JPH10207884A - Original text generating processor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve the efficiency of resources in the preparation of hipertext mark-up laguage(HTML) of a WWW browser by merging camma symbol delimite (CSV) type data of table calculation software by using a parameter setting table for specifying a parameter corresponding to a specific character or the like by a table format having the coordinate axes of two dimensions or more. SOLUTION: The original text generating processor for generating an original text to which a specific character or character group and/or a specific picture is stuck by a display device correspondingly to one of models 2 based on a picture display program is provided with a parameter setting table 1 for specifying a parameter corresponding to a specific character or character group and/or a specific picture by a table format having the coordinate axes of two dimensions or more. When a copying rule is added to the copying instruction column of the table 1, the rows and columns of data of another table are allowed to optionally correspond to and merge into the rows and columns of data of the table 1.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to a method of arranging a replacement detection key in a template and, when finding the presence of the replacement detection key, a specific character or a group of characters at the position of the replacement detection key. Or, when pasting a specific image, a desired original using a parameter setting table for specifying a specific character or character group or a parameter corresponding to the specific image in a table format having two-dimensional or more coordinate axes. The present invention relates to an original text generation processing device configured to generate text.

[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 original texts are generated by pasting desired specific characters or character groups or specific images.

[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, for example, ""Tanaka","Nakamura" ... are prepared separately, and in generating each manuscript text, a specific surname, for example, "Nakamura" is pasted, and the specific "Today is Mr. Nakamura, how are you?" A manuscript text can be generated, and a specific image can be pasted at a designated position.

[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. In particular, the link structure between individual data is becoming completely unknown.

[0005]

As described above, since the link structure of individual data is becoming unclear, it is necessary to consider a method for effectively specifying the individual data. I have.

The present invention makes it possible to use CSV format data of spreadsheet software, which can perform data manipulation in a large amount and easily, for preparing manuscript texts and efficiently process the CSV format data, thereby enabling hypertext on the Internet. An object of the present invention is to easily create not only manuscript texts in a format but also manuscript texts that can be used for an assembly procedure manual in a manufacturing business, product introduction in a sales business, company information, and the like.

[0007]

FIG. 1 is a diagram illustrating the principle of the present invention. In the drawing, reference numeral 1 denotes a parameter setting table, 2 denotes a template, and 3 denotes a template translation. “Format 1.txt” shown is given as one of the templates 2, and parameters related to the “format 1.txt” are described, for example, in the second line of the parameter setting table 1 shown. And

In this case, in “Format 1.txt”,
Since the data “Step A” is described in the “B” column of the second row in the parameter setting table 1 corresponding to the position described as “{B}” in the third row, In the template translation word 3, in the third line, the data step A is replaced with “{B}”, and in the fourth line, “$ C
In correspondence with the positions described as "＠", "{B1}", and "{C1}", "drawing 1"
“300” and “400” are replaced.

FIG. 3 is a block diagram of the apparatus according to the present invention.
Reference numerals 1 and 2 in the figure respectively correspond to those in FIG. 1, and the parameter setting table is formed, for example, in three dimensions.
Are provided with a plurality of templates 2-1, 2-2, 2-3,....

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.

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 display in 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. It is a designated part. Reference numeral 10 denotes a terminal device including a display.

The document text generation processing apparatus according to the present invention describes a copy symbol character (for example, "<") indicating a copy instruction in a copy instruction column of the parameter setting table, thereby obtaining the parameter setting table data. Rows and columns are arbitrarily associated with rows and columns of data of another table, and are merged.

Further, according to the present invention, by writing a continuation designating symbol (for example, "-") in the continuation line designating column of the parameter setting table, the character string enclosed by the repetition tag in the template can be converted into a continuation line. Is repeated until the processing is completed, thereby easily processing a large amount of data.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The overall structure and operation of an original text generation processing apparatus according to the present invention will be described with reference to FIGS. FIG. 1 is a diagram illustrating the principle of the present invention. In the drawing, reference numeral 1 denotes a parameter setting table, 2 denotes a template, and 3 denotes a template translation.

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

More specifically, referring again to FIG. 1, as shown in FIG.
xt ”is given, and parameters related to the“ format 1.txt ”are described, for example, in the second line of the parameter setting table 1 shown in the figure.

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 line in place of the above "{B}", and (ii) the fourth process On the line,
In the template translation word 3, “drawing 1”, “300”, and “400” are replaced corresponding to the positions described as “{C}”, “{B1}”, and “{C1}”.

The data "drawing 1" is described in the "column C" in the second row of the parameter setting table 1, and the "column B in 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.

In the above, when one cell (coordinate position C2) in the parameter setting table 1 is designated by only "C" like "{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 template 2 is translated using the parameter setting table 1, but the expression using two specific marks such as “＠... It will be referred to as a “replacement detection key”.

In the template translation 3 shown in FIG. 1, 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 word 3 shown in FIG. 1 is (i) HT
ML language manuscript, and (ii) title is "TEST"
(Iii) A line is drawn with a horizontal line beneath the title, the anchor name is "Step A", and then a line break is performed, and (i)
v) The figure file "Drawing 1. gif" is placed on the left side with width 3
(V) Write the character "Attach" in black and then start a new line. (Vi) Jump to the "inspection process", (vii) Start a new line, and (viii) It means to end.

FIG. 2 shows an original text 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 drawing file “drawing 1.gif” is, for example, a screw, the figure is located at a desired position. It is displayed in a desired size, and the character "attach" is displayed in black. Then, the jump destination, that is, the jump destination that proceeds to the position of the “inspection step” when the position is clicked with the mouse, is displayed as the “inspection step”.

FIG. 3 is a block diagram of the apparatus according to the present invention.
Reference numerals 1 and 2 in the figure respectively correspond to those in FIG. 1, and the parameter setting table is formed, for example, in three dimensions.
Are provided with a plurality of templates 2-1, 2-2, 2-3,....

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.

Reference numeral 7 denotes a compiler, which is a specific template 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 display in 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.

The model 2-i is conceptually described, for example, in which "Title" is described at the top and a specific "Chart" is displayed at the upper 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, in reality, the information is prepared using the description shown in FIG. 1 as “Format 1.txt” instead of the conceptual display.

It is assumed that the template 2-i corresponds to "Format 2", and that the parameters related to "Format 2" are described in the third row of the parameter setting table 1. 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, he knew that "Format 2" was the desired model name,
The user is asked to read the manuscript of the corresponding model.

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.

FIG. 4 shows a processing flowchart.
Reference numeral 1 shown in FIG. 4 indicates 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 the 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): Parameter setting table 1
Cell at column A of the read row (coordinate value A2)
Since “Form1” has been described in the description, it is known that the corresponding model 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 doing?"

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 "S" and "KA" are processed in order through step (S4) and step (S5), and a manuscript text "You're fine today, Mr. Nakamura?"

Next, the case of the above (Example 2) 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
In the cell at column A of the read row in
Since “1” was described, the corresponding model was “F”.
orm1 ".

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 doing?"

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 "cell name" is pointed, and YES is obtained.

Step (S8): The table is accessed by the cell name. Step (S9): In this case, the content of the cell (B2) 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. txt ”. In addition, now, the File
1. Assume that the text txt describes, for example, "Nakamura from Okinawa".

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

Returning to step (S3) again,
"Sa", "n", ",", "gen", "ki", "de",
The steps (S4) and the steps (S
5) is processed in order, and the manuscript text "Now, 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. Can generate various manuscript texts. 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, "Today is% File1.txt%, how are you doing?" , "File" indicated by the contents of the cell B2.
1. txt ”is allowed to coexist. Needless to say, in this case, "% Fil
e1. When “txt%” is found, step (S7) shown in FIG. 4 is NO, and the process proceeds to step (S11).

FIG. 5 is a view for explaining an example which can be specified by using a replacement detection key for specifying a cell. Now, suppose that there is "~ {Z3} ~" in the description in the model. Note that "~" indicates a description that does not include a replacement detection key, such as "Today is" or "Mr. It is assumed that the mark represents. If the above "~ {Z3} ~" exists, it means that it is instructed to replace the contents of the cell at the coordinates (Z3) in the parameter setting table 1. In the case shown in FIG. 5, if "Asahi" (in the example) is described in the cell (coordinate Z3) of the parameter setting table 1, for example, the result of replacing "~ {Z3} ~" is as follows. As shown in the illustrated example, "~ Asahi ~". If "B5" (in the case of the example) is described in the cell (coordinate Z3), it is instructed to use the contents of the cell (coordinate B5), and the replacement result is the cell (coordinate B3). Since the content of the coordinate B5) is "sunset", it becomes "-sunset" as shown in the illustrated example.

The form of the content 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).

The present invention provides means for easily creating a parameter setting table as described above, which handles a large amount of data. FIGS. 6 to 9 are views for explaining means for enabling the merging of CSV format data of spreadsheet software used for the parameter setting table.

FIG. 6 is a diagram for generally explaining the description format of table copy. FIG. 6 is assumed to be a table of CSV format data of spreadsheet software. The general description format of table copy according to the present invention is as follows: a copy designation column (usually the first column, column A in FIG. 6) of a copy destination table data, a copy designation symbol (usually "<"), Describe the copy source table name and edit table name. That is, <copy source table name: edit table name The description of the copy source table name specifies the table to be copied by its table name, and the description of the edit table name will be described later in detail using an example. Specifies a table describing a copy mode.

FIG. 7 shows a table copy in the format 1 which is a first example of the editing table. The "editing table 1" which is the name of the editing table describing the format 1 is the first column of the copy destination table together with the copy designation symbol (<) and the name of the copy source table "copy source table 1". What is described in column A is as described above and is illustrated in FIG. The format 1 of the edit table is as follows.

Copy destination column <copy source column, copy destination column <copy source column,... (Same on the left)... Correlate the copy source row data with the copy destination row data, and copy the copy source column according to the rules. Copy sequentially to the first column. All the copy rules are executed for each row of the source table data, and one row of table data is created at the destination. Copying is performed until there is no more table data at the copy source. Specifically, the editing table 1 is described as follows.

B <A, C <B, D <C, A <D This means that the copy source column A is added to the copy destination column B,
In the copy destination column C, the copy source column C in the copy destination column D, and the copy source column D in the copy destination column A. The copy source table 1 shown in FIG. 7 is one of the tables to be copied.
Table 1 is based on the editing table, and as shown in the lower table of FIG. 7 (the destination table after copying), column A is in column B, column B is in column C, and column C is in column D, column D
Are copied to column A, respectively.

FIG. 8 shows a format 2 which is a second example of the editing table. The format 2 of the edit table is as follows. & Copy destination column <Copy source column: Copy source column: Copy source column: ... (Same as left) ... ... ... Same as above ... Copy one row of data of the copy source to multiple rows of the copy destination Copies are made sequentially according to a rule, corresponding to one column. For each row of table data of the copy source, table data of one column is created over a plurality of rows at the copy destination. Copying is performed until there is no copy rule in the edit table. Note that & is illustrated as a tag indicating the same column in a plurality of rows.

Specifically, the editing table 2 is described as follows. & A <A: B: C, & B <A: B: C, & C <A: B: C This means that A, B, and C in the first row of the copy source are in the column A of the copy destination and the copy source is A, B, and C in the second row of column B are columns B of the copy destination.
A, B, and C in the third row of the copy source correspond to the columns C of the copy destination.
Means that they are sequentially copied. FIG. 8 illustrates that the source table 2 is copied to the destination table according to this rule.

FIG. 9 shows a format 3 which is a third example of the editing table. The format 3 of the editing table is as follows. Copy destination column: Copy destination column: Copy destination column: ... (same as left) ... <& Copy source column, ... ... Same as above ... Copy table data of the same column in multiple rows of the copy source In accordance with the rules corresponding to the preceding row data, the designated same column data of a plurality of rows of the copy source are sequentially copied to one row of the copy destination. One row of table data is created at the copy destination for the same column data of a plurality of rows at the copy source. Copying is performed until there is no copy rule in the edit table. Note that & is illustrated as a tag indicating the same column in a plurality of rows.

Specifically, the editing table 3 is described as follows. A: B: C <& A, A: B: C <& B, A: B: C <& D, where the column A of the copy source is the first row A, B, C of the copy destination
In the column B of the copy source, the second row A, B, C of the copy destination is
This means that the copy source column D is sequentially copied to the copy destination third rows A, B, and C. In this example, the copy source column C is not copied. FIG. 9 illustrates that the source table 3 is copied to the destination table according to this rule.

The above copy processing procedure will be described with reference to the flowcharts of FIGS. First, in step (S14) of FIG. 10, one row of the copy destination table data is read. In step (S15), it is determined whether or not there is input data. If there is no input data, the copying process ends. In step (S16), a copy designation symbol (usually <) is searched. If not, the process returns to the beginning of the flowchart.

For example, if the first row of the copy destination table data shown in FIG. 7 is input, the process goes to step (S17) since there is a description of the copy designation symbol, and the edit table specified there is specified. Enter In step (S18), the editing mode is determined as described above with reference to FIGS. 7 to 9. If the editing mode is format 2, the step (S24) in FIG.
If the format is 3, the process proceeds to step (S33) in FIG. If the format is 1, the process proceeds to step (S19) in FIG. Here, one line of the copy source table data specified by the edit table is input, and the process proceeds to step (S2
At 0), it is determined whether or not there is data. If there is no data, the process returns to the beginning of the flowchart.

For example, the first row (A) of the copy source table 1 in FIG.
1, B1, C1, D1) are input, and the process proceeds to step (S21). Here, if the first copy rule (B <A,) described in the edit table of FIG. 7 is detected, the process proceeds to step (S22) downward, and in step (S23), the copy source cell A A1 in the first row of the column is copied to the second row of the B column, which is a copy destination cell, and step (S2
Returning to 1), the next copy rule is detected. In the example of FIG. 7, after the fourth copy rule (A <D) ends, there is no copy rule, so the process returns from step (S22) to step (S19), and the second copy rule of the copy source table data is returned. Will process the row. In the example of FIG. 7, after processing three rows of the copy source table data, since there is no data, the process returns from the step (S20) to the beginning of the flowchart.

If the editing mode is the format 2 described above with reference to FIG. 8, the process proceeds from step (S18) in FIG. 10 to step (S24) in FIG. input. If there is no data, the step (S
25), the process returns to the beginning of FIG. For example, assuming that the first row (A1, B1, C1) of the copy source table 2 in FIG. 8 has been input, the process proceeds to step (S26). Here, the copy destination column of the edit table 2 illustrated in FIG. 8 is detected. Detected sequentially from left to right and top to bottom. In this example, after the column C is detected, there is no copy destination column.
Return to the beginning from 7). Here, the first copy rule (& A
Based on <A: B: C), assuming that the copy destination column A is detected, the process proceeds to step (S28).

In step (S28), the line number of the copy destination is set. The first line number is set, for example, in the next line in which a copy instruction symbol is described. Step (S2
In 9), the copy source column is sequentially detected from left to right.
As described above, assuming that the first row (A1, B1, C1) has been input, this is sequentially detected in the order of A1, B1, and C1. After C1 is detected, since there is no copy source column, the process returns from step (S30) to step (S24) to input the next row of the copy source table data.

For example, when this first column (A1) is detected, a step (S31) copies this (A1) to the second row of column A, which is the copy destination cell. Step (S32)
In, the line number of the copy destination is advanced by one line. In this example, the second line is advanced to the third line, and the next copy is
Will be done on this line. Then, step (S2)
Returning to 9), the next copy source column, (B in this example)
1) is detected, and the same processing is performed thereafter. When one row of the copy source table is completed, steps (S30) to (S30)
Returning to 24), the next line is processed, and when all the lines have been processed, the process returns from the step (S25) to the beginning of this flowchart.

If it is determined in step (S18) of FIG. 10 that the format is the format 3 described above with reference to FIG. 9, the process proceeds to step (S33) of FIG. Here, the line number of the copy destination is set. For example, as shown in FIG. 9, it is set to the next line with a copy instruction. Step (S34)
In, the copy source column of the edit table is sequentially detected from left to right and from top to bottom. In step (S35), it is determined whether there is a copy source column. In the editing table 3 of FIG. 9, there are three copy source columns, and when all of them have been completed, the process returns from the step (S35) to the beginning of this flowchart.

In step (S36), for example, the first copy rule (A: B: C <&) in the edit table of FIG.
Based on A), the copy destination columns A, B, and C corresponding to the copy source column A are sequentially detected. Step (S3
In 7), it is determined whether or not there is a copy destination column.
After the copy destination columns A, B, and C have all been completed, step (S
Proceed to 40), but if not, step (S38)
, One row (one cell) of table data to be copied is input. In this example, first, A in the first row of the copy source column A
1 is input, and this is entered in step (S39).
It is copied to the destination cell, in this example, to the second row of column A. Then, returning to step (S36), the next copy destination column, in this example, column B is detected, and the copy source A2 is copied to the copy destination B column.

In this example, after the process is completed up to column C of the copy destination, the process proceeds to step (S40), where the copy leading number is advanced by one line, and in step (S41), the table data of the copy source is returned to the first row. Then, in step (S34), the copy source column B is processed in the same manner based on the next copy rule, and after all the processes are completed, the process returns to the beginning from step (S35).

FIGS. 13 and 14 illustrate the concept of the continuation line of the tabular data. FIG. 13 shows an example of the tabular data and the template for the continuation line, and the translation result converted by using them. Is shown.

The table data shown in FIG. 13 is characterized in that a continuation designation symbol (usually "-") is described in the continuation row designation column (usually the first column, column A in FIG. 13).
This continuation designation symbol (-) describes a character string to be repeated in the cell for the number of repetitions. On the other hand, in the template, the character string that you want to repeat is a repeat tag (exemplified by "# ... #")
Surround with and specify. Here,% B% and% C% exemplify replacement tags to be replaced with the contents of column B and column C, respectively. The template is usually composed of a plurality of lines as illustrated in FIG. 1, but the template “hinag.txt” illustrated in FIG. 13 is a part of the template extracted and illustrated. To explain by way of example, since the% B% and% C% of the template are replaced with the contents of columns B and C of the table of FIG. 13, respectively, the first row of this table is as follows: The conversion will be clear from the above.

The new car 1 will be released on August 1. And since this model has a repetition tag (#),
The character string enclosed by #, that is, "% B% will be released to% C%." Is twice, which is the number of continuation designation symbols (-) in the table of FIG. The eyes and the third line will be repeated further. That is, the following conversions are added.

The new car 2 will be released on September 1. New car 3 will be released on October 1. When this conversion is completed, usually, the conversion is performed on the other part of the template consisting of a plurality of lines, and when all the conversion is completed, this processing is completed.

The processing of the continuation line will be further described by way of example with reference to the processing procedure shown in FIG. 14 together with FIG. First, the step (S4
In 2), one row of table data is read, and in step (S43), it is determined whether or not there is input data. If there is no input data, the continuation line processing procedure ends. In step (S44), it is determined whether or not there is a model designation. If there is a model designation, in step (S45), a model is input. Assuming that the first row of the table data is input in the example shown in FIG. 13, here, as a model,
This is entered because nag.txt is specified. In step (S46), a repeated tag (usually #... #) Is searched from the input template. If there are a plurality of repeated tags in the same template, they are searched sequentially. In step (S47), if no tag is detected repeatedly, the process returns to the beginning.
In step 8), based on the input table data, a conversion process is performed on the portion enclosed by the repeated tags. As a result, as described above, the new vehicle 1 will be released on August 1.

In step (S49), the next row of the table data is input, and it is determined in step (S50) whether or not it is a continuation row. If it is not a continuation line, the process returns to step (S46) to search for the next repetition tag from the template. If the next line is a continuation line,
In step (S <b> 51), conversion processing is performed on a portion enclosed by repeated tags based on the table data of the continuation line. The result is "The new car 2 will be released on September 1." Then, the process returns to step (S49), further inputs the next line, and makes a similar determination. In the example shown in FIG. 13, since the line is a continuation line, the conversion process is performed again, and as a result, “New car 3 will be released on October 1”. After processing all continuation lines,
Returning to step (S46), a search for the next repeated tag is performed.

[0082]

As described above, according to the manuscript text generation processing apparatus of the present invention, a part of the manuscript text composed of text and image is specified by using the template designated by the replacement detection key. In order to be able to replace a character or a character group, or to replace a part of the image with a specific image, the parameters corresponding to the specific character or the character group and / or the specific image are set to coordinate axes of two or more dimensions. Use a parameter setting table specified in a table format, and
In the creation of the parameter setting table, a parameter setting table used for template translation can be easily created by a configuration that allows the CSV format data of spreadsheet software to be easily merged. This makes it possible to create HTML for a WWW browser that handles a large amount of data while improving resource efficiency. In addition, by incorporating the concept of a continuation line into tabular data, it is easy to repeat the description with only a part of the data replaced.
There is an effect that it can be easily applied to the itemized list in the creation of the ML text.

[Brief description of the drawings]

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

FIG. 2 shows an original text displayed based on the template translation words shown in FIG.

FIG. 3 shows an apparatus configuration diagram of the present invention.

FIG. 4 shows a processing flowchart.

FIG. 5 is a diagram illustrating an example in which a replacement can be specified using a cell-specific replacement detection key.

FIG. 6 is a diagram generally explaining a description format of table copy.

FIG. 7 is a diagram illustrating table copying in the format 1 of an editing table.

FIG. 8 is a diagram illustrating table copying in the format 2 of the editing table.

FIG. 9 is a diagram illustrating table copying in the format 3 of the editing table.

FIG. 10 is a flowchart showing a procedure of a table copy process, particularly corresponding to the format 1 in FIG. 7;

FIG. 11 is a flowchart showing a procedure of a table copy process, and particularly a diagram corresponding to the format 2 in FIG. 8;

FIG. 12 is a flowchart showing a processing procedure of table copying, particularly a diagram corresponding to the format 3 in FIG. 9;

FIG. 13 shows an example of tabular data and a template for explaining the concept of a continuation line of tabular data, and a translation result converted using the tabular data and the template.

FIG. 14 is a flowchart illustrating a processing procedure for explaining the concept of a continuation line of tabular data.

[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

Claims (2)

[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. Then, an image display program is created using a specific character or a group of characters and / or a specific image stored in the file, and the display device is configured based on the image 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 Is provided in the form of a table having two or more coordinate axes, and a copy rule is added to a copy instruction column of the parameter setting table, whereby the parameter setting table data An original text generation processing apparatus, wherein rows and columns of data of another table are arbitrarily associated with rows and columns and merged. 2. 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 character group specified by the replacement detection key and a specific image is provided. Then, an image display program is created using a specific character or a group of characters and / or a specific image stored in the file, and the display device is configured based on the image 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 in correspondence with one of the templates, wherein the specific character or character group and / or the specific image Is provided in the form of a table having two or more coordinate axes, and a continuation designating rule is added to the continuation line designating column of the parameter setting table. An original text generation processing apparatus wherein a character string surrounded by tags is repeated until a continuation line ends.