JPS6353675A - Automatic frame assembly generation system for ruled line on screen - Google Patents

Abstract

PURPOSE:To automate operations for generating a ruled line and to save labor by automatically generate a frame assembly for ruled lines from information on items set on a screen such as attributions and digit numbers and information on positions for setting the items. CONSTITUTION:An item setting decision part 6 checks whether item information that an analysis part 3 analyzes can be associated with item position information that a set position read part 5 identifies 5 by the name of an item for setting. Next a ruled line set position calculating part 7 calculates the position and interval of the item set on the screen, the set position of a box-shaped frame for ruled lines, and the set position of a chart type frame for ruled lines. From the calculated results, a ruled line setting operation part 8 sets up the ruled line frame assembly displayed on the screen, and ands in it to a screen display part 9. It makes a display device 4 display a display image that the operation part 8 builds, whereby the items and the automatically set ruled lines are displayed. Simultaneously information on the ruled lines automatically generated is transmitted to a ruled line information output part 10, and transferred and stored in a storage device 11.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to the creation of online business screens in an information processing system, and particularly to the definition of ruled lines on the screen.

(Prior Art) Conventionally, it has been necessary to define the ruled lines on this type of screen one by one by key operations for vertical lines and vertical lines, or by setting ruled line characters.

(Problems to be Solved by the Invention) The conventional screen border definition method described above involves manually defining and creating the borders one by one on the screen, which takes time to create, and requires a lot of time to create items and border positions. It has the disadvantage that it is necessary to confirm whether or not it is correct.

An object of the present invention is to eliminate the above-mentioned drawbacks by automatically creating a ruled line framework from item information such as attributes and number of digits of items set on the screen and setting position information of the items. An object of the present invention is to provide an automatic frame generation method for screen borders configured so that there is no need to check their positions.

(Means for solving the problem) The automatic frame generation method for screen borders according to the present invention includes an item information reading means, an item information analysis means, an item setting position information reading means, an item setting determining means, and a ruled line setting position. The apparatus includes a calculation means, a ruled line setting operation means, a screen display means, and a ruled line information output/storage means.

The item information reading means reads the item information set on the screen,
This is for automatically creating a ruled line framework from the setting position information of items.

The item information analysis means is for analyzing item information.

The item setting position information reading means is for reading item setting position information.

The item setting determination means is for determining whether or not the set item position is appropriate.

The ruled line setting position calculating means is for calculating the setting position of a ruled line based on the item information and the item setting position information.

The ruled line setting operation means is for automatically setting a ruled line framework based on the calculation result.

The screen display means is for displaying automatically set ruled lines.

The ruled line information output/storage means is for storing the set ruled line information.

(Example) Next, the present invention will be explained with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of the automatic frame generation method for screen borders according to the present invention.

In FIG. 1, 1 is a storage device for storing item information to be set on the image mj, 2 is an item information reading unit for reading item information on the storage device, and 3 is a device for setting ruled lines from the read item information. Item information analysis unit for analyzing necessary information (input/output classification, attributes, number of digits), 4 is a display device for inputting item setting position information or displaying ruled line information, 5 is a display An item setting position reading section for reading the item setting position information inputted from the device 4; 6 an item setting determination section for checking whether the item setting position is appropriate; 7 an item information and item setting position A ruled line setting position calculation part for calculating the set position of the ruled line based on the information; 8 is also used as the calculation result; a ruled line setting operation part is used to create a ruled line framework; 9 displays the automatically set ruled line framework. a screen display section for displaying on the device 4; 10 a ruled line information output section for outputting automatically set ruled line information; 11;
is a storage device for storing ruled line information output from the ruled line information output section 10.

The present invention will be described in detail below with reference to FIG.

The item information set in the drawing (screen item information stored in the storage device 1) is read by the item information reading section 2, and the item information analysis section 3 analyzes the input/output classification and attributes (numeric items, alphanumeric items, etc.) of the items. items, attributes of Japanese items, etc.), and the number of physical digits are analyzed and sent to the item determination unit 6.

The item setting position information input from the display device 4 is read by the item setting position information reading section 5, the setting position and repetition number for each item are identified, and the information is sent to the item setting determining section 6. The item setting determination unit 6 associates the item information analyzed by the item information analysis unit 3 with the item position information identified by the item setting position reading unit 5 using the item name to be set as an item, and determines the item setting. Check whether it is possible. Next, in the item setting determination unit 6, the ruled line setting position calculation unit 7 calculates the item position and item interval in order to realize an automatic ruled line framework for the items set on the screen, and repeats the process. Calculates the setting position of a box-shaped ruled line frame and a table-type ruled line frame based on the rows and the number of repetitions.

Based on the calculation results, the ruled line setting operation section 8 assembles a ruled line framework to be displayed on the screen and passes it to the screen display section 9.

The screen display section 9 causes the display device 4 to display the screen display image assembled by the ruled line setting operation section 8. As a result, the items and the automatically set ruled lines are displayed on the display device 4. Furthermore, the ruled line information automatically generated at the same time as the display is transferred to the ruled line information output section 10 and output to the storage device 11.

(Effects of the Invention) As explained above, the present invention automatically creates a ruled line framework by simply providing item information and its setting position when creating a screen, thereby automating the ruled line creation operation and This has the effect of saving labor.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of the automatic frame generation method for screen borders according to the present invention. 1.11--Storage device 2...Item information reading section 3...Item information analysis section 4...Display device 5...Item setting position information reading section 6...Item setting determination section 7. ... Ruled line setting position calculation section 8 ... Ruled line setting operation section 9 ... Screen display section 10 ... Ruled line information output section

Claims (1)

[Claims] item information reading means for automatically creating a ruled line framework from item information of items installed on the screen and setting position information of the items; item information analysis means for analyzing the item information; an item setting position information reading means for reading item setting position information; an item setting determining means for determining whether the set item position is appropriate; and a ruled line based on the item information and the item setting position information. ruled line setting position calculation means for determining the setting position of the
a ruled line setting operation means for automatically setting a ruled line framework based on the result of the calculation; a screen display means for displaying the automatically set ruled lines; and a screen display means for storing the set ruled line information. An automatic frame generation method for screen borders, characterized by comprising a border information output/storage means.