JPH01175065A - Document preparing device - Google Patents

Abstract

PURPOSE:To easily prepare an itemized document with multi-level by previously registering the input attribution of character data at every execution thereof. CONSTITUTION:The title device is provided with an attribution memory (storage means) 1 for storing the input attribution of character data, the input attribution of the data can be stored or read out by depressing a call key (command key) and the input attribution can be released by depressing a line feed key. In case of forming an itemized document, the input attribution (quadruple angle or the like) of a 1st row is stored in the 1st area of an attribution memory by depressing the call key and the input attribution of a 2nd line is similarly stored in the 2nd area of the attribution memory. At the time of inputting the rows of ' 2nd chapter...' having the same level as the 1st line as the result of advancement of inputs, the input attribution of the 1st area of the memory is read out by depressing the call key to determined the input attribution of the row.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to document creation devices such as word processors and office computers.

[Summary of the Invention] When creating a document for multi-level items, this invention registers the input attributes of single character data for each of multiple levels in advance, so that the same registered attributes can be applied to item data at the same level. is added.

[Prior Art] Conventionally, in a word processor, when creating a document with multiple levels of items as shown in FIG. 3, for example, attributes are made different for each level to make the document easier to read visually. ing. That is, as shown in Figure 3, "Chapter 1 conversion" and "2'I:L formatting" at the Figure 1 level
Item data such as "■About Kana Conversion" and "O Romaji Conversion" are double-width and the third level is "Kanji Conversion Candidates."

Item data such as "learning machine source" is underlined,
By making the input attributes different for each level, it is easier to create documents for items that are extremely easy to see. In this case, each time one item of data is input, the input attribute is specified.

[Problems to be Solved by the Invention] Although the same attribute is added to item data at the same level as described above, it is troublesome to specify the input attribute each time one item data is input, and the input There was a risk of specifying attributes incorrectly.

An object of the present invention is to make it possible to easily create documents for items on multiple levels.

[Means to solve the problem J The means of this invention are as follows.

A storage means 1 (see the functional block diagram of FIG. 1, the same applies hereinafter) stores input attributes of character data for each of a plurality of levels.

The level specifying means 2 specifies an arbitrary level among a plurality of levels by key operation or the like.

The call command means 3 is a call key or the like for commanding the call of the input attribute corresponding to the level specified by the level specifying means 2.

The attribute adding means 4 adds the input attribute called by the calling command means 3 to the input character data.

[Work] The operation of the means of this invention is as follows.

First, when creating a document for items with multiple levels, input attributes of character data corresponding to each level are registered in storage means 1. Assume that the double-angle input attribute is registered.

In this state, when inputting level 1 item data, the level specifying means 2 specifies the level E, and the calling command means 3 specifies the calling of the input attribute corresponding to the specified level, and the attribute adding means 4 inputs the input attribute. Convert the item data of level l to quadruple-width characters.

In addition, when inputting level 2 item data, level 2 is specified by the level specifying means 2, and the calling command means 3
When the input attribute is designated to be called by , the attribute adding means 4 converts the input level 2 item data into double-width character data.

Therefore, when creating a document for multi-level items, there is no need to specify the font size, font cylinder, etc. every time one item data is input, so it is easy to create documents for multi-level items. can do.

[Example] Hereinafter, one embodiment will be described with reference to FIGS. 2 to 5.

FIG. 2 is a block circuit diagram showing the basic configuration of a word processor.

The CPU II executes document creation processing according to a pre-stored microprogram. That is, the document data inputted from the key human power section 12 is taken in and displayed on the display section 13.
The document is displayed on the text screen, and is also converted into kana-kanji if necessary and stored in the document memory 14.

In this case, when creating a document for multi-level items, the CPU II registers input attributes of character data for each of multiple levels, or An executable IE is attribute processing that calls and adds registered attributes of the same level to item data.

In this attribute processing, the next candidate key KB, the previous candidate key KC1, the line feed key KD, and the execution key KE on the key manual unit 12 are
, the property specification key KF is used, and the attribute memory 1
5, a level pointer 16, an attribute flag register 17, and a cursor position pointer 18 are used. Here, the primary candidate key KB is a key that increments the value of the level pointer 16, and the previous candidate key KC is a key that decrements the value of the level pointer 16. In this embodiment, a quadruple angle key, a double angle key, and an angle key-1 rope key are prepared as attribute designation keys KF.

The attribute memory 15 stores the input attributes of item data for each of a plurality of levels, and also stores the input start digit of item data for each level and the first character data common to each level. , level 2. Level 3. The configuration is such that it can store starting digits, attributes, and character data corresponding to level 4. Further, the attribute memory 15 is designated for data writing and reading operations under the control of the CPU II, and its level is designated according to the value of the level pointer 16. The attribute data read from the attribute memory 15 is stored in the attribute flag register 17.
is set to According to the attribute set in the attribute flag register 17, the CPU II adds the attribute to the item data input from the key human power section 12.

Now, multi-level items as shown in FIG. 3 will be explained using an example where one document is created. Here, sentences starting with Chapter 1, Chapter 2, etc. are defined as level 1 item data, documents starting with o are defined as level 2, and other sentences are defined as level 3 item data.

When inputting a document for such items, the input procedure shown in FIG. 4 is followed.

First, before inputting the first item data "Chapter 1 Conversion", the call key KA is operated. Then, attribute processing according to the flowchart shown in FIG. 5 is executed.

That is, in step S1, it is checked whether attribute data is registered at a specified level in the attribute memory 15. Now, 1
At the initial point in time when the th item data is input, the value of the level pointer 16 is "1" and the contents of the attribute memory 15 are all cleared, so the process advances to step S2 and the attribute flag register 17 is cleared. Then, the cursor position pointer 18 is initialized to set the cursor to the first digit of the line, and the registration mode for the attribute memory 15 is set (steps S3 and S4). A symbol "?" indicating that the starting digit should be input and a message are displayed (see FIG. 4(A)). The portion surrounded by a broken line in FIG. 4 indicates a cursor. Now, cursor key ward,
When the start digit is specified by operating the real area key KE, "2" is registered as the start digit in level l of the attribute memory 15.
Next, when the quadruple key of the attribute specification key KF is operated in accordance with the message display indicating that an attribute should be input, the specified attribute is registered in level 1 of the attribute memory 15, and
A cursor of a size corresponding to the designated attribute is displayed, and a message indicating that character data is to be input is displayed. Then, when the character data "No." is input and the execution key KE is operated, the input character data is registered in level 1 of the attribute memory 15, and.

Character data is displayed at the cursor position in quadruple-width characters according to the specified attribute, and a message is displayed indicating the completion of registration for the level direct.

Thus starting digit "2" for level 1, attribute 1
When the registration of the character data "quadruple angle" and the character data "th" is completed, the process advances to step S6, where the attribute of level l is read from the attribute memory 15 and set in the attribute flag register 17. Then, the system waits for key personnel (step S7).

Now, the character data "
When "Chapter 1 Conversion" is input, character data is input with the attribute set in the attribute flag register 17 (step S8), and the process returns to step S7, and step S8 is executed every time one character is input. . As a result, all input character data is converted into quadruple-width characters as shown in FIG. 4(A).

In this way, the 1'IR'th item data is input, and when finished, the line feed key KD is operated next. Then step S
7, the process advances to step S9, and the contents of the attribute flag register 17 are cleared. In this case, the cursor is set to the first column of the line.

And to input the item data of Zffi mouth.

Operate call key KA. Then, the operation according to the flowchart in FIG. 5 is executed again, but since the value of the level pointer 16 remains "1", the level l
is specified. Therefore, in this case, since the attribute data is registered in the attribute memory 15 of the designated level, the process proceeds to step SIO, and the registered attribute is set in the attribute flag register 17. Then, a cursor corresponding to this attribute is displayed at the starting digit registered in the designated level of the attribute memory 15 (step 5ll).

Next, it is checked whether character data is registered in the attribute memory 15 of the specified level (step 512).
Since the character data "No." is now registered at the designated level, the process proceeds to step 513, where that character data is displayed from the cursor position according to the registered attributes of the designated level (see FIG. 4 (B)), and , the key waits for human power (step S7). When the call key KA is operated in this way, registered character data at the same level as last time is displayed, so if the item data to be input this time is at the same level as last time, It is sufficient to continue inputting characters, but since the second item data is level 2, the next key KB is operated. Then, the process advances to step S14, where an increment process is performed to add "1" to the value of the level pointer 16, and then the process returns to step S31.

In this case, the value of the level pointer 16 is "2", so level 2 is designated, but since no attribute data is registered in the attribute memory 15 of this designated level, this is detected in step Sl. As a result, the attribute flag register 17 is cleared, the cursor is set to the first digit, and the registration mode is entered in which the start digit, attribute, and character data are registered in the attribute memory 15 in accordance with the specified level, as in the case described above. (Steps S2 to S5). Now, for level 2, start digit "4", attribute "double-width", and character data "O" are registered. inputs characters for the item data at the zti entry, and operates the line feed key KD.

After that, the call key KA is operated to input the item data of the 3M mouth, but in this case, the third item data is level 3, so the next candidate key KB is operated in the same way as in the above case to reach the specified level. Set to level 3 Step 5
14) The starting digit "4J" and the attribute "underline" are registered for level 3 (steps S4 and S5).

At this time, since no character data is registered for level 3, the display contents when the registration is completed by operating the execution key KE are as shown in FIG. 4(C). Then, when you input characters for the third item data "Kanji conversion candidate", an underline will be added below the input item data (
(see FIG. 4(C)), and then operate the line feed key KD.

After that, when the call key KA is operated to input the fourth item data, the attribute (underline) of the same level as the previous time is set in the attribute flag register 17, and m4ri! As shown in J(C), a cursor corresponding to the attribute is displayed at the starting digit (step sio, 31
1) In this case, since no character data is registered at the specified level, the process advances from step 312 to step S7, and the process waits for the key personnel department. Now, the third item data “
When the characters "learning function" are input, an underline is added below the input item data as shown in FIG. 4(D) (step S8).

Next, press the call key K to enter the fifth item data.
When you operate A, a cursor corresponding to the attribute (underline) at the same level as last time is displayed at the starting digit (4th digit).
(See Figure (E)), since this item data is level 2, operate the previous candidate key KC. Then, the process advances to step 315, where a decrement process is performed to subtract rlJ from the value of the level pointer 16, and then the process returns to step S1.

As a result, the designated level becomes level 2, and step SI
As a result of executing steps O to 313, the display contents corresponding to the operation of the previous candidate key KC are as shown in FIG. 4(E). Then, when the item data "Romaji..." is input, the input item data becomes double-width characters.

Thereafter, the multilevel items shown in FIG. 3 are similarly created by sequentially inputting documents.

iL Natsuki 1 In the above example, until all attributes corresponding to each level are registered, the attributes of that level are registered when inputting item data, but if all attributes are registered in advance. You may start inputting item data later.

[Effects of the Invention] When creating a document for multi-level items, this invention eliminates the need to specify input attributes such as font size and character decoration each time one item data is input. Documents can be easily created for each item.

[BRIEF DESCRIPTION OF THE DRAWINGS] FIG. 1 is a block diagram of the machine part of the present invention, FIGS. 2 to 5 show embodiments, FIG. 2 is a block circuit diagram showing the basic configuration of a word processor, and FIG. The figure shows documents for multi-level items, Figure 4 shows the input procedure and display state when creating a document for the items shown in Figure 3, and Figure 5 shows the operation of the call key. It is a flowchart which starts execution accordingly. 11...CPU, 12...Key personnel department, 14...Document memory, 15...Attribute memory, 16...Level pointer, KA...
...Call key. Patent Applicant Casio Computer Co., Ltd. Agent Patent Attorney Machi 1) Masaki Toshi] 1, -01. −
゛・j

Claims (1)

[Scope of Claims] A storage means for storing input attributes of character data for each of a plurality of levels, a level designation means, and a call command means for instructing to call an input attribute corresponding to a level designated by the level designation means. 1. A document creation device comprising: attribute addition means for adding an input attribute called by the call command means to input character data.