JPS63619A - Kanji data rearranging device - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention is particularly useful for tabulations, etc. in information processing devices having document creation capabilities, such as Japanese word processors and personal computers. The present invention relates to a suitable kanji data sorting device.

[Summary of the Invention] The present invention stores not only the converted kanji data but also the reading data at the time of input in order to rearrange the kanji data in the order of reading (in alphabetical order). When sorting, the kanji data is sorted by referring to the reading data instead of referring to the kanji data.

[Prior Art] Conventionally, tables such as personnel files and school class lists have been created using information devices such as Japanese word processors and personal computers that have a writing function. was. In this case, the personnel file records each person's name, age, affiliation, etc., and the class list records names, grades, etc. These were usually created by arranging the names in alphabetical order. Furthermore, some types of information devices have a function that allows the created table to be rearranged, for example, in order of age or grade.

[Problem to be solved by the invention] However, if you try to rearrange them in the order of the first 50 syllabaries after rearranging them once, you will never be able to reorder them again because the rearrangement in this case was done using the internal code of the kanji characters. It was not possible to rearrange them in alphabetical order.

In other words, if we rearrange the table of names and points as shown in Figure 7(a) in ascending order of scores, it will become as shown in Figure 7(b), but if we try to return it to the original order of 501, The result is as shown in FIG. This is ``An'', ``Ita'', ``
The shift JIS codes for "small", "phase", and "ike" are r88cOHJ.

r88c9HJ, r8FACHJ, r918Al-IJ
r9272HJ, and the codes are arranged in descending order of code number. Therefore, originally “Yasui (
``Yasui'' should have come after the R, but instead it came at the beginning of the - number, and even though ``Ikeda'' was the second, -
I end up coming last in my turn.

The present invention has been made in view of the above points, and it is an object of the present invention to provide a kanji data sorting Vt system that can sort kanji data in a reading order such as the alphabetical order.

[Means for Solving the Problems] FIG. 1 is a functional block diagram of the present invention. In the figure, 1 is an input means for inputting kanji reading data and specifying the rearrangement of kanji data, 2 is a reading kanji conversion means for converting the input reading data into kanji data, and 3 is the above-mentioned reading kanji conversion means. A storage means 4 stores reading data and kanji data in correspondence, and searches the stored reading data in accordance with the rearrangement designation from the input means 1, for example, in a predetermined order such as the alphabetical order. 5 is an output means such as a CRT or a printer that outputs the rearranged kanji data.

[Operation] To explain the operation of the present invention, the kanji reading data inputted by the input means 1 is converted into kanji data by the reading kanji conversion means 2, and this converted kanji data is made to correspond to the above reading data and It is stored in the storage means 3. When the input means 1 specifies that the kanji data be rearranged in a reading order such as the alphabetical order, the rearranging means 4 searches the stored reading data and arranges the readings in the alphabetical order. The stored kanji data is rearranged, and the rearranged kanji data is outputted by the output means 5. Therefore, the kanji data can be rearranged in reading order, such as the alphabetical order.

[Embodiment] (1) Configuration An embodiment of the present invention will be described below with reference to the drawings. Second
The figure shows its configuration, and 10 is a CP that controls the whole.
It is U. Reference numeral 11 denotes an input section, which includes alphabet keys, "r conversion" keys, numeric keys, kana character keys, and the like. Is 12 an input buffer? and 13 is an expenditure memory in which the document after kana-kanji conversion is stored. 14 is a reading buffer in which the reading before kana-kanji conversion is stored, and 16 is a program section in which a program for sorting is stored.

In the figure, 16 is a display memory, which stores the kanji data after A after kana-kanji conversion in the document memory 13 and the reading data before kana-kanji conversion in the reading buffer 14. Ru. Reference numeral 17 is a display driver, and reference numeral 18 is a display unit on which the kanji after kana-kanji conversion and the reading before conversion are displayed. 19 is a personal name dictionary in which the kanji of people's names and their pronunciations are generally registered, 20 is Juku 3B and its pronunciation is memorized, and 21 is 1.
This is a single kanji dictionary that stores long kanji and their readings. Reference numeral 22 denotes a character string editing section, which converts the personal name kanji that could not be converted by the personal name dictionary N19 into a single kanji, and edits the pronunciation for the personal name.

(Created by 21171 The operation of the kanji data sorting device with such a configuration is described in the third section.
This will be explained with reference to the figures. In this case, FIG. 4(a) shows an example of the operation, and FIG. 6(b) shows an example of the display corresponding to the operation. Furthermore, in this embodiment, the playback is performed in alphabetical order, but it may be arranged in alphabetical order.

1) First, to create a new table, define the columns and number of rows for the table. In other words, "9" because of the column.

Enter "45" in the number of rows.

2) Next, set attributes for the column. In this case, since column A is a column for inputting names, a predetermined input representing it, for example, rcNJ (character name) is input.

By this operation, the above column A is defined to be in the name mode of string.

3) If you want to input "Juge knee" in the first line of column A, input "Ando" using kana or Roman alphabet input, and then operate the "conversion" key. By this operation, the display section 18 is displayed as shown in FIG.
The characters after kanji conversion and the character string before conversion are displayed at the bottom of the display screen.

In this case, to input a person's name that does not exist in the person's name dictionary 19, the following operation is performed.

4) That is, after inputting data for one row (first row of column A to first row of column I), the user attempts to input "Ishige" in the second row of column A. In this case, even if you enter "Ishige", "
"Ishige" does not exist in the personal name dictionary 19, so it is not converted. Therefore, input "Ishi" to convert, and then input "Ke" to convert.

Then, as shown in FIG. 3(b), the reading of the kanji is displayed as "Ishike". In order to properly "Ishige" this, perform the following operations.

5) For example, press the "Extension" key and the direction cursor "→
” key to move the cursor to the “Ke” position of “Ishiga” and modify “Ke” to “Ge”.

6) Repeat these operations to fill in all the data in the table. The screen after the input is as shown in FIG. 4(b).

Here, when arranging the items in descending order of total points in the table, the alphabetical order is broken and the items are arranged in descending order of points. An example of the display is shown in 7) of the same figure (b).

8) Rearrange the table arranged in this total group in the original order of the 50 syllabary. That is, when sorting is selected, a property sheet 23 is displayed as shown in FIG. 2(b). Here, if you select the item and whether it is ascending or descending order and press the "Execute" key, the order will return to the original alphabetical order.

These operations will be further explained with reference to the flow charts of FIGS. 4 to 6. FIG. 4 is a flow chart of the operation of specifying currency of items in table creation. That is,
Item attributes are set after setting the length of the item (step 5401), and if the specified attribute is not a numeric type (step 8402) and is a character name (step 3).
403), turn on the name mode flag (step 5
404).

Also, the buffer 14 for storing reading data of the name is secured (step 3405). If attribute settings for all items have not been completed (step 340
6) Set the attributes of the following items.

FIG. 5 is a flow chart of data setting operations for each item. First, it is determined whether it is in name mode or not.
Step 5501), if the name mode is selected, then it is determined whether the "execute" key has been operated (step 8502>
. If no operation has been performed, the characters input by Kana character input or Romaji input (Step 8503) are converted into Kanji characters (Step 8504). Further, the kanji and reading thereof are displayed (step 5505). If the reading of the converted kanji is incorrect, the "extended function" key and the "→" key are operated (step 8506), and the cursor is moved to the reading in response to this operation (step 5507). The reading is then corrected to make it the correct reading (step 5508
). When the correction is completed, the ``extended function'' key and the left cursor ``←'' key are operated (step 8509), and the cursor is accordingly moved back to wait for manual input of kana characters, etc.

If it is determined in step 5502 that the "execute" key has been operated, the reading is registered in the reading buffer 14 secured above (step 8510). Then, display the kanji on the table (step 5511) and wait for the next data input.

If it is not the name mode in the above step 5501, then the process similar to - general character input and kanji conversion is performed (step 8512), and if the "r run" key is operated (step 5513), the above step Jump to 5511 and display the kanji.

FIG. 6 is a flow chart of the sorting operation. That is, it is checked whether the item to be rearranged is in name mode (step 5601), and if it is in name mode, the kanji reading buffer 14 is searched (step 5602). and,
Order of specified conditions (ascending order).

(in descending order) (step 8603).

If it is determined in step 5601 that the name mode is not selected, data in the document memory 13 is searched (step 5604) and displayed (step 3605).
.

By providing the reading buffer 14 in this manner, the kanji data can be rearranged in the order of reading, and can be effectively used for customer management, school performance management, etc.

Furthermore, if you improve your personal name dictionary sufficiently, when you need to enter the kanji and furigana of a person's name in a table, you will not have to enter the kanji and the hiragana twice.
It is now possible to input information with a single operation. Furthermore, by referring to furigana information, it is possible to rearrange the characters in the alphabetical order.

[Effect of the invention] As detailed above, according to the present invention, kanji data can be
It is possible to provide a kanji data rearrangement device that can rearrange kanji data in a reading order such as zero syllable order.

[Brief explanation of drawings]

FIG. 1 is a functional block diagram of the kanji data sorting device of the present invention, FIG. 2 is a diagram showing the configuration of an embodiment of the present invention, and FIG.
Figures (a) and (b) are diagrams showing operation examples and display examples, respectively, for explaining the present invention in detail, Figure 4 is a flow chart for explaining the item attribute setting operation, and Figure 5 is a flow chart for explaining the item attribute setting operation. Flow chart to explain data input operations for items.
FIG. 6 is a flow chart 1 to 7 for explaining the sorting operation, and FIGS. 7(a) to (C) are diagrams for illustrating conventional kanji data sorting. 1... Input means 2... Kanji reading conversion means 3...
・Storing means 4... Sorting means -5... Output means Applicant Casio Computing Filter Co., Ltd. 6th factor Column number = and ◎ Number of rows = Break ■ (a) 9 columns (b) (a ) (t)) Ward 3 Figure 5

Claims (1)

[Claims] An input means for inputting kanji reading data and specifying rearrangement of the kanji data, a reading kanji conversion means for converting the reading data inputted by the input means into kanji data, and a reading kanji conversion means for converting the reading data input by the input means into kanji data, a storage means for storing the kanji characters in correspondence with each other, and a sorting method for searching the stored reading data and rearranging the stored kanji data in a predetermined reading order according to a rearrangement specification from the input means. 1. A kanji data sorting device comprising: means and output means for outputting the sorted kanji data.