JPH0619898A - Character processor - Google Patents

Abstract

PURPOSE:To proofread by a processing without indication by permitting/ prohibiting the execution of an indication processing by a control means based on indication. CONSTITUTION:Prior to the proofreading of a preparing document, an indication item concerning the content of the preparing document is previously registered and a specific specified item in the registered indication item is selected. After then, a place corresponding to the selected indication item in the prepaing document is detected and displayed so as to perform indication-processing of the proofreading content of the preparing document. In this case, this processor is provided with an indication means 1100 indicating the necessity/unnecessity of the indication processing and the control means 1200 permitting/prohibiting the execution of the indication processing as corresponding to the necessity/ unnecessity indicated by the indication means 1100. Thus, an operator can instruct the necessity/unnecessity of the execution of the indication processing at the optional point of time so as to interrupt/restart the indication processing in accordance with necessity even on the way to the execution of the indication processing.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a character processing apparatus for creating and editing a document, and more particularly, it has a function of searching for a portion to be proofread or to prompt confirmation and indicating and displaying that portion in the document. The present invention relates to a document processing device.

[0002]

2. Description of the Related Art Conventionally, this kind of created document is searched,
In a character processing device that has a function of pointing out a portion to be proofread, such as an inappropriate document expression, for example, the proofreading content that has already been registered in the Kanji dictionary or registered by yourself or the content that you want to check is displayed, and The operator selects the contents that need to be pointed out and the contents that should be pointed out before calibration. After that, the operator proofreads the document while confirming the selected contents on the display screen.

[0003]

However, in the case of correcting a proofread document or partially proofreading a document, the above pointing process may be unnecessary. In this case, the operator has to perform the above-mentioned pointed-out content selection process again to change the content of "pointed out" to "not pointed out", which is a troublesome operation.

Therefore, in view of the above-mentioned point, an object of the present invention is to provide a document in which all contents selected in advance that need to be pointed out can be calibrated by a process without pointing out by performing a key operation once. It is to provide a processing device.

[0005]

In order to achieve such an object, according to the present invention, prior to proofreading of a created document, an item to be pointed out about the content of the created document is registered in advance and the registered item is registered. After selecting a specific pointed out item among the pointed out items, the point in the created document corresponding to the selected pointed out item is detected and displayed to perform pointing out processing for the proofreading content of the created document. In the character processing device, an instruction means for instructing the necessity of the pointing processing and a control means for permitting / prohibiting the execution of the pointing processing in correspondence with the necessity of the pointing means are characterized. And

[0006]

According to the present invention, the necessity of execution of the entire pointing process is instructed by the instructing means, and based on this instruction, the control means permits / prohibits execution of the pointing process. For this reason, it is possible not to change the registered content of the indicated item or the information about the selected indicated item, and to prevent the indication process from being performed as if the indication was made non-existent. Further, the number of operations by the operator at this time may be one.

[0007]

Embodiments of the present invention will now be described in detail with reference to the drawings.

FIG. 1 shows the basic construction of an embodiment of the present invention.

The character processing apparatus 1000 according to the present embodiment pre-registers a pointing-out item regarding the content of the created document before proofreading the created document, and a specific pointing-out item among the registered pointing-out items. After selecting, the character processing device detects the location in the created document that corresponds to the selected pointing item and displays it to point out the proofreading content of the created document.

Reference numeral 1100 is an instruction means for instructing whether or not the pointing processing is necessary.

Reference numeral 1200 is a control means for permitting / prohibiting the execution of the pointing processing in correspondence with the necessity of the instruction of the instructing means.

FIG. 2 shows an example of the overall configuration of the present invention.

In the configuration shown in the figure, the CPU is a microprocessor, which performs arithmetic operations for character processing, logical judgments, etc., an address bus AB, a control bus CB,
The respective components connected to those buses are controlled via the data bus DB.

The address bus AB is a microprocessor C
An address signal for instructing a component to be controlled by the PU is transferred. The control bus CB transfers and applies a control signal of each constituent element to be controlled by the microprocessor CPU. The data bus DB transfers data between the constituent devices.

The ROM is a read-only fixed memory in which the procedure of control by the microprocessor CPU, which will be described later, is stored.

The RAM is a writable random access memory having a structure of 1 word and 16 bits, and is used for temporarily storing various data from each constituent element. The random access memory RAM has the following dedicated storage areas.

TEXT is a text buffer which stores a document handled by the character processing apparatus in an internal format. KB
BUF is a keyboard buffer for storing the input reading string. KSSBUF is a proofreading dictionary KSS
This is a proofreading buffer for storing the information pointed out on the text buffer TEXT by the DIC.

The DB-PBIT is a calibration indication execution bit area for storing the setting content of which calibration indication item is executed, and the storage data in this area is resident data. D
B-PRPR is a calibration indication parameter area for storing numerical values of evaluation parameters necessary for indicating readability, and the storage data in this area is also resident data.

KSEXEFTB is a proofreading item execution flag table that stores the setting contents of which proofing item to execute, and the data stored in this area is temporary data. KSIDPRTB is a calibration indication parameter table that stores the numerical values of the evaluation parameters required to indicate readability, and the storage data in this area is temporary data.

The KSSDIC 1 includes heading information to be proofread, heading utilization information, pointing reason type, meaning information,
This is a proofreading reference workbook work area that stores example information, replacement candidate headline information, replacement candidate utilization information, and pointing / non-pointing determination flag information. The data in this area is copied from the proofreading dictionary KSSDIC on the external storage device DISK when the proofing start key is entered.

When the proofreading is completed, it is copied to the proofreading dictionary KSSDIC on the external storage device DISK. The pointing / non-pointing determination flag stores the necessity information instructed by the operator from the keyboard KB regarding the necessity of execution of the entire pointing process. However, pointed out
The no indication determination flag information is assumed to be present only when the replacement candidate index information is present.

The character processing using the information stored in the random access memory RAM will be described in detail later.

The keyboard of KB has the following instruction keys. That is, the keyboard KB is an alphabet key,
Character / symbol input keys such as hiragana key, katakana key, etc., cursor movement key, proofreading start key, setting key pointed out / not pointed out, detailed setting key, setting save key,
Various function keys such as setting call key, setting end key, setting cancel key, execution key, selection / search key, selection / execution key, point-out key, etc. for instructing various character processing functions for this character processing device. I have it.

DISK is an external storage device for storing document data in a mounted floppy disk, and stores a document created in the text buffer TEXT. The stored document is stored when needed by a keyboard instruction. Be called. Further, the external storage device DISK stores fixed data of the proofreading dictionary KSSDIC, and when the proofing start key is input, the proofreading dictionary work KSSDIC1 on the random access memory RAM is stored.
Copy to. When the proofreading is completed, the proofreading dictionary work KSSID on the random access memory RAM
Copied from C1.

The proofreading dictionary KSSDIC1 stores proofreading information to be pointed out, heading utilization information, reasoning type, meaning information, example information, replacement candidate heading information, replacement candidate utilization information, and pointing / non-pointing determination flag information. It is a dictionary. However, the flag information of the pointed / not pointed out judgment is
It is present only when the replacement candidate headline information is present.

CR is a cursor register. The microprocessor CPU can read and write the contents of the cursor register. CRT controller CRTC described later
Displays a cursor (mark) on the display device on the display device CRT corresponding to the address data stored in the cursor register CR.

DBUF is a display buffer memory that stores a pattern of data to be displayed. When displaying the content of the document data, the pattern is developed in the display buffer memory DBUF based on the data in the text buffer TEXT.

The CRTC is a CRT controller responsible for displaying the contents stored in the cursor register CR and the buffer DBUF on the display CRT.

The CRT is a display device using a cathode ray tube or the like, and the display pattern of the dot configuration and the cursor display on the display device CRT are displayed by the CRT controller C.
Control by RTC. Further, CG is a character generator (character generator), which stores a pattern of characters and symbols to be displayed on the display device CRT.

The character processing device of the present invention comprising the above components operates in response to various inputs from the keyboard KB, and when an input from the keyboard KB is supplied, an interrupt signal is first sent. Sent to the microprocessor CPU and its microprocessor CP
U reads out various control signals stored in the memory ROM, and various controls are performed in accordance with these control signals.

FIG. 3 is a diagram showing the screen structure of the device of the present invention. In the figure, DSP means a display screen. TS is a text screen on which the content of the document stored in the text buffer TEXT is displayed. KS is a line for displaying soft keys, and is an area where necessary keys are displayed according to the operation status and input is performed from a predetermined keyboard position.

The WDSP is a window display screen, and is an area in which items of calibration indication, parameter settings, indication reason types at the time of indication, operation messages, and replacement candidates are displayed. WDSPS is a sub-window display screen, and is an area in which the meaning / example information of the replacement candidate at the time of indication is displayed.

FIG. 4 is a diagram showing a method of setting and registering the pointed item to be proofread in the embodiment of the present invention. First, when the operator operates the proofreading start key, the proofing start is started with respect to the sentence already input to the text buffer, and the large item setting screen C for pointing out items is displayed.

When the operator operates the setting save key on the large item setting screen C, the data about the large item setting contents of the calibration item input by the operation and the data about the item setting contents and the parameter value are displayed by the microprocessor. Resident data DB-PB for proofreading by CPU
Save in IT, DB-PRPR. Further, when the operator operates the setting call key, the calibration CPU's resident data DB for calibration and pointing data, which is input by the operation, is used for setting the large items for calibration pointing, the data for setting detailed items, and the parameter values. -PBI
It is called from T, DB-PRPR, set to the value on the display, and stored in the calibration pointing item execution flag table and the calibration pointing parameter table.

Here, the operator does not point out a large pointed item "inappropriate expression" indicated in reverse video (illustrated by a square frame in FIG. 4) by operating a key not pointed out. Change to (screen c in Figure 4
→ d).

The operator uses the cursor movement key to move the highlighted display position of the major indication item to the "difficult place" (screen e in FIG. 4).

Next, the operator switches to the detailed setting screen by operating the detailed setting key for the large indication item "difficult to read" indicated by the reverse display (screen e in FIG. 4 → Fig. 9 screen f).

At this time, the cursor is located at the parameter value of the detailed indication item of "paragraph length" shown in reverse video.

At this point, the operator inputs a key for not pointing out the detailed pointing item of "paragraph length" indicated in reverse video to change it to not pointing out this item (see FIG. 5). Screen g).

Next, the operator uses the cursor movement keys to
Move the highlighted position of the detailed indication item to "Sentence Length",
The cursor is located at the parameter value of the detailed indication item of "sentence length", and the parameter value is changed by inputting a numerical key (screen h in FIG. 6).

Here, the operator operates the setting end key to return to the large item setting screen of the indicated item. At this time, the reverse display position is in the "difficult place" (screen i in FIG. 6).

Next, the operator presses the enter key to start the snooping process and the pointing data creation process of the calibration point according to the pointing settings (major items and detailed items) so far (screen j in FIG. 6). ).

FIG. 7 is a diagram showing a method of pointing out a point to be calibrated in the present invention. First, when the operator inputs the selection / search key after the proofreading point search processing and the pointing data creation processing are completed, the pointing reason screen is displayed in accordance with the calibration pointing buffer KSSBUF (screen aa in FIG. 7). .

At this time, the portion pointed out in the text buffer is in a shaded state on the display.

The operator uses the cursor movement key to move the reverse display position to "the same character in which the error is likely to occur" (display bb in FIG. 7).

Next, when the operator inputs the selection / search key or the selection / execution key, "the same character, which is apt to be erroneous,"
The next operation display is displayed (display screen cc in FIG. 7).

Subsequent operations are selected by inputting the select / search key or the select / execute key.

Here, the operator uses the cursor movement key to move the reverse display position to "no indication" (screen dd in FIG. 8).

If the operation of "no indication" is selected, the operation of proofreading is completed, and the proofreading start key is input again to perform the proofreading point search processing and the pointing data creation processing. . Therefore, the cursor movement key and the calibration indication start key at this time operate as an instruction means of the present invention. By inputting these keys, the necessity information of the above-mentioned indication / non-identification determination flag is displayed by the microprocessor C.
Set to PU. As will be described later, the microprocessor C
The PU, as the control means of the present invention, permits / prohibits the execution of the pointing process based on the pointing / non-pointing determination flag information. When the operator inputs the selection / search key after completion of the pointing data creation processing, the calibration pointing buffer KSSBU
According to F, the screen for displaying the reason for indication is displayed (screen ee in FIG. 8).

At this time, the portion pointed out on the text buffer is in a shaded state on the display.

However, by selecting the operation of "no indication" on the screen dd of FIG. 8 before this state, the operation shown in FIG.
8 is not displayed on the screen ee of FIG. 8, the reason for pointing out “Tunnel variant” that is apt to be mistaken is not displayed, and only the “sentence length” is pointed out.

FIG. 9 is a diagram showing the configuration of the calibration indication execution bit area and the calibration indication item execution flag table. The above-mentioned area and flag table are made up of, for example, one word each of four types of flags of “confirmation point indication flag”, “difficult to read point indication flag”, “inappropriate expression indication flag”, and “careless mistake indication flag”, For example, it has the bit configuration shown in FIGS.

In FIG. 10 to FIG. 13, the detailed indication items and the general indications of the large items correspond to 1-bit data. When the bit value is 1, "point out", the bit value is 0 The time is "not pointed out", and each set value is stored.

FIG. 14 is a diagram showing the configuration of the calibration indication parameter area and the calibration indication parameter table. In the above area and parameter table, for example, the necessary lengths for "upper limit of paragraph length", "lower limit of paragraph length", "upper limit of sentence length", "upper limit of interval of punctuation marks", and "upper limit of consecutive hiragana" are secured. The limit value for the length is stored.

FIG. 15 is a diagram showing the structures of the proofreading dictionary KSSDI storing the characters to be proofread out and the proofreading dictionary work KSSDIC1.

The proofreading pointing dictionary and the proofreading pointing dictionary work include pointing character heading information, utilization information, pointing reason type, meaning information, example information, replacement candidate heading information, replacement candidate utilization information, pointing / non-pointing judgment flag. Composed of information.

Although not included in this example, there are indication reason types that require no semantic information or example information. In addition, there are indication reason types that require no replacement candidate heading information, replacement candidate utilization information, meaning information, or example information.

Further, the pointed / non-pointed determination flag information is
It is present only when the replacement candidate headline information is present. For example, for the pointed character heading information of "Tori", the usage of "La line 5 dan" is used, the type of the reason for pointing out is "Tunnel variant that is easy to make an error", meaning information, example information, replacement candidate heading information. The replacement candidate utilization information and the indication / non-identification determination flag information are also stored as shown in the figure.

When displaying the semantic information and the example information of the replacement candidate, the meaning information and the example information of the replacement candidate are searched and displayed from the "pointed character headline information" that matches the replacement candidate information.

The proofreading indication dictionary KSSIDIC
Are stored in ascending order of the Japanese Industrial Standard (JIS) X0208 code for the character data of the indicated character index information.

FIG. 16 shows a proofreading dictionary work KSSD.
It is a figure showing composition of proofreading buffer KSSBUF produced from search processing of a proofreading part, and pointing data creation processing by IC1 and readability pointing processing.

The proofreading buffer stores the position of the pointed document, the number of reversed characters in the pointed out position, and the number of proofed points for the same position in the proofed out buffer. Detailed information of each issue is stored after the storage location of the number of calibration issues. For example, in this example, detailed information of “difficult to read” and “difficult to make mistakes” is stored.

For indication of "difficult to read", "issue reason type" (eg sentence length) "length judgment" (eg long) "character string length" are stored. "Error-prone homo-characters" are pointed out as "reason reason type", "number of indicated characters",
"Pointing dictionary existence position information", "replacement candidate number", and "replacement candidate information" for the number of replacement candidates are stored. The proofreading / indicating buffer KSSBUF is stored in the indicated order from the beginning of the text buffer.

FIG. 17 is a diagram showing the structure of the text buffer TEXT.

The text is composed of a plurality of line data having a fixed length. Each line data is also composed of a plurality of character data. Each character data is composed of one character and two bytes, and is stored, for example, in JISX0208 code.

The position of each character is designated by the Y coordinate indicating the line and the X coordinate indicating the character position within the line. For example, the character on the third line from the beginning of the text and the fourth character from the left is designated by X coordinate = 4 and Y coordinate = 3. The current position of the cursor is also managed by the X and Y coordinates.

The processing procedure of the microprocessor CPU for executing the above character processing will be described according to the following flow chart.

FIG. 18 is an overall flow chart of a portion for performing pointing out processing for a portion to be calibrated.

Step 14-1 is a process for fetching the data from the keyboard KB into the input buffer KBBUF. The execution procedure of the microprocessor CPU branches as follows depending on the type of key input data existing in the input buffer KBBUF. If the head of the input buffer KBBUF is the input information of the calibration indication start key (step 14)
-1A), the calibration pointing process must be performed, and the process branches to step 14-2. If the input information at the head of the input buffer KBBUF is key input information other than the proofreading start key, normal editing processing is performed, so the process branches to step 14-7.

At step 14-2, the proofreading dictionary KSSDIC on the external storage device DISK is replaced with the proofreading dictionary work KSS on the random access memory RAM.
Processing for copying to DIC1 is performed.

In step 14-3, as described in detail with reference to FIG. 19, the pointing item is set and the areas KSEXEFTB and KSID in the random access memory RAM are set.
PRTB, and in some cases DB-PBIT, DB-PR
The setting information is stored in the PR and displayed.

In step 14-4, as will be described in detail with reference to FIG. 20, read-out indication processing, proof-reading dictionary work KSSID search processing for indication points, and indication-data creation processing are performed, and the correction indication buffer KS is executed.
The indication data is stored in SBUF.

In step 14-5, as will be described in detail with reference to FIG. 21, depending on the pointing-out reason and pointing-out point of the pointing-out point to be calibrated, depending on the pointing-out data of the calibration pointing-out buffer KSSBUF created in step 14-4, The replacement candidate and the meaning example information are displayed and the replacement process is performed.

In step 14-6, the proofreading dictionary work KSSDI on the random access memory RAM is stored.
The process of copying C1 to the proofreading dictionary KSSDIC on DISK is performed.

In step 14-7, other processing found in a general word processor other than the start of proofreading is performed.

FIG. 19 is a detailed flowchart of the pointing item setting process of step 14-3 of FIG.

In step 15-1, the setting display of the major items among the indicated items is displayed in the window display area WDSP.

Step 15-2 is a process for fetching the data from the keyboard KB into the input buffer KBBUF. Hereinafter, the execution procedure of the microprocessor CPU branches as follows depending on the type of key input information existing in KBBUF. That is, if the leading information of the input buffer KBBUF is the input information of the execution key, the setting display of the major items must be erased, and the process branches to step 15-3.

If the leading information of the input buffer KBBUF is the input information of the setting call key, the large item of the pointed item, the detailed item setting, and the setting of the parameter numerical value are called, so the process branches to step 15-4.

If the input information of the input buffer KBBUF is the input information of the setting save key, the large item of the pointing item, the detailed item setting, and the setting of the parameter numerical value are set and saved, so that the process branches to step 15-5. Input buffer KBB
If the head information of the UF is the input information of the detail setting key, the detail item of the indicated major item which is currently highlighted is set, and thus the process branches to step 15-6.

If the head information of the input buffer KBBUF is the input information of the key to be pointed out, it is set to point out the pointed out major item which is currently highlighted.
Branch to -7. If the leading information of the input buffer KBBUF is a key which is not pointed out, it is set to not point out the pointed out major item currently highlighted.
Branch to.

If the head information of the input buffer KBBUF is the cursor movement key, the reverse display is moved to the position of the pointed out major item to be set in detail, so the process branches to step 15-9. Otherwise, no processing is performed, so the process branches to step 15-10.

In step 15-3, the setting display of the major items in the window display area WDSP is erased.

At step 15-4, the large item contents of the indicated items, the detailed item setting contents, and the setting contents of the parameter numerical values are stored in the proof data resident data storage area DB-PBI.
Read from T, DB-PRP, display on the large indication item setting screen, and temporary data storage area for calibration indication KSE
Transfer to XEFTB and KSIDPRTB.

In step 15-5, the large item contents of the indicated item, the detailed item setting contents, and the setting contents of the parameter numerical values are stored in the storage area of the value set on the large indication item setting screen and the temporary data for calibration pointing. KSEXEFTB, K
It is obtained from SIDPRTB and saved in the storage areas DB-PBIT and DB-PRPR for proofreading resident data.

In step 15-6, as will be described in detail with reference to FIG. 27, the detailed item of the indicated major item which is currently highlighted is set.

At step 15-7, the contents of the indicated major item which is currently highlighted are set to be indicated on the display and in the calibration indicating temporary data area KSEXEFTB.

At step 15-8, the contents of the pointed out major item currently highlighted are set to "not pointed out" on the display and the temporary data for calibration pointing out KSEXEFTB.

In step 15-9, the reverse display is moved to the pointed out major item position for detailed setting on the setting display for the major item in the window display area WDSP.

In step 15-10, no processing is performed.

FIG. 20 is a flow chart showing the details of the proofreading point search processing and the pointing data creation processing in step 14-4.

In step 16-1, the storage area KS
If the indication information about the "difficult place" in the EXEFTB is set to indicate any one, the indicated place in the text buffer TEXT is searched according to the parameter value of the storage area KSIDPRTB. Also,
If there is an indication point, the necessary data is output to the calibration indication buffer KSSBUF.

In step 16-2, the storage area KS
If the pointing information other than the above-mentioned "difficult place" of the EXEFTB is set to point out any one, the proofreading pointing dictionary work KSSDIC1 is searched for the pointing point in the text buffer TEXT. . In addition, if there is an indication point, the calibration indication buffer KS
Output required data to SBUF.

However, if the pointing / no-pointing determination flag of the proofreading pointing dictionary work indicates no pointing, no pointing is performed. Further, only when the replacement candidate heading information of the proofreading dictionary work exists, the proofreading buffer KSSB
The pointing dictionary existence position information is also stored in the UF. This information is necessary for the operator to set the indication / no indication determination flag of the proofreading dictionary work to no indication when the operator selects "no indication".

In step 16-3, step 16
-1, The data for proofreading buffer KSSBUF created in step 16-2 is subjected to data sort (data search) processing in order from the beginning of the text buffer.

FIG. 21 is a detailed flowchart of the step 14-5 of "pointing-out processing for pointing-out points to be proofed by the pointing-out data in the calibration pointing-out buffer KSSBUF".

Step 17-1 is a process for fetching data from the keyboard KB into the input buffer KBBUF.
The following branches depending on the type of key input information existing in the input buffer KBBUF.

If the leading information of the input buffer KBBUF is the input information of the selection / search key, the pointed out portion in the text buffer TEXT must be searched, and the process branches to step 17-3. If the head information of the input buffer KBBUF is input information other than the selection / search key, other processes other than the selection / search key found in a general word processor must be performed.
Branch to 7-2.

At step 17-2, other processes than those of the selection / search key which are found in a general word processor are performed.

In step 17-3, the pointed-out point to be proofread is searched in order from the head of the text buffer TEXT by the pointing-out data in the proofing-pointing buffer KSSBUF.

In step 17-4, step 17
It is determined whether or not the result of the pointed portion search processing of No. -3 is indicated.

In Step 17-5, Step 17
-3, it is determined whether or not there are a plurality of reasons for pointing out at the same point in the result of the pointing point search processing, based on the number of pointing points of the pointing data in the pointing data buffer KSSBUF.

In Step 17-6, Step 17
-3, it is determined whether the result of the pointing portion search processing indicates a replacement candidate for the pointing reason, based on the pointing reason type of the pointing data in the calibration pointing buffer KSSBUF.

At step 17-7, the indication reason display when there is a replacement candidate is displayed in the window display area WDSP.
To do.

In step 17-8, the indication reason is displayed in the window display area WDSP when there is no replacement candidate.
To do.

Step 17-9 is a process for fetching the data from the keyboard KB into the input buffer KBBUF. Hereinafter, the process branches as follows according to the type of key input information existing in KBBUF. Input buffer KBBU
If the top information of F is the input information of the confirmation end key, it is necessary to erase the indication reason display when there is no replacement candidate in the window display area WDSP, and the process branches to step 17-10. If the leading information of the input buffer KBBUF is the input information other than the confirmation end key, no processing is required and the process branches to step 17-11.

In step 17-10, a process for deleting the indication reason display when there is no replacement candidate in the window display area WDSP is performed.

At step 17-11, no processing is performed.

Step 17-12 is a process for fetching the data from the keyboard KB into the input buffer KBBUF. Hereinafter, the process branches as follows according to the type of key input information existing in KBBUF. Input buffer KBBU
If the head information of F is the confirmation end key, no processing is required and the process branches to step 17-13. If the leading information of the input buffer KBBUF is the input information of the cursor movement key, the cursor (reverse) position on the window display area WDSP has to be changed, so the process branches to step 17-14.

If the input information of the input buffer KBBUF is the input information of the replacement candidate display key, the replacement candidate or the meaning / example information must be displayed on the sub-window display WDSPS in the window display area WDSP. Branch to.

If the head information of the input buffer KBBUF is the input information of the non-pointing out key, the pointed out character at the current pointed out point will not be pointed out at the time of executing the calibration pointing on and after the next time.
Since the pointing / no pointing determination flag of the proofreading dictionary work is set to no pointing, the process branches to step 17-15. The microprocessor CPU at this time operates as the control means of the present invention. Further, the non-indicating key functions as the indicating means of the present invention.

Otherwise, no processing is performed, so
It branches to step 17-16.

Steps 17-13 and 17-16
In, no processing is performed.

In step 17-14, the cursor (reverse) position on the window display area WDSP is changed.

In step 17-15, the proofreading dictionary work is pointed out based on the pointing dictionary existence position information of the proofreading dictionary work in order to prevent the pointing character of the presently pointed out point from being pointed out in the next proofreading execution. No indication flag is set to no indication.

In Step 17-17, Step 1
Whether or not the result of the pointing point search processing of 7-3 has meaning / example information for the pointing reason is a calibration pointing buffer KSSBUF
Judgment is made according to the reason type of the indicated data.

In step 17-18, the replacement candidate having no meaning example information is proofreading buffer KSSBUF.
The replacement candidate information corresponding to the number of replacement candidates of the indicated data is displayed in the window display area WDSP.

Steps 17-19 are the processing for fetching the data from the keyboard KB into the input buffer KBBUF. The following branches depending on the type of key input information existing in the input buffer KBBUF. KBBU
F If the top end is the confirmation end key, the window display area W
Since there is no meaning example information displayed on the DSP and the replacement candidate display must be erased, steps 17-20.
Branch to. If the head information of the input buffer KBBUF is the input information of the cursor movement key, the cursor (reverse) position on the window display area WDSP has to be changed, so the process branches to step 17-22.

If the head information of the input buffer KBBUF is one of the replacement candidates, the window display area WDS
Since the replacement candidate displayed in P must be erased from the display screen and the replacement process must be performed in the text buffer TEXT, the process branches to step 17-21.

If not, no processing is performed and the process branches to step 17-23.

In step 17-20, the display of the replacement candidate having no meaning example information displayed in the window display area WDSP is erased.

In step 17-21, the replacement candidate displayed in the window display area WDSP is erased, and the replacement candidate in which the cursor is located in the window display area WDSP is replaced in the text buffer TEXT.

At step 17-22, the cursor (reverse) position on the window display area WDSP is changed.

At step 17-23, no processing is performed.

At step 17-24, the replacement candidate whose meaning example information is present is the proofreading buffer KSSB.
The replacement candidate information corresponding to the number of replacement candidates of the UF indication data is displayed in the window display area WDSP.

Step 17-25 is a process for fetching the data from the keyboard KB into the input buffer KBBUF. The following branches depending on the type of input information of the key existing in the input buffer KBBUF. If the leading information of the input buffer KBBUF is the input information of the confirmation end key, since the meaning example information displayed in the window display area WDSP has to erase the display of the existing replacement candidates, the process branches to step 17-26. .

When the top information of the input buffer KBBUF is the input information of the cursor movement key, the cursor (reverse) position on the window display area WDSP is changed, and when the cursor is on any of the replacement candidates, a meaning example display is displayed. Must be displayed in the subwindow display WDSPS, the process branches to steps 17-28.

If the leading information of the input buffer KBBUF is one of the replacement candidates, the window display area WDS
Since the replacement candidate displayed in P must be erased and the replacement process must be performed on the text buffer TEXT, the process branches to steps 17-27.

If not, no processing is performed and the process branches to step 17-31.

In step 17-26, the replacement candidate displayed in the window display area WDSP and the subwindow display WDSPS displaying the meaning example display are deleted.

In step 17-27, the replacement candidate displayed in the window display area WDSP and the sub-window display WDSPS displaying the meaning example display are erased, and the replacement candidate in which the cursor is located in the window display area WDSPS is text-displayed. The replacement process on the buffer TEXT is performed.

In step 17-28, the cursor (reverse) position on the window display area WDSP is changed.

In step 17-31, no processing is performed.

In steps 17-29, it is determined whether the cursor (reverse) position on the window display area WDSP has been confirmed.

In step 17-30, the meaning example information of the replacement candidate at the cursor (reverse) position on the window display area WDSP is added to the calibration indication buffer KSSBUF.
It is displayed in the sub-window display WDSPS according to the meaning example information of the replacement candidate of the indicated data.

In step 17-32, a plurality of pointing reasons are displayed in the window display area WDSP according to the pointing reason types corresponding to the number of pointing points for calibration in the pointing data of the calibration pointing buffer KSSBUF.

Step 17-33 is a process for fetching the data from the keyboard KB into the input buffer KBBUF. The following branches depending on the type of key input information existing in the input buffer KBBUF. If the leading information of the input buffer KBBUF is the input information of the confirmation end key, no processing is required, and steps 17-34 are performed.
Branch to. If the head information of the input buffer KBBUF is the input information of the cursor movement key, the cursor (reverse) position on the window display area WDSP has to be changed, so the process branches to step 17-35. If the leading information of the input buffer KBBUF is any pointing reason, the pointing reason indicated by the cursor on the window display area WDSP must be displayed in the window display area WDSP, and therefore the process branches to steps 17-37.

Otherwise, no processing is performed, so
It branches to step 17-36.

Steps 17-34 and 17-36
At, no processing is performed.

In step 17-35, the cursor (reverse) position on the window display area WDSP is changed.

In step 17-37, the reason indicated by the cursor on the window display area WDSP is
Determine if there are replacement candidates.

In step 17-38, the indication reason display when there is no replacement candidate is displayed in the window display area WDS.
Go to P.

Steps 17-39 are processing for fetching the data from the keyboard KB into the input buffer KBBUF. The following branches depending on the type of key input information existing in the input buffer KBBUF. If the leading information of the input buffer KBBUF is the input information of the confirmation end key, the indication reason display when there is no replacement candidate in the window display area WDSP must be erased, and the process branches to steps 17-40.

If the head information of the input buffer KBBUF is the input information of the cursor movement key, the cursor (reverse) position on the window display area WDSP has to be changed, so the process branches to step 17-41.

If the head information of the input buffer KBBUF is the input information of the pointing item list key, a plurality of pointing reasons for the pointing of correction K are displayed in the window display area WDSP.
Since it has to be displayed depending on the type of indication reason corresponding to the number of calibration indications in the indication data of SSBUF, the process branches to step 17-42. Otherwise, no processing is performed, so the process branches to step 17-43.

In step 17-40, processing for deleting the indication reason indication when there is no replacement candidate in the window display area WDSP is performed.

Steps 17-42 and 17-43
At, no processing is performed.

In step 17-41, the cursor (reverse) position on the window display area WDSP is changed.

In step 17-44, the indication reason is displayed when there is a replacement candidate in the window display area WDS.
Go to P.

Steps 17-45 are processing for fetching the data from the keyboard KB into the input buffer KBBUF. The following branches depending on the type of input information of the key existing in the input buffer KBBUF. If the top information of the input buffer KBBUF is the input information of the confirmation end key, no processing is required, and step 17-
Branch to 46.

If the head information of the input buffer KBBUF is the input information of the non-pointing out key, the pointed out character of the current pointed out portion will not be pointed out at the time of execution of calibration pointing out after the next time.
Since the pointing / not pointing determination flag of the proofreading pointing dictionary work is set to not pointing, the process branches to steps 17-48.

If the head information of the input buffer KBBUF is the input information of the cursor movement key, the cursor (reverse) position on the window display area WDSP has to be changed, so the process branches to steps 17-49.

If the head information of the input buffer KBBUF is the input information of the replacement candidate display key, the replacement candidate or the meaning / example information must be displayed in the window display area WDSP, so that the subwindow display WDSPS must be displayed. Branch to 51.

If the head information of the input buffer KBBUF is the input information of the pointing item list key, a plurality of pointing reasons for the pointing are proofread in the window display area WDSP.
Since it must be displayed depending on the type of pointing reason for the number of proofreading points in the SSBUF pointing data, the process branches to steps 17-47. If not, no processing is performed, and the process branches to step 17-50.

Steps 17-46 and 17-5
0, no processing is performed in steps 17-47.

In step 17-49, the cursor (reverse) position on the window display area WDSP is changed.

In step 17-48, in order to prevent the pointing character of the currently pointed out point from being pointed out in the next proofreading execution, the pointing out of the proofing pointing dictionary work is performed based on the pointing dictionary existence position information of the proofing pointing dictionary work. No indication flag is set to no indication.

In Step 17-51, Step 1
Whether or not the result of the pointing point search processing of 7-3 has meaning / example information for the pointing reason is a calibration pointing buffer KSSBUF
Judgment is made according to the reason type of the indicated data.

At step 17-52, the replacement candidate having no meaning example information is proofreading buffer KSSBUF.
The replacement candidate information corresponding to the number of replacement candidates of the indicated data is displayed in the window display area WDSP.

Steps 17-53 are processing for fetching the data from the keyboard KB into the input buffer KBBUF. The following branches depending on the type of key input information existing in the input KBBUF. Input buffer KB
If the top information of BUF is the input information of the confirmation end key,
Since it is necessary to erase the display of the replacement candidate having no meaning example information displayed in the window display area WDSP, the process branches to step 17-54.

If the head information of the input buffer KBBUF is the input information of the cursor movement key, the cursor (reverse) position on the window display area WDSP has to be changed, so the process branches to step 17-56.

If the head information of the input buffer KBBUF is one of the replacement candidates, the window display area WDS
Since the replacement candidate displayed in P must be erased and the replacement process must be performed on the text buffer TEXT, the process branches to step 17-55.

If not, no processing is performed, and the flow branches to steps 17-57.

In step 17-54, the display of the replacement candidate having no meaning example information displayed in the window display area WDSP is erased.

In step 17-55, the replacement candidate displayed in the window display area WDSP is erased, and the replacement candidate in which the cursor is located in the window display area WDSP is replaced in the text buffer.

At step 17-56, the cursor (reverse) position on the window display area WDSP is changed.

In steps 17-57, no processing is performed.

At step 17-58, the replacement candidate whose meaning example information is present is the proofreading buffer KSSB.
The replacement candidate information corresponding to the number of replacement candidates of the UF indication data is displayed in the window display area WDSP.

Steps 17-59 are the processing for fetching the data from the keyboard KB into the input buffer KBBUF. The following branches depending on the type of key input information existing in the input buffer KBBUF. If there is input information of the confirmation end key at the beginning of the input buffer KBBUF, the meaning display example information displayed in the window display area WDSP has to erase the display display of the existing replacement candidates, so the process branches to step 17-60.

If the head information of the input buffer KBBUF is the input information of the cursor movement key, the cursor (reverse) position on the window display area WDSP is changed, and when the cursor is on any of the replacement candidates, a meaning example display is displayed. Must be displayed in the subwindow display WDSPS, the process branches to steps 17-62.

If the head information of the input buffer KBBUF is one of the replacement candidates, the window display area WDS
Since the replacement candidate displayed in P must be erased and the replacement process must be performed on the text buffer TEXT, the process branches to step 17-61.

Otherwise, no processing is performed, so
It branches to step 17-65.

In step 17-60, the replacement candidate displayed in the window display area WDSP and the sub-window display WDSPS displaying the meaning example display are deleted.

In step 17-61, the replacement candidate displayed in the window display area WDSP and the sub-window display WDSPS displaying the meaning example display are deleted, and the replacement candidate in which the cursor is present in the window display area WDSP is text-displayed. The replacement process on the buffer TEXT is performed.

In step 17-62, the cursor (reverse) position on the window display area WDSP is changed.

In step 17-65, no processing is performed.

In step 17-63, it is determined whether the cursor (reverse) position on the window display area WDSP has been confirmed.

In step 17-64, the meaning indication example information of the replacement candidate at the cursor (reverse) position on the window display area WDSP is stored in the calibration indication buffer KSSBUF.
It is displayed in the sub-window display WDSPS according to the meaning example information of the replacement candidate of the indicated data.

FIG. 27 is a detailed flowchart of the detailed setting process in step 15-6 of FIG.

In step 18-1, it is determined whether the setting content of the major item having the inverted position on the window display area WDSP is "a place difficult to read".

If the determination result is negative, step 18
At -2, the detailed setting display is displayed in the window display area WDSP with no parameter numerical value input other than the "hard to read part" of the large item setting.

If the result of the determination in step 18-1 is affirmative, in step 18-10, the detailed setting display with the parameter numerical value input of "difficult to read" of the large item setting is displayed in the window display area WDSP.

Step 18-3 is a process for fetching the data from the keyboard KB into the input buffer KBBUF. The following branches depending on the type of key input information existing in the input buffer KBBUF. If the leading information of the input buffer KBBUF is the input information of the setting end key, the detailed setting of the currently displayed large item must be temporarily stored in the storage area KSEXEFTB, and the process branches to step 18-4.

If the head of the input buffer KBBUF is the input information of the setting cancel key, the detailed setting of the currently displayed large item must be returned to the previous state, and the process branches to step 18-5.

If the head information of the input buffer KBBUF is the input information of the key to be pointed out, it is set to point out the pointed out detailed item which is currently highlighted, and therefore, step 18
Branch to -6.

If the leading information of the input buffer KBBUF is the input information of a key not to be pointed out, the pointed detailed item currently highlighted is set to not pointed out, so that the process branches to step 18-7.

If the head of the input buffer KBBUF is the input information of the cursor movement key, the reverse display is moved to the pointing detail item position to be pointed out / not pointed out.
Step. Otherwise, no processing is performed, so the process branches to step 18-9.

At step 180-4, the detailed settings of the major items currently displayed in the current window display area WDSP are stored in the storage areas KSEXEFTB and KSIDPRTB.
Temporarily store in.

At step 18-5, the detailed settings of the major items currently displayed on the window display area WDSP are returned to the previous state.

At step 18-6, the pointed out detailed item which is currently highlighted is set to point out on the display and in the calibration pointing temporary data storage area KSEXEFTB.

In step 18-7, the pointed out detailed item currently highlighted is set to "not pointed out" on the display and in the calibration pointing temporary data storage area KSEXEFTB.

In step 18-8, the reverse display is moved on the window display area WDSP to the position of the pointed out detailed item to be pointed out / not pointed out.

At step 18-9, no processing is performed.

Step 18-11 is a process for fetching data from the keyboard KB into the input buffer KBBUF. Hereafter, how is branched depending on the type of the key input information existing in the input buffer KBBUF. If the leading information of the input buffer KBBUF is the input information of the setting end key, the detailed setting of the currently displayed large item must be temporarily stored in the storage areas KSEXEFTB and KSIDPRTB, and the process branches to step 18-12.

If the head information of the input buffer KBBUF is the input information of the setting cancel key, the detailed setting of the currently displayed large item must be returned to the previous state, and the process branches to step 18-13. Input buffer KBBUF
If the head information of is the input information of the key to be pointed out, it is set to point out the pointed out detailed item which is currently highlighted, and therefore the process branches to step 18-14.

If the leading information of the input buffer KBBUF is the input information of the key not to be pointed out, the pointed out detailed item currently highlighted is set to not pointed out, so that the process branches to step 18-15.

If the head information of the input buffer KBBUF is the input information of the cursor movement key, the highlighted display is moved to the pointing detail item position for pointing / not pointing, or the pointing detailed item position for inputting a numerical parameter.
Branch to 16.

If the leading information of the input buffer KBBUF is the input information of the key by the numerical value input, the numerical value is input to the pointed out detailed item which is currently highlighted, so the process branches to step 18-17. Otherwise, no processing is performed, so the process branches to step 18-18.

At step 18-12, the detailed settings of the major items currently displayed on the current window display area WDSP are stored in the storage areas KSEXEFTB and KSIDPRTB.
Temporarily store in.

At step 18-13, the detailed settings of the major items currently displayed on the window display area WDSP are returned to the previous state.

In step 18-14, the pointed out detailed item currently highlighted is set to point out on the display and in the calibration pointing temporary data storage area KSEXEFTB.

At step 18-15, the pointed out detailed item currently highlighted is set to "not pointed out" on the display and in the calibration pointed temporary data storage area KSEXEFTB.

Point out in step 18-16.
The highlighted display is moved on the window display area WDSP to the position of the detailed information item to be set which is not specified.

At step 18-17, a numerical value is input to the indicated detailed item which is currently highlighted in the window display area WDSP. Step 18-18
At, no processing is performed.

<Other Embodiments> In the above description, the parts to be calibrated on the display screen are sequentially pointed out. However, the desired pointing reason type among the parts pointed out on the display screen is selected. If selected, it is also possible to sequentially point out portions to be calibrated of the same pointing reason type.

At this time, in the flowchart of FIG. 18, a process of selecting a desired pointing reason type is added between step 14-4 and step 14-5. In step 14-5, the points to be calibrated of the same indication reason type are changed to be indicated one by one. In addition, step 1
In the process added between 4-4 and step 14-5, it is realized by repeating the process of step 14-5 until the pointing process is selected to be ended or all the pointing points are selected.

Further, in the present embodiment, it has been explained that the non-pointing out is selected at the pointed out point and the designated character string can be pointed out at the proofreading point after the next time.

Similarly, if no indication is selected for the indicated point, the proofreading point search processing and the pointing data creation processing have been completed, but the indicated point of the same character string for which the pointing processing has not been performed. It is also possible to invalidate.

In this case, in steps 17-15 and 17-48 of the flow chart of FIG. 21, it is realized by invalidating the pointing information of the pointing portion having the same pointing dictionary existence position information of the correction pointing buffer. .

[0210]

As described above, according to the present invention, the operator can instruct whether or not to execute the pointing-out process at any time, so that the pointing-out process can be performed as necessary even during the execution of the pointing-out process. You can suspend / resume.

Further, at this time, the contents of the pointed out items registered in advance can be left as they are, so that there is an effect that the operator does not need to perform the registration operation when the pointing out process is restarted.

[Brief description of drawings]

FIG. 1 is a block diagram showing a basic configuration of an embodiment of the present invention.

FIG. 2 is a block diagram of a specific overall configuration of an embodiment of the present invention.

FIG. 3 is a diagram showing a screen configuration of the device of the present invention.

FIG. 4 is a diagram showing an example of a method of setting a pointing item to be calibrated in the present invention.

FIG. 5 is a diagram showing an example of a method of setting a pointing item to be calibrated in the present invention.

FIG. 6 is a diagram showing an example of a method of setting a pointing item to be calibrated in the present invention.

FIG. 7 is a diagram showing an example of a method for pointing out a point to be calibrated in the present invention.

FIG. 8 is a diagram showing an example of a method for pointing out a point to be calibrated in the present invention.

FIG. 9 is a diagram showing the configurations of a calibration indication execution bit area and a calibration indication item execution flag table according to the present invention.

FIG. 10 is a diagram showing a configuration of a “confirmation point indication flag” according to the present invention.

FIG. 11 is a diagram showing a configuration of a “difficult-to-read location indication flag” according to the present invention.

FIG. 12 is a diagram showing a configuration of an “inappropriate expression indication flag” in the present invention.

FIG. 13 is a “careless mistake indication flag” in the present invention.
It is a figure showing the composition of.

FIG. 14 is a diagram showing configurations of a calibration indication parameter area and a calibration indication parameter table in the present invention.

FIG. 15 is a diagram showing a configuration of a proofreading pointing dictionary and a proofreading pointing dictionary work according to the present invention.

FIG. 16 is a diagram showing a configuration of a calibration indication buffer according to the present invention.

FIG. 17 is a diagram showing the structure of a text buffer according to the present invention.

FIG. 18 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

FIG. 19 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

FIG. 20 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

FIG. 21 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

FIG. 22 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

FIG. 23 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

FIG. 24 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

FIG. 25 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

FIG. 26 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

FIG. 27 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

FIG. 28 is a flowchart showing the operation of the character processing device of the present invention according to the present invention.

[Explanation of symbols]

 DISK External storage device CPU Microprocessor ROM Read only memory RAM Random access memory KBBUF Keyboard buffer KSSBUF Calibration pointing buffer DB-PBIT Calibration pointing execution bit area DB-PRPR Calibration pointing parameter area KSEXEFTB Calibration pointing item execution flag table KSIDPRTB Calibration pointing Parameter table TEXT Text buffer KSSDIC Proofreading dictionary KSSDIC1 Proofreading dictionary work

Claims (1)

[Claims] 1. Prior to proofreading of a created document, an item to be pointed out about the content of the created document is registered in advance, and a specific pointed item among the registered items to be pointed out is selected. In the character processing device for detecting the location in the created document that corresponds to the indicated item and performing the pointing process for the proofreading content of the created document, an instruction means for instructing whether or not the pointing process is necessary, A character processing apparatus comprising: a control unit that permits / prohibits execution of the pointing process in accordance with whether or not the instruction unit indicates.