JPH0462586B2 - - Google Patents

Description

[Detailed Description of the Invention] (Industrial Application Field) The present invention relates to a composite character editing processing method, particularly a composite character in which a character or symbol (hereinafter referred to as a character, etc.) is inserted in a reduced form with another character, etc. This invention relates to a composite character editing processing method that automatically generates a composite character without inputting special control symbols or the like.

(Problems to be solved by the conventional technology and the invention) When creating a text, it is difficult to make the created text easier to read or to create composite characters by inserting characters into other characters from a design perspective. It is being said.

Conventionally, when creating a composite character, after inputting a control signal to start compositing to distinguish it from other characters, predetermined characters, etc. to be composited were input in sequence. It was also necessary to input a control symbol to terminate the composition after inputting a predetermined character or the like. Therefore, in order to distinguish between other characters, etc. to be synthesized, it is necessary to input a control signal twice in addition to the characters to be synthesized, such as key input. There was a problem. Also, for example, it is possible to input only the control symbol that starts a composite character and limit the composite character to one or two characters, but even in this case, at least one control symbol in addition to the composite character may be input. There was a problem in that signals had to be input using keys.

(Means for solving the problems) The present invention aims to solve the above problems,
When generating a composite character in which other characters, etc. are inserted in a reduced form, etc., if a character, etc. previously registered as a control symbol is detected, the detected character, etc. and By adopting a configuration in which a composite character is automatically generated using a character, etc. input following the character, etc., it is possible to edit the composite character with simple operation and at high speed. Therefore, the composite character editing processing method of the present invention is a composite character editing processing method that combines characters with other characters inserted into them.・Register a table and a combination function for searching whether or not the code sequentially read from the text table corresponds to a predetermined combination function, and at least a code representing a shape corresponding to the registered combination function. A composition function table to be stored, a code representing a shape read from the composition function table, and a position of the text table in which the same composition function corresponding to the code is stored. a text character table for reading and storing the codes stored following the text table; and a composition for counting the number of codes read following the composite function if the code read from the text table is a composite function. A character counter is provided, and a predetermined code corresponding to the number counted by the composite character counter is read from the text character table to edit a desired composite character.

(Example) The present invention will be described in detail below with reference to the drawings.

FIG. 1 is a configuration diagram of one embodiment of the present invention, FIG. 2 is an overall configuration diagram, and FIGS. 3 and 4 are operation explanatory diagrams for explaining the operation of the configuration of one embodiment of the present invention shown in FIG. 1. represent.

In the figure, 1 is a data entry, 2 is a layout creation section, 3 is an editing processing section, 4 is a text table, 5 is a composite character counter, 6 is a composite character change table, 7 is a composite function table, and 8 is text Shows a character table.

Data entry 1 shown in Figure 2 overall configuration diagram
performs various inputs necessary for text and editing, etc.
And it is for storing. The illustrated layout creation section 2 is for inputting and storing various editing information necessary for editing composite characters, which will be described later. The illustration editing processing section 3 is for editing desired composite characters based on the various characters and information stored in the data entry 1 and the layout creation section 2. Therefore,
By inputting the characters, fonts, etc. necessary to create a desired composite character from the data entry 1 and layout creation section 2, the editing processing section 3 edits the desired composite character and displays it on a display (not shown). Alternatively, it can be printed using a printer.

FIG. 1 shows a configuration diagram of one embodiment of the present invention, and the diagram also shows data stored in various tables necessary when editing a composite character in which one character is inserted into a character, as described later. The arrangement etc. are also described.

The text table 4 in the figure is provided in the illustrated data entry 1 in Figure 2, and contains input composite functions (characters previously registered as corresponding to control symbols, etc.) and second characters. (characters inserted into characters etc. represented by composite functions), etc.

A composite character counter 5 in the figure is a counter for counting the number of characters stored in the text table 4 to be composited. Based on the counted number of characters, the second character following the corresponding compound function in the text table 4 is read out and stored following the first character in the text character table 8, and is also read out from the text character table 8. This is for reading the code corresponding to the second character etc. stored following the first character shown in the figure and supplying it to the editing processing section 3.

The composite character change table 6 in the figure is provided in the illustrated layout creation section 2 in Figure 2, and contains the change rate (reduction rate) necessary for editing composite characters,
It is used to store information such as shape and deformation rate.

The composite function table 7 in the figure is a table in which characters, etc. corresponding to composite functions are registered, and the first character (for example, "〇") when generating a composite character for the registered characters, etc.
This is a table that stores .

The text character table 8 in the figure includes the first character in the diagram read out from the composite function table 7 and the second character read out from the text table 4 based on the number counted by the composite character counter 5. It is used to sequentially store codes corresponding to characters, etc.

In FIG. 3, by sequentially storing the characters shown using illustrations a and b in the text table 4 of FIG. It will be done. In this case, it is sufficient to simply store "0" and "1" in the text table 4, and there is no need to store control signals for other operations such as a synthesis start signal or a synthesis end signal. The operation of the configuration of one embodiment of the present invention shown in FIG. 1 will be specifically explained below.

Characters shown using illustrations a and b in Figure 3 are as follows:
They are stored at positions a and b in the illustrated text table 4 in FIG. 1, respectively. The illustrated composite function (code corresponding to “〇”) stored in the text table 4 is detected by sequentially reading out the codes stored in the text table 4 and storing them in the composite function table 7. This is done by searching for a code corresponding to a previously registered composite function, for example a code corresponding to "0". If a code corresponding to the composite function "〇" is registered at the position d in the composite function table 7, then the first code e in the diagram stored following the composite function d in the diagram is stored. A code corresponding to a character, for example "0", is stored in the text character table 8 at position f in the figure in the form of the first character.
Then, the second diagram b stored following the composite function diagram a in the text table 4
The character is stored in the text character table 8 at the position g shown in the figure in the form of a second character. The first and second characters stored in the text character table 8 in this way
Based on the change rate (reduction rate), shape (slanted character shape, etc.), deformation rate, etc. for the second character stored in the character and composite character change table 6, the editing processing unit 3 changes the desired composite character, for example, the second character. 3. Edit the composite character "" shown using c in Figure 3. In this editing, a composite character is generated by sequentially reading the first character etc. from the text character table 8 and superimposing them on, for example, one map memory.

A case in which three characters are input will be briefly explained using FIG. When inputting these three characters, it is necessary to secure an area for storing the three characters in the illustrated text table 4, text character table 8, etc. in FIG. "〇" as shown in Figure 4,
“1” (left-aligned 1) “and”2 (right-aligned 2)”
If characters such as
Subsequently, a third character ("2"), not shown, is stored in sequence. And the aforementioned Yokuta text
If it is found as a result of searching the composition function table 7 that what is read out from table 4 is a composition function, it is stored following the corresponding composition function in the composition function table 7. The first character is stored in the first character position of the text character table 8, and the second character stored following the composite function in the text table 4 and the third character (not shown) are sequentially read out. Then, the second character shown in the text character table 8 and the third character not shown following the second character are stored. Then, based on the first, second, and third characters stored in the text character table 8 and the change rate stored in the composite character change table 6, the editing processing unit 3 determines the desired composite character. 4 Edit the illustration “”.

Note that in order to create patterns in the form of left-aligned characters and right-aligned characters, for example, the second and third characters stored in the text character table 8 are subjected to thinning processing and moving processing as known. etc. to generate it.

(Effects of the Invention) As explained above, according to the present invention, when generating a composite character in which another character, etc. is inserted in a reduced form into a character, etc., the control signal is registered in advance as a control signal. When a character, etc. is detected, it automatically generates a composite character using the stored characters following the detected character, etc., so it can be synthesized easily and quickly. Characters can be edited. Further, since there is no need to prepare a special character font for editing composite characters, and characters can be easily composited, it is possible to reduce the burden on the operator, which in turn leads to a reduction in costs.

[Brief explanation of drawings]

FIG. 1 is a configuration diagram of one embodiment of the present invention, FIG. 2 is an overall configuration diagram, and FIGS. 3 and 4 are operational explanatory diagrams for explaining the operation of the configuration of one embodiment of the present invention shown in FIG. 1. represents. In the figure, 1 is a data entry, 2 is a layout creation section, 3 is an editing processing section, 4 is a text table, 5 is a composite character counter, 6 is a composite character change table, 7 is a composite function table, and 8 is text Shows a character table.

Claims (1)

[Claims] 1 In a composite character editing processing method that combines characters with other characters inserted into them, there is a text table that sequentially stores the input characters and symbols in the form of a code, and a text table that sequentially reads out from the text table. a composition function table that registers a composition function for searching whether or not a code corresponding to a predetermined composition function corresponds to a predetermined composition function, and stores at least a code representing a shape corresponding to the registered composition function; A code representing the shape read out from the function table is stored, and a code stored subsequent to the position of the text table in which the same synthesis function corresponding to the code is stored is read out. a text character table for storing; and a composite character counter for counting the number of codes that are read out following the composite function when the code read from the text table is a composite function; A composite character editing processing method characterized in that a predetermined code corresponding to a number counted by a counter is read from the text character table to edit a desired composite character.