of '. Similarly, when the lower end is clicked on the screen, the screen moves to the screen displaying page B. Further, when the upper end and the lower end are clicked on the screen displaying the image 13 ″, the screen moves to a screen displaying the page B and a screen displaying the page C, respectively.

The upper and lower jump areas may be provided as shown in FIGS. 13 (B) and 13 (C). That is, as shown in FIG. 13B, a jump command to the previous page of the image is embedded in a portion included in the previous page of the image, and a jump command to the subsequent page of the image is May be embedded in a portion included in the subsequent page. Also, as shown in FIG. 13C, a jump command to the previous page of the image is embedded in the first half of the image, and a jump command to the next page of the image is embedded in the second half of the image. It may be. In any case, the position where the jump area is embedded is not limited to the upper end and the lower end of the image as shown in FIG. 13 (B) and FIG. 13 (C).

FIG. 14 shows an example of a parameter setting table. In the illustrated case, one cell is specified by two-dimensional coordinates. In the illustrated parameter setting table 1, in column A, column B, column C ... column A: command or model name (note that "command" includes "conditional expression"), column B: process name, Column C: graphic data name (file name), column D: work description text, column E: cautionary text, column F: next process name (jump destination),:: It is represented as being assigned. Each row, such as the first row, the second row,..., Is shown as corresponding to each model 2. For example, in the case of the drawing, the second line is a template "For
m1 ”.

By defining the rows and columns in advance when the system is started, the contents described in the individual cells can be changed from the viewpoint of the model name (that is, the viewpoint of the row coordinates).
It can be specified from the viewpoint of the process name and the graphic data name (that is, the viewpoint of the column coordinates).

For example, it is now assumed that the user wants to change the contents of the cell "D2" in the model "Form1", that is, "squeeze from above" to "squeeze from the side". In this case, if the parameter “model 10” in the third row shown in the drawing includes a description “squeezing from the side” in the corresponding parameter of the model name “Form10”, the content of the cell “D2” is replaced with “squeezing from the top” and “D2 If it is rewritten as "see one below", only the parameter "text of work content" of Form1 is rewritten to "narrow down from the side."

Also, in this case, the above-mentioned “narrow down from the side”
In such a case as to find out in which cell the description itself exists, the “narrow down from the side” is used for the model name “F”.
orm10 ", the description" narrow down from the side "is changed to Form10.
, The location of “text of work content”, that is, the coordinates “D
3 ".

As described above, as the description contents in the parameter setting table 1 become more congested, the advantage of preparing the parameter setting table 1 to have a multi-dimensional coordinate system is utilized.

In the above description, one row is one
Although shown as corresponding to one model 2, it is needless to say that this case is a standard format, and a description that associates a plurality of rows with one model 2 is allowed. Further, as shown in the sixth line in FIG. 14 instead of the standard format, regardless of the designation of the column contents such as “process name” and “graphic data name (file name)” shown in FIG. Necessary parameters for “GTT” can be described without permission, such as “graphic”, “text A”, and “text B” in the figure.

FIG. 15 is a view for explaining an example which can be specified by using a replacement detection key for specifying a cell. The type of mark used as the replacement detection key will be described later,
Now, in the description in the model 2, "~ {Z3}
~ ". Note that "~" represents a description that does not include a replacement detection key, such as "Today is" or "Mr. It is assumed that the mark represents. The above "~ ＠ Z3
If “＠” is present, it indicates that the contents of the cell at the coordinate (Z3) in the parameter setting table 1 are to be replaced. In the case shown in FIG. 15, for example, “Asahi” is added to the cell (coordinate Z3) of Table 1 for parameter setting.
(In the case of the example) is described, the above "~ ＠
The result of substituting “Z3 ＠-” is “-Asahi-” as shown in the illustrated example. "B5" is added to the cell (coordinate Z3).
If it is described (in the example), it is instructed to use the contents of the cell (coordinate B5), and the replacement result is that the contents of the cell (coordinate B5) are "sunset". Therefore, as shown in the illustrated example, "~ sunset ~" is displayed.

The form of the contents described in each cell is, for example, a form that replaces the contents of the cell itself (“Asahi” in the present example) as in an example, and a form of the cell as shown in the example. The content points to the coordinates of another cell ("B5" in this example), as in the example, a text name ("TITLE.txt" in this example) is described, and In this case, a command name or a conditional expression name (in the case of the present example, the command name “-FIL”) indicating the use of the contents of a text called “TITLE.txt”
E. FIG. class is described, and the command "-FILE.class" is executed prior to the replacement, and the result is instructed to be replaced (if the condition is a conditional expression, whether the conditional expression is satisfied or not) , And the result is used for replacement).

FIG. 16 is a diagram for explaining an example of designating the relative position of a cell. As shown in FIG.
When "~ {Z3} ~" is described, it is instructed to use the contents of the cell (coordinate Z3). By utilizing this, another cell can be designated by indicating the relative coordinate position from the cell (coordinate Z3).

When there is a description such as "~ {Z3 +} ~" shown in FIG. 16, the cell located at the same column in the next row as viewed from the cell (coordinate Z3), that is, the cell at coordinate Z4 is designated. It has been decided. In the example of the parameter setting table 1 shown in FIG. 15, the content “内容” of the cell (coordinate Z4) is used for replacement.

When there is a description such as "~ {Z3-} ~" shown in FIG. 16, the cell located at the same column in the previous row as viewed from the cell (coordinate Z3), that is, the coordinate Z2 Of cells are designated. In the example of the parameter setting table 1 shown in FIG. 15, the contents “△” of the cell (coordinate Z2) are used for replacement.

FIG. 17 is a diagram showing a mode in which a replacement detection key is designated. Which mark is used as the replacement detection key is designated by the replacement detection key designation unit 9 shown in FIG.

[＠] shown in FIG. 17 indicates that the contents of “...” between ＠ are replaced as keys. In order to indicate that the contents of the same "..." are to be replaced as keys, "% ..." shown in FIG.
% "Can also be used.

As a standard format, the replacement detection key is “＠ ...
The same mark ＠ or% is used before and after, such as “＠” or “%...%”, And the processing form at the time of replacement processing is specified by the type of the mark. That is, "! ...!" In FIG. 17 indicates that the content of "..." is a file name, and if the file has an update history, indicates that the file is replaced with the updated newest one.

However, “!...%” And “#.
For example, different marks such as "%" can be used. In addition, in order to invalidate a mark, for example, "!" Which is designated in advance as a replacement detection key, and to make the mark "!" Available for a purpose other than the replacement detection key, "%-!%" Shown in FIG. ] Can be used. Further, “% +!%” In FIG. 17 indicates that the mark “!”, Which has been invalidated once, is used again as one of the replacement detection keys as the replacement detection key.

FIG. 18 is a diagram collectively describing the marks to be used. a) The replacement detection key usually uses the same mark before and after such as “%...%” or “#.

B) A set of marks that are different before and after,
# "Or" ＠ ...% ". c) Multiple types of marks are displayed as "% -...%" or "% + ...%"
And "%! ...%", they are sometimes used as a set.

D) A plurality of marks may be used like "%%... %%", "%%...%", And "%... %%".
As described above, the used marks and the meaning of the used marks are specified by the replacement detection key specifying unit 9 shown in FIG.

FIG. 19 is a diagram collectively showing various modes in the case of the normal replacement instruction. "% ...%" in the figure
Are usually shown as replacement instructions. a) "~% B% ~": Insert the content of column B in parameter setting table 1 for replacement.

B) "~% B1% ~": The contents of the cell (coordinate B1) in the parameter setting table 1 are inserted for replacement. c) "~% B1: C2% ~": Replace the contents of the cells in the range surrounded by a rectangle with the cell (coordinate B1) in parameter setting table 1 as the upper left corner and the cell (coordinate C2) as the lower right corner. Insert it.

D) "~% file.txt% ~": The content of the file name "file.txt" is used for replacement. e) "~% <B1: C2> file.csv% ~": The cell (coordinate B1) in the parameter setting table 1 whose table name is given as "file.csv" is the upper left corner, and the cell (coordinate is The contents of cells in a range surrounded by a rectangle having C2) as the lower right corner are inserted for replacement.

F) "~% <OL TYPE = 1>fil"
e. txt% ~ ": The contents of the file with the file name" file.txt "are converted in the format indicated by" ... "in <...>(" OL TYPE = 1 "in the present example). Insert for replacement.

G) "~% *. Txt% ~": The file name is not specified, but the contents of the text file with the extension ".txt" are inserted for replacement. h) "~% abc * .txt% ~": For a file whose file name starts with at least "abc", the contents of the text file with the extension ".txt" are inserted for replacement.

Hereinafter, various processing modes using the replacement detection key will be described. FIG. 20 is an explanatory diagram of processing after managing the version number of a file. In the case of the mode shown in FIG. 20, the file to be pasted is searched, the generated version number is checked, and the file to be pasted is determined after comparing with the specified date to be compiled. I have.

A) “〜 +... ：”: If there is only one newer version than the current date (the same is the case on the specified date to be compiled (the same applies hereinafter)), it is to be pasted. ~ + ...% ~ ": Paste the latest version.

C) "~----": If there is only one older than the present, it is to be pasted. d) "~ ...% ~": The first edition is to be pasted.

E) "~ + ...- ~": If there is a different version of the file specified by "...", the display color is changed at the time of display and inserted for replacement.
FIG. 21 is a diagram for explaining a mode in which repetitive control is performed. In the case of the mode shown in FIG. 21, if there is a plurality of data to be inserted for a certain model 2, the replacement process is repeated by that number.

A) "~!% ...% ...!": In the "% ...%" portion, the number of data specified by "..." or the number of continuation lines, the portion of "! ...!" The process specified by "..." is repeated.

That is, now, as template 2, "~! <A
NAME =% <B1: B3>%>! Is described, and the contents of the cell (coordinate B1) of the parameter setting table 1 are "AAA", the contents of the cell (coordinate B2) are "BBB", and the contents of the cell (coordinate B3) are The content is "CC
C ".

In this case, the number of data is "AAA", "B
Since “BB” and “CCC” are three, <A NAME=AAA><ANAME=BBB><ANAME=CCC> is repeated three times.

FIG. 22 is a diagram for explaining replacement control for disabling or enabling the replacement detection key. In the case of the mode shown in FIG. 22, the mark once designated as the replacement detection key is invalidated in the subsequent processing, and the mark once invalidated is made valid in the subsequent processing (see FIG. 17). As if).

A) "~%-!% ~": When this replacement detection key exists, the following mark "!" Is invalidated as one of the replacement detection keys. b) "~% +!% ~": If this replacement detection key exists, the mark "!" which has been once invalidated as the replacement detection key is used as one of the replacement detection keys in the subsequent processing. To enable.

FIG. 23 is a diagram for explaining the template capturing process. In order to avoid an excessive increase in the number of models 2, if there is the same technology as the contents of another model 2 in the contents of a certain model 2, it is possible to import and use other models 2 It is to be.

A) "~% # ...% ~": The part of "..." in "# ..." is described with the name of another model 2 to be imported, and the contents of the other model 2 are described by the user. In the contents of the second model.

As an example, if a part of the contents of a certain model 2 includes "~ ...% # hina1% ... ~",
In the model 2 with the model name "hina1", "~ ...% B1
% To% C2%... ", The above part of the contents of the self-model 2 is"...% B1% to% C ".
2% ... ”.

FIG. 24 is a view for explaining the processing status corresponding to the processing after managing the version numbers shown in FIG. Reference numeral 5 in the figure corresponds to the image file shown in FIG. 5, and “file1.g” is included in the image file 5.
A graphic specified by the name “if” exists, and the graphic is referred to as '04 / 96/96 (April 14, 1996).
First edition (version 01) was created on
The second edition (version 02) on 8, the third edition (version 03) on 05/05/96, the fourth edition (4 edition) on 05/05/96, and 11/05/96 Fifth edition (version 5), '96
It is assumed that the latest version (version number 6) has been revised on 05/05/13. Reference numeral 10 corresponds to the terminal device shown in FIG.

The above specific file “file”
1. In order to use “gif,” a certain template 2 contains “~% f
ile1. gif %% ”. In this case, it is assumed that the replacement detection key “%...%” Indicates that “.
Assuming that the day of the month 3 is to be replaced,
Is pasted.

However, the template 2 contains "~ + file".
1. gif + ~ ", 1996
It is checked whether there is a next edition after the third edition as viewed from May 3, and if it exists, the fourth edition, that is, May 4, 1996 The illustrated graphic R generated on the day is pasted. The display on the terminal device 10 shown in FIG. 24 conceptually shows a situation where the fourth version of the graphic R is pasted.

[0145] In addition, "~ -file1.
gif- ~ ", 5th of 1996
It is checked whether there is a version one version before the third version even if viewed from March 3, and if it exists, it is the second version, that is, April 18, 1996. On the day, the generated figure P is pasted.

FIG. 25 is a diagram for explaining a process of detecting the presence of a tag, processing data, and pasting the data. Now, it is assumed that it has been instructed from the contents of a certain model 2 to refer to, for example, the cell at the coordinate (K3) in the parameter setting table 1. Then, OL TYPE = <OL TYPE1> file1. t
xt, and <FORM><OLTYPE1><LI> DATA1 <LI> DATA2 <LI> DATA3 </ FORM> in the file specified by "file1".

Step (S14): Access the cell (coordinate K3) as described above. Step (S15): <...> indicated in the contents of the cell
It is detected that the leading tag given by.

Step (S16): Next, ".txt"
Find the existence of an extension as given by Step (S17): Since "file1.txt" is described in the content of the cell (coordinate K3), the file specified by "file1" is accessed, and the content of the file shown as an example in the upper right of FIG. One by one
Are read in order. This point will be described in more detail later with reference to FIG. 6, but the process proceeds to step (S11) shown in FIG.

In the processing for each tag, for example, <OL T
In the case of YPE1>, as shown in Table L shown in the lower right of FIG.
It is instructed to create a table describing each data by prefixing numbers “1”, “2”, and “3” to the data DATA1, DATA2, and DATA3.

In the case of <CHECK BOX>, it is instructed to create a table in which each data is described by adding a small square □ to the head of each data as shown in Table M shown in the lower right of FIG. Things.

Further, in the case of <RADIO>, FIG.
As shown in Table N shown at the lower right, it is instructed to create a table describing each data with a small white circle at the beginning of each data.

Step (S18): File "file"
<FORM>, <OL TYPE1> ...
Are sequentially read, and <LI> DATA is
1 is read. In this case, the answer is NO because all the lines are not at the end. In the case of YES, the procedure goes to step (S22) and the Form ends.

Step (S19): A preparation is made so that the first word of each tag, that is, in this case, the number "1" is added to the head of DATA1, and the number "1" is added. Step (S20): Data1 is read.

Step (S21): "1 DATA1"
And paste the text. Next, step (S
Return to 18). Hereinafter, the operation is performed as follows.

Step (S18), step (S1
9), step (S20), and step (S21), "2 DATA2" is pasted. Further, step (S18), step (S19), step (S2
0), after step (S21), "3 DATA3"
Is pasted, and finally, the process proceeds to step (S22).

In the case of the above-mentioned <CHECK BOX>, □ DATA1 □ DATA2 □ DATA3 is pasted, and in the case of <RADIO>, ○ DATA1 ○ DATA2 ○ DATA3 is pasted. In FIG. 25, those with diagonal lines and those with double circles are given corresponding to predetermined data as appropriate.

FIG. 26 is a diagram for explaining a form of multiple-model instruction. In the parameter setting tables 1 shown in FIG. 3, FIG. 5, FIG. 6, FIG. 14, and the like, a column describing a model name in one row is defined as column A.
The reason for this is that it is sufficient to search the predetermined column A when searching the parameter setting table 1 to check for the existence of the model name.

However, even in the case of different templates 2, the parameters instructed to be replaced by the replacement detection key may be the same. As a simple example, in one form 2, “Format 1”, “Today is% C%, how are you doing?” And the content of the cell C is “Nakamura” , And the other one, template 2, "Form 2"
, "Congratulations to% C%," is described, and it is assumed that the content of the cell C is "Nakamura".

In the case where such “Format 1” and “Format 2” exist, if an attempt is made to deal with them in the modes shown in FIGS. 3, 5, 6 and 14, one of the The parameter of “Format 1” is pasted corresponding to a row, and the parameter of “Format 2” is pasted corresponding to another row. In the most complicated form, the same "Nakamura" may be described in the cell C in each row. Then, when "Nakamura" is changed to, for example, "Tanaka", the contents of each cell must be rewritten to "Tanaka".

In the case of FIG. 26, the contents of a certain cell, for example, C, are used in common to output different sentences. That is, as a rule, an expression form of “model identification mark + model name + separator + output destination name” is used, and this expression form is described in two or more cells in the same row in the parameter setting table 1. To keep.

As an example, as the model identification mark,
Assuming that the mark "!" Is used, the template name is "Format 1", the separator is ":", and the output destination name is "Sentence 1", indicating that it should be output as "Sentence 1". The expression form is “! Format 1: Sentence 1”. Similarly, when “format 2” is to be output using “format 2”, “! Format 2: text 2” is obtained.

Suppose that the content of the template "Format 1" is "Today, how are you% C%, how are you?" And the content of the template "Format 2" is "% C%, Congratulations." As shown in FIG. 26, the "! Format 1: sentence 1" is described in an appropriate cell (A) in one row of the parameter setting table 1, and the "! Format" is written in an appropriate cell (B). Format 2: Sentence 2 "and" Nakamura "in cell (C).

In this case, as shown in the flowchart of FIG. 6, when the parameter setting table 1 is read in step (S1), the two "! Format 1: "Sentence 1" and "! Format 2: Sentence 2" are found, and the model names "Format 1" and "Format 2" are obtained as in step (S2). Today, "% C%, how are you?" Corresponding to Form 2 is found. At this time, as described above, the content "Nakamura" of the cell (C) is pasted, and the sentence 1 is "Now, Mr. Nakamura, how are you today?" Congratulations! "Will be output. In this case, if the content of the cell (C) is changed to "Tanaka", the "Nakamura" in the sentences 1 and 2 is changed to "Tanaka", respectively.

FIG. 27 is a diagram for explaining an embodiment in which the condition is checked and the replacement is performed. In outputting a desired sentence, if a certain object satisfies a certain condition, the sentence is output in a first form (if true),
There is also a demand that if the condition is not met (if false), the sentence is output in the second form.

The mode shown in FIG. 27 addresses this demand. That is, as a rule, “% comparison target column =
The expression “condition value”: true replacement target column: false replacement target column% ”is used.

Here, in the parameter setting table 1, as shown in FIG. 27, i) the model name “Form10” in the column A of the first row, the “process 1” in the column B, and the column C are not described. Column D describes "Place 1"; ii) Columns A, B, and C in the second row are blank; Column D describes "Place 2"; iii) Column A in the third row No description, “Step 3” in column B, no description in column C, “Location 3” in column D, iv) No description in column A in the fourth row, “Process 4” in column B, column C Is not described, and column D is not described.

Each term in the above rule is as follows. A comparison target column: a column to be compared and judged; a “condition value”: a character string for comparison with the contents of the comparison target column; a true replacement target column: a comparison between the comparison target column and the condition value A column in which the character string to be replaced when the result is true (equal) is registered.-False replacement target column: A character string to be replaced when the comparison result between the comparison target column and the condition value is false (not equal) is registered. Column.

Note that, as described with reference to FIG. 16, + or-may be described following the target column. Replacement target column + (Example: D +): Target column of next row (Example: Column D)
With the contents of However, in the case of the last row, replacement is performed with the contents of the replacement target column (eg, column D) of the first row.

Replacement target column- (Example: B-): Replace with the contents of the target column (Example: Column B) in the previous row. However, in the case of the first row, replacement is performed with the contents of the replacement target column (eg, column B) of the first row. Based on the above setting example, now template 2 Is described.

Corresponding to the first row of the parameter setting table 1, (a) column B is not equal to empty (not described), so it is false, and the contents of column B, ie, “step 1” Replaced (b)
False, because column D is not equal to empty (blank)
The contents of column D, ie, "location 1" are replaced.

Corresponding to the second row of the parameter setting table 1, (c) is true because column B is equal to empty (not described), and the contents of the cell "B-", that is, "process" 1 "is replaced, and (d) the contents of the cell" D ", i.e.," location 2 ", which is false because column D is not equal to empty (not shown), is replaced.

Corresponding to the third row of the parameter setting table 1, (e) False for column B, “step 3” is replaced, (f) False for column D, “location 3” Is replaced.

Corresponding to the fourth row of the parameter setting table 1, (g) False for column B, "step 4" is replaced, (h) True for column D, and "D +" The contents of the cell, ie, "location 1" is replaced.

From the above results, as shown in FIG.
According to the line, "Today's work is performed in" Process 1 ", and the place is" Place 1 ". ”, And corresponding to the second line,
"Today's work is done in" Process 1 "and the place is" Place 2 ". Corresponding to the third line, "Today's work is performed in" Process 3 ", and the place is" Place 3 ". "
Corresponding to the fourth line, "Today's work is performed in" Process 4 ", and the place is" Place 1 ". ".

FIG. 28 is a flowchart for the processing in the case shown in FIG. Step (S23): One line of the parameter setting table 1 is input. Step (S24): It is checked whether data is described. If not, it's done.

Step (S25): It is checked whether or not template 2 is specified in the line. Step (S26): If specified, the model 2 is input. Step (S27): Search for a cell in that row.

Step (S28): It is checked whether there is a corresponding cell. Step (S29): Fetch the value of the cell to be determined. Step (S30): The value of the fetched cell is compared with the condition value.

Step (S31): It is checked whether the comparison result is true or false. Step (S32): If true, fetch a true replacement target column. Step (S33): If false, fetch a false replacement target column.

Step (S34): It is checked whether or not the column has + or-. Step (S35): Check whether it is + or-. Step (S36): It is checked whether or not it is the last line.

Step (S37): It is checked whether or not it is the first line. Step (S38): Replace with the cell value of the next row. Step (S39): Replace with the cell value of the first row.

Step (S40): Replace with the cell value of the first row. Step (S41): Replace with the cell value of the previous row. Step (S42): Replace with the cell value of the current row.

In the present invention, as briefly described with reference to FIG. 6, in step (S9),
Looking at the contents of the cell in the parameter setting table 1, it is checked whether the contents of the cell include a file name or the like, with a tag, or with an extension. Based on the result, at step (S11) Various access processes for each replacement detection key are started.

The respective processing modes described with reference to FIGS. 19 to 28 are described as "~ {**} ~" or "~% **".
Except for the simple replacement process such as "% ~", all the processes are classified into various access processes corresponding to the respective processes in the step (S11), and the corresponding processes are executed in the steps (S12) to (S13). It is something to be done.

[0184]

As described above, according to the present invention, when a blank line is inserted into the parameter setting table in the original text generation processing apparatus, the original file is created from the individual files whose front and rear are different from each other with the blank line as a boundary. By generating a screen display program and linking the data in different individual files according to the parameter setting table, the individual file corresponding to each page is automatically inserted by inserting a blank line into the parameter setting table. Can be generated as a boundary, and data in different individual files can be automatically linked according to the parameter setting table, so that the user can easily perform the page layout of the manuscript text without burden and maintain the correct data link. be able to.

Further, according to the present invention, in the original text generation processing apparatus, an instruction for instructing a jump to the head of the previous page is set in the original text in the jump area at the upper end of the image, and the instruction is set in the jump area at the lower end. By setting an instruction to jump to the top of the page, if an image is included in the original text, the image can be jumped immediately without scrolling, and in a direction different from scrolling or jumping by a normal click You can jump by clicking.

Further, according to the present invention, each of the above-described manuscript text generation processing apparatuses can be realized by using a program for operating a computer as described above. Can be stored in various suitable program storage media.

[Brief description of the drawings]

FIG. 1 is a diagram illustrating the principle of the present invention.

FIG. 2 is a diagram illustrating the principle of the present invention.

FIG. 3 shows an example explanatory diagram of the present invention.

FIG. 4 shows an original text displayed based on the template translation words shown in FIG.

FIG. 5 shows an apparatus configuration diagram of the present invention.

FIG. 6 shows a processing flowchart.

FIG. 7 shows an example explanatory diagram of the present invention.

FIG. 8 shows a state of a parameter setting table.

FIG. 9 shows a state of a parameter setting table.

FIG. 10 shows a processing flowchart.

FIG. 11 shows an example explanatory diagram of the present invention.

FIG. 12 shows a processing flowchart.

FIG. 13 is a diagram illustrating an example of a jump.

FIG. 14 shows an example of a parameter setting table.

FIG. 15 is a diagram illustrating an example in which the replacement can be specified using a cell-designated replacement detection key.

FIG. 16 is a diagram illustrating an example of specifying a relative position of a cell.

FIG. 17 is a diagram showing a mode in which a replacement detection key is designated.

FIG. 18 is a diagram collectively showing descriptions of marks to be used.

FIG. 19 is a diagram collectively showing various modes in the case of a normal replacement instruction.

FIG. 20 is an explanatory diagram of processing after managing the version number of a file.

FIG. 21 is a diagram illustrating a mode in which repetitive control is performed.

FIG. 22 is a diagram illustrating replacement control for disabling or enabling a replacement detection key.

FIG. 23 is a diagram illustrating a template capturing process.

FIG. 24 is a diagram for explaining a processing state corresponding to the processing after managing the version numbers shown in FIG. 20;

FIG. 25 is a diagram illustrating a process of detecting the presence of a tag, processing data, and pasting the data.

FIG. 26 is a diagram illustrating a form of a plurality of model instructions.

FIG. 27 is a diagram for explaining an aspect in which replacement is performed after checking conditions for a comparison target.

28 shows a flowchart for processing in the case shown in FIG. 27.

[Explanation of symbols]

 1: Parameter setting table 2: Template 3: Template translation 4: Text file 5: Image file 6: Audio file 7: Compiler 8: Screen display program 9: Replacement detection key designation unit 10: Terminal device 11: File 13: Manuscript text

Claims (6)

[Claims] 1. A part of the text and / or the image can be replaced with a specific character or group of characters, or a part or all of the image can be replaced with a specific image. In addition, a template designated by a replacement detection key is provided, and a file storing a specific character or a group of characters specified by the replacement detection key and a specific image is provided. A screen display program is created using a specific character or character group and / or a specific image stored in the file, and the terminal device is configured based on the screen display program.
An original text generation processing apparatus for generating an original text on which a specific character or a character group and / or a specific image is pasted corresponding to one of the templates, wherein the specific character or the character group and / or the specific image A parameter setting table for specifying parameters corresponding to the above in the form of a table having coordinate axes of two or more dimensions. The screen display program is composed of one or more individual files, and each of the one or more individual files is A parameter corresponding to one of the models is continuously described in a plurality of rows corresponding to one coordinate axis in the parameter setting table, and the parameter is corresponded to each of the pages which are units of display of the manuscript text. If a blank line is inserted in any of the multiple lines, the above-mentioned compiler Generating the screen display program composed of individual files whose front and rear are different from each other with the blank line as a boundary, and links the data in the different individual files of the screen display program according to the parameter setting table. An original text generation processing device, characterized in that: 2. The compiler generates an individual file name for the different individual files of the screen display program using a line number of the line in the parameter setting table, and adds the individual file name to the individual file. 2. The original text generation processing apparatus according to claim 1, wherein the data in the different individual files are linked using the generated file names. 3. For one or all of a text and an image, a part of the text can be replaced with a specific character or a group of characters, or a part or all of the image can be replaced with a specific image. In addition, a template designated by a replacement detection key is provided, and a file storing a specific character or a group of characters specified by the replacement detection key and a specific image is provided. A screen display program is created using a specific character or character group and / or a specific image stored in the file, and the terminal device is configured based on the screen display program.
A program storage medium storing a program for realizing an original text generation processing apparatus for generating an original text in which a specific character or a group of characters and / or a specific image is pasted corresponding to one of the above-mentioned models, And a parameter setting table for specifying parameters corresponding to characters or character groups and / or specific images in a table format having two or more coordinate axes. The screen display program comprises one or a plurality of individual files. And making each of the one or more individual files correspond to each of the pages which are units of display of the manuscript text, wherein a parameter corresponding to one of the templates corresponds to one coordinate axis in the parameter setting table. If it is described consecutively on a line and a blank line is inserted in any of the multiple lines, The compiler generates the screen display program in the creation of the screen display program, and generates the screen display program composed of the individual files whose front and rear are different from each other with the blank line as a boundary. Are linked according to the parameter setting table. 4. For any one or all of a text and an image, a part of the text can be replaced with a specific character or character group, or a part or all of the image can be replaced with a specific image. In addition, a template designated by a replacement detection key is provided, and a file storing a specific character or a group of characters specified by the replacement detection key and a specific image is provided. A screen display program is created using a specific character or character group and / or a specific image stored in the file, and the terminal device is configured based on the screen display program.
An original text generation processing apparatus for generating an original text on which a specific character or a character group and / or a specific image is pasted corresponding to one of the templates, wherein the specific character or the character group and / or the specific image A parameter setting table for specifying parameters corresponding to the above in the form of a table having two or more coordinate axes. When the compiler or the terminal device includes an image in the generated manuscript text, the upper end and the lower end of the image In the upper jump area, an instruction to jump to the top of the previous page in the screen is set, and in the lower jump area, a rear page in the lower screen is set. And a command for instructing a jump to the head of the document. 5. The method according to claim 1, wherein the compiler or the terminal device sets the command in each of the upper and lower jump regions when an image included in the document text is larger than a display screen of the terminal device. The document text generation processing device according to claim 4. 6. For one or all of a text and an image, a part of the text can be replaced with a specific character or character group, or a part or all of the image can be replaced with a specific image. In addition, a template designated by a replacement detection key is provided, and a file storing a specific character or a group of characters specified by the replacement detection key and a specific image is provided. A screen display program is created using a specific character or character group and / or a specific image stored in the file, and the terminal device is configured based on the screen display program.
A program storage medium storing a program for realizing an original text generation processing apparatus for generating an original text in which a specific character or a group of characters and / or a specific image is pasted corresponding to one of the above-mentioned models, A parameter setting table for specifying parameters corresponding to characters or character groups and / or a specific image in a table format having two or more coordinate axes, wherein the compiler or the terminal device generates an image in the generated manuscript text. Is included, a jump area is set at the upper and lower ends of the image, and an instruction to instruct a jump to the top of the previous page on the screen is set in the upper jump area, and the jump at the lower end is set. It is characterized by setting an instruction to jump to the top of the next page downward on the screen in the area The program storage medium.