JPH0766370B2 - Document processor - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Outline] According to the present invention, an arithmetic unit is provided in a Japanese document processing apparatus that stores document framework information in a table, and a maximum number of frameworks and a standard number of characters per line are calculated. Set by, reduce the storage area of document framework information, and simplify the program operation.

In recent years, Japanese document processing systems have been widely used to create documents. In the case of performing this Japanese document processing, it is first decided to decide a paper on which a document is to be created, and how many characters should be input on one line of this paper and how many lines should be stored on one page.

When setting the framework, the user does not have knowledge of what value to decide, so if the user tries to set the value outside the range of values that can be set, or if it is within the allowed range, However, since the settings tend to be unusable in practice,
It is necessary to provide the standard number and the maximum number allowed.

[Conventional technology]

Conventionally, when performing the above-mentioned document framework, the Japanese document processing device is required to use the maximum number of characters that can be entered in the framework created based on all the paper and framework information applicable to this device, and the paper and framework information. It has all the tables of the standard number of characters per line obtained, and searches the table according to the instructed paper type and framework information to set and specify the maximum number of characters and standard number.

[Problems to be solved by the invention]

The above-described conventional maximum number of characters and standard number have been prepared in advance based on paper and framework information, stored in a table, and stored in the device. Therefore, there is a problem that the storage area for setting the framework becomes enormous and that the program for handling this is complicated.

SUMMARY OF THE INVENTION In view of the conventional situation as described above, the present invention aims to provide a document framework setting method having a small number of operation programs and a simple structure.

[Means for solving problems]

As shown in the principle diagram of FIG. 1, the present invention comprises a table 1 for storing document framework information, an arithmetic unit 2, and a control processing unit 3.

[Action]

The table 1 includes a paper size storage unit that stores vertical and horizontal dimensions of paper according to a plurality of paper types, a character pitch storage unit that stores a character pitch according to a character size, and a print start line according to a line feed pitch. A print start line storage unit to store, a print start position storage unit to store a print start position according to a character size and a character pitch, and a print end position storage unit to store a print end position according to a character size and a character pitch. According to the input paper type information, character size information, and line feed pitch information, the control processing unit 3 uses the table (1) to determine vertical and horizontal dimensions of the paper, character pitch, print start line, print start position, print Each value of the end position is calculated, and the calculation unit 2 determines the vertical and horizontal dimensions of the paper, the character pitch, the print start line, the print start position, and the print end position, which are obtained by the control processing unit 3 from the table 1. Enter values of les are obtained by calculation with the maximum number and the standard number of lines number of characters and per page per line for a document to be processed.

〔Example〕

FIG. 2 is a block diagram of an embodiment to which the present invention is applied. A table 1 for storing framework information is a paper table 1-1 for storing paper dimensions (inch display) based on paper type and printing state. , A character table 1-2 storing the character pitch based on the character size, a line pitch table 1-3 storing the line pitch, a print start line table 1-4 storing the print start line based on the line feed pitch, and a character Print start position table 1 that stores print start positions based on size
-5 and a print end position table 1-6 that stores print end positions. The state of each table is shown in FIGS. 3 (a) to 3 (g).

The control processing unit 3 operates the arithmetic unit 2 to perform arithmetic operation based on the printing type and printing direction, the character size and the line pitch, and sets the maximum number of characters and the standard number.

The operation of the control processing unit 3 for setting the maximum number of characters will be described below with reference to FIG. When the paper type and its specification direction are input, the control processing unit 3 searches the paper table 1-1 to determine the vertical and horizontal dimensions of the paper (1). On the other hand, the control processing unit 3 searches the character table 1-2 and the pitch table 1-3 by the input character size and line pitch, respectively, and determines the character pitch and the line pitch (2).

It is checked whether or not printing is done with bag binding (3). If it is not bag binding, paper length / line pitch calculation and
(Paper width-2) / Character pitch is calculated (4). As a result, the paper length / line pitch, that is, 88 if the number of characters in one line is greater than 88, is output if the number of characters is 88 or less (5). This output value is the maximum number.

If it is bag binding (3), the calculation unit 2 calculates the paper length / line pitch and (paper width-3) / (1/2 character pitch) (6). If the number of characters in one line is 44 or more, 44 is
If it is 44 or less, it is directly output and the maximum number is obtained (7).

The setting of the standard number of characters per line will be described with reference to FIG. When the line feed pitch is input, the control processing unit 3
The print start line table 1-4 is searched to determine the start line position (1). The calculation unit 2 displays [paper length- (start line position-
1) × 2] / line feed pitch is calculated (2) and the number of lines is determined (3).

The control processing unit 3 checks whether or not the paper is designated as a single-cut sheet length A4, B4, width B4, continuous form length A4 (4), and if not, the print start position table 1 of FIG. 3 (1). -5 (a) is searched to determine the print start digit, and the paper is A4, B4, horizontal B4, continuous form vertical A4
Then, the print start position table 1-5 in FIG.
By searching (b), the print start digit is determined (5).

The control processing unit 3 includes a character size, a character pitch, a paper type,
The print end position is extracted from the print end position table of FIG. 3 (g) depending on whether or not the bag is bound (6). The calculation unit 2 calculates (paper width−print start digit × character pitch−print end position) / from the paper width, print start digit, and print end position.
By performing the character pitch calculation to obtain the standard number of the framework (7), a file storing the maximum number of characters and the standard number for the framework is unnecessary.

〔effect〕

As is clear from the above description, according to the present invention, it is not necessary to store the number of characters per line for each paper size, the maximum number of lines per page, and the standard number as a table.
It reduces the storage area, simplifies the operation program, and is extremely effective when applied to a Japanese document processing system.

[Brief description of drawings]

FIG. 1 is a block diagram of the principle of the present invention. FIG. 2 is a block diagram of an embodiment to which the present invention is applied. FIG. 3 is a state diagram of each table of the present invention. FIG. 4 is a flowchart for setting the maximum number of characters according to the present invention. FIG. 5 is a flowchart for setting the standard number according to the present invention. In each figure, 1 is a table, 2 is a calculation unit, 3 is a control processing unit, 1-1 is a paper table, 1-2 is a character table,
Reference numeral 1-3 is a row pitch table, 1-4 is a print start row table, 1-5 is a print start position table, and 1-6 is a print end position table.

Claims (1)

[Claims] 1. A document processing apparatus comprising a table (1), a calculation section (2), and a control processing section (3), wherein the table (1) has vertical and horizontal directions of sheets corresponding to a plurality of sheet types. Paper size storage unit that stores the size of the character, a character pitch storage unit that stores the character pitch according to the character size, a print start line storage unit that stores the print start line according to the line feed pitch, and the character size and character pitch. The control processing unit (3) has a print start position storage unit that stores a print start position corresponding to the print start position and a print end position storage unit that stores a print end position corresponding to the character size and the character pitch. Calculate the vertical and horizontal dimensions of the paper, character pitch, print start line, print start position, print end position from table (1) according to the paper type information, character size information, and line feed pitch information. (2) is the control Vertical and horizontal dimensions of a sheet processing unit (3) is determined from the table (1), character pitch, the print start line,
A document processing apparatus which inputs respective values of a print start position and a print end position and calculates the number of characters per line, the maximum number of lines per page and a standard number for a document to be processed.