JPS582930A - Tabulation processing system for document generating device - Google Patents

Abstract

PURPOSE:To make the tabulation processing efficient, by counting the number of written characters and placing a cursor in the beginning of the next line of a field when the number of characters becomes a value determined by the width of the field. CONSTITUTION:Keys on a keyboard 1 are operated and the position of a cursor is designated through a cursor input part 3 to input information indicating the overall frame of a table and information prescribing the structure of each field to a field management part 9. The management part 9 counts the number of characters written in a field of the table; and when the count value reaches a designated value, the management part 9 instructs a cursor controlling part 8 to place the cursor in the beginning of the next line in the field and resets the count value to zero. A main controlling part 4 sends a generated document to a document file 5 to preserve it and displays the frame of the table and the document on a display part 7 through a screen buffer 6. The controlling part 8 controls the address of the cursor to indicate the position of the cursor and changes lines of the displayed document automatically to perform the tabulation processing and the update of the document efficiently.

Description

Detailed Description of the Invention: When creating a table, when creating or editing a document by specifying a field, the document can be edited within the specified field without affecting other fields. Recently, Japanese electronic typewriters have been developed to enable writing and editing. Commercially available Japanese electronic typewriters include an input device such as a keyboard, a main control unit consisting of a microprocessor, a display, and a floppy disk.
Japanese electronic typewriters, which consist of a disk device and can create, revise, and save Japanese documents containing kana and kanji, can also create tables, but conventional Japanese electronic typewriters can Figures 1 (0) and 2) and Figure 2 explain the problems with conventional Japanese electronic typewriters, which had the disadvantage of not being able to efficiently tabulate tables. .

Suppose that there is a field in which the character string "This entry needs to be modified" is written, as in 111I ((). As shown in Figure 1 ←), in this field, If you insert the character string ``1 part'' before ``1 correction'' in a document, the subsequent vertical lines will also move to the right by that amount.Also, as shown in Figure 2, if you insert the character string ``1 part'' in the field File To do this, the operator can use the keyboard to select "This is..." and "This is..." from the keyboard.
I had to enter the character string "...-de", then enter "su", then move the cursor and enter "su". In this way, conventional Japanese electronic typewriters are
The disadvantages are that it is difficult to revise existing tables and that tables cannot be created efficiently.

The present invention eliminates the above-mentioned drawbacks, and provides a document in which, when a field in a table is specified and characters are input from an input device, the character string is automatically placed in the specified next field. The purpose is to provide a tabulation processing method in a production device. Therefore, the creation processing method in the document creation device of the present invention includes an input means for inputting characters, a screen buffer for writing the sent character code at a position corresponding to the cursor position, and a display based on the contents of the screen buffer. A document creation device that is equipped with a display section that performs tabulation processing, a document file that stores document information, and a main control section that updates the feed position from the input means described above, and that is capable of tabulation processing. When creating a document, write sequentially in the digit direction from the beginning of the 0th line of the text field, count the number of written characters, and when the number of written characters reaches the value determined by the horizontal direction of the field, This method is characterized in that the cursor is positioned at the beginning of the next line in the field, and the number of characters to be written is set to a predetermined value of -V. Hereinafter, the present invention will be explained with reference to the drawings.

FIG. 3 is a four-dimensional diagram of one embodiment of the document creation device according to the present invention, FIG. 4 is a diagram showing the data format, and FIG.
The explanatory diagram, FIG. 6, is for explaining the destination to which the cursor is moved when the release key is pressed.

In FIG. 3, l is a keyboard, 2 is a keyboard control section, 3 is a cursor input section, 4 is a main control section, 5 is a document file, 6 is a screen buffer, 7 is a display keyboard l is used for various character keys and documents Create key, cursor key, tab key
key, tab designation key, right end row end setting key, left end row end setting key, field designation key, release key, etc. The keyboard control section 2 determines the type of key pressed and outputs the corresponding key. The cursor input section 3 outputs a cursor key status signal. The main control unit 4 is composed of, for example, a microprocessor, and has a document creation function and an image control function. The document file 5 is composed of a floppy disk, etc., and stores the created document. It is something. The screen buffer 6 stores the characters sent from the main control section 4. The write address is specified by a cursor address V register (not shown).The 0 display section 7 displays the character string in the one-screen buffer 6 in an image pattern. Cursor control section 8
It holds information about the structure of the cursor and the cursor, 11- and each field, and detects the difference between the boundary of the specified file and the actual cursor position, and When attempting to change a field boundary, the cursor controller 8 is requested to position the cursor at the beginning of the next line within the field. The cursor position indicating section 10 indicates the current cursor position.

Figure 4 shows the format of data for each field in one document file "5.The data contained in one field includes the partial editing designation code, the number of characters per line in that field, and the document data. and a release code, etc. Such field document data exists for each field, and these field document data are arranged in ascending order according to the number 11 given to the field and stored in the document file 5. 0 documents 7 in file 5 are stored in screen buffer 6.

Figure 5 is the ninth diagram to explain the book. In FIG. 5, TBL is the table %Fil to F33 on the display section 7.
indicates a field, and L indicates a grid assigned to one character. To simplify the explanation, it is assumed that the vertical ruled lines are drawn on the left side of the grid, and the horizontal ruled lines are drawn on the clay figurines of the grid, and that the ruled line code is not written to the screen buffer γ6, but the image 9 pattern The framework of the 0 table, which is to be written directly in the φ memo IJK tod, is created as shown below.

Position the cursor on the lattice in the 1st column of the row, press the left end line end specification key, position the cursor in the lattice in the 5th column of the 1st row, press the tab specification key, move the cursor further, and press the 1st line Position it on the 15th digit grid and press the tab designation key,
Finally, the cursor can be input into the document creation device, and next, position information for drawing horizontal lines is input into the document creation device.

To do this, position the cursor on the grid of the 1st row and 1st column and press the top line setting key, then move the cursor downwards and position it on the grid of 4th row and 1st column and press the tab specification key. Then, move the cursor to the 8th row, 1st column grid, press the tab designation key, and finally position the cursor to the 12th row, 1st column grid, and press the bottom row setting key.0 After inputting the position information indicating the frame of the table, when the execution key is pressed, the frame of one table is displayed on the display section 7.

Next, the operation shown in FIG. 3 will be explained with reference to FIGS. 4 to 6. The operator first creates a table as described above. At this time, information indicating the general frame of Table 1 and information defining the structure of each field are taken into the field management section 9, and ruled lines are written as dots in the image ψ (turn memory (Wi not shown)). If you want to create a table framework like s!lI.

, the cursor indicates the Xxl, 7ml grid on the display section 7. However, X indicates the digit, y indicates the row, and field F
If you enter document i in 13 and it is round, enter @1z from Operator/Fi Imaichi board 1 and press field designation Imaichi. Then, the field management layer IBG instructs the cursor control w8 to add 4 to the true direction address. When this command is executed by the cursor control @118, the cursor points to xw=s, yWgl. When the operator from Keymate 1 says, ``This entry is -
When inputting "Correct", the character string "This entry is modified" is displayed on the 1 display section 7. The pulled tube WaS is
Since it is known that the number of characters in one line of field F12 is 10, when @positive1 is entered.

The cursor control unit 8 is instructed to set the address in the X direction to -9 and the address in the -y direction to +l for the cursor control W58. When this command is executed, it is displayed on the display 7, and the cursor is set to I■1&! Point to the -2 grid. 6-K as shown in figure.

When the release key R is pressed at the point of 'Jin', the cursor 01
d x ■ ts, y A zero created table pointing to the grid of e=l is stored in the document file S in the format shown in FIG.

74-x)"F 12F)" 411 positive 'D front k'
-N' Insert 1ml of 1h carnol, y■1
3 place tK every 1. Press the insert key. Then, “
The string "needs to be corrected" is in field F12.
, and is moved to the bottom of the display 7.

When the operator inputs “-1ls”, X w= l
3', 1-# is displayed on the grid of y-1, and 1w=l
4. The lattice k'' II ' of y-1 is displayed and the kernel is X leg .

Point at the 2-5 position. When you press the execute key,
If you wish to reuse the evacuated documents that "need to be modified" and are stored in the document buffer 76,
Operator A/-7 specifies - and presses the well key. When this command is received, the main control 1114 reads nine documents designated from the document file 2. If there is information for creating a table framework in the successive data, the main control 184 reads one document from the document file 2. a'fi* to write the ruled lines that make up the frame of Write character codes in order from the position (Xe, '%) specified by the carnol on the screen I (6IIC), count the number of written characters, and when the count value reaches 900 million, change the carnol position to ( X·, Y·+1), the above-mentioned count value is set to zero KL, and such processing is repeated in the trench where the release code is detected.The detection of the release code and the release code are performed by the field management 119. t.The above count value is the value specified by the field document data. The process of discontinuously changing the kernel position is performed by the field management section 9 controlling the kernel control section 8. 7. From the above explanation, it is clear that according to the present invention, one table The advantage is that the processing and updating of documents in the fields of the table can be done in an efficient manner.

[Brief explanation of the drawing]

Figures 1m and 2 are diagrams for explaining the illumination point between the conventional document creation device, Figure 3 is a block diagram of an embodiment of the document creation device according to the present invention, and Figure 4 shows the document file 5. A diagram showing the format of field document data to be stored, FIG. 5 is a diagram illustrating the present invention.
-・Display section, 8-...Car V ktl14 control section, 9
-y 4-m dome 111S, 1G.- Part of the carnor position indication. Patent Applicant: Fujitsu Limited, Attorney-at-Law, Yotsuya Kyotani 1 Figure (a) 101. Sai 2 Figure Ya 4 Figure Yadaro/23<45 ≦ 79? ! DI+ 12
131ill”;16 /'71B /ri2021
A　2　1 Chem diagram

Claims (1)

[Claims] An input means for inputting characters, a main control unit that creates a document using a screen that writes the received character code at a position corresponding to the cursor position, and updates the cursor position each time a character code is sent to the screen buffer. When creating a document in a table field, a document creation device that is equipped with a A document characterized in that when the number of characters written reaches a value determined in the horizontal direction of the field, the cursor is positioned at the beginning of the next line in the field, and the number of characters written is reset to a predetermined value. Tabulation processing method in the creation device.