JPS61175768A - Paired code learning method for symbol input - Google Patents

Abstract

PURPOSE:To attain the immediate input of symbols to be paired with each other by a learning function by displaying with priority candidate symbols to be paired with an input symbol on a screen in an input mode of the next symbol. CONSTITUTION:A symbol input screen is obtained with push of a symbol input designation key. When one of paired symbol codes is supplied, the input symbol is learned together with a symbol to be paired with said input symbol. The sentences are supplied successively in case the sentences are supplied but no symbol input is designated. Then the symbol input screen is changed when the symbol input is designated. At the same time, the symbol to be paired with the input symbol is displayed with priority through learning. Thus the symbol code to be paired is supplied simply by selecting it.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field 1] The present invention relates to a pair code learning method for symbol input when creating sentences etc. using a word processor.

[Prior art and its problems] When creating sentences etc. with a Japanese word processor,
Conventionally, when entering symbols that are always used in pairs, such as "" and "[", using a code, you input one symbol code, then select the symbol code that pairs with this symbol. Even when inputting symbols that are always used as a pair, it is necessary to search the code for the other symbol in the pair, and this interrupts thinking during document creation and reduces efficiency. was.

``Purpose of the Invention'' This invention was made to eliminate the above-mentioned drawbacks, and is a symbol input system in which when one of the symbol codes used as a pair is input, the paired symbol can be instantly input using the learning function. The purpose is to provide a method for learning pair chords.

[Structure of the Invention] In the pair code learning method for inputting symbols of the present invention, when a symbol used as a pair when creating a sentence etc. with a word processor is input, it becomes a pair with the input symbol when inputting the next symbol. It is characterized by giving priority to symbols as candidates and displaying them on the screen.

[Example 1 FIG. 1 is a block diagram showing one embodiment of the present invention.

1 is a keyboard that is an input device; 2 is an editing control unit that processes and edits kana etc. input from keyboard 1 using various functions; 3 is a central control unit that converts the kana string input to editing control unit 2 into kanji It is a kana-kanji conversion control unit that converts to , and contains the dictionary necessary for this conversion. Reference numeral 4 denotes a unit that stores a system program input from another 70 disk (not shown), etc., and the editing control section 2 performs various controls based on this program. 5 is the editing memory required for the above editing, ! a character buffer 751 that stores the characters selected, a symbol learning buffer 52 that stores symbols sequentially with priority starting from the last selected symbol, a symbol buffer 753 that stores symbols with predetermined priorities, and a symbol buffer 753 that stores symbols with a predetermined priority order; The data is stored in the symbol buffer 53 and the pair code table 54 when the system program is read. 6 is a CRT device which is a display section, and 7 is a printer that prints edited sentences and the like.

Next, the operation of the above configuration will be explained with reference to chart 70 in FIG.

When inputting paired symbols during document creation, first press the symbol input designation key, and the symbol input screen appears in step 8.1. When one symbol code of the pair is input in step 8.2, the input symbol is changed in steps S and 3, and the symbol paired with the input symbol is changed in step 8.4. be learned. Sentences etc. are input in step 8.5, and step S, 6
If symbol input is not specified in step 8.5, sentences are input continuously, but if symbol input is specified, the screen changes to the symbol input screen in steps S and 7, and the text is paired in steps S and 8. Since the symbol shown in FIG.

The paired code learning in steps S, 2 to S, and 4 will be further explained in accordance with the 70-chart in FIG. 3, the data in the buffer in FIGS. 4 and 5, and the screen display in FIG. 6. When the symbol input mode is set as described above, it is determined in steps S and 10 whether or not there is symbol data by learning in the symbol learning buffer 52, and if there is data, the symbol data is inputted in the learned priority order in steps 8 and 11. , for example, in Figure 4 (
As shown in Figure 6 (a), the data shown in a)
Symbols “P” uQ” etc. are displayed on CRT along with numerical messages.
displayed on the device 6. If there is no desired symbol in the symbol list displayed here, in step 8-12, use a spelling key such as a cursor key to select step s, 10-
3. Repeat step 12 to display lower priority symbols in order. When the symbol with the lowest priority in the symbol learning buffer 752 is displayed, the symbols in the symbol buffer 53 are then displayed in a preset priority order, for example, the order shown in FIG. 5. Incidentally, if there is no data in steps S and 10, the symbols "A" uB-, etc. in the symbol buffer 53 are displayed on the CRT device 6 in step 8.13 together with a numerical message.

If you input a message number for selection corresponding to a desired symbol from among the currently displayed symbols, this selected symbol is stored in the text buffer 51 in step 8.14, and the next step 8.15 is entered. The data in the text buffer 51 is then displayed on the CRT device 6, and the screen returns to the normal text creation screen.

In the next step 8.16, the selected symbol e.g.
As shown in FIG. 4 (b), the symbol "" is inserted into the highest priority position of the symbol learning buffer 52, and each conventional symbol is sequentially shifted to the lower position, and the symbol "2" with the lowest priority is deleted. be done. The above priorities are then stored in step 8.17 and the process proceeds to step 8.18. Step 8.1
In 8, the hood with the symbol "" above is the pair code table 5.
4, and the paired symbol "" is selected by comparing the symbol hoods, and this paired symbol code is determined by the process described above in steps S, 19, 8. Symbol learning buff 7a52 as shown in (c)
will be inserted at the highest priority position. Therefore, when the symbol input mode is set next, as shown in FIG. It becomes easy to input symbol codes.

In the above example, the symbol code is stored in the symbol buffer in order to store the symbol, but a JIS code food calculation table may also be used. This is because each symbol according to the JIS code is assigned a code using consecutive Kuten codes, so the symbol code can be calculated using relative data.

[Effect of the invention 1] This invention is designed so that when one symbol code used as a pair is input, the other symbol of the pair is displayed preferentially on the screen using the learning function. This makes it easier to input selections.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing one embodiment of the present invention, FIG. 2 is a block diagram showing the operation of FIG. 4 is a diagram of the memory inside the symbol learning buffer, FIG. 5 is a diagram of the memory inside the symbol buffer 7, and FIG. 6 is a diagram showing the display of the CRT device. DESCRIPTION OF SYMBOLS 1...Keyboard, 2...Editing control unit, 3...Kana-Kanji conversion device, 4...System program unit, 5...Editing memory, 6...CRT device, 7...
Printer, 51...Character buffer, 52...Symbol learning buffer 7.53...Symbol buffer, 54...P7
Coat t'? -Full.

Claims (1)

[Claims] (1) When a symbol used as a pair when creating a sentence etc. with a word processor is input, when inputting the next symbol, the symbol that pairs with the input symbol is given priority as a candidate and displayed on the screen. A pair code learning method for symbol input.