KR920008285B1 - Character processing unit - Google Patents

Abstract

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Description

Character processing unit

1 is a diagram illustrating the outline of the present invention.

2 is a diagram showing a display example in a roughening process.

3 is a block diagram illustrating one embodiment of the present invention.

4 is a diagram showing an example of an article data format in the present invention.

* Explanation of symbols for main parts of the drawings

30: reference point register 31: edge information register

32: Article Data 33: Processing Unit

34: article data storage 35: edge negation

36: start position register 37: control part

38: working register 39: display unit

40: type position register 41: printing portion

The present invention relates to a character processing apparatus for correcting and editing characters on a display device.

A conventional character processing apparatus stores a plurality of article data like a layout processing apparatus and, for example, lays out articles in a predetermined format according to instructions from a CRT terminal device capable of displaying Chinese characters or figures. The result may be displayed on the screen of the CRT terminal device, or the operator may create a document in a predetermined format, such as a Japanese word processor. If there is a place that needs to be corrected after the layout or document creation, there is a function of calling a desired article or document on the screen of the CRT terminal device to perform the correction.

In the character processing apparatus as described above, for example, as shown in FIG. 2, when the roughing is performed on the ground 1, the article data 20 reads W for the line length 1 as a result of the roughing process. Assume a row width of ₁ is given. However, if a block 21 or the like is newly set in the ground 1, the article data 20 is re-arranged according to the new row length m, and as shown in the row widths W ₂ and W ₁ , respectively. Two different rows of article data 22 can be obtained.

In this case, there is no particular problem when the article data obtained by performing the rough processing once is laid out at the line length during the rough processing, but the line length is changed by the setting of the block and the like and the characters are moved to the other side. When the row width of a row changes, the row pitch corresponding to the row change amount from one row to the next row must be set at each time, and there is a problem that the layout cannot be set at once.

Further, in performing the reprocessing process, there is a problem that the area occupied by the article data changes, for example, the article exceeds a predetermined area, or the layout stay collapses due to the change in row width. Can be generated. In this example, the area occupied by the article data is changed depending on the layout position of the article data. In some cases, the actual relationship with the other line can be proved only by displaying the line or printing the ruby, the formula, and the Chinese dictatorship, which are placed near the kanji. It is also pointed out that the problem of not being able to do rayout work once.

SUMMARY OF THE INVENTION An object of the present invention is to provide a character processing apparatus which displays article data according to various display attributes at a predetermined position, and easily enables optimal layout.

The present invention provides a reference point register for storing a reference point position of article data display, an edge information register for storing display attribute information for display according to a predetermined display attribute at the reference point, and coarse processing of article data according to a preset row length. And a processing unit for re-processing the article data in accordance with the reference point and the display attribute information when the line length at the time of layout differs from the line length at the time of rough processing; An article data storage section for storing the row pitch, row width, and display data for each row of the article data, and an edge correction unit for obtaining a display start position of the article data at the reference point according to the display attributes and the row width of the article data to be displayed. A start position register for storing a display start position obtained by the edge correction unit, and the start position A control unit which controls the output of the article data in units of rows at the display start position stored in the register, and instructs the coarse processing again when the row lengths of the rows differ from each other at the time of layout and the coarse processing; And a display unit for displaying or printing in accordance with the first feature, wherein the display attribute is a first display attribute for displaying article data having a desired line width from the reference point to the left, and at the reference point. And a second display attribute for displaying the article data of the desired line width on the right side, and a third display attribute for displaying the article data of the desired line width on the basis of the reference point. 1 is the same position as the reference point when the display attribute is 1, and 2 is the right position by the desired row width from the reference point when the second display attribute is used. To provide a character processing apparatus as claimed in claim 3 to a position on the right side by one half the desired haengpok the reference point.

The outline of this invention is demonstrated using FIG. The figure is an example of the display on the screen, where (1) is the area corresponding to the ground to actually lay out, (2) is the layout possible area in the area (1), and (3) is the row width obtained by the roughing process. A border for displaying article data of W, 10 shows a display screen. In addition, the lay-out possible area | region 2 can also be used dividing a longitudinal direction into multiple stages.

Next, the right edge flow, the left edge flow, and the intermediate flow as display attributes will be described in order to facilitate understanding of the present invention.

FIG. 1 (a) is a display example in the case of the right edge flow, and the reference point L is set at the position of the distance X at the point S of the layout-capable region 2 by a cursor, a ten key, or the like. This is the case where the right side of the article data 3 is displayed at L, and the display start point M is the position of the reference point L, and the article data 3 of the row width W obtained by the roughening process is displayed at this display start point M. .

The first (b) is a display example of the left edge flow, which is a case where the left side of the article data 3 is displayed at the reference point L, and the display start point M is the article data of the row width W obtained by the coarsening process at the reference point L. Correction is performed at the position on the right by the row width W of (3), that is, at the position of (XW), and the article data 3 is displayed at this display starting point M. FIG.

1 (c) is a display example of the intermediate flow, in which the center of the article data 3 is displayed at the reference point L, and the display starting point M is the article data of the row width W obtained by the roughing process at the reference point L. By half of the row width W of 3), the correction is made to the position on the right, that is, the position of (XW / 2), and the article data 3 is displayed at this display starting point M. FIG.

If the display properties of the reference point L, the right edge flow, the left edge flow, and the intermediate flow are set as described above, the article data having different row widths W can be easily displayed according to each display attribute at the reference point L. If the displayed article data is not good, the optimal layout can be obtained by setting the reference point again or displaying it again as a separate display attribute.

3 is a block diagram showing one embodiment of the present invention. In the drawing, reference numeral 30 denotes a reference point register which stores a distance X from the viewpoint S of the designated reference point L, 31 denotes an edge information register which stores display attributes of the specified right edge flow, left edge flow and intermediate edge flow. ) Denotes the article data before the pretreatment stored in the magnetic tape or the floppy disk, and 33 denotes the preprocessing of the article data 32 according to the preset line length, and the line length at the time of the layout is the line length during the coarse processing. When different from the above, the crude processing unit which performs the crude processing of the article data again according to the reference point and the display attribute information according to the command of the controller to be described later, 34 is an article storing the article data processed by the crude processing unit The data storage section 35 is an edge for obtaining a display start point M based on the reference point L stored in the reference point register 30 and the display attributes stored in the edge information register 31. (36) is a start position register for storing the position of the display start point M obtained by the edge correction unit 35, and 37 is the article at the display start point M stored in the start position register 36. The control unit 38 controls the output of the data in units of rows, and instructs the rough processing again when the lengths of the rows are different from each other in the case of the layout and the roughing processing, and 38 is a row of the article data output from the control section 37. A working register which gradually adds the sending pitch from the display start position, 39 is a display unit such as a CRT, 40 is an end position register which stores the type position of the layoutable area, and 41 is a printing unit such as a printer (印字 部) is.

Next, the operation will be described.

First, the article data 32 is designated by the input part which is not displayed. The designated article data is subjected to a roughening process at a predetermined row length in the roughing processing section 33, and the article data storage 34 stores each of the sending pitch, the row width and the like obtained by the roughing processing.

4 is a format of the article data storage 34. As shown in FIG. In 50, the number of rows of articles obtained by the crude processing is stored. In 51, the number of rows of articles to be described later is stored, and (52) corresponds to the row change amount from row to next in each row. A row pitch and a row width display data point are stored, and 53 stores display data stored in a display point for each row.

Next, to lay out the article data, specify the reference point L and display attributes. The distance X and the display attribute from the viewpoint S of the reference point L are stored in the reference point register 30 and the edge information register 31, respectively.

The edge correction unit 35 arranges the distance X stored in the reference point register 30, the display attributes stored in the edge information register 31 and the desired article data read out from the article data storage 34. The position of the display start point M is obtained by inputting the row width of the (array number of rows + 1) of the number of rows 51. In addition, the initial value of the arrangement row count 51 is zero. For example, as shown in FIG. 1, in the case of the right edge flow, the reference point L is the display start point M. In the case of the left edge flow, according to the row width W of the desired article data read out from the article data storage 34, The position of (XW) is referred to as the display start point M, and in the case of an intermediate flow, the position of (XW / 2) is referred to as the display start point M. The start position register 36 stores the display start position provided in the edge correction unit 35.

The control unit 37 outputs the article data in units of rows to the display start point M stored in the start position register 36. At this time, when the row length of the row differs from the row length at the time of the roughing process by setting the block or the like, the roughing process unit 33 commands the roughing process again. The crude processing unit 33 which has received the instruction of the rough processing again performs the roughing process for the new row length, and changes the sending pitch, the row width, and the like stored in the article data storage unit 34.

The article data processed in this manner stores the display start position of the start position register 36 in the work register 38, and the line pitch of the line is stored in the work register 38 whenever the article data is displayed one line. We add to display start position. In addition, the control unit 37 adds the number of rows 51 arranged in the article data storage unit 34 each time article data is displayed one line.

Hereinafter, the article row number 50 of the article data gear unit 34 and the article arrangement row number 51 are the same, or the value of the working register 38 is set in the end position register 40 in advance. The article data is displayed at a predetermined row pitch until the end position is exceeded. For example, when the value of the working register 38 exceeds the end position, the control section 37 temporarily suspends the display operation and enters the state of waiting for input of the next reference point L and display attributes. When the reference point L and the display attribute are input, the display start position M is again obtained, and the display is resumed from the row of the number of arranged rows + 1 of the number of arranged rows 51.

The layout created on the screen as described above is stored by the control unit 37 in a storage device such as a magnetic disk or a floppy disk, not shown, such as information on the display start position of the article data, display attributes, and the like. Then, by instructing a separate printing instruction, the desired article data is read out from this storage device and printed by the printing section 41.

In addition, in the above description, the case of vertical writing has been described, but in the case of horizontal writing, the present invention can be applied by substituting the display of left and right with respect to the reference point such as the left edge flow, the right edge flow, and the like with the vertical display with respect to the reference point. Can be.

As described above, the present invention can display different article data of the row width such that the row width changes from time to time with a desired display attribute precisely at a designated position, and has the advantage of speeding up the layout process.

Claims (3)

A reference point register 30 for storing the reference point position of the article data display, an edge information register 31 for storing display attribute information for display according to a predetermined display attribute at the reference point, and the article data according to a preset row length A coarse processing section 33 which performs coarse processing of the article data in accordance with the reference point and the display attribute information when the line length at the time of layout is different from the line length at the time of coarse processing; The article data storage section 34, which stores the row pitch, row width, and display data for each row of the article data processed by the roughing processing section 33, and the reference point in accordance with the display attributes and the row width of the article data to be displayed. An edge correction unit 35 for obtaining the display start position of the article data, a start position register 36 for storing the display start position obtained in the edge correction unit 35, and A control unit that controls the output of the article data in units of rows at the display start position stored in the time position register 36, and instructs the coarse processing again when the line lengths of the lines differ from each other in the layout and coarse processing processes ( 37) and an output unit (39) and / or a printing unit (41) for displaying or printing in accordance with the output of the control unit (37). The display property according to claim 1, wherein the display attribute includes a first display attribute for displaying article data having a desired line width from a reference point to a left side, a second display attribute for displaying article data having a desired line width from a reference point to a right side, and a reference point. And a third display attribute for displaying article data having a desired line width at the center. The display position according to claim 1, wherein the display start position is the same position as the reference point when the first display attribute is set, and when the second display attribute is the right position by the desired row width from the reference point, the desired starting point is the reference position when the third display attribute is set. A character processing device, characterized in that it is positioned at the right side by 1/2 of the line width.

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