JPH07311790A - Graphic correcting device for catalog or the like - Google Patents

Abstract

PURPOSE:To provide a graphic correcting device for catalog or the like for accurately moving graphics. CONSTITUTION:A reference point selection part 55 composed of 'upper left,' 'lower left,' 'upper right' and 'lower right' is made to be displayed along with the graphics displayed based on layout information on a screen 100. When one of the 'upper left,' the 'lower left,' the 'upper right' and the 'lower right' is selected with a mouse along with the graphic on the screen, based on the layout information stored in a layout information storage means, the starting point coordinate 51 of the upper left point P1, lower left point P2, upper right point P3 and lower right point P4 of the graphic is displayed on the screen 100. Thereafter, when the starting point coordinate 51 of the upper left point P1, the lower left point P2, the upper right point P3 and the lower right point P4 is rewritten, the allocation position of the graphic inside graphic information is corrected based on the rewritten starting point coordinate 51.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention uses a computer to allocate and typeset product specifications such as product name, price, and description of products published in catalogs, typesetting, computer typesetting, and CTS (Computerized Typesetting). System), which relates to a catalog type graphic correction device capable of efficiently correcting a graphic for allocating a product spec when creating a product catalog.

[0002]

2. Description of the Related Art Conventionally, first of all, a character copy of various product catalogs such as office equipment or lighting equipment has to be prepared.
Many so-called "product specifications", which describe the characteristics of the product such as price, size, weight, color, etc., according to the photograph of each product, are input using a computer typesetting machine. It is designed to be allocated within a graphic of a set size. Then, such a figure is each length in the vertical (y direction), horizontal (x direction), and allocation position based on the format pattern that determines the number of characters of the product specification to be allocated and the typeface, series, etc. of the characters. Although the coordinates are set, the layout position of such figures may be slightly different from the original one when the balance of the entire catalog is taken into consideration. Had become indispensable.

Conventionally, the work for correcting the layout position of the graphic (moving the graphic) has been performed in the following procedure. Hereinafter, with reference to FIGS. 16 to 19, a screen displayed on the display device for changing the allocation positions of the figures 1 to 4 to the figures 1 ′ to 4 ′ as shown in FIGS. Description will be given with reference to 100. The right side of the graphic 1 ′ after the movement is positioned on the extension line L of the right side of the graphic 5 and the graphic 6, and the right side of the graphic 2 ′ is adjacent to the left side of the graphic 1 ′. The right side of figure 3'is adjacent to the left side of 2'and figure 4'is placed on the left side of figure 3 '.
The right side of the
5).

(1) First, with the edit mode set to "move", the figure 1 (identification code: LV3) to be moved
105N) is specified by clicking with the mouse (see FIGS. 16 to 17). (2) The designated figure 1 is gradually moved to the position to be finally moved by the mouse operation (shown by reference numeral 1 '). At this time, the original figure 1 is also displayed at the same time (see FIGS. 17 to 18). (3) When the graphic 1'is moved to the position to be finally moved, the mouse is clicked at this point to fix the position of the graphic 1 '(see FIGS. 18 to 19). Then, the initial figure 1 is erased by the determination of the figure position as described above, whereby only the figure 1'after the movement is displayed, and the moving operation of the figure 1 is completed (see FIG. 19). Further, when the next figure 2 to figure 4 is subsequently moved, the above-mentioned steps (1) to (3) are repeated, whereby figure 2'to figure 4'as shown in FIGS. 14 to 15 are obtained. Will be done.

[0005]

By the way, since the movements of the figures 1 to 4 shown in FIGS. 16 to 19 are performed in conjunction with the movement of the mouse, they are determined by the slight movement of the mouse at the time of clicking. The position of the figure may shift.
For example, even if the right side of the figure 1'is aligned with the extension line L of the right side of the figures 5 and 6 with the mouse,
There is a problem that the position of the figure 1'to be confirmed may be displaced due to a slight movement of the mouse at the time of clicking, and it is not possible to perform an accurate movement operation of the figure.

The present invention has been made in view of the above circumstances, and it is an object of the present invention to provide a figure correction device for catalogs which realizes accurate movement of figures.

[0007]

In order to achieve the above object, the present invention provides a figure correction device for catalogs for moving a quadrangle figure to which a product specification is assigned, the size of the figure and the allocation position. A layout information storage means for storing graphic information, such as a layout information storage means, a layout device main body for displaying a graphic at a predetermined position on the screen based on the graphic information stored in the layout information storage means, and a mouse connected to the layout device main body. An operating device, the allocation device main body, on the screen, a selection branch display means for displaying any one of the upper left, lower left, upper right, and lower right points of the figure so that the operating device can specify.
Coordinate display means for displaying the coordinates of the point of the figure on the screen based on the point of the figure designated by the selection branch display means and the figure information of the figure stored in the layout information storage means; When the coordinates of the graphic displayed by the display means are rewritten, the graphic information correction means for displaying the graphic on the screen based on the rewritten coordinates is provided.

[0008]

According to the figure correction device for catalogs shown in the present invention, the upper left corner, the lower left corner, and
The upper right and lower right points are displayed, and the operator is allowed to specify any one of the upper left, lower left, upper right, and lower right points of the figure, and then the figure on the screen is displayed by the operating device. When the point is designated, the coordinate display means coordinates the point of the figure based on the point of the figure designated by the operation device and the figure information of the figure stored in the layout information storage means. Is displayed on the screen, and when the coordinates of the figure displayed on the screen are rewritten,
Since the graphic information correcting means corrects the allocation position of the graphic in the graphic information based on the rewritten coordinates, it realizes the accurate work of moving the graphic that is not affected by the slight movement of the mouse at the time of clicking as in the conventional case. be able to.

[0009]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to FIGS. FIG. 1 shows a block diagram of a figure correction device in catalogs, and a control unit (not shown).
An allocation device main body 10 having a display, a display device 11 such as a CRT connected to the allocation device main body 10, an input device 12 such as a mouse 12A and a keyboard 12B connected to the allocation device main body 10, and a connection to the allocation device main body 10. And a storage device 13 such as a floppy disk device and a hard disk device. In the storage device 13, a product specification storage unit 14 for storing a product specification in a database and storing the product specification is displayed. A layout information storage unit 15 is provided for storing layout information including graphic layout information, which is a quadrangular frame.

The product specifications stored in the product specification storage means 14 are product data indicating a character string such as a product name, price, description, etc., and are attached to each of these product data, and these product data are identified. An identification code that is a unique keyword for doing (for example, the above-mentioned “FZ5
"001C", "LV3105N" ...), the typeface of the letters and typefaces shown in the product data, the series and their numerical values,
It is composed of a format pattern indicating a character spacing, a line spacing, etc. By designating an identification code, a corresponding one product spec in the product spec storage means 14 is selected.

The layout information stored in the layout information storage means 15 is laid out for each page.
It is constituted by graphic information 50 for one or a plurality of graphics, and the size, allocation position, etc. for each graphic are set by these graphic information 50. The individual graphic information 50 includes, for example, starting point coordinates 51, graphic size 52, photograph size 53, and product number name 54 as shown in FIG. The graphic is displayed on the screen 100 of the display device 11 as shown by the diagonal lines (in the case of graphic 6) in FIG.

The graphic information 50 will be described below using the graphic 6 of FIG.
The contents of will be explained. The starting point coordinates 51 are the upper left point P1, the lower left point P2, and the upper right point P, which are the corners of the figure 6, as shown in FIG.
3 shows the x-coordinate and the y-coordinate of the lower right point P4, and the upper left point P1, the lower left point P2, the upper right point P3, and the lower right point P4 are selected based on the selection made by the reference point selection unit 55 (described later). 1 in
Two are selectively displayed (described later). The graphic size 52 indicates the size of the graphic 6 in the x direction and the y direction, and the photo size 53 indicates the size in the x direction and the y direction of the photo arranged in the upper part of the graphic 6. The product number name 54 is the identification code of the product specification arranged in the lower part of the graphic 6 (the above-mentioned “FZ5001”).
C "," LV3105N "...). The starting point coordinates 51 are based on the origin indicated by the symbol O in FIG.

Next, the selection branch display means 20, the coordinate display means 21, and the graphic information correction means 22 provided in the layout apparatus main body 10 will be described. Hereinafter, these means 20 to 22 will be described with reference to the figure 6 of FIGS.

As shown in FIGS. 3 to 6, the selection branch display means 20 displays the graphic information 50 read from the layout information storage means 15 on the screen 100 of the display device 11 together with the upper left point P1 and the lower left corner of the graphic. The reference point selection unit 55 for selecting the point P2, the upper right point P3, and the lower right point P4 is displayed. The selection points displayed in the reference point selection unit 55 include the upper left point P1, the lower left point P2, and the upper right point P of the figure.
3. There are “upper left”, “lower left”, “upper right”, and “lower right” corresponding to the lower right point P4, and one of these is designated by the mouse 12A of the operation device 12.

The coordinate display means 21 has the "upper left", "lower left", "upper right", and "lower right" coordinates designated by the reference point selection section 55 by the operation device 12, that is, the starting point coordinate 5
1 is displayed, and if "upper left" is designated by the reference point selection unit 55 as shown in FIG.
The coordinates of the upper left point P1 of the graphic 6 are displayed on the starting point coordinates 51 on 0, and when "lower left" is designated by the reference point selecting unit 55 as shown in FIG. 4, the starting point on the screen 100 is displayed. Coordinate 5
1, the coordinates of the lower left point P2 of the graphic 6 are displayed, and when "upper right" is designated by the reference point selection unit 55 as shown in FIG. 5, the graphic 6 is displayed at the starting point coordinate 51 on the screen 100. The coordinates of the upper right point P3 of the figure 6 are displayed, and when “lower right” is designated by the reference point selection unit 55 as shown in FIG. 6, the lower right point P4 of the figure 6 is displayed at the starting point coordinate 51 on the screen 100. Display the coordinates of.

It should be noted that such an upper left point P1 and a lower left point P
2, the starting point coordinates 51 indicating the upper right point P3 and the lower right point P4 may all be stored in the layout information storage means 15 for each figure, or one starting point coordinate 51 for one figure.
(For example, the starting point coordinate 51 of the upper left point P1) is stored, and the other starting point coordinates 51 (for example, the lower left point P2 and the upper right point P) are stored.
3, the starting point coordinates 51) of the lower right point P4 may be calculated by adding or subtracting data of the graphic size 52.

The graphic information correction means 22 is the coordinate display means 2.
When the data content of the starting point coordinate 51 displayed by 1 is rewritten to the correction value 57 (described later), the rewritten coordinate is displayed as the new starting point coordinate 51 on the screen 100 of the display device 11, and The starting point coordinates 51 in the figure information 50 of the figure stored in the layout information storage means 15 are also updated and stored (step 1).
7).

Next, the procedure for moving the figure as shown in FIGS. 14 to 15 will be described with reference to the flowchart of FIG. 2 and the screen display diagrams of FIGS. 7 to 13.
In addition, when moving the figure from FIG. 14 to FIG. 15,
It is assumed that figure 1, figure 2, figure 3, and figure 4 are performed in this order. Then, in this case, the right side of the figure 1 is aligned with the extension line L of the right side of the figure 5 and the figure 5, and a predetermined space (5 points) from the figure 5 is placed below the figure 5. The graphic 1 is arranged, and then the right side of the graphic 2 is adjacent to the left side of the graphic 1, the right side of the graphic 3 is adjacent to the left side of the graphic 2, and the right side of the graphic 4 is adjacent to the left side of the graphic 3. Make them adjacent. Further, each step shown in this flowchart is executed by the allocating apparatus main body 10.

<< Step 1 >> Based on an instruction from the operating device 12, the layout information to be corrected is read out from the layout information storage means 15, and based on this layout information, a group of figures as shown in FIG. 7 is displayed on the screen of the display device 11. 100
Display on top. << Step 2 >> The property 56 is displayed on the display screen 100 based on the instruction from the mouse 12A, and when "draw" in the property 56 is selected by the mouse 12A, the process proceeds to the next step 3.

<< Step 3 >> The mouse 12A is used to specify a figure for which the starting point coordinates 51 are to be confirmed among the figures displayed on the screen 100 of the display device 11, and the display color of the screen 100 for the specified figure. To change. Also,
On the same screen 100, the graphic information 50 about the selected graphic and the reference point selection unit 55 are displayed. Note that FIG.
In this step 3, the figure "FZ5001C" (indicated by reference numeral 5) is selected, the display color of this figure 5 (indicated by diagonal lines) is changed with respect to the surroundings, and the figure information 50 for this figure 5 is selected. Is displayed on the screen 10 together with the reference point selector 55.
The example displayed above 0 is shown.

<< Step 4 >> to << Step 8 >> In Step 4, based on which one of “upper left”, “lower left”, “upper right”, and “lower right” of the reference point selection section 55 is selected by the mouse 12A. , Step 5 to Step 8 are selected.
Specifically, when "upper left" of the reference point selection unit 55 is selected in step 4, the coordinates of the upper left point P1 of the figure 5 specified in step 3 are set to the start point coordinates 51 in the next step 5. Display as. In step 4, the reference point selection unit 5
When "lower left" of 5 is selected, the coordinates of the lower left point P2 of the figure 5 designated in step 3 are displayed as the starting point coordinates 51 in the next step 6. When "upper right" of the reference point selection unit 55 is selected in step 4, the upper right point P3 of the figure 5 specified in step 3 is selected in next step 7.
Is displayed as the starting point coordinate 51. When "lower right" of the reference point selection unit 55 is selected in step 4, the coordinates of the lower right point P4 of the figure 5 designated in step 3 are displayed as the starting point coordinates 51 in step 8.

<< Step 9 >> The starting point coordinates 51 of the graphic 5 displayed on the display device 11 in steps 5 to 8 are
Make the operator aware. In this example, the right side of the figure 1 is aligned with the extension line L of the right side of the figure 5, and the figure 1 is placed below the figure 5 with a predetermined interval (5 points). In order to arrange the above, in step 4, "lower right" of the reference point selection unit 55 is selected, and the starting point coordinates 51 (x: 186.25, y: 126) of the lower right point P4 of the figure 5 are selected.
Is recognized (see FIG. 7).

<< Step 10 >> The mouse 12A is used to specify the figure to be moved among the figures displayed on the screen 100 of the display device 11, and change the display color of the screen 100 for the specified figure. Further, the graphic information 50 and the reference point selection unit 55 regarding the selected graphic are displayed on the same screen 100. In FIG. 8, the graphic "LV3105N" (indicated by reference numeral 1) is selected in step 3, and the display color (indicated by diagonal lines) of this graphic 1 is changed with respect to the surroundings. An example is shown in which the graphic information 50 is displayed on the screen 100 together with the reference point selection unit 55.

<< Step 11 >> to << Step 15 >> In Step 11, based on which one of “upper left”, “lower left”, “upper right”, and “lower right” of the reference point selecting section 55 is selected by the mouse 12A. , Step 12 to Step 15 are selected. Specifically, in step 11, the reference point selection unit 5
When "upper left" of 5 is selected, the following step 12
Then, the coordinates of the upper left point P1 of the graphic 1 designated in step 10 are displayed as the starting point coordinates 51. In step 11,
When "lower left" of the reference point selection unit 55 is selected, the coordinates of the lower left point P2 of the graphic 1 designated in step 10 are displayed as the starting point coordinates 51 in the next step 13. When "upper right" of the reference point selection unit 55 is selected in step 11, the coordinates of the upper right point P3 of the graphic 1 designated in step 10 are displayed as the starting point coordinates 51 in the next step 14. If "lower right" of the reference point selection unit 55 is selected in step 11, the coordinates of the lower right point P4 of the figure 1 designated in step 10 are displayed as the starting point coordinates 51 in step 15.

<< Step 16 >> to << Step 17 >> While letting the operator recognize the starting point coordinates 51 of the graphic 1 displayed on the display device 11 in steps 12 to 15, the displayed starting point coordinates 51 are corrected by a correction value 57. (Step 16), and in the next step 17, the correction value 57 input in step 16 is drawn so that the upper left point P1, lower left point P2, upper right point P3, and lower right point P4 specified in step 11 match. Are translated (step 17). That is, in step 17, the correction value 57 input in step 16 is used as the upper left point P1 and lower left point P specified in step 11.
2. Set new coordinates for the upper right point P3 and the lower right point P4, and set another upper left point P not specified in step 11.
1, the lower left point P2, the upper right point P3, the lower right point P4,
It is calculated by selectively adding and subtracting the x-coordinate value and the y-coordinate of the figure size 52 to the x-coordinate and the y-coordinate of the correction value 57. Also, the mouse 1 is used to move the figure in step 17.
It is executed on condition that 2A is clicked.

In this example, the right side of the graphic 1 is aligned with the extension L of the right side of the graphic 5, and a predetermined space (5 points) from the graphic 5 is placed below the graphic 5. In order to arrange the graphic 1, the graphic 1 is designated in the step 10, the "upper right" of the graphic 1 is selected in the step 11, and the start point coordinate 5 of the upper right point P3 of the graphic 1 is selected in the step 15.
1 is displayed, and in step 16, as shown in FIG.
The starting point coordinate 15 is set to "x: 186.25, y: 131 (12
6 + 5) ”and input the corrected value 57
Click A. Then, as a result of the above-described processing, in step 17, as shown in FIGS.
Is erased, and the graphic 1 is moved as indicated by reference numeral 1 '. Then, at this time, the starting point coordinates 51 of the upper right point P3 of the figure 1 ′ after the movement is “x: 1 as shown in FIG.
86.25, y: 131 ", and coordinates other than the upper right point P3, for example, the upper left point P1 is" x: 186.25, y: 13 ".
By subtracting the size of the x coordinate of the graphic size 52 from "1", it is calculated as "x141.05, y: 131", and the lower left point P2 is "x: 186.25, y: 13".
By subtracting the value of the x coordinate of the figure size 52 from "1" and adding the value of the y coordinate, "x141.05, y:
183 ”, and the lower left point P4 is“ x: 18 ”.
"X186.25, y: 18" by adding the y-coordinate value of the figure size 52 from "6.25, y: 131".
3 "is calculated. Note that such a calculation method is an example in which the correction value 57 is input to the starting point coordinate 51 of the upper right point P3, but the upper left point P1 and the lower left point P other than the upper right point P3 are input.
2. Even when the correction value 57 is input to the start point coordinate 51 of the lower right point P4, the correction value 57 is similarly set to the figure size 5
By selectively adding or subtracting the value of 2, the starting point coordinates of all points are calculated and corrected.

<Step 18> It is determined whether or not the process of moving the figure is completed. If NO, the process returns to step 3, and if YES, the process proceeds to step 19. In this example, since the left side of the figure 1 is adjacent to the right side of the figure 2, when the movement of the figure 1 is completed, the process does not proceed to step 19 but returns to step 3. Then, in step 3, after the graphic 1 is designated, in step 4, "upper left" of the reference point selection unit 55 is selected, and the start point coordinate 5 of the upper left point P1 of the graphic 1 is selected.
1 (x: 141.05, y: 131) is recognized (see FIG. 11). Then, after that, in step 10, after designating the graphic 2 to be moved, in step 11, "upper right" of the graphic 2 is selected, and in step 15, the starting point coordinate 51 of the upper right point P3 of the graphic 2 is displayed. In step 16, as shown in FIG. 12, the starting point coordinate 15 is set to “x: 14
1.05, y: 131 "(= coincident with the starting point coordinate 51 of the upper left point P1 of the figure 1 ') is input, and then the mouse 12A is clicked. By the above processing, the graphic 2 is erased in step 17 as shown in FIGS. 12 to 13, and the graphic 1 ′ is displayed as indicated by reference numeral 2 ′.
Is moved to the left side adjacent position.

Then, by carrying out the processing of steps 3 to 17 as described above for the figures 3 and 4, on the extension line L on the right side of the figures 5 and 6 as shown in FIG. Match the right side of Figure 1 to
Graphic 1 '(1) to graphic 4' (4) are arranged below graphic 5 at a predetermined interval (5 points) from graphic 5, and graphic 1 '(1) to graphic 4' (4). ) Can be obtained adjacent to each other.

<< Step 19 >> Screen 10 of Display Device 11
The layout information corrected on page 0 is updated and stored in the layout information storage means 15, and the flowchart of FIG. 2 ends. In the above flow chart, the processing of step 3 and step 10 is performed by the selection branch display means 20 of the allocating apparatus body 1, and the processing of step 4 to step 8 and step 11 to step 15 is the coordinate display means 21 of the allocating apparatus body 1. The graphic information correction means 22 performs the process of step S17.

As described in detail above, according to the figure correction device for catalogs of this embodiment, the figure displayed on the screen 100 based on the layout information is displayed together with "upper left", "lower left", and "upper right". , The reference point selection unit 55 consisting of “lower right” is displayed (step 1 to step 2), and the upper left, lower left, upper right, right of the reference point selection unit 55 are displayed together with the figure on the screen. When any one of "lower" is selected by the mouse 12A, the drawing information 5 in the layout information stored in the layout information storage unit 15
Based on 0, the start point coordinates 51 of the upper left point P1, the lower left point P2, the upper right point P3, and the lower right point P4 of the figure are displayed on the screen 100 (step 3 to step 8, step 10 to step 15). After that, when the starting point coordinates 51 of the upper left point P1, the lower left point P2, the upper right point P3, and the lower right point P4 are rewritten (step 16), the allocation position of the figure in the figure information based on the rewritten starting point coordinates 51. Was corrected (step 17). That is, in the figure correction device for catalogs of the present embodiment, the figure is not moved in conjunction with the movement of the mouse as in the conventional case,
The figure is moved by designating the upper left point, lower left point, upper right point, lower right point of the figure with the mouse and correcting the coordinate values of these upper left point, lower left point, upper right point and lower right point. It is possible to realize an accurate work of moving a figure that is not affected by the slight movement of the mouse at the time of clicking as in the conventional art.

In this embodiment, "left upper", "lower left", "upper right" and "lower right" in the reference point selecting section 55 are moved to the mouse 1
2A is selected, but the present invention is not limited to this.
The upper left point P1 and the lower left point P of the figure displayed on the screen 100
2, the upper right point P3 and the lower right point P4 may be directly designated by the mouse 12A. In this case, the upper left point P1, the lower left point P2, the upper right point P3, and the lower right point P4 of the figure are the selection branches.

[0032]

As described above in detail, in the figure correction device for catalogs according to the present invention, the upper left corner, the lower left corner, the upper right corner, and the lower right corner of the graphic are displayed on the screen by the selection branch display means, and the graphic is displayed. The upper left, lower left, upper right, or lower right point of
The operator is allowed to specify the point on the screen using the operating device, and then, when the point on the screen is specified on the operating device, the coordinate display means causes the point on the graphic specified on the operating device and the layout. Based on the figure information of the figure stored in the information storage means, the coordinates of the points of the figure are displayed on the screen, and when the coordinates of the figure displayed on the screen are rewritten, The graphic information correction means corrects the allocation position of the graphic in the graphic information based on the rewritten coordinates. That is, in the figure correction device for catalogs of the present invention, the figure is not moved in conjunction with the movement of the mouse as in the conventional case, but the upper left point, lower left point, upper right point, lower right point of the figure by the mouse are moved. And the coordinates of the upper left point, lower left point, upper right point, and lower right point are corrected to move the figure, which allows accurate figures that are not affected by the slight movement of the mouse when clicking, as in the past. It is possible to realize the movement work of.

[Brief description of drawings]

FIG. 1 is a block diagram showing a figure correction device of the present invention.

FIG. 2 is a view showing a flowchart showing the control contents of the figure correction device main body 10.

FIG. 3 is a screen display diagram (1) for explaining the operation of the coordinate display means 21.

FIG. 4 is a screen display diagram (2) for explaining the operation of the coordinate display means 21.

FIG. 5 is a screen display diagram (3) for explaining the operation of the coordinate display means 21.

FIG. 6 is a screen display diagram (4) for explaining the operation of the coordinate display means 21.

FIG. 7 is a display screen diagram (1) for explaining a graphic correction process based on a flowchart.

FIG. 8 is a display screen diagram (2) for explaining a graphic correction process based on a flowchart.

FIG. 9 is a display screen diagram (3) for explaining the graphic correction process based on the flowchart.

FIG. 10 is a display screen diagram (4) for explaining the graphic correction process based on the flowchart.

FIG. 11 is a display screen diagram (5) for explaining the graphic correction process based on the flowchart.

FIG. 12 is a display screen diagram (6) for explaining the graphic correction process based on the flowchart.

FIG. 13 is a display screen diagram (7) for explaining the graphic correction process based on the flowchart.

FIG. 14 is a display screen diagram before modifying a figure.

FIG. 15 is a display screen diagram after the figure is corrected.

FIG. 16 is a display screen diagram (1) for explaining a conventional graphic correction process.

FIG. 17 is a display screen diagram (2) for explaining a conventional graphic correction process.

FIG. 18 is a display screen diagram (3) for explaining a conventional graphic correction process.

FIG. 19 is a display screen diagram (4) for explaining a conventional graphic correction process.

[Explanation of symbols]

 1 figure (before revision) 2 figure (before revision) 3 figure (before revision) 4 figure (before revision) 5 figure 6 figure 1'figure (after revision) 2'figure (after revision) 3'figure (after revision) 4 'Graphic (after correction) 10 Allocation device main body 11 Display device 12 Operating device 12A Mouse 12B Keyboard 13 Storage device 14 Product spec storage means 15 Layout information storage means 20 Selection branch display means 21 Coordinate display means 22 Graphic information correction means 50 Graphic information 51 start point coordinates (coordinates) 55 reference point selection section 57 correction value 100 display screen

Claims (1)

[Claims] 1. A graphic correction device for catalogs for moving a graphic to which a product specification is allocated, which is a layout information storage means for storing graphic information such as a size of the graphic and an allocation position, and a layout information storage means. The layout device main body for displaying a graphic at a predetermined position on the screen based on the graphic information stored in, and an operation device such as a mouse connected to the layout device main body. A selection branch display means for displaying any one of the upper left, lower left, upper right, and lower right points of the figure so as to be designated by the operating device, the point of the figure designated by the selection branch display means, and the layout information storage means are stored. When the coordinate display means for displaying the coordinates of the points of the figure on the screen based on the figure information of the figure and the coordinates of the figure displayed by the coordinate display means are rewritten. Figure correction device catalog class, characterized by comprising a graphic information correction means for displaying the graphic on the screen based on the rewritten coordinates.