JPH01126715A - Method for controlling picture input - Google Patents

Abstract

PURPOSE:To display a single picture control signal in correspondence to an input field on a screen and to execute a correspondent processing with table reference by storing a screen control signal, which shows the plural types of input data check and edition, as a table in advance. CONSTITUTION:The plural types of the check and edition are independently set on a check table 11 in each function. When an input key 9 is pushed up, a picture control device 2 reads input data, which are outputted from a data input part 4, and displays the data in a registering area 7 of a screen display part 3. When a transferring key 10 is pushed down, the display data of the registering area 7 are transferred to an input field 5 in which there is an input position mark 8. At such a time, a picture control signal N before the field 5 is read and whether the display data of the registering area 7 are composed of the figures 0-9 and a period or not is checked. When the data passes the check, comma is put in every three figures and the data are displayed.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a screen input control method, and more particularly to a screen input control method suitable for checking and editing screen input data on a terminal or the like.

[Conventional technology]

In the prior art, as disclosed in Japanese Unexamined Patent Publication No. 61-208530, the attributes of input fields are displayed on the screen or defined by screen control symbols.

[Problem that the invention seeks to solve]

According to the above-described conventional technology, when checking and editing multiple types of input data, it is necessary to display multiple image control symbols before or after the mechanical field. Therefore, when multiple types of checking and editing are required for one input data, there is a problem in that a large number of screen control symbols are listed on the screen, making the display screen very cluttered. Another problem is that there are too many screen control symbols to be displayed and they cannot be displayed in a row on the screen.

FIG. 2 is a diagram showing a specific example of checking complex types of input data using the above-described conventional technique. When displaying data set in the number area 7 in the screen display section 3 in the input field 5 or 6, an input check is performed according to the screen control symbols ¥, S, ;, and H. In this way, when multiple screen control symbols are attached to one input field 5, 6 and multiple input data checks and input data edits are performed, the display screen becomes cluttered as described above. There were problems such as the inability to display control symbols in a row.

The present invention has been made in view of the problems of the prior art described above, and is a screen input control method that makes it possible to check multiple types of input data and edit input data using one symbol for the screen 11m instead of multiple symbols. Our goal is to provide the following.

[Means for solving problems]

The screen input method of the present invention is applied to a screen display device that includes a screen display section, a screen control device that controls the display of the screen, and a data input section, and is particularly applicable to checking and inputting multiple types of input data. A screen control symbol indicating data editing is determined and stored as a table in the screen control device, a single screen control symbol is displayed corresponding to the input field on the screen, and the input data check and display indicated by the displayed screen display symbol are
Editing of input data is performed by referring to a table in the screen control device.

[For production]

In the conventional input data checking and input data editing using screen control symbols, the screen control symbol is recognized for one screen control symbol, and one type of input data checking or input data editing is performed for the screen control symbol. In the present invention, after recognizing a screen control symbol, multiple types of input data predetermined for the symbol are checked and input data edited by referring to a table, so one screen is displayed for each input field on the screen. Just by displaying the control symbols, it is possible to check and edit input data in the same way as before.

〔Example〕

The present invention will be described in more detail below with reference to embodiments shown in the accompanying drawings.

FIG. 1 is a block diagram showing an embodiment of the present invention, and shows a drawing control device. As shown in the figure, the screen display device 1 includes a screen control device 2, a screen display section 3, and a data input section 4.
It consists of The screen display section 3 has an input field 5
and input field 6, number area 7, and input position mark 8
It consists of The data input section 4 also includes a number area input key group 9 and an input position mark 8 from the number area 6.
A transfer key 10 for transferring input data to a certain input field 5 or input field 6. Further, the screen control device 2 has a check table 11 corresponding to the input field 5 and the input field 6, as shown in the figure.

The screen control device 2 displays an input field 5, an input field 6, and a number area 7 on the screen display section 3. A screen control symbol N is displayed in front of the input field 5, a screen control symbol 2 is displayed in front of the input field 6, and the input field 5, input field 6, and number area 7 are displayed simultaneously. In addition, a check table 11 corresponding to the input field 5 and the input field 6 is
It is set in the screen control device 2. Note that the check table 11 has multiple types of check instruction settings corresponding to the screen control symbols N and D on the screen, that is, the screen control symbol N is used for inputting amount data, etc., and the input data is 0 to 9 and periods. If the check passes, comma editing is performed every three digits starting from the lower digit.

In addition, the screen control symbol is used to input date data, etc., and checks that the input data is a 6-digit input from O to 9. If the check passes, a hyphen is edited every two digits from the last digit (the input is In the case of 870113, 87-01-13) shall be performed.

It is assumed that the plurality of types of checks and edits described above are set independently on the check table 11 for each function.

When the user presses the input key group 9, the screen control device 2 reads the input data output from the data input section 4 and displays the read input data in the number area 7 of the screen display section 3. When the inputter presses the transfer key 10, the screen control device 2 detects from the data input section 4 that the transfer key 10 has been pressed, and transfers the display data in the number area 7 to the input field 5 with the input position mark 8. try to transfer. At this time, the screen! The IJII device 2 reads the screen control symbol N in front of the input field 5 and checks whether the display data in the number area 7 consists of numbers 0 to 9 and a period. If the check does not pass, the input user is informed that the press of the transfer key 1O is invalid (for example, an invalid person, error display, etc.). If the check passes, comma editing is performed every three digits from the last digit of the input data, the editing result is displayed in the input field 5, and the input position mark 8 is moved to the next input field 6. Input to input field 6 is performed in a similar process, checking whether the display data in number area 7 consists of numbers O to 9 and 6 digits, and if the check passes, a hyphen is inserted every two digits starting from the lower digit. Editing is performed and the editing results are displayed in the input field 6.

This makes it possible to check a plurality of types of input data and edit input data using one screen control symbol for one input field.

〔Effect of the invention〕

According to the present invention, since the screen control device is provided with a check table, when checking and editing multiple types of input data, it is possible to prevent the display screen from becoming cluttered with a large number of screen control symbols, and to control the screen control. Problems such as symbols not being able to be displayed in a row are resolved. This also has the effect of simplifying the screen design.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of the present invention, and FIG. 2 is an explanatory diagram showing an example of a drawing display according to the prior art. 1... Screen display device, 2... Screen control device, 3...
・Screen display section, 4...Data input section, 5...Input field F, 6...Input field, 7...Number area, 8...Input position mark, 9...Number Area input key group, 10...transfer key, work 1...check table.

Claims (1)

[Claims] 1. A screen display device comprising a screen display section, a screen control device for controlling screen display, and a data input section,
Screen control symbols indicating multiple types of input data checking and input data editing are defined and stored as a table in the screen control device, and a single screen control symbol is displayed corresponding to the input field on the screen, and the displayed screen display A screen input control method characterized in that input data checking and input data editing indicated by symbols are executed by referring to a table in a screen control device.