JPS63225859A - Tabulation device - Google Patents

Abstract

PURPOSE:To fixedly display item name data of a table in a preliminarily determined prescribed position to attain a satisfactory operability by storing the display position of item name data in an item name entry position storage means and inserting item name data to a prescribed position of each page at the time of displaying table data. CONSTITUTION:When designation of a user is received, selected entry position data is stored in an item name data entry position storage means 1h. An item name data in serting means 1f constituting a display means DSP refers to item name data and the item name data entry position, which are stored in an item name data storage means 1e and the item name data entry position storage means 1h respectively, to give information proper to display in a prescribed format of the table to a display part 1d. The display part 1d constituting the display means DSP displays the table in the prescribed format based on the information from the item name data insertion means 1f and table data stored in a table data storage means 1c. Thus, item name data of the table is fixedly displayed in the preliminarily determined prescribed position.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention provides a table creation device suitable for outputting a table created by a document creation device configured using a computer device or the like to a display screen or a printer, etc. Regarding.

[Conventional technology Conventional document creation devices configured using computer technology generally include a function that not only processes characters but also creates tables that are frequently used in one document. 1 table has an intermediate layer composed of ruled lines, and letters and numbers arranged within this intermediate layer.

Alternatively, when creating a table using a document creation device consisting of various symbols, etc. (hereinafter simply referred to as characters, etc.), first, create an intermediate layer of the required size by combining ruled lines. It is common to enter the item name in letters, etc. into each of the squares located at the top, and then enter predetermined letters, etc. in each cell with each item name attached. The operations are performed in correspondence with the display screen.

As a reference for this type of technology, JP-A-57-
No. 185530, JP-A-58-70349, JP-A-5
8-172743, JP 58-172737, JP 58-195944, JP 58-195945
No., JP-A-59-57326, JP-A-59-7153
No. 2 and Japanese Patent Application Laid-open No. 119432/1983.

[Problem that the invention seeks to solve]

Table creation using the tabulation function of a conventional document creation device can be created in correspondence with one display screen, and is effective in the task of creating one table. However, the table created as described above is displayed on a single display screen or on paper using a printer or the like. Here, the size of one display screen or page is limited. Therefore, if a table larger than this is created, the table will be displayed across multiple display screens or multiple pages. The table facilitates the viewer's understanding by assigning an item name to each item. However, if the table is too large to be divided into multiple screens or multiple pages, one item name will be attached only to the first item and not to the others. For example, if you print a table you created on paper using a printer and it ends up spanning two sheets of paper of the desired size, understanding the second table is done by looking at the item names on the first table. becomes. The more the number of sheets, the more time it takes to understand.

Previously, when such a problem occurred, the worker managed the pages during the tabulation process, and when one table exceeded one page, the worker had to enter a new item name. . This work not only involves troublesome operations, but also causes the following inconveniences: 1. It is necessary to delete part of the created table or add a part to the created table. This is a case where sex occurs. In such a case,
The position of the newly entered item name when it exceeds the page will be moved due to this deletion and addition work, and will no longer be displayed at the top of the scheduled page. In order to display it at the beginning of the list, it is necessary to move one item name.

The present invention has been made in view of the above points.

The purpose is to obtain a table creation device that can fixedly display item name data of a table at a predetermined position.

[Means for solving problems]

The above purpose is to select and store item name data from one table data, and display the stored item name data at a predetermined position when displaying the table data. This is achieved by providing a storage unit that indicates where to display the item and displaying the table while inserting item name data into the table data based on the stored contents of this storage unit.

In other words, one feature of the present invention is a table data storage means for storing table data, and an item name for selecting and specifying display data of a portion corresponding to item name data from among the display data stored in the table data storage means. selection and designation means; item name data storage means for storing item name data selected and designated by the item name selection and designation means; an item name joining position specifying means for specifying the joining position; one item name joining position storing means for storing the joining position designated by the item name joining position specifying means; and table data stored in the table data storing means. display means for sequentially reading and displaying the data in a predetermined table format, inputting the stored contents of the item name addition position storage means, and adding and displaying the item name data stored in the item name data storage means at the storage position; This is because we have the necessary equipment.

[Effect]

With the above configuration, editing such as inserting, adding, or deleting table records only needs to be performed on the table data; that is, the display position of one item name data is stored in the item name addition position storage means. Therefore, there is no need to adjust the position of item name data on the table data when editing the table data.

In addition, when displaying table data, item name data is inserted at a predetermined location on each page of one table, so changing item name data will result in changing the item name of each page on one display screen. Become.

〔Example〕

An embodiment of the present invention will be described below. Figure 1 is.

FIG. 2 is a block diagram showing the principle of an embodiment. In other words, in this embodiment, when editing such as inserting, deleting, or moving records in a table as shown in FIGS. 2, 3, and 4, when displaying specified item name data, This is an example in which the image is displayed while being fixed at a predetermined position. Here, Figure 2 shows 'i1' for inserting a table record, 2a shows item name data 1, 1b shows a group of table record data, 2c shows an inserted record, and 2d shows added item name data. .

In other words, if you insert the insert record 2c shown on the right into a table created over two pages shown on the left, the table will end up spanning three pages, and item name data 2d will be displayed at the top of each page. Ru. FIG. 3 shows deletion of table records, and 3a is a deleted record. In other words, for the table created over three pages shown on the left, record 3a
When deleted, the table is changed to a two-page table as shown on the right, and the item name data 2a is displayed at the top of each page. FIG. 4 shows the movement of table records, and 4a indicates a movement record. That is, by moving record 4a to the second page, each subsequent record will be moved forward.

In FIG. 1, reference numeral 1a denotes a table creation means, which has functions for inputting ruled line data that constitutes a table necessary for the user to create a table, inputting character data in each square of the table, and input ruled line data. It has a function of combining and character data and storing it as table data in the table data storage means 1c. It also has a function of reading table data from the table data storage means 1c and a function of performing the above-mentioned editing on the table data read out. It has the function of calling means 1g. The item name data selection and designation means 1b displays guidance prompting the user to specify item name data on the display screen, and waits for the user's designation. 5 when specified by the user
Data within the specified range is extracted from the table data currently being edited, and this data is stored as item data in the item name data storage means 1e. The item name data addition position designating means 1g displays guidance prompting the user to specify where on the paper one item name data is to be displayed, and waits for the user's designation. When specified by the user.

The selected joining position data is stored in the item name data joining position storage means 1h. The item name data insertion means 1f constituting the display means DSP inputs the 'item name data stored in each of the item name data storage means 1e, the item name data addition position storage means 1h, and 0 display means 1) A display unit 1d constituting SP refers to the entry position of item name data and provides appropriate information for displaying a table in a predetermined format.

It has a function of displaying a table in a predetermined format on the display section 1d based on the information from the item name data insertion means 1f and the table data stored in the one-table data storage means 1c.

FIGS. 5(a) and 5(b) show guidance displayed on the display screen SC by the item name data selection designation means tb and the item name data addition position designation means 1g, respectively. Figure 5(a)
In 1 item name data start, move cursor C8 to the start position and press the return key. Next, move cursor C8 to the end position of the item name data and press the return key. Data is specified. In FIG. 5(b), since the display position of the currently displayed item name data may be set as the item name data position, the guidance in the upper row of FIG. 5(b) is displayed first. If the N key is pressed here, the guidance shown in the lower part of FIG. 5(b) is displayed. next.

When the cursor C8 is moved to the desired position and the return key is pressed, and the N key is pressed, the lower guidance in FIG. 5(b) is not displayed.The item name data position is specified by 0 or more operations.

After specifying the item name data position, it is determined whether the vertical size of one table (hereinafter referred to as table size) exceeds the paper vertical size, and if it does.

As shown in FIG. 6(a), guidance is displayed prompting the user to specify whether or not the item name data position is valid on each page. Figures 6(b) and (c).

(d) As shown in FIG. 6(b), create a table 6a with a size of one and a half pages, specify the item name data 6b,
and item name data addition position [After specifying 6c, Y for the guidance.

This table shows the change on the paper of the table (3cm, Qau) when N is input. In other words, in FIG. 6(d), since the item name data addition position 6c is valid for each page, page 2 The item name data 6b is displayed at the designated position 6C, and the record data of the table is displayed from below.

In FIG. 6(Q), since it is not valid, on the second page, the item name data 6b is displayed at the top of the page, and the record data of the table is displayed from below.

FIG. 7 shows the item name data selection and specification means 1 shown in FIG.
In the explanatory diagram of b, the area surrounded by the start position 7a and the end position 7b is item name data 7c.

FIG. 8 is a block diagram showing the overall configuration of a table creation device to which the present invention is applied. The KB is a keyboard for inputting various commands necessary for reading table data and editing and creating tables, such as writing instructions, tabulation instructions, character input instructions, selection instructions, etc. It has various keys necessary for input. The DIC is a dictionary storage unit that stores kanji and compound words in correspondence with their pronunciations. PM is a storage unit that stores various processing programs for implementing table creation processing and processing necessary for creation processing operations. The CPU is a processing unit that sequentially reads various processing programs stored in the PM and executes table creation processing based on various instructions from the keyboard. The DSP is a display unit that sequentially displays the table creation process on its screen. , PRT is an output unit that prints and displays the created table on paper set in the output unit. When reading data is input from the keyboard KB and the conversion instruction key is pressed, the processing unit CPU inputs the data based on the processing program stored in the program storage unit PM, and at the same time inputs the characters etc. corresponding to this reading data to the dictionary storage unit DIC. Read from.

This is displayed and output to the display section DSP. DM is a data storage unit that temporarily stores created tables or intermediate data necessary for executing various processes.

EM is an external storage device, and the created table data is stored and registered in this external storage device EM in the form of a file. A file name is added at the time of storage registration, and in later use, the desired table data file can be read by specifying this file name, thereby making it possible to edit the table.

FIG. 9 is a functional hierarchical block diagram of a table editing device that implements this embodiment. The tenth is a diagram explaining the structure of a table file and how that structure corresponds to the table on the paper. The processing of the one-table editing device will be described below with reference to FIGS. 9 and 10. When creating a new table, the table creation processing means 9b is called, and then the ruled line input processing means 9e is called. Here, the processing means 9e is used to draw the ruled lines constituting the desired table.

At this time, the data storage unit DM in FIG.
a record data management file 10a as shown in b);
Record data file 10b, ruled line data file 1
An area with the same image as 0c is secured.

The size of this secured area depends on the size of the drawn table.For example, the size of the table 10d and 10e in FIG.
The sum of the vertical sizes of each table, that is, (tr sl+
t r sz) is the record data management file 10
This corresponds to the number n of records in a, and the horizontal size ths of the table corresponds to the size of each record data in the record data management file. When the drawing of the ruled lines is completed, in the record data management file 10a, a pointer to the ruled line data storage address is set in the storage section efp, and the vertical size of the table and the horizontal size of the table are set in the storage sections trs and ths, respectively. The vertical size of the record and the pointer to the record data storage location are stored in the storage units rsn and isn, respectively (n=o).

1...un). Here, one row of the table corresponds to a code and the record vertical size is defined in units of rows, so all 1s are set in the storage section rsn. Although it is possible to make the vertical size of each record variable as a function expansion, in this embodiment, the vertical size of all records is fixed at 1. Furthermore, in the record data file 10b, since the record data is not yet input, each area of the storage section rdn (n=o* 11..., n) is cleared, and the last byte of each storage section rdn is Part rd
"-1" is set as the delimiter for n. Furthermore, in the ruled line data file 10c, the page number and the offset of the left end point of the top line of the table of each page are set at the corresponding location, and the line data storage area of each page, jn (
n=o, 1. -, n), the start point and end point of the line and the type of the line are set for the number of lines. Here, the starting point,
The end point is a value with the offset as the origin. This is because as the entry position of the item name data is moved, the entire ruled line of the table must be moved.

That is, in this case, it is necessary to change only the value of the offset. In addition, three files 10
rEOFJ indicating the end of the corresponding file is set at the final address of a + 10 b e 10 c. This is used in the file reading means 9k and file storage means 9L shown in FIG.

After drawing the ruled lines, character data is usually input into each square of the table. To do this, character input processing means 9f is called in FIG. In this processing means 9f,
The character input data from the keyboard KB is converted into various forms, and the converted data is displayed as shown in Fig. 10 (b).
・tn) and store it in the record data area rdn.

The editing function means 9c has the functions of a record editing means 91, an item name data addition position specifying means 1g, and an item name data selection specifying means 1b. The item name data selection and specification means 1b will be explained below. FIG. 11 is a flowchart showing this processing means 1b. In the position acquisition loop of step lla, the item name data start position and end position are acquired in the storage units pOs (0) and pos (1), respectively. Step 11b checks whether there are any inconsistencies in the acquired positions. If this check fails, step 11c
The corresponding error message is displayed, and the process returns to the position acquisition loop lla. If this check does not pass, move the item name data registration processing means IDR to step lid.
Execute with.

This registration processing means IDR will be explained below. FIG. 12 is a diagram explaining the contents of this process. That is, this process causes the item name data pointer ip in the record data management file loa to point to the record data corresponding to the specified item name data, and deletes the record data pointer that is no longer needed. be. Figure 12 (
a) shows the initial state, and FIG. 12(b) is a diagram in which the item name data pointer ip is set, and 1 item name data is set to 2.
Insert "-1", which is the delimiter mark of record data, into the next record data so that it becomes a record.

In other words, the pointer value is rewritten to point to the record data pointed to by the pointer rpl.

FIG. 12(c) shows pointer rpo that is no longer needed.

This shows a state in which rpl has been deleted and subsequent record data pointers have been moved upward. FIG. 13 is a flowchart showing details of the item name data registration processing means IDR. In step 13a, the range of record numbers serving as item name data is determined.

Step 13b is the fifth record data pointer rp
The value of j is set in the item name data pointer ip, and the vertical size of the item name data is set.

Step 13o is a process for making the record data delimiter mark "-1" point to the next record data. Step 13d is r after the (k+1)th
This process moves the data up to "EOF" up by (isX2) words.

In this figure, yt indicates the display start position yIIl'jIA on the display screen sc.

Next, the processing of the item name data addition position specifying means 1g will be explained. FIG. 14 is a flowchart of this process. Figure 5(b) in guidance display 1 of step 14a.
After the message is displayed on the upper row, the key will wait for human power. When the Y key is input, the upper left end position of the item name data currently displayed in the storage section 1pos is set. When the N key is input, the lower message shown in FIG. 5(b) is displayed on the guidance display 2 in step 14c. After this, the keys wait for human power, and when an arrow key is input, step 14
d moves the cursor in the direction of the arrow. When the return key is input, the process branches to step 14a, where the cursor coordinates are read from the display screen sa, the offset between the display screen sc and the paper is subtracted from this value, and the result is stored in the storage unit 1.
It is set to POS. FIG. 16 is a diagram explaining this offset. The branch of step 14f is for determining whether attribute designation is necessary to determine whether the designated item name data position is also valid for tables on the second page and beyond. In other words, 1 table vertical size > paper vertical size - 1
”, the above attribute specification is necessary; otherwise, it is not necessary. Step 14g is shown in FIG. 6(a).
Display a message for specifying attributes. After that, Y
If there is a key input, "1" is set in the storage unit 1atr, and the designated item name data position becomes valid on each page. If there is an N key input, “
0" is set and becomes invalid. Next, the offset (xon, yo) of each page in the ruled line data file 10c is
n), the process of step 14h is called. FIG. 15 is a flowchart of this process. In this process, first of all, the first page offset (
xo1+)'01) is updated as shown in step 15a. If the storage unit 1atr contains data indicating validity, offsets (won, yon) from pages 2 to n are stored in the storage unit ip through subsequent processing.

It is updated to the value of S.

Next, the three files shown in FIG.
-Do data! The following describes how a table is displayed on the display screen so from the management file log, the record data file 10b, and the ruled line data file 10C. This process is broadly divided into two parts. That is, they are a connection data display and a record data display. Further, when the item data position attribute storage section 1atr is valid, the record data display is divided into two parts: an item name data display and a record data display. FIG. 17 shows a flowchart of ruled line data display processing. This flowchart is a flowchart for displaying ruled line data of an arbitrary page m. First, in step 17a, a pointer to the ruled line data file 10c is set in the storage section ptr. Step 17
b and 17c are loops that update the pointer ptr to point to the beginning of the ruled line data of the specified page. Step 17d sets X-direction and y-direction offsets for drawing ruled lines in the storage units XOn and yOn, respectively. Step 17e is
The pointer ptr is updated to point to the data on the first ruled line □. In step 17f, the storage unit xon
, yon are added with offsets xod and yod from the display screen sc at the upper left corner of the paper, the results are converted into the number of dots, and the results are set in the storage units dxof and dyof, respectively.

Steps 17g, 17h, 17i, and 17j are.

Construct a loop that draws all the ruled lines on m pages.

One ruled line is drawn in one loop. Step 17h adds the offset obtained in step 17f to the start point and end point data to the X component and the X component, respectively.

The results are set in the storage units (xs+ys) and (xe+ye), respectively. Furthermore, data representing the type of ruled line is set in the storage section kind. Step 17i is a process of connecting the starting point and the ending point with a straight line specified by the storage section kind. In step 17j, the pointer is updated to point to the primary ruled line data. FIG. 18(a) is a flowchart of a process for displaying record data of an arbitrary page m. Step 18a checks whether item name data is specified. If specified, step 1
After displaying the item name data by executing the item name data display means IDl5 shown in step 8d, m pages of record data are displayed by executing the record data display means RDIS shown in step 18e. If there is no specification, m pages of record data are displayed. Steps 18b and 18c are the initialization of the display position storage section dpos.
s is referred to in the item name data and record data display. FIG. 18(b) and FIG. 18(c) are diagrams showing the display position of the table in the case of steps 18c and 18b, respectively, and the 9th place flEt po s is (x t).

yt), Δpos is (ΔX, Δy), 1pos is (xx
+yi).

The flowchart of the record data display means RDIS for the mth page is shown in FIG. 19.The record start and end number calculation means GEN shown in step 19a calculates the record start number and end number within the m page and stores them respectively. This is a processing means for setting the parts rs and re. Step 1
9b initializes a loop variable g for a loop that sequentially displays record data from record start number rs to end number re. Step 19c is a determination as to whether or not to exit the loop. Steps 19d, 19e, 19
f and 19g are processes performed within the loop, and the code data is displayed through this series of processes.

Next, the item name data display processing ID15 shown in step 18d of FIG. 18(,) will be explained using the flowchart of FIG. 20 showing details thereof.

Step 20a initializes a pointer ptr for pointing to item name data. The record display means PDIS shown in step 20b is a process for displaying the record data pointed to by the pointer Ptr.

In step 20c, since the item name data may include a plurality of record data, a pointer pointing to the primary record data is set in the pointer ptr. Step 20d is a judgment to check whether the pointer ptr is "-1", that is, the next record data does not exist. If this determination is negative, step 20
Return processing to b.

FIG. 21 shows the record data display means PDIS described above.
2 is a flowchart showing details of the process. This process sets the data pointed to by the pointer ptr in the storage section ahar, and displays the contents of the storage section char in sequence at the current cursor position until this becomes equal to rLFJ, that is, the data indicating the end of the record data. It is something.

Next, the m-page record start/end number calculation means GSEN called by the m-page record data display means RD'fS shown in FIG. 19 will be explained using the flowchart shown in FIG. 22 showing its details. . In step 22a, it is determined whether the item name data position storage section 1pos is valid for each page. If it is valid, step 22b is executed, and if it is invalid, step 22c is executed.

Here, the storage unit sum means the number of lines from the beginning of the paper to the beginning of the record data. -)'1yyt are the y-direction offset of the item name data position and the y-direction offset of the display position, respectively. Figures 23(a) and (b) show the second
This is a diagram for explaining the symbols referenced in Figure 2.
FIG. 23(a) is a diagram of a table on a sheet when the contents of the storage section 1atr are invalid, and FIG. 23(b) is a diagram of a table on a sheet when the contents of the storage section 1atr are valid. Step 22d initializes the loop frequency for obtaining the record start and end numbers of page m. Step 22e initializes the loop frequency of the loop for obtaining the record start and end numbers of page m.
This is a judgment to set sun' in the storage section sun in order to display a table more clearly. In step 22f, the paper vertical size "-↓" is added to the page specified by the storage section page.
Assuming that record data is to be displayed up to the maximum number of records, the number of records to be displayed is calculated, and j is the record number in the bottom row of the table. If the contents of storage section j are updated to the final record number n and the conditional expression is not satisfied,
Branching to step 22g. Step 22h is updating the page number. Step 221 is a determination as to whether or not to exit the loop. After exiting this loop, storage section i
, j are the start number and end number of page m records, respectively.

In step 23j, eight sets of storage units rs and re are respectively stored.

There are now three table data files, namely the record data management file loa and the record data file 10.
b. This concludes the explanation of the process of displaying a table from the ruled line data file loc on the display screen sc.

Next, a description will be given of processing when table editing as shown in FIGS. 2, 3, and 4 is performed. File lo in Figure 10
g, as evident from 10b.

The actual record data is in the record data file 10.
This record data is specified by the record data pointer rpm arranged in the order of record numbers in the record data management file loa. Therefore, insertion, deletion, and movement of record data are achieved by rewriting the record data pointer rpn without moving the record data. If record data is deleted, record data file 10
This results in an empty area in b, but this area can be filled by rewriting the record data pointer rpn at a certain time.

By doing the above, you can insert and delete records.

Even if editing such as moving is performed, the item name data can be fixed at a predetermined position, so there is no need to move the item name data later. Also, when changing one item name data, it is only necessary to change one item name data. That is, during display, the item name data of all pages is changed. Furthermore, the cover can be easily moved by changing the position of the item name data.

This is a useful feature when tables are included in a document and the length of the text changes, resulting in an increase or decrease in space. Furthermore, if the attribute of the item name data position is specified to be valid across each page, a common space can be taken above the front of each sheet.

This is a convenient function when writing titles, pages, legends, etc. above a single table.

〔Effect of the invention〕

As is clear from the above description, according to the present invention, the item name data of one table can be fixedly displayed at a predetermined position, and a table creation device with good operability can be obtained.

[Brief explanation of drawings]

Figure 1 is a block diagram showing the principle of an embodiment of the present invention, Figure 2 is a block diagram showing the principle of an embodiment of the present invention.
Figures 3 and 4 are explanatory diagrams showing examples of execution in the embodiment, Figures 5 (a) and 5 (b) are diagrams showing examples of display guidance, and Figure 6 (a) is display guidance. A diagram showing an example, FIG. 6(b), FIG. 6(C), and FIG. 6(d) are transition diagrams showing intermediate results of operations, and FIG. 7 is an explanatory diagram explaining the selection operation of item name data. , FIG. 8 is an overall configuration diagram showing an embodiment of the present invention, FIG. 9 is a functional hierarchy block diagram in the embodiment,
FIG. 10(a) is a diagram showing an example of a table, FIG. 10(b) is a diagram showing a file layer configuration created corresponding to the garment, and FIG. 11 is an example of an item name data selection designation means. The flowcharts shown in Fig. 12(a), Fig. 12(b), Fig. 12(
C) is a state transition diagram of each file, FIG. 13 is a flowchart showing an example of the item data registration processing means, FIG. 14 is a flowchart showing an example of the item name data addition position specifying means, and FIG. 15 is a flowchart showing an example of the item name data addition position specifying means. A flowchart showing an example, FIG. 16 is an explanatory diagram for explaining Offcella 1-, FIG. 17 is a flowchart showing an example of ruled line data display processing means, and FIG. 18(a) is a flowchart showing an example of record data display processing means. , FIG. 18(b) and FIG. 18(c) are explanatory diagrams for explaining FIG. 18(a), FIG. 19 is a flowchart 1 showing an example of record data display means, and FIG. 20 is a flowchart 1. FIG. 21 is a flowchart showing an example of the item name data display processing means; FIG. 22 is a flowchart showing an example of the record start/end number calculation means; FIG. 23(a) , FIG. 23(b) is an explanatory diagram for explaining FIG. 22. 1c: table data storage means, 1h two item name selection and specification means,
le: item name data storage means, 1g2 item name addition position designation means, 1h: item name addition position storage means, DSP: display means. Figure 1 $2 Figure 4 Katsuo Ogawa Figure 3 Figure 4 Figure $s7<a+ 5 Figure 6121 (a) Figure 6 (b) Figure 6. ,. 7th concave g Figure N) 9 concave '1ltoE7] (a+
Figure 12 Figure CbJ Figure 13 Figure 15 Figure $16 Oral voice 77 Figure I8 (α) $ 111 Z (b) $ 1
3 Figure C (J Figure 79 Figure 20 Figure 21 FA $22 Figure 23

Claims (1)

[Scope of Claims] 1. Table data storage means for storing table data, and item name selection and specification means for selecting and specifying a portion of display data corresponding to item name data from among the display data stored in the table data storage means. and item name data storage means for storing item name data selected and designated by the item name selection and designation means;
Item name addition position designation means for specifying the addition position of the item name in a table created by the table data stored in the table data storage means, and storing the addition position specified by the item name addition position designation means. The table data stored in the item name addition position storage means and the table data storage means are sequentially read out and displayed in a predetermined tabular format, and the stored contents of the item name addition position storage means are inputted and stored in the storage position. and display means for additionally displaying the item name data stored in the item name data storage means. 2. Table creation according to claim 1, wherein the item name selection and designation means is performed in a state where the table data is displayed on the display screen by the display means, by corresponding to the display screen. Device. 3. The item name selection and specification means selects and specifies the display data of the part corresponding to the item name data by specifying the display coordinate position on the display screen while the table data is displayed on the display screen by the display means. A table creation device according to claim 2, characterized in that: 4. The table creation device according to claim 3, wherein the display coordinate position on the display screen is specified by a cursor displayed on the display screen. 5. The table according to claim 1, wherein the item name addition position designation means is performed by corresponding to the display screen in a state where the table data is displayed on the display screen by the display means. Creation device. 6. The item name addition position designating means is characterized in that when the table data is displayed on the display screen by the display means, the item name addition position is designated by specifying the display coordinate position on the display screen. Claim 5
Tabulation device described in section. 7. The table creation device according to claim 6, wherein the display coordinate position on the display screen is specified by a cursor displayed on the display screen.