JPH0488465A - Kana/kanji converter - 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] Industrial Field of Application The present invention relates to a kana-kanji conversion device for converting Japanese to Japanese in a computer system.Conventional TechnologyThe following is a description of the conventional kana-kanji conversion device, with reference to the drawings. explain.

FIG. 4 shows a block diagram of a conventional kana-kanji conversion device. In Fig. 4, 401 is a keyboard;
402 is a cursor position storage means, 403 is a key code conversion hand ratio, 404 is a character data storage hand display, 405 is a fleeting kanji conversion means, 406 is a dictionary, 407 is a display means, 4
Reference numeral 08 denotes a window shape and position information storage means. Reference numeral 409 denotes a window creation means.The operation of the conventional kana-kanji conversion apparatus constructed as described above will be described below.Character input is performed from the keyboard 401. Keyboard 401 outputs keyboard input signal 410 in response to character input. Key code conversion means 403 outputs character data in response to keyboard input signal 410 output from i&keyboard 401 as unconverted character code 412. Character data storage means 404 stores unconverted character code 412 and input character data 415. Output. Kana-kanji conversion method 4
05 i;t,, The unconverted character data 412 output from the character data storage means 404 is converted into kanji using the dictionary 406 that outputs dictionary data 413 that associates kana character codes with kanji character codes. The converted character data 414 is output to the character data storage means 403. The window creation means 409 generates information 416 that is a combination of window shape position information, which is the position and size of a window that exists on the screen and has a rectangular area, and the cursor position that indicates the starting position at which characters are input within the window. Output Cursor position storage means 402 stores the cursor position and outputs a cursor position signal 417 to the display means 407 4 Window shape position information storage means 408 stores window shape position information and outputs a window shape position information signal 4
18 is output to the display means 407.
The input character data 415 is displayed in multiple lines within the window area stored in the window shape position information storage means 408 with the cursor position calculated by the cursor position storage means 402 as the starting position, and the cursor position signal 417 and window shape position information are displayed. A signal 418 is displayed on the screen.

When the characters reach the right edge of the window, the next character wraps to the next line and starts at the left edge of the next line.

Problems to be Solved by the Invention However, in the above configuration, when characters are displayed to the right edge of the window, they wrap to the next line and are displayed in multiple lines even when it is not desired to display them in multiple lines. There are problems.

The present invention has been developed in view of the above-mentioned problems.When characters are displayed to the right end of the window, the display method is switched between two methods: wrapping to the next line or not wrapping and changing the size of the window in conjunction with the input character position. The purpose of this invention is to provide a kana-kanji conversion device that is capable of converting kana to kanji.

Means for Solving the Problems This invention relates to character data input means that outputs input character data, window shape position information that is the position and size of a window that exists on the screen and has a rectangular area, and character data input within the window. window creating means for outputting a cursor position indicating a start position at which the cursor is input; cursor position storage means for storing the cursor position and outputting a cursor position signal representing the cursor position; cursor display output means for outputting a cursor display signal; window shape position information storage means for storing the window shape position information and outputting a window shape position information signal which is the window shape position information; window display output means for outputting a window display output signal in response;
display output means A for outputting a display signal A for displaying the input character data in one line with the cursor position calculated by the cursor position storage means as a starting position; and the cursor position storage means for displaying the input character data. a display output means B for outputting a display signal B for displaying a plurality of lines in a region of the window stored in the window shape position information storage means with the cursor position calculated as a starting position; and the display output means display selection information storage means for storing display selection information that is information for selecting A or the display output means B and outputting the display selection information; The present invention is equipped with a display switching means for switching the display output means B, and a display means for displaying the display signal A, the display signal B, the cursor display signal, and the window display output signal. With this configuration, the display switching means switches between the display means A and the display means B in response to the display selection information, so that the display means can be selected according to the application. The kana-kanji conversion device will be explained with reference to the drawings. Fig. 1 shows a block diagram of the kana-kanji conversion device in an embodiment of the present invention. In FIG. 1, 101 is a keyboard. 102 is a key code conversion quick reference 103 is a character data storage quick reference 104 is a fleeting Kanji conversion means 105 is a dictionary 106 is a display switching means 107 is a display selection information storage means 108 is a display output means A 109 is a window creation quick reference 110 is a cursor position storage means; 111 is a cursor display output means;
112 is a window shape position information recorder 1. 113 is a display output means B, 114 is a window display output means, and 115 is a display means.The kana-kanji conversion device configured as above is shown in FIGS. 1 and 2 below. and third
The operation will be explained with reference to the drawings. FIGS. 2 and 3 are explanatory diagrams of the screen of the kana-kanji conversion device in the embodiment of the present invention. In Figure 2, 20
1 and 202 are windows 203 is a cursor that indicates the position where characters are input.The window 201 and window 202 are the vertical width of one line.
1 and 302 are windows, and 303 is a cursor that indicates the position where characters are input. The window 301 and the window 302 have a vertical width of multiple lines.

In FIG. 1, characters are input using a keyboard 101. As shown in FIG. The keyboard 101 outputs a keyboard input signal 121 in response to character input.

The key code conversion means 102 outputs character data in response to the keyboard input signal 121 output from the keyboard 101 as an unconverted character code 122. Character data storage means 103 stores unconverted character codes 122 and outputs input character data 126. Kana-Kanji conversion means 10
4 Bit Converted character data 1 obtained by converting the unconverted character data 122 output from the character data storage means 103 into kanji using the dictionary 105 that outputs dictionary data 124 that associates kana character codes with kanji character codes.
23 to the character data storage means 103. The window creation means 109 outputs window shape position information 11, which is the position and size of a window that exists on the screen and has a rectangular area.
The cursor position storage means 110 stores the cursor position and sends the cursor position signal 128 to the cursor display output means 11.
The cursor display output means 111 outputs the cursor display signal 131 to the display means 115 in response to the cursor position signal 128. The result L is displayed as the cursor 203 in FIG. 2 or the cursor 303 in FIG. 3. The window shape position information storage means 112 stores the window shape position information and outputs the window shape position information signal 129. Window display output The means 114 outputs a window display output signal 133 to the display means 115 in response to the window shape position information signal 129. As a result, the window 202 in FIG. 2(B) or the window 302 in FIG. 3(B) is displayed. The display switching means 106 can switch the display between the display means A and the display means B according to the display selection information 125 output by the display selection information storage means 107. When certain display selection information 125 is output to the display switching means 106, the display switching means 106 outputs the input character data 126 to the display output means A. The display output means A calculates the input character data 126 from the cursor position storage means 110. Display means 115 displays display signal A for displaying in one line with the cursor position as the starting position.
Output to. The display means 115 receives a cursor display signal 131
and the window display output signal 133 are displayed on the screen, and the display signal A is also displayed. The result is displayed as shown in Figure 2 (B). Figure 2 A, BLL also shows the screen before and after the above operation.The window 201 is renamed to the window 202 after the above operation.In Figure 1, the display selection information storage means 107 is information for selecting the display means B. When the display selection information 125 is output to the table switching means 106, the display switching means 106 outputs the input character data 126 to the display means B. The display means B converts the human character data 126 to the cursor position calculated by the cursor position storage means 110. A display signal B for displaying multiple lines within the window area stored in the window shape position information storage means 112 as the start position is output to the display means.The display means outputs the cursor display signal 131 and the window display output signal 133. The result is displayed on the screen as well as display signal B.
Although the sea urchin is displayed as shown in Fig. 3 (B), Fig. 3 A, Bi
t. The screen before and after the above operation is shown. After the above operation, window 301 becomes window 302. In other words, when a character is displayed to the right edge of the window, the next character wraps to the next line and is displayed from the left edge of the next line. display output means A for outputting a display signal to the display means for displaying human character data in one line with the cursor position calculated by the cursor position storage means as the starting position; and input character data calculated from the cursor position storage means. A display signal B for displaying multiple lines within a window area stored in a window shape position information storage means that stores window shape position information, which is the size and position of the window, starting from the cursor position.
display selection information storage means for storing display selection information for selecting two types of display output means of display output means B for outputting; and display output means in response to display selection information outputted by the display selection information storage means. By providing a display switching means for switching between A and display output means B, in response to character input and display selection information, when a character on the screen reaches the right edge of the window, it wraps to the next line and the next character is placed on the next line. It is now possible to switch between display output means B, which wraps and displays from the left end of the next line, and display output means A, which does not wrap, and the practical effect is very small.

[Brief explanation of drawings]

FIG. 1 is a block diagram of a kana-kanji conversion device according to an embodiment of the present invention. FIG. 2 is a block diagram of a conventional kana-kanji conversion device. FIGS. 3 and 4 are screen diagrams of a kana-kanji conversion device according to an embodiment of the present invention. In the explanatory diagram, 101...Keyboard, 102...Key code conversion half-filled 103...Character data storage hand 1i 104
...Kana-Kanji conversion quick guide 105...Dictionary, 106
...Display switching means 107...Display selection information storage means 108...Display output means A, 109...Window creation means, 110...Cursor position storage ratio
111...Cursor display output hand wash 112...Window shape position information storage means, 113...Display output means B, 114...Window display output means, 1
15... Display means, 201 and 202... Window, 203... Carsono 301 and 302...
...Window, 303...Cursor number b Figure (A) No.

Claims (2)

[Claims] (1) Character data input means that outputs input character data, window shape position information that is the position and size of a window that exists on the screen and has a rectangular area, and indicates the starting position at which characters are input within the window. window creation means for outputting a cursor position; cursor position storage means for storing the cursor position and outputting a cursor position signal representing the cursor position; and a cursor display for outputting a cursor display signal in response to the cursor position signal. output means; window shape position information storage means for storing the window shape position information and outputting a window shape position information signal which is the window shape position information; and a window shape position information storage means for outputting a window display output signal in response to the window shape position information signal. a window display output means for outputting; a display output means A for outputting a display signal A for displaying the input character data in one line with the cursor position calculated by the cursor position storage means as a starting position; a display output for outputting a display signal B for displaying character data in a plurality of lines within a window area stored in the window shape position information storage means with the cursor position calculated by the cursor position storage means as a starting position; means B, and the display output means A or the display output means B
display selection information storage means for storing display selection information that is information for selecting the display selection information and outputting the display selection information; and switching between the display output means A and the display output means B in response to the display selection information storage means. A kana-kanji conversion device comprising a display switching means, a display means for displaying the display signal A, the display signal B, the cursor display signal, and the window display output signal. (2) The character data input means includes a keyboard that outputs a keyboard input signal in response to a key switch operation, and a key code conversion means that outputs character data in response to the keyboard input signal as an unconverted character code; a character data storage means for storing the unconverted character codes and outputting the input character data; a dictionary for outputting dictionary data for associating kana character codes with kanji character codes; Claim (1) further comprising a kana-kanji converting means for converting said unconverted character code into a kanji using said dictionary data and outputting said unconverted character code to said character data storage means as a converted character code.
) Kana-Kanji conversion device.