JPS6113335A - Controlling system of input display - Google Patents

Abstract

PURPOSE:To eliminate the necessity of a switching display for calling out a new picture plane display when a character input exceeding the capacity of an entry section is made, by temporarily saving character data which are already inputted in the entry section in a register. CONSTITUTION:A discriminating section 19 calculates the number of characters inputted in an input controlling section 16 and, when the number exceeds a prescribed value, generates a control signal Q. A control section 7 fetches Kanji (Chinese character) codes E and F in an entry memory section 18 and stores the codes E and F in a register 20. When a character is inputted by operating the character key 9 of a keyboard 6, the character is set in a register 17 by the input controlling section 16 and the control section 7 transfers the character to the entry memory section 18. Even though a character input exceeding the capacity of the entry memory section 18 is made, any switching display for calling out a new picture plane is made unnecessary.

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention is directed to a personal computer (Personal Compute).
This invention relates to improvements in input display control methods for manually inputting characters, etc.

/NIL computers are used not only for arithmetic processing but also for document processing.

[Conventional technology]

The procedure for tabulation operations using a computer will be explained using diagrams.

Figure 3 is a block diagram illustrating a conventional example.
is divided into a tabulation section 2 and an entry section 3.

The table section 2 is a display area used to create a "table" 4, and is controlled by the processing section 5. On the other hand, the entry portion 3 is a display area in which characters, symbols, etc. input from the keyboard 6 are displayed manually.

In FIG. 3, when creating "1 table", first the processing unit 5
When the framework data A is sent to the control section 7, a table (framework) 4 is displayed on the tabulation section 2 of the screen l. Column B of this table 4
For example, when manually inputting the Chinese characters ``automatic frequency measurement'', the cursor key 8 of the keyboard 6 is operated to move the cursor C (red stamp) to -B on one screen 1. Then,
Operate the kana character key 9 on the keyboard 6 to select the kana character "
When you enter "Jido", the beginning of entry part 3 (left side)
The kana character ``Jido'' is displayed at the position.

When the conversion key 10 is pressed, the kana character ``Jido'' is converted to the kanji character ``automatic'' and displayed.

(en in Figure 3) IJ part 3 is displayed immediately after the above operation is performed, the kanji character "automatic frequency measurement" is manually displayed using the kana/kanji conversion method, and the kana character "te" is input. It shows the status of. When the input key -it on the keyboard 6 is pressed after the input is completed, the characters input in the entry part 3 are transferred to @B in the first tabulation part 2 and displayed.

Note that D in the entry part 3 is a cursor for inputting characters, and its movement is controlled by the keyboard F60 cursor key 12. 13 in the diagram is a dictionary file for kana/kanji conversion, and ]4 is a zomori for display.

As mentioned above, tabulation and text input using a computer are
This is often done using a table section 2 and an entry section 3 provided on one fixed screen.

[Problems that the invention is supposed to solve]

In FIG. 3, when the number of characters input into the entry part 3 exceeds the input display capacity of the entry part 3, the problem with the conventional method is that the characters that exceed the capacity cannot be input on the same screen. there were.

For example, if the capacity of entry part 3 is 7 characters and the character to be input is "automatic frequency measurement", enter "automatic frequency measurement" as shown in entry part 3 in Figure 3. After that, when inputting ``te'' next time, the character ``tej'' can be input, but the character ``i'' cannot be input on the same screen (therefore, kana/kanji conversion is also not possible), so other fixed characters can be input. There was a problem in that input had to be made after switching and displaying on the screen.

[Means for solving problems]

The above problem is that the display storage part has a predetermined capacity in which character information is stored, a display part has the same capacity as the predetermined capacity, and an input part, and the character information input from the human power part is inputted. A device that displays characters by storing character information in a display storage unit and sending character information in the display storage unit to a display unit, the storage unit temporarily storing information in the display storage unit, and the storage unit and the display storage unit. The apparatus includes means for controlling information and transfer between sections, and means for monitoring the number of character information input from the input section, and when the number of character information input from the input section exceeds a predetermined capacity of the display storage section. In the input display of the present invention, the input display of the present invention stores the character information inputted into the display storage part in the storage part, and stores the character information from the input part in the empty space in the display storage part generated due to cough storage. Solved by control method.

[For production]

It has a display storage section, and one fixed screen is divided into an entry section for inputting characters and a tabulation display section for manually inputting the characters entered into the entry display section as data in a "table". In a device in which characters input from a keyboard, etc. are input and displayed on an entry display section and then transferred to a table display section for display, the number of characters input from the input section is determined by the capacity of the entry display section ( (number of characters), the character information in the entry display area that has already been entered (
In other words, the human-powered display of the present invention temporarily stores (SAVE) part of the information (character information in the display storage section) in a newly installed storage section, and stores subsequent character information from the human-powered section in the display storage section vacated by the 8AVFi. The control method eliminates the problem of input overload exceeding the display capacity when displaying a fixed screen, that is, the need to switch to another fixed screen. [Embodiment] The present invention will be explained below with reference to the drawings. FIG. 1 is a block diagram for explaining one embodiment of the present invention, and FIG. 2 is a display example for explaining one embodiment of the present invention.

In FIG. 1, frame data from the processing section 5 is sent to the display control section 15 via the control section 7, whereby a table (framework) 4 is displayed on the tabulation section 2 of the screen l.

The operation will be explained by taking as an example the case where the characters "automatic frequency measurement" are entered in column B of Table 4. Operate the keyboard 60 cursor key 8 to move the cursor C (marked with *) to the position of column B in Table 4.

Next, operate the kana character key 9 to input the kana character "Jido", and the entered kana character code r (ji), $
Q, t(u) are sequentially input from the beginning position (left end) of the register 17 by the input control unit 6.

The input data (r, s and t) in this register 17 are:
The control unit 7 transfers the data to the entry memory unit 18 of the display memory 14, so the kana characters "ji", "do", and "u" are displayed in the entry part 3 of the screen l (not shown).
be done.

When the conversion key 10 on the keyboard 6 is pressed, 1 conversion command P
is sent to the control section 7. The control unit 7 controls the kana character code (r.

The kanji code JP (automatic) corresponding to s, t) is extracted from the dictionary file 13 and stored at the beginning (left end) of the entry memory section 18 of the display memory 14. As a result, the kana character ``Jido'' (not shown) that was displayed in entry part 3 disappears, and the kanji character ``Jido'' (not shown) appears in its place.
"Auto" is displayed.

As mentioned above, the character input is performed through kana/kanji conversion.

FIG. 2(a) shows the state immediately after the kanji character "automatic frequency side" is input using the above input method. The entry memory section 18 stores kanji codes E (white), F (movement), G (circle), H (wave), I (number), and measurement (J).
IJ part 3 corresponds to the corresponding kanji code E, J
The kanji ``automatic frequency side'' will be displayed.

Referring again to FIG. 1, the determining unit 19 counts the number of characters manually entered into the input control unit 16, and the number is set to a predetermined value (for example, "
6''), a control signal Q is issued. Upon receiving this, the control unit 7 inputs the kanji code E in the entry memory unit 18.
and F and store it in the register 20 (SAVF
i) Do. Along with this, the kanji for part 3 of Esotori on screen l “
'self' and 'do' disappear.

Figure 2 (bl shows the state immediately after that. As shown,
The first two Kanji codes E and F of the entry memory section 18 are transferred to the register 20 and 3 (SAVE). As a result, the first two characters "automatic" in entry part 3 disappear.

In FIG. 1, when the kana characters "te" and "i" are input by operating the character keys 9 of the keyboard 60, the input kana character codes t (te) and m (i) are changed to the input controller 16.
is set in register 17. The control unit 7 transfers the kana character code and m in the register 17 to the entry memory unit 18.

The kana character code and m are as shown in Figure 2 (C),
The kana character code t is stored at the right end of the entry memory section 18, and the kana character code m is stored at the left end. Along with this, entry part 3 will be displayed as shown in the figure.
i.e. "i", "-(cursor)", "zhou", "wave"
, ``number'', ``measure'', and ``te'' appear in this order.

In FIG. 1, when the conversion key 1O of the keyboard 6 is pressed after the above-mentioned manual operation, a conversion command P is sent to the control section 7. The control unit 7 extracts the kanji code K of the kanji “tada” corresponding to the input kana character codes t (te) and m (i) from the dictionary file 13 and stores it in the rightmost position of the entry memory unit 18. In addition to storing register 2
The two kanji codes E (2) and F (dynamic) within 0 are stored in the leftmost two-digit position of the entry memory section 18.

FIG. 2 (dl shows the state immediately after the above control operation).

As shown in the figure, the kanji codes E and F from the register 20 are stored in the leftmost two-digit position of the entry memory section 18 (restored to the old position), while the kanji codes E and F are stored in the rightmost (last) position. Code K is stored. Accordingly, the Chinese characters "automatic frequency measurement" are displayed in entry part 3.

In FIG. 21, after completing the above-mentioned kanji manual, when the human key 11 on the keyboard 6 is pressed, a transfer command 2 is sent to the control section 7. The control unit 7 includes the esotory memory unit 1
The kanji codes E to K in 8 are transferred to the tabulation area 21. As a result, in column B of screen l corresponding to area S,
The kanji characters "automatic frequency measurement" are displayed (not shown), and character input into Table 4 (column B) is completed.

As described above, the present invention allows character data that has already been input (displayed) in a part of the IJ to be temporarily saved (S
AVE), so that the subsequent character data can be entered manually in the vacant area.〇 [Effects of the Invention] The input display control method according to the present invention is designed to allow the input display control method according to the present invention to be used in fixed screen display. Even in the case of character input exceeding the capacity of a part of the IJ, it is possible to eliminate the need for switching display to call up a new screen.

[Brief explanation of drawings]

Fig. 1 is a block diagram illustrating an embodiment of the present invention, Fig. 2 is a display example illustrating an embodiment of the present invention, and Fig. 3 is a block diagram illustrating a conventional example. , 2 is the tabulation part, 3 is part of the entry, 4 is the table, 5
is a processing unit, 6 is a keyboard, 7 is a %IJl11 part, 8.
12 is the cursor mode, 9 is the character key, 10 is the conversion key,
11 is a human key, 113 is a dictionary file, 14 is a display memory, 15 is a display control section, 6 is an input control section, 17.2
0 is a register, 18 is an end IJ + ffl memory section,
19 is a discrimination unit, 21 is a tabulation area, A is framework data, B is a column, b is an area, C and D are cursors, 11! i, F, G,
Kanji code %t for H, I, J. m, r, S, t are ephemeral codes, P is a conversion command, Q is a control signal, and 2 is a transfer command. 2 tickets

Claims (1)

[Claims] It has a display storage section with a predetermined capacity in which text information is stored, a display section with the same capacity as the predetermined capacity, and an input section, and the text information inputted from the input section is sent to the display storage section. In a device that displays characters by storing character information in the display storage section and sending the character information in the display storage section to a display section, a storage section that temporarily stores information in the display storage section, and information transfer between the storage section and the display storage section. and means for monitoring the number of character information input from the input section, and when the number of character information input from the input section exceeds a predetermined capacity of the display storage section, An input display control method characterized in that character information that has already been input is stored in the storage section, and character information from the input section is stored in a free space in the display storage section that is generated due to the storage.