JP2889517B2 - Continuous cotton body production method, continuous cotton body production device, and continuous cotton body information storage device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] The present invention relates to a plurality of predetermined
TECHNICAL FIELD The present invention relates to a continuous cotton body production method, a continuous cotton body production apparatus, and a continuous cotton body information storage device for producing a continuous cotton body composed of hiragana in a combination . In some Japanese hiragana sentences, you may want to use two or several letters in a row. Such a continuous cotton body, in particular,
In recent years, requests have become stronger.

[0002]

2. Description of the Related Art As a conventional method for producing a continuous cotton body, there is, for example, JP-A-62-39255. The method for producing a continuous cotton body described in the above publication includes, for one hiragana character, a plurality of extension portions extending from the writing portion in the direction opposite to the writing direction, and a plurality of extension portions extending from the end portion in the writing direction. Characters having lines in advance are stored in the storage device as outline font data. For the production of the continuous cotton body, outline font data stored in advance in the storage device is selected so that the positions, inclination angles, sizes, and the like of the extension lines can be connected in the same manner. In addition to the above-mentioned method, a method for producing a continuous cotton body is described in, for example, JP-A-3-37697, JP-A-3-182371, or JP-A-4-4165.

[0003]

According to the above-mentioned conventional method, if a single hiragana is provided with about eight types of extending portions of the writing portion or the extension portion of the writing portion in advance, a continuous cotton body having a good appearance can be obtained. Can be made. In the above-described conventional method, if eight types of writing part extension lines and ending part extension lines are provided for 50 hiragana characters, 400 hiragana characters are required as a whole. However, with the improvement of the quality of the outline font, the method of producing a continuous cotton body in the above-described conventional example involves:
There is a problem with the alignment at the connection. In other words, the connection portion of Hiragana has three elements, namely, the connection position of each extension line, the inclination angle, and the thickness. If all these elements do not match, a beautiful continuous body cannot be obtained. Therefore, one hiragana is 8
It is difficult to produce a beautiful continuous cotton body having excellent quality only by providing about several types of extension portions of the writing portion and extension portions of the end portion.

An object of the present invention is to solve the above-mentioned problems, and an object of the present invention is to provide a continuous cotton body manufacturing method capable of manufacturing a beautiful continuous cotton body having excellent quality.
SUMMARY OF THE INVENTION An object of the present invention is to provide a continuous cotton body manufacturing apparatus for manufacturing a beautiful continuous cotton body with excellent quality using only a known simple apparatus. SUMMARY OF THE INVENTION It is an object of the present invention to provide a continuous cotton body information storage device that is convenient for storing outline font data for a continuous cotton body when producing a beautiful continuous cotton body with excellent quality.

[0005]

Means for Solving the Problems (First Invention) In order to achieve the above object, a method for producing a continuous cotton body according to the present invention comprises producing a continuous cotton body composed of a plurality of predetermined combinations of hiragana. With multiple predetermined
By inputting the hiragana of the combination, one address attached to the continuous cotton is generated, and a plurality of predetermined addresses stored based on the one address are generated.
Compressed in the direction in which the hiragana of the combination
After extracting the outline font data for one continuous cotton body having a shape equivalent to one full-width character as a body, each hiragana inputting the one outline font data for the continuous cotton body
And each hiragana that constitutes the continuous cotton body is output
The hiragana formed by responding and being expanded is
Multiple predefined combinations that occupy the same size as square characters
The method is characterized by producing a continuous cotton body composed of a set of hiragana characters.

(Second Invention) A continuous cotton body manufacturing apparatus according to the present invention comprises a plurality of predetermined sets.
A discriminating circuit 11 for producing a continuous cotton body composed of combined hiragana characters, and for determining whether or not the input plurality of predetermined combinations of hiragana characters is the production of a continuous cotton body.
2, a continuous cotton body conversion circuit 114 for converting a desired number of input hiragana characters into a continuous cotton body, a continuous cotton body address search circuit 115 for searching one address attached to the continuous cotton body to be converted, and the continuous cotton body A plurality of predetermined addresses are determined based on one address searched by the address search circuit 115.
The combination of the hiragana and the compressed
A continuous cotton body information storage device 117 in which outline font data for continuous cotton body having a shape equivalent to one full-width character is stored; and compressed outline font data for continuous cotton body extracted based on the one address. Make up the continuous cotton body that is output with each Hiragana input
Each hiragana corresponds to one-to-one, and the expanded hiragana
The kana is characterized by comprising a continuous cotton-buffer buffer memory 118 which is configured as a continuous cotton body occupying the same size as a normal full-width character .

(Third invention) A continuous cotton body information storage device according to the present invention is a continuous cotton body in which all combinations of hiragana of a plurality of predetermined combinations considered as Japanese sentences have an optimum connection shape. It stores the outline font data of
One address to flat <br/> pseudonym of a plurality of predetermined combinations constituting the unbroken member and is attached, a direction that is hiragana connected in predetermined combinations to the address
Compressed into a shape equivalent to one full-width character,
In addition, by expanding, each hiragana within the full-width
It is characterized by storing outline font data for continuous cotton which can be expanded to a normal character size .

[0008]

BEST MODE FOR CARRYING OUT THE INVENTION (First Invention) The applicant of the present invention has about 1300 combinations of two or three characters of Hiragana which will be a Japanese sentence, and about 3900 combinations of four characters. We focused on that. When a plurality of predetermined combinations of hiragana are input, one address attached to the continuous cotton is generated. Outline font data for the unbroken body, a plurality of
In the direction in which the hiragana of the predetermined combination is connected
Compressed to form a shape equivalent to one full-width character
And stored based on the one address. Therefore, one compressed outline font data for the continuous cotton body is combined with the input hiragana and the output outline font data.
Each hiragana that composes the cotton body has a one-to-one correspondence and elongation
The resulting hiragana is the same size as normal full-width characters.
Are those occupying's, after being extracted, and configured unbroken body is extended from the Hiragana plurality of predetermined combinations. Outline font data for continuous cotton is
Since it is compressed and stored, even if the number of continuous cotton bodies increases, it does not burden the memory.

(Second Invention) In the continuous cotton body information storage device, a plurality of pre-
Compress in the direction in which the hiragana of the determined combination is connected
In addition , outline font data for a continuous cotton body having a shape equivalent to one full-width character is stored. Then, in the buffer memory for the continuous cotton body , each hiragana inputting the compressed outline font data for the continuous cotton body is stored.
Each hiragana that constitutes the output continuous body corresponds one-to-one
And the expanded hiragana result in a normal full-width
The continuous cotton body occupying the same size as the character is extracted.

(Third invention) A continuous cotton body information storage device has a plurality of pre- configured cotton bodies.
One address is assigned to the hiragana of the determined combination . In the address of the continuous cotton body information storage device ,
Multiple predetermined combinations of hiragana are concatenated
Direction to form a shape equivalent to one full-width character.
It stores outline font data for a continuous cotton body composed of a single full-width character. And the above-mentioned continuous liner
By expanding the in-font data,
Each hiragana is expanded to a normal character size .

[0011]

DETAILED DESCRIPTION FIG. 1 is a schematic block diagram for explaining the unbroken preparation device which is a first reference example of the present invention. In FIG. 1, the continuous cotton body manufacturing apparatus determines whether or not to create a keyboard 111 for inputting characters and executing the continuous cotton body and a plurality of input hiragana in a predetermined combination in the continuous cotton body. When it is determined that a plurality of predetermined combinations of hiragana are to be formed in a continuous cotton body, a determination circuit 112, a continuous cotton body buffer memory 113 for temporarily storing the same, and the continuous cotton body buffer memory 113 A plurality of predetermined sets stored in
A continuous cotton body conversion circuit 114 for executing the conversion to a continuous cotton body by looking at the combined hiragana, and a continuous cotton body address search for searching a continuous cotton body address for a plurality of predetermined combinations of hiragana to be converted to a continuous cotton body. A circuit 115, a first address generation circuit 116 for recognizing a relationship between a plurality of predetermined combinations of hiragana and a continuous cotton body address, and a continuous cotton body outline font for the continuous cotton body address obtained by the first address generation circuit 116. , A buffer memory 118 that forms a continuous cotton body based on an outline font for the continuous cotton body, an output control circuit 119 for displaying or printing the continuous cotton body, and the continuous cotton body. Output device 120 comprising a display device or a printing device for outputting
In the case where it is determined that a normal character has been input without specifying a continuous body, a second address generating circuit 121 for generating an address of the character and an address generated by the second address generating circuit 121 are used. It comprises a second character information storage device 122 in which outline font data of the character is stored, and a control device (not shown) of the continuous cotton body producing device.

It should be noted that the continuous cotton body is composed of two hiragana characters,
Alternatively, a continuous cotton buffer memory 113 is provided to facilitate selection of three or four hiragana characters, and under the control of the output control circuit 119, the output device 120,
For example, the number of hiragana characters can be selected while being displayed on the display. The continuous cotton body buffer memory 113 and the continuous cotton body conversion circuit 114 are for easily selecting the number of hiragana of the continuous cotton body according to the intention of the creator.
It can be omitted. The plurality of input hiragana characters can be generated automatically without temporarily storing them in the continuous cotton buffer memory 113. For example, "please, please."
If you do, from the meaning, please
You. Is correct. And "we", "ma"
You. ”Is a beautiful character.
However, the conventional cotton wool is called "please",
You. "Or" Please. "
There is a case. The above-mentioned continuous cotton body, even from the meaning,
It is not desirable from the viewpoint of beauty.

FIG. 2 is a flow chart for explaining the operation of the continuous cotton body producing apparatus in FIG. With reference to FIGS. 1 and 2 illustrating the unbroken preparation device of the present embodiment.
First, a desired predetermined
Hiragana combined are input (step 21
1). The discriminating circuit 112 receives a plurality of predetermined
It is checked whether or not there is a designation to convert the hiragana of the combination into a continuous cotton body (step 212). The discriminating circuit 1
If 12 determines that the flat <br/> pseudonym of a plurality of predetermined combinations of the input should be converted into unbroken line body, the hiragana of the plurality of predetermined combinations, unbroken body buffer memory 113 (step 21).
3).

The hiragana of a plurality of predetermined combinations stored in the continuous cotton buffer memory 113 is displayed on, for example, a display under the control of an output control circuit 119 described later. The continuous cotton body conversion circuit 114 determines whether the two characters of hiragana are to be continuous cotton or three characters to be continuous cotton by looking at the display. Execution for conversion is started (step 214). Further, the control device (not shown) checks whether or not the number of hiragana of the predetermined combination constituting the continuous body to be converted is two (step 215). If the control device determines that the number of hiragana in the predetermined combination to be converted to continuous cotton is two, the continuous cotton body address search circuit 115 sends the two addresses corresponding to the hiragana from the first address generation circuit 116, respectively. An address is searched (step 216).

Next, if the control device (not shown) determines that the number of hiragana in the predetermined combination to be converted to continuous cotton is not two, the predetermined conversion to continuous cotton is performed.
It is checked whether or not the number of hiragana of the combination obtained is three (step 217). Previously determined to convert unbroken body
If the control device determines that the number of hiragana in the combination is three, the continuous string address search circuit 115 searches the first address generation circuit 116 for three addresses corresponding to each hiragana (step 218). . The control device is configured to convert a predetermined combination into a continuous cotton body.
Similar processing is performed when the number of hiragana characters is four. Thereafter, the control device extracts, from the first character information storage device 117, the outline font data for continuous cotton body stored at the address of each hiragana retrieved by the continuous cotton address search circuit 115,
18 (step 219).

The outline font data for continuous cotton stored in the buffer memory 118 is output to the output control circuit 119.
The control was previously determined on the output device 120 the set of
It is displayed or printed as cursive of Align (step 220). If the determination circuit 112 determines in step 212 that the continuous cotton body is not specified, or if the continuous cotton body conversion circuit 114 determines that the continuous cotton body is not converted in step 214, the input character is a normal character. And an address corresponding to the character is generated by the second address generation circuit 121 (step 22).
1). Then, the control device uses the address to
The outline font data is extracted from the character information storage device 122 (step 222). The extracted outline font data is stored in the buffer memory 118 (step 219). After that, the input characters are processed or controlled by the output control circuit 119, and then displayed or printed on the output device 120, similarly to the continuous cotton body.

[0017] FIG. 3 is a flow chart for explaining the operation of the unbroken preparation device is a second reference example of the present invention. The first reference example and the second reference example are a predetermined set.
The only difference is the way of assigning addresses to the continuous cotton body composed of hiragana characters. That is, in the first reference example, while an address is assigned to each of the continuous cotton bodies composed of a predetermined combination of hiragana ,
The reference example is composed of a predetermined combination of hiragana
The difference is that one address is assigned to the continuous cotton body. For example, when converting the input character to continuous cotton, the continuous cotton address search circuit 115 checks whether the first address generation circuit 116 has an address of the continuous cotton to be converted (step 315). If the continuous cotton body address search circuit 115 determines that there is a continuous cotton body address,
The outline font data for continuous cotton is extracted from the address in the first character information storage device 117 (step 316). After that, the same processing as in the first reference example is performed, and the description thereof is omitted.

FIG. 4 is a flow chart for explaining the operation of the continuous cotton body producing apparatus according to the embodiment of the present invention. The second reference example and the present embodiment, Tsukekata address for unbroken body but is the same, in the present embodiment, a plurality of pre
The difference is that the hiragana of the determined combination is compressed into one full-width character. That is, in the second reference example, the hiragana of a plurality of predetermined combinations constituting the continuous cotton body are a plurality of full-width characters, whereas in the present embodiment, a plurality of Hiragana of predetermined combination is connected
Is compressed in the direction of
It is in a state. For example, the control device (not shown) checks whether or not the number of hiragana of the predetermined combination to be converted is two (step 415). Next, the continuous cotton body address search circuit 115 searches for the address of the character consisting of the two hiragana characters input from the first address generation circuit 116, and then extracts the outline font data at the address from the first character information storage device 117. (Step 416).

The outline font data is expanded into two characters by an expansion device (not shown) and then stored in the buffer memory 118. After that, the same processing as in the first reference example and the second reference example is performed. In step 415, the control device determines a predetermined value to be converted .
If it is determined that the number of hiragana in the combination is not two, it is checked whether or not the number of hiragana in the predetermined combination to be converted is three (step 419). The continuous cotton body address search circuit 115 includes the first address generation circuit 11
After retrieving the address of the character consisting of the three hiragana characters input from step 6, the outline font data at the address is extracted from the first character information storage device 117 (step 420). The outline font data is stored in the buffer memory 118 after being expanded into three characters by an expansion device (not shown). After that, the same processing as in the first reference example and the second reference example is performed.
Similar processing is performed when there are four hiragana in a predetermined combination to be converted.

FIG. 5 is a diagram for explaining an actual example of an address assigned to an actual character in the first reference example. In FIG. 5, in the case of normal characters that are not continuous cotton, "Oh"
Is provided with “0402” in the JIS code. Similarly, “Azu” is a JIS code “0” for “A”.
402 is replaced with JIS code "040"
8 ”and“ Zu ”with JIS code“ 042 ”
6 "is attached. That is, by hitting the characters with the keyboard 111, the JIS
The characters shown in FIG. 5 are displayed or printed by the code.

[0021] However, in the first exemplary embodiment of the present invention, in advance
A JIS code is assigned to the determined combination of continuous cotton "Ah" as an address for continuous cotton. The above address of the present invention is assigned a JIS code, but may have a special code system. However, in this embodiment, since the JIS code is used, the first address generation circuit 116 and the first character information storage device 11 are used.
7 is for continuous cotton, and the second address generation circuit 121 and the second character information storage device 122 need to be separated from those for normal characters. That is, when the determination circuit 112 determines that the input character is a continuous cotton body, the continuous cotton body address search circuit 115, as shown in the flowchart of FIG. 16
“01” and “1602” are retrieved from the first address generation circuit 116. The first character information storage device 117 stores the outline font of the continuous cotton body "Ah" shown in FIG.

Next, a continuous cotton body having a predetermined combination of three characters will be described. In FIG. 5, it is assumed that the character “Azu” has been input through the keyboard 111. After the determination circuit 112 determines that it is a three-character continuous cotton body, the continuous cotton body address search circuit 115 determines that
, A dedicated address “1603”,
“1604” and “1605” are assigned to the first address generation circuit 1
Search from 16. Even with the same "A", the address is different between the first and second "A" of the continuous cotton "Ah" or the "A" of the continuous cotton "Azu". For example, the numbers that make up the continuous body with "A" are "Ah", "Ai", "Au", "Ae", "Ao", "Aka", "Aki", "Aku", "Ake", "Asa", "Ashi", "Tomorrow", ... "Are", "Are", "Are", "Awa" are many, but these are about 8 types as in the conventional example If you cover it, there will be problems with its quality. However, in the present embodiment, by giving different addresses to the above “a”, a beautiful pre-
It has become possible to produce a specified combination of continuous cotton bodies.

In the second reference example, similarly, one address is assigned to "Ah" or "Azu", and an outline corresponding to a predetermined combination of "Ah" or "Azu" is obtained. The font data is stored in the first character information storage device 117 at the address. In the present embodiment, one address is assigned to "Oh"
Outline font data compressed as one full-width character is stored in the address of the character information storage device 117. Therefore, in this embodiment, the data is expanded or displayed into two full-width characters or three full-width characters by a decompression circuit (not shown) and displayed or printed.

As described above, the present embodiment has been described in detail.
It is not limited to the above embodiment. Various design changes can be made without departing from the present invention described in the appended claims. For example, although the block circuit and the like in FIG. 1 are not described in detail in the embodiments, the invention is not the invention of the block circuit and the like itself, and thus a known or well-known circuit can be used.

[0025]

According to the present invention, a plurality of predetermined
Just by inputting a combination of characters and designating a continuous cotton body, a continuous beautiful cotton body with a predetermined beautiful design is automatically created. According to the present invention, a predetermined combination
By changing the method of assigning an address to the continuous cotton body or the way of storing it in the information storage device, it is easy to correspond to the memory capacity of the computer, the machine, and the like. According to the present invention, the extension or extension of the writing part of Hiragana
Position of the brush portion extension line, because in consideration of the inclination angle, or thickness, etc. are pre-designed, combined predetermined
A beautiful continuous cotton body is automatically created.

[Brief description of the drawings]

FIG. 1 is a schematic block diagram for explaining a continuous cotton body manufacturing apparatus according to a first reference example of the present invention.

FIG. 2 is a flowchart for explaining the operation of the continuous cotton body manufacturing apparatus in FIG.

Is a flow chart for explaining the operation of the unbroken preparation device is a second reference example of the invention, FIG.

FIG. 4 is a flowchart for explaining the operation of the continuous cotton body manufacturing apparatus according to the embodiment of the present invention.

FIG. 5 is a diagram for explaining an actual example of an address assigned to an actual character in the first reference example;

[Explanation of symbols]

 111 ... keyboard 112 ... discrimination circuit 113 ... continuous cotton body buffer memory 114 ... continuous cotton body conversion circuit 115 ... continuous cotton body address search circuit 116 ... first address generation circuit 117 ... One-character information storage device 118 Buffer memory 119 Output control circuit 120 Output device 121 Second address generation circuit 122 Second character information storage device

──────────────────────────────────────────────────続 き Continued on the front page (58) Field surveyed (Int.Cl. ⁶ , DB name) G09G 5/24 G06F 17/21

Claims (3)

(57) [Claims] 1. A unbroken body manufacturing method of manufacturing a formed unbroken body from the flat temporary <br/> name of a plurality of predetermined combinations, by inputting a hiragana plurality of predetermined combinations, Generate one address attached to the continuous cotton, and link a plurality of predetermined combinations of Hiragana stored based on the one address.
Compressed in the direction of
After extracting the outline font data for the continuous cotton wool to be formed , each hiragana inputting the outline font data for the continuous cotton wool and each of the constituents of the continuous cotton wool to be output are formed.
Hiragana corresponds to hiragana one-to-one and is expanded
Multiple names whose names eventually result in the same size as normal full-width characters
A method for producing a continuous cotton body comprising a continuous cotton body composed of a predetermined combination of hiragana characters. 2. A unbroken preparation device for producing a formed unbroken body from the flat temporary <br/> name of a plurality of predetermined combinations, Hiragana plurality of predetermined combinations of the inputted unbroken body A determination circuit for determining whether or not the character string is produced; a continuous cotton body conversion circuit for converting a desired number of input hiragana characters in a predetermined combination into a continuous cotton body; A plurality of predetermined combinations of hiragana based on one address searched by the continuous cotton body address search circuit ; As a whole, one byte
A continuous cotton body information storage device that stores continuous cotton body outline font data having a shape equivalent to a character ; and a flat body that receives the compressed continuous cotton body outline font data extracted based on the one address.
One-to-one and the respective Hiragana constituting the unbroken body is output pseudonym
Hiragana that can be expanded and corresponding to
And a buffer memory for a continuous cotton body configured as a continuous cotton body occupying the same size as the full-width character . 3. A multiple which is considered as a sentence of Japanese pre
A continuous cotton body information storage device that stores outline font data of a continuous cotton body such that a predetermined combination of hiragana forms an optimal connection shape, wherein a plurality of predetermined combinations of a plurality of predetermined combinations constituting the continuous cotton body are provided. One address is assigned to the kana, and the direction in which the hiragana in a predetermined combination is connected to the address
Compressed into a shape equivalent to one full-width character,
In addition, by expanding, each hiragana within the full-width
A continuous cotton body information storage device storing outline font data for continuous cotton body which can be expanded to a normal character size .