JPS58116579A - Graphic japanese character dot pattern output control system - 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 Technical Field of the Invention The present invention relates to a kanji dot pattern output control system, and particularly to a method for decomposing kanji into radicals and storing them.

This invention relates to a kanji dot pattern output control method that requires less pattern storage capacity to obtain kanji patterns by combining them.

Background of the Technology In recent years, electronic computers that process 9 Japanese have become widespread, and kanji are becoming the norm for output characters.

Prior Art and Problems The problem with outputting kanji characters is that there are an extremely large number of them. Conventionally, each kanji is stored in memory in a one-to-one correspondence with its dot pattern, and the large number of kanji means that a large number of kanji patterns must be stored, resulting in an increase in storage capacity or a certain level of memory. If the capacity is large, the storage area that can be used by the program will be reduced, resulting in a decrease in processing efficiency.

OBJECTS OF THE INVENTION It is an object of the present invention to reduce the storage area for 9-character patterns, to make effective use of memory, and thereby to reduce costs or improve processing efficiency.

Composition of the invention The above purpose is to divide kanji into each radical.

A basic dot pattern storage section that stores the basic do/nodo/s11 turns corresponding to each radical code, and for each kanji code, area designation information that specifies the corresponding area in the output pattern area of the kanji and the corresponding correspondence. a character pattern storage section that stores a character/" turn, which is provided with one or more tscutane elements consisting of radical name information specifying the radical name to be output to the designated area, and a numerical value indicating the number of pattern elements; This is achieved by a Kanji do/nodo pattern output control method comprising: and a do/notono size turn changing section that changes the dot/< turn to a pattern suitable for the designated area based on the area designation information.

Examples of the invention FIG. 1 is a diagram showing radical patterns of kanji.

FIG. 2 is a diagram showing a character pattern of the present invention.

FIG. 3 is a diagram showing the appearance pattern area of three kanji of the present invention,
FIG. 4 is a diagram showing a processing flow of the present invention, and FIG. 5 is a diagram showing an embodiment of the present invention. In the diagram, ■ is a Chinese or tan sanzui, 2 is a kan design, and 3 is a tan design (
Hanoo), 4 is a numerical value n indicating the number of pattern required s5, 6
is a radical name code that is radical name information.

7 is the appearance pattern area of kanji, 9 is the coordinate (rl, CI)
A rectangular area with coordinates (r 2. c 2) as its vertices, which is an area in which radical name codes are associated, 10 is a kanji code register in which the code of the kanji to be output is stored, 1
1 is a character pattern storage section, 12 is a pattern number register, 13-1 to 13-n are pattern element registers in which pattern elements output from the character pattern storage section 11 are stored, and Gl to Gn are the contents of the pattern element registers. Gates that are selectively opened; 14 is an OR circuit; 15 is a radical name code register; 16 is an area specification register where area specification information is set; 17 is a basic dot pattern storage area; 18 is an area specification register based on the contents. LS circuit 19 enlarges or reduces the dot pattern from the basic dot pattern storage area including no change; 19 is an ACC circuit that sequentially accumulates the contents of LS circuit 18;
” or not.

A subtraction circuit whose value is 4-1 when it is not rOJ.

21 is activated when the subtraction circuit 20 detects "0",
This is an output circuit that outputs the contents of the ACC circuit 19.

Next, the operation will be explained. In the case of the Kanji character "Kan", the corresponding code is set in the Kanji code register IO.

The character pattern storage section 11 is accessed with this code,
As n, 2 is set in the pattern number register, the pattern element of pattern 1 is set in the pattern element register 13-1, and the structure * is set in the pattern element register 13-2. Game not shown because n is 2) OR circuit 1 from G2
After 4.

The radical name code is in the radical name code register 15.

Then, the designated area is set in the area designation register 16.

The basic dot pattern storage section 17 is accessed based on the contents of the radical name code register.

A dot pattern LS circuit 18 corresponding to the vague structure is supplied. This dot pattern is the area specification register 16.
The tone pattern given by the IF is changed to a pattern suitable for the specified area using the contents of the IF as control information, and is output to the ACC circuit 19. The subtraction circuit 20 changes the contents of the pattern number register from 2 to 1. Then, in substantially the same way as when n='l, the contents of the pattern element register 13-1 are changed to the OR circuit 149, the radical name code register 15. Area specification register 16, basic dot pattern storage section 17. And the LS circuit 18 inputs the desired signal to the ACC circuit 19 . However, as the previous result, the construction of ll[ has been stored in the ACC circuit 19, so the pattern specified by the kanji code register IO has been completed. The subtraction circuit 20 detects the subtraction result "0" and activates the output circuit 21. Therefore, the kanji dot pattern "Kan" will be output.

That is, in the case of "drop" as shown in FIG. 3, n=3 in the character pattern corresponding to the kanji code. However, the position of ``sanzui'' is different from that of ``kan'', and even if the radical names match, the area specification information (rl
, r2. cl, c2) are different between "drop" and "kan".

Effects of the Invention According to the present invention, it is sufficient to simply store the types of radicals of kanji as dot patterns.

This has the effect that the capacity of the storage device can be small.

[Brief explanation of drawings]

FIG. 1 is a diagram showing radical patterns of kanji. @2 Figure 1 is a diagram showing the character pattern of the present invention. FIG. 3 is a diagram showing the appearance pattern area of two kanji of the present invention,
FIG. 4 is a diagram showing a processing flow of the present invention, and FIG. 5 is a diagram showing an embodiment of the present invention. In the figure, 4 is a numerical value indicating the number of pattern elements 15, and 6
is the radical name code that is radical name information, 7 is the kanji appearance pattern area, 9 is the area to which the radical name code is associated, 1
0 is the kanji code register, 11 is the character pattern storage area. 12 is a pattern number register, 13-1 to 13-n are 7-inch turn element registers in which pattern elements output from the character pattern storage section 11 are stored, Ql-Gn is a game)
, 15i is the radical name code register, 16 is the area specification register where area specification information is set, 17 & is the basic code/do pattern storage area, 18 is the LS circuit for expansion or contraction tJX, 19 is the L3 circuit 1B. An ACC circuit 20 and a subtraction circuit 21 that sequentially accumulate contents is an output circuit that is activated when the subtraction circuit 20 detects "0" and outputs the contents of the ACC circuit 19.

Claims (1)

[Claims] +11 In the kanji dot pattern output control method that outputs kanji dot patterns corresponding to specified kanji codes, basic dot pattern storage that divides kanji into each radical and stores the basic dot patterns corresponding to each radical code. Each kanji code consists of area specification information that specifies the associated area in the output pattern area of the kanji, and radical name information that specifies the radical name to be output to the associated area. A character pattern storage unit that stores a character pattern including 11 or more pattern elements and a numerical value indicating the number of pattern elements, and a dot pattern change that changes the dot pattern to a pattern suitable for a designated area based on the area designation information. A kanji dot pattern output control method characterized by consisting of a part and a part.